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KR-20260066261-A - FILP-UP HOOK SOCK HANGER

KR20260066261AKR 20260066261 AKR20260066261 AKR 20260066261AKR-20260066261-A

Abstract

The present invention relates to a reversible hook sock holder, and is formed to allow a reversible hook sock holder to return a sock that has been turned inside out to its original state by utilizing the structure of the hook sock hanger part of the reversible hook sock holder without the hassle of manually turning the sock inside out again during the process of taking off a worn sock. The reversible hook sock holder comprises: a support (10) of the reversible hook sock holder; a total of 10 hook sock hangers (20) symmetrically attached to the left and right sides, with 5 each, of a base (11) attached to the bottom of the support (10); a sterilization lamp (30) symmetrically installed on the upper left and right sides of the support (10); a cover fixing part (51) coupled to the support (10); a hemispherical upper cover (50) symmetrically attached to the upper center of the cover fixing part (51); and semicircular side covers (60) attached to the front and rear of the support (10). The above-mentioned reversible hook sock holder includes a charging terminal (40) for connecting power, which is coupled to a side cover (10) attached to the rear of the support (10). The above-mentioned hook sock hanger (20) is further attached to the left and right at regular intervals centered on the support (10) to store multiple socks, and has the feature of facilitating the storage of worn socks or drying of socks after washing through sterilization lamps (30) installed on the upper left and right sides of the support (10).

Inventors

  • 황주영

Assignees

  • 황주영

Dates

Publication Date
20260512
Application Date
20241104

Claims (5)

  1. A support (10) located in the center of the flipping hook sock holder; A base (11) attached to the bottom of the above support (10) to secure a flipping hook sock holder; A total of 10 hook-shaped sock hangers (20) attached symmetrically, 5 on each side of the support (10); Sterilization lamps (30) installed symmetrically on the left and right sides of the upper side of the support (10); A cover fixing part (51) coupled to the above support (10); A hemispherical upper cover (50) attached symmetrically to the upper center of the above cover fixing part (51); Semicircular side covers (60) attached to the front and rear of the above support (10); A reversible hook sock holder comprising a charging terminal (40) for connecting power, which is coupled to a side cover (60) attached to the rear of the support (10).
  2. In claim 1 The flipping hook sock holder is characterized by having a total of 10 hook sock hangers (20) attached at regular intervals, 5 on each side, symmetrically centered on the support (10), so that multiple socks with their insides turned inside out can be flipped over and hung without much force.
  3. In claim 1 The above sterilization lamp (30) is a flip-over hook sock holder in which two UV lamps are symmetrically installed on the upper side left and right of the support (10).
  4. A flipping hook sock holder according to claim 1, wherein the cover fixing part (51) coupled to the support member (10) and the hemispherical upper cover (50) attached symmetrically to the upper center of the cover fixing part (51) are coupled to form a lid of the flipping hook sock holder, allowing it to be opened from bottom to top on both sides.
  5. A reversible hook sock holder according to claim 1, comprising a charging terminal (40) for connecting power, wherein the sterilization lamp (30), which is symmetrically installed on the left and right sides of the upper side of the support (10), is coupled to the side cover (60) attached to the rear.

Description

FILP-UP HOOK SOCK HANGER FILP-UP HOOK SOCK HANGER The present invention relates to a reversible hook sock holder, which allows socks that have been turned inside out to be restored to their original state by utilizing the structure of the hook sock hanger part of the reversible hook sock holder without the hassle of manually turning the socks inside out during the process of removing worn socks. It also relates to a reversible hook sock holder in which hook sock hangers are attached at regular intervals on both sides based on a support of the reversible hook sock holder to hang multiple socks, and a UV sterilization lamp is installed to sterilize the socks hung on the hook sock hangers. Conventional sock racks are designed to facilitate drying socks after washing, but there are numerous alternative products available for this purpose, such as clothespins and dryers. On the other hand, there has been no sock rack for organizing worn socks or for tidying up socks that have been turned inside out while being removed. In particular, the issue of organizing socks that have been turned inside out while removing them is often a source of conflict among housemates, so there is a demand for a reversible hook sock rack that can turn socks inside out back into their original state while minimizing inconvenience. FIG. 1 is a drawing showing the external appearance of a flipping hook holder according to the present invention. FIG. 2 is a drawing showing the internal structure of a flipping hook holder according to the present invention. FIGS. 3 and FIGS. 4 are drawings showing the interior of a flipping hook holder according to the present invention. FIG. 5 is a diagram illustrating the operation process in which a sock that has been turned inside out is turned inside out again in a reversing hook holder according to the present invention. FIG. 6 is a drawing illustrating the hanging and subsequent sterilization of socks on a reversible hook holder according to an embodiment of the present invention. The present invention is a reversible hook sock holder comprising: a support (10) for a reversible hook sock holder and a base (11) attached to the bottom of the support (10) to fix the reversible hook sock holder; a total of 10 hook sock hangers (20) symmetrically attached to the left and right sides of the support (10) with 5 each; a sterilization lamp (30) symmetrically installed on the upper left and right sides of the support (10) and including 2 UV lamps; a cover fixing part (51) coupled to the support (10); a hemispherical upper cover (50) symmetrically attached to the upper center of the cover fixing part (51); a semicircular side cover (60) attached to the front and rear of the support (10); and a charging terminal (40) coupled to the side cover (10) attached to the rear of the support (10) to connect power.