JPS6176155A - Automatic and continuous washing, drying and winding-up device of bandage - 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 "Industrial Application Field" The present invention is an automatic continuous washing, drying, and drying method for washing used hoardings, drying and winding the washed hoardings.
Related to Winding Device 9 0 “Prior Art” Conventionally, there is no suitable automatic continuous cleaning, drying, and winding device for such bandage, and the process is usually done manually. In other words, the used hobi is washed with detergent, hung on a pole, dried, and disinfected by sunlight, and then the washed hobi is placed in a bag, rolled up, and stored.

``Problems to be Solved by the Invention'' As mentioned above, conventional cleaning, drying, etc. of used bandages is usually done manually, which is very troublesome and time-consuming. (2) There were problems such as poor workability, the need for manpower, and the fact that it was not always clean because sterilized items were taken in and wrapped by hand.

"Means for Solving the Problems" In view of the above, the present invention divides a casing having an inlet into six chambers, communicates each chamber through a slit,
The used hodgepodge inserted from the entrance is passed through the following chambers, where it is washed, dried, and rolled up.The first chamber is equipped with a cleaning roller such as a brush and a guide roller for cleaning. The processing chamber is a processing chamber, the second chamber is a rinsing chamber equipped with a large number of guide rollers, the third chamber is a dehydration chamber equipped with a dehydration roll, and the fourth chamber is equipped with a large number of guide rolls and a sterilization lamp. The fifth chamber is a drying chamber equipped with guide rolls and a hot air dryer, and the sixth chamber is a winding chamber equipped with a winding roll. It is designed to be cleaned, dried, and rolled up automatically, reducing the number of personnel and improving work efficiency and cleanliness.

"Operation" First, a plastic sheet 28 is sewn onto the tip of the used hodgepodge A (hereinafter, the used hobbit is referred to as A1, the washed hodgeage is referred to as B1, and the treated hodgeage is referred to as C). , this plastic sheet 28t is provided by sewing or the like on the rear end of the guide sheet (not shown) or the band A which has already been retained and transferred in a meandering manner in the casing 1.
When the processing liquid is inserted into the inlet 2 of the washing process chamber 3 and attached to the washing roller 15 via the guide roll 16, the processing liquid sucked up by the washing roller 215 is transferred to the 19.9 band A.
wash. Then, the band B is introduced into the rinsing chamber 4 through the slit 9, and is immersed in water using a number of guide rollers 17 to wash off detergent and the like. Note that the cleaning processing chamber 3 and the rinsing chamber 4 are preferably constructed so that processing liquid, water, etc. can be circulated, respectively. The band B is then led to the dehydration chamber 5 through the slit 10 and dehydrated by the dehydration row 218. This band B is guided to a disinfection chamber 6 through a slit 11, and in this disinfection chamber 6, the band B is sterilized and sterilized by a germicidal lamp 20 while being made to meander by a large number of guide rollers 19. Then slit 12
In this drying room 7, the belt B is introduced into the drying room 7 through
is meandered with a large number of guide rollers 22 and dried with a hot air dryer 23 (to form a rolled belt C), this rolled belt C is led to the winding chamber 8 through the slit 13, and is passed through the winding roller 27. will be rolled out one after another.

When a predetermined amount of the tape is wound on the winding roller 227, the side wall 8a of the winding chamber 8 is opened and the winding roller 27 and the band C are taken out. )
Remove it and store it in a suitable place. On the other hand, the take-up 90-ra 27 is supported by the output shaft 25 of the motor 24 and a support ring 26 provided on the side wall 8a.
etc. are hung.

"Embodiment" The drawing shows an embodiment of the present invention, in which 1 is a box-shaped casing with a slit-shaped population 2, this casing 1 is divided into six chambers), and the first chamber is for cleaning. The processing chamber 3, the second chamber is the rinsing chamber 4, the third chamber is the dehydration chamber 5, the fourth chamber is the disinfection chamber 6, the house of the whistle 5 is 7, the wealth of Chiku 6; The total amount is 8. The cleaning chamber 3 to winding chamber 8 are communicated with each other through slits 9 to 13, and the slits 9 to 13 are located approximately at the center and slightly above the cleaning chamber 3 to winding chamber 8. The cords B and C pass through the slits 9 to 13, and the cord B1C is guided to the next chamber, respectively. Incidentally, the cleaning chamber 3 is equipped with a cleaning row 215 such as a brush and a guide roller 16, and it is preferable to provide an inlet and an outlet in the cleaning chamber 3 to circulate the treatment liquid containing detergent and the like. . The rinsing chamber 4 is equipped with a large number of guide rollers 17, and the rinsing chamber 4 is preferably provided with an inlet and an outlet to circulate water.

The processing liquid, water, etc. are controlled so that they are always at a constant level. There are several sets of dehydration rows 218 in the dehydration chamber 5.
is mounted on the shaft. In addition, in the disinfection chamber 6, guide rollers 19 are arranged in a zigzag shape in the upper and lower positions so that the band B meanders.
is mounted on the shaft, and germicidal lamps such as ultraviolet rays and infrared rays 2
0 is placed. Furthermore, in the drying chamber 7, there are guide rollers 2 arranged in a zigzag shape in the upper and lower positions so that the roller B meanders.
2 is installed on the shaft, and a hot air dryer 23 is also installed. An output shaft 25 of a motor 24 projects from the winding chamber 8, and a winding 90-ra 27 is installed between the output shaft 25 and a support shaft 26 provided on the side wall 8a.

The winder A, which is inserted from the entrance 2 of the casing 1, is guided from the winder 90-ra 27 to each chamber of the casing 1' for processing. The cleaning processing chamber 3 to the drying chamber 7 are each provided with an opening/closing lid, and the side wall 8a of the winding chamber 8 is configured to be able to be opened and closed. A, B, and C are each connected with a plastic sheet 28. In the above example, the motor 24 is
Although only the chamber 8 is equipped, other motors (not shown) for the cleaning roller 15, dewatering roller 18, etc. can also be installed.

``Effects of the Invention'' Since the present invention is configured as described above, the processes such as cleaning, drying, and winding of the bandage, which conventionally relied on manual labor, can be performed continuously mechanically, reducing the number of personnel required. Improvements in workability and cleanliness can be expected. In addition, each chamber is built into the casing, making the machine more compact and taking up less space.
It is compact and lightweight, making it convenient to carry.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, with FIG. 1 being a sectional view and FIG.
The figure is an enlarged cross-sectional side view of the nine winding chambers, and FIG. 3 is a plan view showing the connection state of the belt. 4... Rinse room, 5... Dehydration room, 6... Disinfection room, 7... Drying room, 8... Winding room, 9-13...
・Slit, 15...Washing roller, 18...Dewatering roller, 20...Bactericidal lamp, 23...Hot air dryer, 27
... Winding 90-ra

Claims (1)

[Claims] A casing having an inlet is divided into six chambers, and
These chambers are connected through slits, and the first chamber is a cleaning chamber equipped with cleaning rollers such as brushes and guide rollers, and the second chamber is a rinsing chamber equipped with a large number of guide rollers. The third chamber is a dehydration chamber equipped with a dehydration roller, and the fourth chamber is a sterilization chamber equipped with a large number of guide rollers and a germicidal lamp such as ultraviolet light.
Subsequently, the fifth chamber is a drying chamber equipped with a hot air dryer, and the final sixth chamber is a winding chamber equipped with a winding roller, and the hoops connected via a plastic sheet are connected to the casing. An automatic continuous washing, drying, and winding device for a hodgepodium, which is configured to automatically and continuously wash, dry, and wind up a hodgepodge after being inserted into an inlet of the hodgepodge, and passed through each of the chambers for processing in sequence.