This disclosure describes an adjustable garment hanger that consists of a center section, left and right shoulder sections, and zero or more spacers on each side. The top of the center section is where the hanger hook is connected. Each center section has two opposing center section ends and each center section end has an insertion channel. Each shoulder section has an insertion shaft that extends out in the direction of the center section. The insertion shaft can be inserted into the insertion channel at different depths, this achieving the goal of adjusting the shoulder width of the hanger. Additionally, there is a locking mechanism between the insertion shaft and the insert channel, which securely fastens the shoulder section to the center section. The spacers are used to cover up the gap between the center section and the shoulder sections when the shoulder sections are extended out at a certain insertion depth in relation to the center section. The locking mechanism is hidden on the inside of the hanger so that a user can't normally see it during its daily use. Additionally, there is a substantially contiguous surface across the center section, the shoulder sections and the spacers regardless of the insertion depths of the insertion shaft into the insertion channel.

In another embodiment, the insertion shaft and the insertion channel are inversely associated with the center section and the shoulder sections. In this case, the insertion shaft is attached to each of the center section ends and the insertion channel is embedded in each of the shoulder section ends. The locking mechanism can still be the same.

In yet another embodiment, the center section consists of a left and a right half.

In yet another embodiment, the center section consists of a top and a bottom half.

Garment display devices and methods of use are provided. The garment display device may comprise an attachment base comprising a left support arm and a right support arm and an anchor panel positioned between the left support arm and the right support arm. The anchor panel may be configured to be secured to a surface. The garment device may comprise a right primary arm plate rotatably attached to the right support arm and a left primary arm plate rotatably attached to the left support arm. The right and left primary arm plates may each comprise a plate support member comprising an upper surface, a lower surface, one or more side surfaces, and a recess within one of the lower or upper surfaces. The right and left primary arm plates may comprise an extender member. The extender member may be configured to be slidable within the recess.

An eco-friendly hanger includes a crossbar and a pair of first clips and a pair of second clips, each of the pair of first clips and the pair of second clips moving between an open position configured to receive an article and a closed position configured to grasp the article. The hanger includes first and second coil springs. The first coil spring biasedly couples the pair of first clips to one another and the second coil spring biasedly couples the pair of second clips to one another. The first coil spring includes a first spring arm that is coupled to one first clip and a second spring arm that is coupled to the other first clip such that in an at rest state, the pair of first clips are in the closed position. The second coil spring includes a first spring arm that is coupled to one second clip and a second spring arm that is coupled to the other second clip such that in an at rest state, the pair of second clips are in the closed position.

An adjustable clothing hanger for use in for hanging garments and apparel includes a flattened triangular shaped body having a first upper rail and second upper rail. A plurality of extension assemblies are used to attach over the first upper rail and second upper rail. The plurality of extension assemblies each include a plurality of engagement members configured within the assembly that allow the respective extension assembly to engage with a corner of the triangular shaped body. This allows the extension assembly to be held into a fixed position and adjusted to a desired length and overall size depending on size and shape of the garment.

A vertically adjustable garment hanger is supported by the curved upper end (111) of the supporting hook (110). The elongated lower end (112) of the supporting hook (110) is inserted through the hanger body (114) as a guide for the attached slider, and terminates in the member of a two-part locking mechanism (115). The additional member of a two-part locking mechanism (116) is located near the bottom of the slider (113). When retracted and secured in a storage position, the engaged side release buckle is within convenient reach of the user. The hanger body (114) can be lowered for easy access when the user disengages the side release buckle from below. When the user has finished accessing their fashion item, the hanger body (114) can be pushed back up towards the horizontal supporting rod, and the side release buckle re-engaged for storage.

A vertically adjustable garment hanger is supported by the curved upper end (111) of the supporting hook (110). The elongated lower end (112) of the supporting hook (110) is inserted through the hanger body (114) as a guide for the attached slider, and terminates in the member of a two-part locking mechanism (115). The additional member of a two-part locking mechanism (116) is located near the bottom of the slider (113). When retracted and secured in a storage position, the engaged side release buckle is within convenient reach of the user. The hanger body (114) can be lowered for easy access when the user disengages the side release buckle from below. When the user has finished accessing their fashion item, the hanger body (114) can be pushed back up towards the horizontal supporting rod, and the side release buckle re-engaged for storage.