KR20180107543A - Portable clothes dryer for easily storage - Google Patents

Abstract

The present invention relates to a portable dryer ensuring simple storage, of which a drying frame can be simply folded for storage via a simple one-time operation while legs are stored by being folded. In addition, it is possible to adjust height according to the size and length of an object to be dried and safely store the drying frame, thereby minimizing the storage area and increasing convenience in carrying. More specifically, the portable dryer comprises: a leg part having mobility; a leg connection part to which the leg part is connected; and a drying rack which is a drying part to which the drying frame coupled to the top of the leg connection part and hung with the object to be dried is coupled to the top of a column. It is possible to selectively use the drying frame by unfolding or spreading the drying frame, thereby increasing usability of a drying space and providing mobility.

Description

{Portable clothes dryer for easy storage}

The present invention relates to a drying rack, more particularly, to a portable drying rack which is easy to store and carry, is easy to move even when laundry is in use, and is minimized in volume when not in use, will be.

In general, the laundry hanger should be a space efficient product used to dry laundry on the veranda of an apartment or apartment house.

Such a laundry hanger is divided into an "A" type drying hood and a "Y" type drying hood. The "A" drying hood takes up a large amount of space in the support portion and the hanging portion contacting the ground, but has a slim folding effect when folded .

In addition, a "Y" -type drying rack has a disadvantage in that it can take a lot of laundry without having to take up a lot of space for contacting the ground and the laundry for drying laundry, but it takes a lot of space when the laundry is folded .

Because of this problem, the laundry drying is performed using a drying room placed in the room or on the veranda. The conventional laundry drying unit includes a pair of supporting members, a pair of supporting members, The supporting members are supported on the bottom surface of each of the bottom portions, and the upper end is connected to the drying table by a hinge. In addition, a pair of the support members are connected to a central portion of the support member by a connecting member so as to control a maximum turning angle at which the support members extend in both directions. This connecting member is also provided so that the half area can be rotated with respect to each other.

The hanger members are provided at predetermined intervals to substantially dry the laundry.

Further, a pair of the drying stands are rotated upward or downward with respect to the support members. Here, the upper end of the gap adjusting member, which is hingedly connected to the supporting member, is positioned on the hooking member so that the rotation angle of the drying racks can be controlled.

However, in the conventional laundry drum having the above-described structure, the laundry is hooked on the hook member in a state in which the pair of support members and the drying band are deployed in the room, and the space occupies a considerably large space due to the size of the laundry drying band.

In addition, most of the laundry drying hobs and the washing machine (or the washing place) are provided in a separate space. The washed laundry is placed in a laundry basket, moved to a place where the laundry hob is placed, In this process, the laundry in the laundry basket placed on the floor is repeatedly bent and unfolded in order to hang the laundry on the laundry drum, causing back pain and inconvenience.

In addition, after the drying, the laundry is moved to a separate place and stored. In order to fold the laundry in a suitable size for storage, the laundry should be collected at the laundry drying room and then moved to a separate place. There is a problem in that the procedure for carrying out the process is complicated.

In addition, if laundry is closely attached to each of the hanging members arranged in a line, drying of the laundry hanging at the middle portion is restricted due to ventilation and radiation dose.

Also, when the laundry is caught, the load is biased to the upper side, and the load tends to fall easily due to external force (wind pressure or contact).

Therefore, there is a desperate need for a drying box which is capable of minimizing the storage space by folding the drying frame during storage or non-use, and at the same time making mobility convenient.

Registration No. 20-0470722 (Folding clothes hanger) Registration No. 20-0143146 (Shower-type clothes dryer) Registration No. 10-1075694 (Dry Folding Laundry Clothes) No. 10-2011-0076054 (laundry drying hob with a work platform)

SUMMARY OF THE INVENTION The present invention has been made to overcome the above-mentioned problems, and it is an object of the present invention to provide a method of selectively using a dry frame or spreading the dry frame.

Further, the present invention is to enable a dry frame to be selectively expanded or folded according to use conditions.

In addition, the present invention is intended to fold the dry frame and the legs in use and deform the entire frame into a straight shape, so as to have storage and portability.

In addition, the present invention enables easy movement of the object to be dried when the object to be dried is moved using a wheel when the object to be dried is moved.

In addition, the present invention can adjust the height according to the length of the object to be dried by the clamping function.

In the meantime, the present invention is to minimize the storage area by reducing the total height when not in use, by inserting and pulling out the pillars from the legs while the drying frame is housed inside the pillars.

A portable drum for easy storage according to an embodiment of the present invention is a drying drum for drying clothing or a drying object, comprising: a leg connecting portion for connecting the leg portion to be opened and folded; And a plurality of drying frames are formed upright and stored in a radial form so that the legs and the drying unit are spread and used, and when they are not stored and used, they are folded to minimize the volume.

One end of the leg portion forms a hinge end which is hinged to the leg connecting portion, and the other end of the leg portion forms a plurality of legs by a wheel for movement.

In addition, the leg connecting portion may include a connecting body having a plurality of connecting ends to which the hinge ends of the legs are fitted, and an upper portion of the connecting body may have an engaging groove for engaging the pillars, And the upper and lower ends constitute a closed semi-cylindrical fitting space.

In addition, the drying unit may include a clamp unit that is inserted into the column and moves up and down to fix the position in a clamping manner, a drying bracket coupled to the upper portion of the clamp unit, Thereby forming a drying frame which rotates and engages.

The clamp unit includes a cylindrical clamp body fitted to the column, a clamp for fixing the column body to the column in a clamping manner, and a cylinder-shaped coupling unit for inserting a disk-shaped drying bracket in the upper portion of the clamp body .

On the other hand, the drying bracket has a fitting hole to be inserted into the coupling end of the clamping portion, a plurality of vertical holes formed in the vertical direction on the outer periphery of the fitting hole, and an inner end on the upper side of the vertical hole, And a supporting end which is supported after the drying frame is rotated is formed on the opposite side of the engaging end.

The drying frame may be a rod-shaped frame, and a sphere-shaped finisher which can be engaged and disengaged at both ends of the frame.

In addition, the connecting body of the leg connecting portion is formed with a coupling hole for inserting a column, a clamp for fixing the position of the column to the periphery of the coupling hole is formed, and connected to the outer surface of the drying bracket of the drying portion, And a cap which holds the frame in an upright position when the frame is stored in the lower part.

According to the embodiment of the present invention, since the drying frame can be selectively used and spread or used, the utilization of the drying space can be increased and mobility can be obtained.

In addition, when a dry frame and a leg are used, they are folded and deformed into a straight shape as a whole, thereby facilitating handling during storage and carrying.

In addition, there is an effect that when the object to be dried is put in a state of being mounted, a large force is not applied by using the wheel, and the object can be moved easily when the drying place is changed.

Further, the clamping function has an effect of adjusting the height according to the length of the object to be dried.

On the other hand, when the drying frame is housed inside the column, the column is inserted and withdrawn from the leg portion to adjust the height, thereby minimizing the storage area by reducing the overall height when not in use, and preventing the drying frame from falling off, There is an effect.

1 is an exploded perspective view of a drying rack 100A according to the present invention,
2 is an exploded perspective view of the drying rack 100A according to the present invention,
3 is an assembled cross-sectional view of a column and a dryer according to the present invention,
Fig. 4 is a perspective view of the drying frame rotated vertically in Fig. 2,
Fig. 5 is a perspective view of the drying frame vertically lowered in Fig. 4,
Fig. 6 is a perspective view of the leg portion folded in Fig. 5,
Fig. 7 is an operational sectional view of the drying frame in a state where the column and the drying unit are combined in the state of Fig. 6,
8 is a perspective view of the drying rack 100B according to the present invention,
FIG. 9 is an assembled cross-sectional view of a column and a drying section of the drying rack 100B according to the present invention,
10 is an assembled cross-sectional view of a column and a clamp portion of the drying rack 100B according to the present invention,
Fig. 11 is a perspective view of the drying frame being vertically lowered in Fig. 8,
Fig. 12 is a perspective view of the leg portion folded in Fig. 11;

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Like parts are designated with like reference numerals throughout the specification.

The present invention relates to a drying apparatus for drying clothing or a drying object, which comprises a leg 10 having mobility, a leg connection 10 to which the leg 10 is connected A dryer frame 100A coupled to an upper portion of the leg connecting portion 20 and having a drying frame 40 to which an object to be dried is attached is coupled to an upper portion of the column 30; A drying frame 40 coupled to an upper portion of the leg connecting portion 20 to which the leg portion 10 is connected and an upper portion of the leg connecting portion 20 and to which the drying object is caught, The drying unit 100B is constructed by the drying unit 50 which draws the drying unit 100B from the drying unit 100B.

As shown in FIGS. 1 to 7, one end of each of the plurality of legs 10 forms a hinge end 11 hingedly coupled to the leg connecting portion 20, as shown in FIGS.

The other end of the leg portion 10 constitutes a plurality of legs 13 by a wheel 12 for movement.

The hinge end 11 of the leg 13 is inserted through the open lower portion of the leg connecting portion 20 so that the hinge shaft 14 is fastened in a forced fit manner to facilitate the engagement and disassembly.

It is preferable that the wheel 12 of the leg 13 is configured so as to be able to rotate in a moving direction without having directionality.

The leg connecting portion 20 is formed integrally by an injection molding method. The leg connecting portion 20 is connected to the leg portion 10 so as to be opened and folded.

The leg connecting portion 20 forms a connecting body 22 having a plurality of connecting ends 21 to which the hinge end 11 of the leg 13 is fitted. And a pair of shaft ends 21b formed with a shaft hole 21a through which the hinge shaft 14 is inserted are formed at the center.

A coupling end 23 for coupling the column 30 is formed on the connection body 22.

The connecting end 21 constitutes a fitting semi-cylindrical fitting space 24 in which the lower and outer ends are opened and the upper part is closed so that the legs 13 are unfolded.

The connecting body 22 of the leg connecting part 20 forms a fitting space 24 according to the number of the legs 13. In the present invention, four legs 13 are connected.

The coupling grooves 23 are formed on the inner surface of the coupling grooves 23 so as to prevent the column 30 from being inserted into the lower portion of the coupling grooves 23. The movement of the pillars 30 and eccentricity to one side due to the load And a plurality of ribs 23a are formed on the outer circumferential surfaces of the ribs 23a.

The drying unit 50 is coupled to an upper portion of the column 30 connected to the upper portion of the leg connection unit 20 and stores a plurality of the drying frames 40 upright and spreads radially. do.

 The drying unit 50 is clamped by the column and moved in the vertical direction to form a clamp unit 60 for clamping the position by a clamping method.

The clamp part 60 forms a cylindrical clamp body 61 to be inserted into the column so that the clamp 62 can contact the outer surface of the column 30 and press and release the clamp body 61. [ The clamping hole 61a is partially cut.

A clamp 62 for fixing the column 30 to the clamp body 61 is formed in the clamp body 61.

The clamp 62 forms a support 62a which rotates in a vertical direction in a clamping manner by a shaft 61c at a clamping end 61b protruding to one side of the clamping body 61. [

The support 62a has a handle 62b formed at a lower portion thereof and a pressing end 62c protruding inwardly in contact with the outer surface of the column 30 so as to integrally form an inverted memory.

The upper end of the clamp body 61 constitutes a cylindrical coupling end 63 into which a disk-shaped drying bracket 70 is inserted.

The coupling end 63 is inserted into the drying bracket 70 and divided into two semicylindrical pieces in order to improve the engaging force, and a protrusion 63a protruding outward is formed at the upper end.

And a drying bracket 70 coupled to the upper portion of the clamp unit 60 is formed.

The drying bracket 70 forms a fitting hole 71 to be inserted into the coupling end 63 of the clamp 60. The fitting hole 71 is formed in the first hole And a second hole 71c which is formed on the upper portion of the first hole 71a and has a diameter larger than that of the first hole 71a and which forms a latching protrusion 71b for latching the protrusion 63a of the coupling end 63, .

And a plurality of vertical holes 72 are formed in the outer periphery of the fitting hole 71 in the vertical direction.

The upper end of the vertical hole 72 is formed with a latching end 73 which is hooked at one end when the drying frame 40 is horizontally positioned, It may be preferable to form a dome shape integrally formed on the outer surface.

On the opposite side of the latching end (73), a supporting end (74) supported by the drying frame (40) is formed.

The supporting end 74 forms an inclined end 74a whose inner portion is inclined downward in consideration of the turning radius when the drying frame 40 rotates.

The drying frame 40 is formed of a rod-like frame 41 and a sphere-shaped finishing tool 42 which can be coupled to and dismounted from both ends of the frame 41.

It is preferable that the frame 41 of the drying frame 40 is made of a long rod or rod shape and is made of a material which is light and strong in bending or impact stiffness and the finishing hole 42 is formed in a circular sphere shape The object to be dried 200 is caught in the frame 41 in the state where it is caught by the step 73 and the load that is increasing due to the object to be dried 200 is dispersed evenly through the curved surface.

8 to 12, the drying stand 100B is formed with a coupling socket 25 for inserting the column 30 into the connection body 22 of the leg connection 20, The clamping body 61 is formed at the upper portion of the coupling recess 25 so as to be inserted into the column 30. The clamping body 61 is formed to have a flat shape.

A clamp 62 for fixing the position of the column 30 to the periphery of the engaging recess 25 is formed in the clamp body 61. The clamp 62 contacts the outer surface of the column 30, The clamping hole 61a is formed in a partially cut shape.

A clamp 62 for fixing the column 30 to the clamp body 61 is formed in the clamp body 61.

The clamp 62 forms a support 62a which rotates in a vertical direction in a clamping manner by a shaft 61c at a clamping end 61b protruding to one side of the clamping body 61. [

The support 62a has a handle 62b formed at a lower portion thereof and a pressing end 62c protruding inwardly in contact with the outer surface of the column 30 so as to integrally form an inverted memory.

The pillar 30 is connected to the outer surface of the drying bracket 70 of the drying unit 50 and is located at a lower portion thereof. The pillar 30 is positioned inside the drying frame 40 when the drying frame 40 is stored.

And a cap 31 holding a drying frame 40 is fastened to the lower portion of the column 30 when the upper portion of the column 30 is vertically stored.

The drying frame 100 is installed on the drying bracket 70 to be lifted up to the upper side and rotated 90 degrees outwardly to be engaged with the drying frame 40. The legs 10, (50) is spread and used, and when it is stored and not used, it is folded to minimize the volume.

An embodiment and use states of the drying bases 100A and 100B constructed as described above will be described as follows.

1 to 12, the drying stand 100A has a hinge end 11 formed at one end of a leg 13 of a leg 10 at a coupling end 23 of a leg connecting portion 20 And the hinge shaft 14 is coupled to the shaft hole 21a so as to rotate in a forced fit manner.

The column 30 is inserted into the coupling groove 23 of the coupling body 22 and is fixed to the coupling body 23. The rib 23a of the coupling groove 23 supports the outer surface of the column 30 so as not to shake.

The clamp body 60 of the clamp 60 is inserted into the upper end of the column 30 and the clamp 62 is pivoted so that the clamp 62 is rotated upward, And the clamp 62c is rotated downward at an appropriate point so that the pressing end 62c contacts and presses the outer surface of the column 30 by pressing against the shaft 61c.

Next, the frame 41 of the drying frame 40 is inserted through the vertical holes 72 of the drying bracket 70, and then the finishing tool 42 is coupled to both ends.

Thereafter, the engaging end 63 of the clamp part 60 is inserted into the fitting end 71 of the drying bracket 70, and the pressing end of the clamping part 60 moves in the pressed state through the first hole 71a, 71c, and engages with the engaging end 73 by engaging.

The drying table 100B may be provided with a finishing cap 31 at one end of the column 30 at an engaging recess 25 of the clamping body 61 formed in the connecting body 22 of the leg connecting portion 20. [ The grip 62b of the clamp 60 is held and the clamp 62 is rotated up and down along the column 30 in a state of being rotated upward so that a clamp 62 are rotated downward, the pressing end 62c is pressed against the outer surface of the column 30 by pressing against the shaft 61c.

Thereafter, the frame 41 of the drying frame 40 is inserted through the vertical holes 72 of the drying bracket 70, and then the finishing tool 42 is coupled to both ends.

Next, the other end of the column 30 is screwed to the outer surface of the drying bracket 70 of the drying unit 50 in a state where the drying frame 40 is received in the column 30, do.

The drying stand 100A rotates the legs of the legs 10 outwardly from the connecting body 22 of the legs 20 and unfolds and stably supports the legs.

The drying frame 40 is vertically inserted into the drying frame 40 and the upper frame 42 of the drying frame 40 is pulled out through the vertical hole 72 in the vertical direction, The drying frame 40 is rotated 90 ° outward at the time when the finishing tool 42 is engaged with the drying bracket 70. [

When the drying frame 40 is rotated as described above, when the drying frame 40 is rotated, the rotating radius is secured by the inclined end 74a, and the lower finishing opening 42 of the drying frame 40 is rotated The object to be dried 200 is caught by the spring 73 and the stress is dispersed even when a load is applied.

Thereafter, the drying frame 40 is used for drying various objects 200 to be dried, and when the drying frame 40 is moved by the change of the drying place, it can be easily moved by the wheels 12 Feature.

On the other hand, the drying stand 100B rotates the legs of the legs 10 outwardly from the connecting body 22 of the leg connecting portions 20 and unfolds and stably supports the legs.

The drying frame 40 holds the upper finishing hole 42 of the drying frame 40 vertically housed in the inside of the column 30 in the drying bracket 70, And then the drying frame 40 is rotated 90 ° outward at the time when the lower finishing tool 42 is engaged with the drying bracket 70. [

When the drying frame 40 is rotated as described above, when the drying frame 40 is rotated, the rotating radius is secured by the inclined end 74a, and the lower finishing opening 42 of the drying frame 40 is rotated So that the object to be dried 200 is caught by the spring 73 and the stress is dispersed even when a load is applied.

Thereafter, the drying frame 40 is used for drying various objects 200 to be dried, and when the drying frame 40 is moved by the change of the drying place, it can be easily moved by the wheels 12 Feature.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, Should be construed as being included in the scope of the present invention.

10: leg portion 11: hinged end
12: Wheel 13: Leg
14: Hinge shaft 20: Leg connection
21: connecting end 22: connecting body
23: coupling groove 23a:
24: fitting space 25:
30: Column 31: Cap
40: Drying frame
41: frame 42:
50: drying section 60: clamp section
61: clamp body 61a: clamping hole
61b: clamp stage 61c: axis
62: clamp 62a:
62b: Handle stage 62c: Pressure stage
63: coupling end 63a: projection
70: Drying bracket 71: Fitting hold
71a: first hole 71b:
72: vertical hole 73:
74: Supporting step 74a:
100A, 100B: drying table 200: drying object

Claims (8)

CLAIMS 1. A drying rack for drying a clothes or a drying object,
A leg connecting portion 20 connecting the leg portion 10 so as to be opened and folded,
A drying unit 50 coupled to an upper part of the column 30 connected upright to the upper part of the leg connection part 20 and configured to store a plurality of the drying frames 40 upright and to spread out in a radial form,
Wherein the leg portion (10) and the drying portion (50) are spread and used, and when they are stored and not used, they are folded to minimize the volume.
[2] The apparatus according to claim 1, wherein the leg portion (10) has a hinge end (11) hinged at one end to the leg connecting portion (20)
And the other end of the leg portion (10) constitutes a plurality of legs (13) by a wheel (12) for movement.
The connector according to claim 1, wherein the leg connecting portion (20) forms a connecting body (22) having a plurality of connecting ends (21) to which the hinge end (11)
An upper end of the connection body 22 is formed with a coupling groove 23 for coupling the column 30,
Characterized in that the connecting end (21) constitutes a semi-cylindrical fitting space (24) with its lower and outer ends open so that the legs (13) are unfolded and the upper part closed.
2. The apparatus according to claim 1, wherein the drying unit (50) comprises a clamp unit (60) for clamping the position of the drying unit (50)
A drying bracket 70 coupled to the upper portion of the clamp unit 60,
And a drying frame (40) for holding the drying bracket (70) in an upright state and pulling the drying bracket (70) upward to rotate it outwardly by 90 degrees to engage the drying frame (40).
The clamping device according to claim 4, wherein the clamping part (60) comprises a cylindrical clamp body (61) fitted to the column,
The clamp body 61 is provided with a clamp 62 for clamping the column 30 in a clamping manner,
Wherein the clamping body (61) has a cylindrical coupling end (63) in which a disc-shaped drying bracket (70) is inserted.
6. The apparatus according to claim 5, wherein the drying bracket (70) has a fitting hole (71) to be fitted in the coupling end (63) of the clamp part (60)
A plurality of vertical holes 72 formed in the outer periphery of the fitting hole 71 in the vertical direction,
Inside the upper side of the vertical hole 72, there are provided a latching end 73 at which one end is hooked when the drying frame 40 is horizontally positioned,
And a supporting end (74) supported by the drying frame (40) after the rotation of the drying frame (40) is formed on the opposite side of the engaging end (73).
7. The method according to claim 4 or 6, wherein the drying frame (40) comprises a rod-shaped frame (41)
And a squeeze hole (42) formed at both ends of the frame (41) so as to be coupled and disassembled.
The connector according to claim 1, wherein a coupling socket (25) for inserting the pillar (30) is formed in the connecting body (22) of the leg connecting portion (20)
A clamp 62 for fixing the position of the column 30 to the periphery of the engaging recess 25,
A column 30 connected to the outer surface of the drying bracket 70 of the drying unit 50 and located in the lower part thereof and positioned inside the drying frame 40 when the drying frame 40 is stored upright,
And a cap (31) for holding the drying frame (40) is fastened to the lower part of the column (30) when the upper part is stored upright.

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