JP3170347U - Mesh cut-out cylinder laundry drying tool - Google Patents

Abstract

Disclosed is a mesh notched cylinder that can improve drying efficiency by using as a support for clothes drying hangers and hangers and laundry hung on them. SOLUTION: A wide-diameter mesh notched cylinder 2 with good ventilation and an outer diameter of 55 mm, an inner diameter of 45 mm, and a length of 500 mm are used as outer cylinders. A hanger formed using two 35 mm diameters and 400 mm longs and a method of directly covering and utilizing the above-mentioned mesh notched cylinder 2 to the clothes drying diameter of 25 mm and the arm 19 of the parasol hanger with the mesh notched cylinder 2 By covering, the drying efficiency is improved with the improvement of the air permeability by expanding the inner surface of each object to be dried. [Selection] Figure 15

Description

  The present invention relates to a drying effect enhancer for laundry clothes.

  When hanging laundry clothes, when hanging on clothes hangers or hangers, the gravity is lowered by the moisture adhering to the laundry. Appropriate time was required to obtain the drying effect.

  Conventionally, the laundry drying method is a drying method that requires the temperature and air volume by sunlight. Therefore, the labor time is very large because it depends on natural conditions to shorten the drying time and obtain the desired drying effect. there were.

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Utility model literature

Utility model literature

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Non-utility model literature

Non-utility model literature

  None

  When hanging laundry on a clothesline or a hanger, the area where the clothesline or hanger and the clothes are in contact with the clothes is suspended. Since the diameter of the cage 13 is as narrow as 25 mm, the lower portions of the opposite drying objects closely adhere to each other to extremely prevent aeration and reduce the drying efficiency.

  The present invention has a wide-diameter mesh notched cylinder 2 with good ventilation and an outer diameter of 55 mm, an inner diameter of 45 mm and a length of 500 mm as an outer cylinder. A hanger formed using two 35 mm diameters and 400 mm lengths and a method of directly covering and utilizing the above-mentioned mesh notch cylinder 2 to a clothesline of 25 mm diameter and a parasol hanger arm 19 with a mesh notch cylinder 2 The problem is solved by increasing the drying efficiency as the air permeability is improved by expanding the inner surface of each object to be dried.

  As described above, the mesh notched cylinder 2 of the present invention has a wide aperture with an outer diameter of 55 mm, which has the effect of expanding the inner space of the object to be dried and allows the lower part of the object to be dried such as clothes to be suspended. Since the inner space of the relative garment is kept wide, it helps to improve the drying efficiency of the object to be dried.

It is front sectional drawing at the time of hanger formation expansion | extension of a mesh notched cylinder type laundry drying enhancer. It is front sectional drawing at the time of hanger formation reduction of a mesh notch cylinder type laundry drying enhancer. It is a perspective view at the time of inserting a narrow aperture mesh notched cylinder into a wide aperture mesh notched cylinder. Wide-diameter mesh notched cylindrical substrate development: horizontal 500 mm × vertical 170 mm, thickness 5 mm. It is an actual size figure of central part partial cutting of a wide caliber network notch cut-out cylinder development view. FIG. 5 is a cross-sectional view of a side face actual dimension outer diameter of 55 mm and inner diameter of 45 mm of a wide-diameter mesh notched cylinder. FIG. 4 is a cross-sectional view of a net part actual size outer diameter of 55 mm and inner diameter of 45 mm of a wide-diameter mesh notched cylinder. Narrow-diameter mesh notched cylindrical substrate development: width 400 mm × length 13 mm × thickness 3 mm. It is an actual dimension figure of center part partial cutting of a narrow caliber network notched cut cylinder development view. FIG. 3 is a cross-sectional view of an actual size outer diameter 43 mm inner diameter 35 mm inner diameter of a narrow-diameter mesh notched cylinder side surface. It is a cross-sectional view of an actual size outer diameter 43 mm inner diameter 35 mm inner diameter of the narrow-diameter mesh notched cylinder network portion. It is a mesh notch cylinder fishing support bracket front view at the time of hanger formation use. It is a side view of a hanger fishing support bracket. It is a figure of a locking string for preventing dropout when the narrow-diameter mesh notched cylinder 3 is extended when the hanger is formed. It is the example front view which covered the mesh notch cylinder on the arm of the parasol hanger. It is the example front view which dried the laundry after hanger formation. It is side surface actual dimension sectional drawing which covered the mesh notch cylinder 2 on the clothesline and dried clothes.

  Since the portion of the clothes that are in contact with the laundry is about 10 millimeters narrow, the clothes that have been hung down are normally in close contact with the opposite surface, so the airflow on the inner surface is reduced and the drying efficiency is reduced. In order to reduce, the inner surface of the garment is expanded by covering the clothes pipe 13 or the hanger arm 19 with the wide-diameter mesh notched cylinder 2 so that the lower part of the garment hangs down and the air permeability of the inner surface is improved. The drying effect is exhibited.

  FIG. 1 shows a hanger 1 formed by combining the inner diameter 45 mm of the wide-diameter mesh notched cylinder 2 and the outer diameter 43 mm of the narrow-diameter mesh according to the present invention when used for elongating and drying a large number of laundry items. FIG. 2 is a front sectional view of FIG. 2, in which a narrow-diameter mesh notched cylinder 3 is inserted, and two right and left are engaged at a predetermined interval by a locking string 14 for preventing dropout.

  FIG. 15 shows an actual size clothesline 13 with a diameter of 25 mm and an actual size wide-diameter mesh notched cylinder 2 with an inner diameter of 45 mm and an outer diameter of 55 mm. It is edge sectional drawing which compared the diameter of this invention mesh notched cylinder 2. FIG.

  The embodiment of FIG. 17 is a front view of utilization of drying efficiency improvement in which a mesh-cut tube 2 is covered on an arm of a parasol hanger often used for indoor drying purposes to improve the air permeability of the laundry.

  The present invention is a laundry drying enhancer utilizing two types of tubes, a wide-diameter mesh notched cylinder 2 and a gorge-diameter mesh-notched cylinder 3, and is a parasol hanger that is widely used for the laundry drying basket 13 and indoor drying. It is possible to cover the mesh notched cylinder 2 on the 18 arms 19, and the economic burden is low, contributing greatly to the promotion of effective utilization of existing clothes drying tools, and also involved in laundry drying work. This is a laundry drying tool that is expected to have an economic effect due to a decrease in working hours.

DESCRIPTION OF SYMBOLS 1 Mesh cut notch type hanger formation main body made from durable resin 2 Wide aperture mesh notch cylinder 3 Narrow aperture mesh notch cylinder 4 Narrow aperture mesh cut cylinder drop lock string 5 Hanger fishing support bracket body 6 Wide aperture Net notched cylinder fall prevention bracket 7 Cross section of mesh notched cylinder end 8 Substrate material of mesh notched cylinder 9 Notched portion of mesh notched cylinder configured substrate 10 Fishing support fitting insertion / removal top face 11 Fishing support fitting insertion / removal bottom face 12 Cuts for Preventing Drops of Fishing Bracket 13 Laundry Dried Saws 14 Laundry Laundry 15 Clothes Laundry with Sleeves 16 Socks Laundry 17 Underwear Laundry 18 Parasol Hanger Body 19 Arm of Hanger 20 Arm Clip for Preventing Drying Falling

Claims (3)

  Laundry drying hanger with mesh-cut tube as basic material   A mesh-cut tube that covers the clothesline   A mesh notched cylinder covering the arm of a parasol hanger

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