KR101203704B1 - outdoor type laundry drier - Google Patents

Abstract

The present invention relates to an outdoor type drying rack that can be coupled to a balustrade of a porch installed to be exposed to the outdoors, and includes a coupling part coupled to the railing, a drying frame foldably coupled to the coupling part, and a drying frame railing. It is provided with a posture maintenance unit to maintain the posture in the unfolded state. According to the outdoor drying rack, it is possible to increase the efficiency of using the porch space by installing the laundry on the porch railing, and the folding structure provides the advantage of reducing the length of projecting outside the porch railing when not in use. .

Description

Outdoor type laundry drier

The present invention relates to an outdoor drying rack, and more particularly, to a folding outdoor drying rack that can be installed and used on a balustrade of a balcony of an apartment.

In general apartments, laundry racks are installed indoors or on the veranda.

Such indoor drying racks take a long time to dry the laundry because it is difficult to reach the sunlight directly, the sterilization effect is also reduced and occupies a part of the interior space of the porch has the disadvantage of reducing the space utilization.

The present invention was devised to improve the above problems, and an object thereof is to provide an outdoor drying rack that can be folded while being installed on a porch railing.

Another object of the present invention to provide an outdoor drying rack that can adjust the size of the drying frame.

In order to achieve the above object, the outdoor type drying rack according to the present invention is an outdoor type drying rack which can be coupled to a balustrade of a porch installed to be exposed to the outside, the coupling part coupled to the handrail; A drying frame foldably coupled to the coupling part; And a posture maintaining part configured to maintain a posture in a state in which the drying frame is unfolded with respect to the railing.

According to one aspect of the invention, the engaging portion has a base portion extending in the longitudinal direction to the handrail and in close contact with the handrail, protruding in the direction away from the handrail in the center of the base portion and extending in the longitudinal direction and mutually First and second brackets spaced apart from the railing; And a fixing member for fixing the first and second brackets to the handrail, wherein the drying frame is coupled to each other in an X-shape so that the drying frame can be folded in a direction away from the handrail. First and link portions coupled to each; And a plurality of drying rods coupled to the link member so as to be spaced apart from each other in a direction crossing the first and second link portions, and an upper end connected to the first and second brackets of the first and second link portions. The lower end connected to the first and second brackets is rotatably hinged, and the lower end connected to the first and second brackets has a restraining pin formed to be moved up and down along a long hole formed in the body part in a restrained state. The posture maintaining part includes a nut for fixing the lower ends of the first and second link parts to the body part by screwing the constraining pin from the outside of the body part through a screw line formed on the restraint pin.

According to another aspect of the present invention, the drying frame is formed in a rectangular frame having a longitudinal bar extending parallel to each other and a drying rod coupled to be spaced apart from each other across the vertical bar, the first and second And a drying mold hinged to the bracket in a vertically rotatable manner, wherein the posture maintaining part is hinged to the drying mold so that one end is rotatable, and the other end is formed along the long hole formed in the first and second brackets. First and second raising and lowering guide bars provided with restriction pins slidable in an up and down direction; And a nut for fixing the other ends of the first and second elevating guide bars to the body part by screwing the constraining pin to the outside of the body part through a screw line formed on the restraint pin.

Alternatively, the posture maintenance part may be hinged to one end of the coupling part and protrude from the railing at the other end of the first and second parts extending in a width wider than the width between the longitudinal bars, respectively. First and second seating portions extending inwardly toward the center portion of the drying rod so as to be seated between the drying rod of the drying mold rotated in a direction and the engaging portion of the vertical bar to be seated at a lower portion thereof, and the first And a latch having interconnections extending between the ends of the second seating portions and being bent away from the first and second portions.

According to another aspect of the present invention, the posture maintaining portion; is coupled to both ends between the drying frame and the coupling portion gas gas bar for rotating the drying frame in the vertical direction by the advancing of the rod.

In addition, the posture maintaining portion is a first foldable link extending downwards is hinged rotatably coupled to the drying frame; A second fold link having a receiving groove rotatably hinged between the coupling portion and the first fold link, the upper end of which is closed so that the first fold link is accommodated therein by rotation; A fixed guide hole formed to penetrate from the second fold link to the second fold link so as to strengthen the holding state of the first fold link and the second fold link in a state in which the drying frame is extended in a direction away from the handrail; It can be built to have a; fixing pin is inserted through.

In addition, the posture maintenance portion is hinged to one end rotatably coupled to the engaging portion and the other end has a hollow opening and the extension guide tube formed with a locking groove to penetrate the hollow from the outer surface; An elastic rod, one end of which is constrained to be inserted into the expansion guide tube and the other end of which is hinged rotatably to the drying frame; The elastic rod protrudes elastically on the surface of the elastic rod so that the elastic rod can be locked to the elastic guide tube in a state in which the drying mold is extended in a direction away from the handrail, and the internal of the elastic guide tube interferes with the elastic guide tube. It may be provided; elastic locking piece formed to be retracted inward from the surface of the elastic rod.

According to the outdoor drying rack according to the present invention, it is possible to increase the efficiency of the veranda space by being installed on the porch railing to dry the laundry and having a folding structure, thereby reducing the length of projecting outside the veranda railing when not in use. To provide.

1 is a perspective view showing a state in which the outdoor drying rack according to the first embodiment of the present invention is installed on the balcony railing,
Fig. 2 is a side view of Fig. 1,
3 is a side view showing a state in which the outdoor drying rack according to the second embodiment of the present invention is installed on the balustrade of the veranda,
4 is a side view showing a state in which the outdoor drying rack according to the third embodiment of the present invention is installed on the balustrade of the veranda,
FIG. 5 is a partial excerpt perspective view showing a state in which the drying mold of FIG. 4 is supported by the clasp; FIG.
6 is a side view showing a state in which the outdoor drying rack according to the fourth embodiment of the present invention is installed on the balustrade of the veranda,
7 is a side view showing a state in which the outdoor drying rack according to the fifth embodiment of the present invention is installed on the balustrade of the veranda,
8 is a perspective view illustrating the first and second folding links of FIG. 7 separately;
9 is a side view showing a state in which the outdoor drying rack according to the sixth embodiment of the present invention is installed on the balustrade of the veranda,
10 is an exploded perspective view illustrating the expansion guide tube and the expansion rod of FIG.

Hereinafter, the outdoor drying rack according to a preferred embodiment of the present invention with reference to the accompanying drawings will be described in more detail.

1 is a perspective view illustrating a state in which an outdoor drying rack according to a first embodiment of the present invention is installed on a balustrade of a veranda, and FIG. 2 is a side view of FIG. 1.

1 and 2, the outdoor drying rack 100 can be installed to be coupled to the balustrade 10 of the veranda installed to be exposed to the outdoors.

The outdoor drying rack 100 includes a coupling part 110, a drying frame 130, and a posture maintaining part.

The coupling part 110 includes first and second brackets 112 and 114 coupled to the handrail 10 and a fixing member.

The first and second brackets 112 and 114 are formed in the same structure.

The first and second brackets 112 and 114 have a structure having a base portion 112a and a body portion 112b.

The base portion 112a is a portion extending in the longitudinal direction to the handrail 10 to be in close contact with each other and formed in a plate shape.

The body portion 112b is a portion that protrudes vertically in a direction away from the handrail 10 at the center of the base portion 112a and extends in the vertical direction to form a T-shape with the base portion 112a as a whole. It provides a fastening area to which the drying frame 130 to be described later is fastened.

The body portion 112b has a plurality of fastening holes 113 into which the fixing band 119 applied as the fixing member for engaging with the handrail 10 can be inserted. A hinge hole 115 for hinge coupling with the upper ends of the link parts 131 and 132 and a long hole 116 for engaging with the lower ends of the first and second link parts 131 and 132 are formed.

The first and second brackets 112 and 114 are preferably formed of a metal material.

The band 119 applied as the fixing member may be formed in a band shape, and may be a well-known one capable of binding one end to a closed track shape, and the fastening hole 113 formed in the first and second brackets 112 and 114. The first and second brackets 112 and 114 may be banded to be fixed to the handrail 10 so as to surround the handrail 10.

The drying frame 130 is foldable with respect to the first and second brackets 112 and 114 in a direction away from the handrail.

The drying frame 130 has a structure having the first and second link portions 131 and 132 and a drying rod 135.

The first and second link portions 131 and 132 are foldable in a direction away from the handrail 10 so that the link members 133 are connected to each other by the hinge 136 in an X-shape so that the first and second brackets are foldable. Respectively coupled to (112) (114).

The upper end 133a of the link member 133 that is connected to the first and second brackets 112 and 114 of the first and second link parts 131 and 132 may include the first and second brackets 112 ( The lower end 133b of the link member 133 connected to the first and second brackets 112 and 114, which is hinged through the hinge hole 115 so as to be rotatable, is restrained. It is provided with a restraining pin 138 formed to be able to move up and down along the long hole 116 formed in (112b).

Constraints pin 138 has a head having a larger outer diameter than the long hole 116, it is preferable that a bolt is formed on the outer circumferential surface of the body that can pass through the long hole (116).

The drying rod 135 is coupled to the link member 133 in a direction crossing the first and second link portions 131 and 132 so that a plurality of the drying rods 135 are spaced apart from each other.

The posture maintaining part is configured to maintain the posture fixed with respect to any position state where the drying frame 130 is extended or retracted.

The posture maintaining part has a lower end of the first and second link parts 112 and 114 by screwing with the restraining pin 138 on the outside of the body part 112b through a thread formed on the body of the restraining pin 138. A nut 150 that has been fixed to 112b has been applied.

When the drying table 100 is intended to dry laundry, the first and second link units 112 and 114 are manipulated to be unfolded, and then the nut 150 is tightened. And second nuts 112 and 114 are operated in the contracted direction and then fixed with nuts 150.

On the other hand, the drying rack according to another embodiment of the present invention is shown in FIG. The same reference numerals denote the same elements as those in the drawings.

Referring to FIG. 3, the outdoor drying rack 200 is configured such that the drying frame 230 is rotatably installed in the vertical direction with respect to the first and second brackets 112 and 114 to be folded about the railing.

The first and second brackets 112 and 114 applied as the coupling parts have the same structure as those shown in FIG. 1.

The drying mold applied to the drying frame 230 is the drying mold 234 is hinged rotatably in the vertical direction with respect to the first and second brackets 112,114.

The drying frame 234 is formed in a rectangular frame having a vertical bar 235 extending parallel to each other and a drying rod 236 coupled to be spaced apart from each other across the vertical bar 235 bracket 112 It is rotatably coupled to (114). Reference numeral 237 is vertically coupled to the vertical bar 235 of the drying mold 234 and the drying mold 234 as a coupling member coupled through the first and second brackets 112 and 114 and the hinge 240. Of course, the vertical bar 235 portion of the) may be omitted when the hinge is directly hinged to the first and second brackets 112 and 114.

The posture maintaining part includes first and second lifting guide bars 231 and 232 and a nut 150.

The first and second elevating guide bars 231 and 232 are rotatably coupled to one end of the vertical bar 235 of the drying mold 234 by the hinge 233, and the other end of the first and second lifting guide bars 231 and 232. Constraints pin 138 is provided to be slidable in the vertical direction along the long hole 116 formed in the bracket (112, 114).

The nut 150 is screwed with the restraining pin 138 on the outside of the body portion 112b through a screw thread formed on the restraining pin 138 so that the other end of the first and second elevating guide bars 231 and 232 is body. To part 112b.

When the drying rack 200 is intended to dry laundry, the drying mold 234 is rotated in a direction perpendicular to the handrail 10 to tighten the nut 150, and when not in use, loosen the nut 150 to dry the drying frame ( 234 may be rotated in a direction close to the handrail 10 and then fixed with a nut 150.

4 is a side view showing a state in which the outdoor drying rack according to the third embodiment of the present invention is installed on the balustrade of the veranda, and FIG. 5 is a partial excerpt perspective view showing the state in which the drying frame of FIG. 4 is supported by the latch. . The same reference numerals denote the same elements as those in the drawings.

4 and 5, the drying rack 300 has a clasp opening 350 is applied as a posture maintaining part for supporting the posture of the drying frame 234.

Clasp 350 is a direction in which both ends are rotatably coupled to the first and second brackets 112 and 114 and the overall shape is formed in a substantially '' 'shape protruding with respect to the railing of the drying mold 234. It is possible to support the drying mold 234 so as not to fall downward in the rotated state.

When the clasp 350 is divided, first and second ends of the first and second brackets 112 and 114 are coupled to each other by the hinge 356 and extend in a width wider than the width between the vertical bars 235, respectively. Drying bar 236 and vertical bar 235 of drying mold 234 rotated in a direction protruding from the handrail at the other end of the two parts 351 and 352 and the first and second parts 351 and 352. The first and second seating portions 353 and 354 extending inward toward the center portion of the drying rod 236, that is, in a direction in which the mutual separation width is narrowed so as to be seated at the bottom between the coupling portions of the first and second seating portions 353 and 354. The hooking portions which interconnect the ends of the first and second seating portions 353 and 354 but are bent farther than the first and second portions 351 and 352 based on the hinge 356 ( 355).

The drying rack 300 rotates the drying frame 234 upward when the drying frame 234 is used, and then the engaging portion 355 of the clasp 350 is coupled to the drying bar 236 and the vertical bar 235. It may be used after entering the portions to support the drying mold 234.

Figure 6 is a side view showing a state in which the outdoor drying rack according to the fourth embodiment of the present invention is installed on the balustrade of the veranda.

Referring to FIG. 6, the drying rack 400 includes upper and lower brackets 410 and 412, a drying frame 234, and a gas shovel 450.

Coupling parts were applied to the upper and lower brackets 410 and 412 separated from each other with respect to the handrail 10.

The upper bracket 410 is coupled to surround the handrail 10 at the top of the handrail 10, and the lower bracket 412 wraps the handrail 10 at the handrail 10 spaced below the upper bracket 410. Are combined.

The upper bracket 410 and the lower bracket 412 is formed in a band shape so that both ends can be separated from each other but wrapped in correspondence to the shape of the handrail 10, and can be fixed by screws 411 at the rear side of the handrail 10. It has a structure having a coupling guide portion 410b protruding in the shape of a plate on the front of the portion 410a and the fixed portion 410a to provide a coupling area of the drying frame 234 and the gas shobar 470, respectively. The upper bracket 410 and the lower bracket 412 may be formed in different shapes of the coupling guide portion 410b.

The drying mold 234 is rotatably coupled to the upper bracket 410 by one hinge 240.

The gas shock absorber 450 applied to the posture maintaining part is configured to allow the rod 452 to move forward and backward from the main body 451. It applies that the shrinkage of the rod 452 can be suppressed while withstanding.

Reference numeral 460 is coupled between the rod 452 end of the gas shovel 450 and the longitudinal bar 235 and is hinged with the rod 452 or the longitudinal bar 235 to allow the rod 452 to rotate. A coupling member, and reference numeral 470 is a second coupling member that surrounds and supports the gas shock absorber body 450 and the lower bracket 412.

The second coupling member 470 may be coupled to be rotated with respect to the lower bracket 412.

When the drying table 400 is not in use, the rod 452 enters the main body when a sufficient force is applied to the drying frame 234 to be rotated downward, and when used, it is lifted up to be rotated above the drying frame 234 and then used.

7 is a side view showing a state in which the outdoor drying rack according to the fifth embodiment of the present invention is installed on the balustrade of the veranda, and FIG. 8 is a perspective view showing the first and second folding links of FIG. 7 separated from each other.

7 and 8, the drying rack 500 includes upper and lower brackets 410 and 412, drying mold 234, and first and second folding links 510 and 515.

The first and second folded links 510 and 515 are applied as the posture maintaining part.

The first foldable link 510 is formed in a bar bar shape, and one end thereof is rotatably coupled to the drying mold 234 by a hinge 533 to extend downward.

One end of the second folding link 515 is rotatably coupled to the coupling guide portion 410b of the lower bracket 412 by a hinge 535, and the other end receives the other end of the first folding link 510. It is coupled by the hinge 537 in a state.

In addition, the second folding link 515 is blocked at the top so that the first folding link 510 can be accommodated inside by the rotation when the first folding link 510 is folded, the receiving groove 516 is formed in the lower opening.

Reference numerals 518 and 519 denote a second folding link so as to enhance the holding state of the first folding link 510 and the second folding link 515 in a state where the drying frame 234 is extended in a direction away from the handrail 10. Fixed guide holes 518 and 519 formed to penetrate from 515 to the second foldable link 510 to correspond to each other, and reference numeral 540 denotes fixed pins inserted through the fixed guide holes 518 and 519.

When the drying table 500 is not in use, when the fixing pin 540 is separated from the fixing guide holes 518 and 519, when the drying frame 234 is lowered, the first folding link 510 is the second folding link. Fold in the direction to be inserted into the receiving groove 516 of the 515, and in use when the fixing guide holes 518, 519 are aligned to face each other by raising the drying frame 234 is inserted into the fixing pin 540 Just do it.

9 is a side view showing a state in which the outdoor drying rack according to the sixth embodiment of the present invention is installed on the balustrade of the veranda, and FIG. 10 is an exploded perspective view illustrating the expansion guide tube and the expansion rod of FIG. 9 separated from each other.

9 and 10, the drying rack 600 includes upper and lower brackets 410 and 412, drying mold 234, expansion guide pipe 610, expansion rod 615, and elastic locking piece 620. It is provided.

The elastic guide tube 610, the elastic rod 615, and the elastic locking piece 620 is applied as a posture maintaining portion.

The elastic guide tube 610 has one end rotatably coupled to the lower bracket 412 by a hinge 635 and has a hollow 612 which is open at the other end so that the elastic rod 615 can be inserted therein. The locking groove 614 is formed to penetrate the hollow 612 from the side surface.

The inner surface constituting the hollow 612 of the expansion tube 610 is formed in a hexagonal shape that is polygonal.

One end of the elastic rod 615 is restrained in the hollow 612 of the expansion guide pipe 610 is inserted into the retractable and the other end is rotatably coupled to the drying mold 234 by a hinge 633.

The portion that is inserted into and retracted from the elastic guide tube 610 of the elastic rod 615 is formed in a hollow shape in a hexagonal shape corresponding to the hollow 612 of the elastic guide tube 610, and is coupled to the hinge 633. The part is formed in plate shape.

The elastic locking piece 620 is provided on the surface of the elastic rod 615 so that the elastic rod 615 can be locked to the elastic guide pipe 610 in a state where the drying mold 234 is extended in a direction away from the handrail 10. It is elastically protruding but is formed to be retracted inwardly from the surface of the elastic rod 615 in the expansion guide tube 610 to interfere with the expansion guide tube 610.

That is, both ends of the elastic locking piece 620 is fixed to the inner side of the retraction guide groove 617 formed in communication with the inside of the elastic rod 615 to correspond to the locking groove 614, so that the retraction guide groove 617 is provided. Protruding through to maintain the protruding state when the external force is not applied, and was formed in the form of a 'W' to be retracted into the advance guide groove 617 when the external force is applied.

When the posture maintenance unit is to be folded in a state in which the drying frame 234 is unfolded, the elastic locking piece 620 is operated to retreat while lowering the drying frame 234, during use in the process of raising the drying frame 234 When the elastic locking piece 620 reaches a position corresponding to the locking groove 614, the elastic locking piece 620 protrudes through the locking groove 614 by the restoring force and maintains the locked state.

On the other hand, the shape and structure of the locking groove 614 and the elastic locking piece 620 may be applied differently from the illustrated example.

10: handrail 110: coupling part
130: drying frame

Claims (7)

delete delete In the outdoor type drying rack which can be attached to the balustrade of the veranda installed to be exposed to the outdoors,
A coupling part coupled to the railing;
A drying frame foldably coupled to the coupling part;
And a posture maintenance unit configured to maintain a posture in a state where the drying frame is extended with respect to the railing.
The coupling portion
A first part installed on the handrail and having a base part extending in the longitudinal direction to the handrail, and having a body part extending in the longitudinal direction and protruding in a direction away from the handrail in the center of the base part; 2 brackets;
And fixing members for fixing the first and second brackets to the handrail,
The drying frame
Drying frame is formed in the form of a rectangular frame having a longitudinal bar extending parallel to each other and a drying rod coupled to be spaced apart from each other across the vertical bar is hinged rotatably in the vertical direction to the first and second brackets With;
The posture maintenance unit
First and second elevating guide bars having one end rotatably hinged to the drying mold and the other end of which is provided with a restraining pin slidably up and down along a long hole formed in the first and second brackets;
And a nut for fixing the other ends of the first and second elevating guide bars to the body part by screwing the constraining pin from the outside of the body part through a screw line formed on the restraint pin. Drying rack. In the outdoor type drying rack which can be attached to the balustrade of the veranda installed to be exposed to the outdoors,
A coupling part coupled to the railing;
A drying frame foldably coupled to the coupling part;
And a posture maintenance unit configured to maintain a posture in a state where the drying frame is extended with respect to the railing.
The drying frame is formed in a rectangular frame having a longitudinal bar extending parallel to each other spaced apart from each other, and a drying rod coupled to be spaced apart from each other across the vertical bar, the drying frame rotatably coupled to the coupling portion; ,
The posture maintenance unit
One end is hinged to the coupling portion and the first and second portions extending in a width wider than the width between the vertical bar, respectively, and the drying frame rotated in a direction protruding from the handrail at the other end of the first and second portions First and second seating portions extending inwardly toward the center of the drying rod so as to be seated therebetween so as to be seated between the drying rod and the coupling portion of the longitudinal bar at the end of the first and second seating portions; And a clasp having interconnections extending to be bent away from the first and second portions to interconnect each other. In the outdoor type drying rack which can be attached to the balustrade of the veranda installed to be exposed to the outdoors,
A coupling part coupled to the railing;
A drying frame foldably coupled to the coupling part;
And a posture maintenance unit configured to maintain a posture in a state where the drying frame is extended with respect to the railing.
The drying frame is formed in a rectangular frame having a longitudinal bar extending parallel to each other spaced apart from each other, and a drying rod coupled to be spaced apart from each other across the vertical bar, the drying frame rotatably coupled to the coupling portion; ,
The posture maintenance unit
Both ends are coupled between the drying mold and the coupling portion, the gas shoba for rotating the drying frame in the vertical direction by the advancing of the rod. In the outdoor type drying rack which can be attached to the balustrade of the veranda installed to be exposed to the outdoors,
A coupling part coupled to the railing;
A drying frame foldably coupled to the coupling part;
And a posture maintenance unit configured to maintain a posture in a state where the drying frame is extended with respect to the railing.
The drying frame is formed in a rectangular frame having a longitudinal bar extending parallel to each other spaced apart from each other, and a drying rod coupled to be spaced apart from each other across the vertical bar, the drying frame rotatably coupled to the coupling portion; ,
The posture maintenance unit
A first foldable link which is hinged rotatably to the drying mold and extends downwardly;
A second fold link having a receiving groove rotatably hinged between the coupling portion and the first fold link, the upper end of which is closed so that the first fold link is accommodated therein by rotation;
A fixed guide hole formed to penetrate from the second fold link to the second fold link so as to strengthen the holding state of the first fold link and the second fold link in a state in which the drying frame is extended in a direction away from the handrail; Fixing pin inserted through; an outdoor drying rack having a. In the outdoor type drying rack which can be attached to the balustrade of the veranda installed to be exposed to the outdoors,
A coupling part coupled to the railing;
A drying frame foldably coupled to the coupling part;
And a posture maintenance unit configured to maintain a posture in a state where the drying frame is extended with respect to the railing.
The drying frame is formed in a rectangular frame having a longitudinal bar extending parallel to each other spaced apart from each other, and a drying rod coupled to be spaced apart from each other across the vertical bar, the drying frame rotatably coupled to the coupling portion; ,
The posture maintenance unit
An elastic guide tube having one end rotatably hinged to the coupling part and an open end of the other end, and having a locking groove formed to penetrate the hollow from an outer surface thereof;
An elastic rod, one end of which is constrained to be inserted into the expansion guide tube and the other end of which is hinged rotatably to the drying frame;
The elastic rod protrudes elastically on the surface of the elastic rod so that the elastic rod can be locked to the elastic guide tube in a state in which the drying mold is extended in a direction away from the handrail, and the internal of the elastic guide tube interferes with the elastic guide tube. And an elastic locking piece formed to be retracted inward from the surface of the elastic rod.

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