TWI678175B - Multi-angle hanger structure - Google Patents

Abstract

The invention provides a multi-angle clothes hanger structure, which is mainly provided with a main shaft. A set of shafts is connected to the upper and lower ends of the main shaft, and a corresponding number of shafts are respectively set on the upper and lower shafts. And each of the adjacent shaft sleeves is provided with a partition ring, so that the shaft sleeves can be independently rotated without interference with each other, wherein the radial centers of the upper shaft sleeves are respectively connected to form a length One upper frame rod, and the radial sides of each of the lower shaft sleeves are also connected with lower frame rods of different lengths. The lengths of the upper frame rods decrease from top to bottom, and the lower frame rods The length of the frame is increased from top to bottom, so that the outer ends of each pair of upper and lower frame rods corresponding to the length are set to connect vertical rods of different heights, thereby forming frames of different specifications and sizes. By using these frames to be coaxial The design of the pivot group is based on the use of space or needs, and each frame is independently rotated to form a multi-angle hanging hanger type, or through the different specifications of its frame and the side frame of the lower frame rod. When not in use, the frames are rotated and retracted to reduce the volume and reach the warehouse. Save the space and transportation costs are reduced.

Description

Multi-angle hanger structure

The invention provides a multi-angle hanger structure, in particular, a plurality of frames of different specifications are designed with a coaxial pivot group, so that the relative angle relationship of the frames can be changed according to different space and use requirements to obtain flexibility in use, or Can be added and shrunk when not in use.

In terms of structural design, traditional hangers usually adopt a fixed-type design, using a work foot as a base, and vertically-adjustable height-adjustable risers at the two ends of the base, and a horizontal hanger between the two risers. The pole is used to form the basic functional framework of the hanger, and the clothes hanging pole is used to give the function of hanging clothes.

However, with this type of fixed-type hanger, it can provide the hanging function of clothes, but it takes up a lot of space, especially when not in use, and cannot be folded and stored. For modern people who generally lack living space It is difficult to call it an ideal design.

Furthermore, since the aforementioned hangers usually only provide a clothes hanging function with a single hanging rod, the number of hanging storage is limited, although the inner and outer tube telescopic ways can be used to increase the length of the hanging rod and the number of hanging clothes, or The number of hangers and the number of hangers are increased by double or multiple poles, but basically the space it consumes will also increase. In addition, the shape of the hanger itself is generally long. There is a considerable limitation in space, and it is impossible to make flexible changes in response to space, and it is necessary to try to solve it.

In view of the existing fixed-type hangers, there are obvious problems of space consumption and insufficient flexibility. Based on this, the inventors specially researched and developed the design, based on their years of experience and technologies in related industries, and further developed the invention. Multi-angle hanger structure.

In order to form a constitutive multi-angle hanger, the present invention, in structural design, uses a plurality of frames of different specifications to form a coaxial pivot, and the lower frame rod of each frame is shifted to the side, so that the plurality of frames can be formed. Set the single-piece frame type to greatly reduce its storage volume, and when you want to use it, you can rotate each frame at different angles to provide multi-directional clothes hanging function, while improving its placement Stationary.

The multi-angle hanger structure of the present invention can provide a greater number of clothes hanging functions through the coaxial pivot groups of a plurality of frames of different specifications, and at the same time, it can effectively shrink and reduce the volume when not in use, and greatly reduce its packaging. Volume and storage and transportation costs, and because it takes up less space overall, it has better flexibility in use.

(10) ‧‧‧Spindle

(11) (12) ‧‧‧set of shaft

(13) (14) ‧‧‧Decoration set

(20) ‧‧‧Frame

(21) ‧‧‧Vertical

(22) (23) ‧‧‧Upper and lower frame rods

(24) (25) ‧‧‧Upper and lower shaft sleeves

(30) ‧‧‧Segmentation ring

FIG. 1 is a schematic structural diagram of a preferred embodiment of the present invention in a parallel state.

FIG. 2 is a structural decomposition diagram of a preferred embodiment of the present invention.

FIG. 3 is a schematic structural relationship diagram of a preferred embodiment of the present invention in a parallel state.

FIG. 4 is a schematic diagram of implementation and operation of the preferred embodiment of the present invention.

FIG. 5 is a schematic diagram of another preferred embodiment of the present invention.

Regarding the structural composition, technical means and effects of the invention, The illustrations are combined with examples to further explain in detail later: Please refer to Figs. 1 to 5 to illustrate the preferred embodiment of the present invention. As shown in the figure, the multi-angle hanger of the present invention is mainly provided with : A main shaft (10), a set of shafts (11) (12) are locked to the upper and lower ends of the main shaft (10), and the diameters of the two sets of shafts (11) (12) are slightly different Smaller than the main shaft (10), the upper and lower sleeve shafts (11) (12) can be used to set a separate frame (20) to set the shaft at the ends of the upper and lower sleeve shafts (11) (12). There are decorative sets (13) and (14) respectively in the department; a plurality of frames (20), each of which is composed of vertical rods (21) of different heights and upper and lower frame rods of different lengths at the top and lower sections thereof. (22) (23) is made into a set, and the length of the upper and lower frame rods (22) (23) is different according to the height of the vertical rod (21), that is, the vertical rod (21) The higher the height, the longer the length of the upper and lower frame rods (22) (23). Conversely, the lower the height of the vertical rod (21), the shorter the length of the upper and lower frame rods (22) (23). The upper frame rod (22) is arranged at the radial center of the top end of each of the vertical rods (21), and at the other end of each of the upper frame rods (22). Combined with the upper shaft sleeve (24), the lower frame rod (23) is arranged at the radial side of the lower section of each vertical rod (21), and as the height of the vertical rod (21) becomes shorter, The lower position of the lower frame rod (23) is higher, and the lower shaft sleeve (25) is combined at the other side of each lower frame rod (23), and the upper and lower portions of each frame (20) are used The lower shaft sleeve (24) (25) is sleeved on the upper and lower sleeve shafts (11) (12) of the main shaft (10) respectively, so that the coaxial pivot group of each frame (20) must be completed, so that each The frame (20) is able to exercise its free rotation effect; and a plurality of partition rings (30) are respectively set on the upper and lower ends of the main shaft (10). The lower sleeve shafts (11) and (12) are arranged between each of the upper and lower sleeve shafts (24) (25) of the upper and lower frame rods (22) (23) that isolate adjacent frames (20). To separate each adjacent frame (20), so that each frame (20) can perform a flexible swivel effect without interference; according to this, the multi-angle hanger of the present invention composed of the above-mentioned structure is borrowed, and the plural is different The size and size of the frame are set with coaxial pivots, and the set is separated with the set of isolation rings, so that each frame can be swiveled to different angles according to the use space or demand, and the different angles of each frame are multi-directional. Support, can obtain excellent placement stability, and by its various frames can provide more clothes storage hanging space, or depending on the use place and demand, provide the function of hanging towels and other items, without using At the same time, through the design of the different specifications of each frame and the side frame planning of the lower frame rod, it is possible to reduce the size of the frame to a minimum and effectively reduce the volume to a minimum. At the same time, in terms of packaging volume, storage space and transportation costs, Those who reduce efficiency effectively and give excellent industrial applicability and practical value. To sum up the above description, the multi-angle hanger structure of the present invention is constructed by adopting a plurality of frames to adopt different specifications and dimensions, which are collapsible and used as a coaxial pivot. The axis setting allows it to arrange the complex frame at different angles as required, giving it the practical value of flexible changes depending on the space, and at the same time, it can be retracted and combined to greatly reduce the volume when not in use or at the factory. Therefore, it can reduce its storage space, packaging volume and transportation cost, and give it excellent industrial utilization value. On the whole, it is an outstanding and outstanding innovative design, and it has filed a patent application according to law.

Claims (1)

A multi-angle hanger structure is mainly provided with: a main shaft, a set of shafts are locked at the upper and lower ends of the main shaft, and the diameter of the two sets of shafts is slightly smaller than the main shaft. A set of shafts can be used for setting a separate set of frames. A plurality of frames, each of which is formed by vertical rods of different heights and upper and lower frame rods of different lengths at the top and bottom of the frame. It adopts different specifications and sizes that can be retracted and fitted, and the upper and lower shaft sleeves are respectively combined at the other ends of the upper and lower frame rods. The upper and lower shaft sleeves of the frame are respectively set on the foregoing. The upper and lower sets of the main shafts complete the coaxial pivot groups of the frames, so that each frame has the effect of free rotation; and a plurality of partition rings are respectively set on the upper and lower sets of the main shafts. On the shaft, and between the upper and lower shafts of the upper and lower frame rods that isolate adjacent frames, to separate each adjacent frame, so that each frame can be flexibly rotated without interference. According to this, the composition can be retracted and combined to reduce the volume, and each The frame is rotated into a multi-angle hanger with different angles; the improvement is that the length of each of the upper and lower frame rods of each of the frames is different according to the height of each vertical rod, that is, each vertical The higher the height of the rod, the longer the length of each of the upper and lower frame rods, and conversely, the lower the height of each vertical rod, the shorter the length of each of the upper and lower frame rods, and each of the upper frame rods. The system is arranged at the radial center of the top end of each of the vertical rods, and an upper sleeve is combined at the other end of each of the upper frame rods, and each of the lower frame rods is grouped on the radial side of the lower section of each of the vertical rods. Side position, and as the height of the vertical rod is shorter, the lower frame rod assembly position is higher, and a lower shaft sleeve is connected to the other end side of each lower frame rod.