KR20170062280A - A clothes prop - Google Patents

Abstract

The present invention relates to a laundry hanger which is easy to store and which is variable in length by folding and unfolding so that a large amount of laundry can be dried for installation in a wide space or a narrow space, And a leg which is provided at the lower end of the coupling body and has a wheel for moving the same, and a pedestal which is orthogonally coupled to the transverse bar. The two pedestals are symmetrically positioned before and after The two brackets are coupled to one side of the coupling body so that the two symmetrically supported pedestals are pivoted and unfolded while the other side of the pedestal is coupled to the other side of the coupling brackets so that the pedestals are folded and unfolded arbitrarily. The combination of the pivot bracket and the lock bracket has a predetermined length And a plurality of hooks on the vertical bar are coupled to a plurality of drying units assembled on both sides in a multi-stage manner, and the drying unit can adjust the height by the height adjusting means, It is for storage.
In addition, the upper end of the vertical bar is coupled to the vertical bar positioned vertically to the pivot bracket by one finishing cap, and the upper end of the other vertical bar is coupled with the auxiliary lock cap which is detachably coupled to the upper end of the vertical bar.

Description

[0001] The present invention relates to a clothes dryer which is easily installed in a wide space or in a narrow space.

The present invention relates to a clothes dryer, and more particularly, to a clothes dryer capable of drying a large amount of laundry by installing the clothes dryer in a wide space or a cramped space by easily changing the length of the clothes dryer by folding and unfolding.

Generally, multi-story buildings such as apartment buildings and multi-family houses are mostly dried in multi-purpose rooms or ovens to dry laundry. Such ovens and multipurpose rooms are often provided with various items such as washing machines and boilers. And a height-adjustable ceiling-type laundry hob is installed.

 However, since the ceiling-type laundry drying hob is made small, only a small amount of laundry can be dried, which is not practical and difficult to operate for use. In most cases, only a small-sized laundry such as underwear or socks is dried, I bought a stand-type laundry hanger.

In the stand type laundry drying unit, two drying legs are formed on the upper end of the laundry basin, the lower ends of which are opened at both sides of the top vertex, and a plurality of hangers for hanging laundry upwardly And a fixing base that spans the legs to maintain the horizontal position is formed.

However, in such a stand type laundry hanger, there is a problem that the drying part supported on the legs is folded due to the small impact or the weight of the laundry, and the laundry hanging on the floor is scratched off and the drying part is formed on both sides, There was a disadvantage that can not be done.

Therefore, in another conventional method, a leg which is provided at both ends of a horizontal bar is provided, and a drying unit which is horizontally fixed and vertically movable up and down is vertically and upwardly folded and symmetrically moved forward and backward symmetrically However, since the stand-type laundry hanger is bulky, it is not possible to simultaneously install the laundry hanger in a multi-purpose room or an ovulation hanger installed with a ceiling laundry hanger. Since the drying part is formed in both directions both before and after the installation, the space during installation is considerably narrow. Therefore, in order to secure a certain amount of space for washing the laundry, one of the drying parts formed on both sides of the drying part is folded So that the drying band is brought into close contact with the wall surface, There was a problem that use buman, this problem was eventually not be able to dry the amount of laundry.

Therefore, most of the stand-type laundry hoods are installed in the living room or the room, and the laundry is dried. When the problem of such a hood is installed in the room or the living room, there arises a problem that the space utilization in the daily life is restricted, It is inconvenient for the user to clean the water.

Registration Practice No. 20-0464176 (2012.12.07) Patent Registration No. 10-0694884 (2007.07.07)

Therefore, the present invention is characterized in that one side of a clothes dryer drum in which drying parts are formed in both directions is axially coupled and the drying part is opened so as to be positioned in one direction by a rotary operation, so that the clothes dryer drum is folded in a wide space, In the space, the laundry is put on the wall in the unfolded state, and the drying unit is used only for one side, so that the laundry space is used as well as the laundry space.

To this end, in the present invention, a bridge bar having a fixed length of a transverse bar, a bridge having wheels mounted on opposite sides of the transverse bar and having a wheel for moving the lower end of the combined body, The two brackets are coupled to one of the pair of brackets so that the two symmetrically brackets are folded and unfolded while the two brackets are positioned symmetrically with respect to the other brackets, And a locking bracket coupled to the locking bracket so that the locking bracket can be unfolded arbitrarily, and a vertical bar having a predetermined length is coupled to the coupling bracket coupled with the locking bracket, wherein a plurality of hooks A plurality of directly assembled drying units are coupled to each other in a plurality of stages, The height is adjustable as well as for folding and storage when not in use.

Further, the vertical bar is tightly coupled with the fastening member when the fastening member is fastened to the fastening member, so that the fastening member rotates with the fastening member without rotating.

In addition, the upper end of the vertical bar is coupled with a finishing cap to the vertical bar positioned in a vertical line with the pivot bracket, and the auxiliary lock cap is coupled to the upper end of the other vertical bar by an arm and a water channel.

Therefore, in the case where the space where the laundry clothes rack is installed is wide or narrow, the clothes rack can be folded into a folded state, or the shape can be changed into a stretched state to utilize the installation space, It is possible to provide the ease of use that can be dried.

1,

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, a clothes dryer according to the present invention includes a coupling body 120 coupled to both sides of a horizontal bar 110 having a predetermined length, and a lower end of the coupling body 120 is connected to a wheel The leg 100 is symmetrically positioned so that the two legs 130 are opposed to each other and the legs 130 are disposed symmetrically with respect to the legs 130, One pivot bracket 140 is coupled to the coupling 120 coupled to one side of the symmetrical pedestal 100 so that the other coupling 120 of the symmetric pedestal 100 is folded and the other coupling 120 of the symmetric pedestal 100 is folded The locking bracket 150 is coupled with the locking bracket 150 to prevent the locking bracket 140 from being unfolded in a state where the locking bracket 150 is engaged with the locking bracket 150. The coupling bracket 120 of the symmetrical bracket 100, The vertical bar 210 is coupled to the vertical bar 210, A plurality of geolyidae 211 is height adjustable coupled been made in a dry portion 200 assembled in the assembly bar 212.

In this case, the joining body 120 is formed with a transverse barrel pipe 121 to be protruded to one side for joining the transverse bar 110, and a first joining protrusion part And a second coupling protrusion 123 is formed on the bottom surface of the first coupling protrusion 122 so as to protrude downward perpendicularly to the first coupling protrusion 122.

An inner space 120a is formed on the inner side of the first engaging protrusion 122 and the second engaging protrusion 123 so that the vertical bar can be engaged. And a separate tightening tube 160 is coupled so as to be tightly coupled so as not to be separated or idle.

The fastening body 160 is formed by a fastening body 161 which is fastened to an upper end of the first fastening protrusion 122 at an upper end thereof and a body 162 whose thickness is gradually reduced at a lower end of the fastening body 161 The vertical bar 210 is inserted into the inner space 120a of the coupling body 120 while the vertical bar 210 is pinched by being pressed by the vertical bar 210, And tightly adhered to the inner space 120a of the coupling body 120 while being opened.

In addition, a cutout 163 is formed at one side and a folded portion 164 is formed at the other side for spreading the tightening tube 160. When the cutout 163 is opened when the vertical bar 210 is engaged, So that the vertical bar 210 is firmly coupled to the inner space 120a of the coupling body 120. As shown in FIG.

The coupling structure of the coupling body 120 and the rotation bracket 140 is such that the rotation bracket 140 is formed with an inner space 140a having a lower end opened and a tubular body in the direction of the inner space 140a, And the first coupling protrusion 122 protruding upward from the coupling body 120 is elastically operated by the cutout groove 122a so that the coupling tube 141 is formed symmetrically with respect to the coupling body 120. [ When the engaging piece 122b is symmetrically formed so that the first engaging protrusion 122 of the engaging body 120 is pressed and inserted into the engaging tube 141 of the rotating bracket 140, 122a are engaged with the engagement step 142 formed on the inner wall of the coupling tube 141 so as not to be separated.

The rotation structure of the coupling body 120 and the rotation bracket 140 is formed by forming a rotation cut-off surface 143 having a coupling groove 141 formed in a lower end surface of the coupling tube 141 with a radius of 90 degrees, A coupling groove 124 is formed in the upper surface of the coupling groove 124 so that the lower end surface of the coupling pipe 141 is inserted into the periphery close to the first coupling projection 122. On the inner side of the coupling groove 124, The protrusion 125 is engaged with the protrusion 125 formed in the protrusion 125 formed on the protrusion 125 of the protrusion 125 and the protrusion 125 formed in the protrusion 125 formed on the protrusion 125 of the protrusion 125, 144 to be fixed in a rotated state as a matter of course.

An inclined protrusion 145 is formed at an adjacent portion of the engaging groove 144 formed in the rotation cut-off surface 143 so that the protrusion may be engaged with the engaging groove, So that the engaging groove 144 is gripped to have a sense of operation.

In order to manufacture the pivoting bracket, the pivotal incision surface 143 is formed at a lower half of the coupling tube 141, and the pivoting cutout 144 has three pivotal cut- So that when the pivot bracket 140 is coupled to the coupling body 120, the pivot bracket 140 is easily coupled regardless of the coupling direction.

The wheel 131 is coupled to the center of the bottom surface of the second coupling protrusion 123 formed on the bottom surface of the coupling body 120 so that the coupling body 120 is pivotally coupled with the coupling between the legs 130 A rotating interlocking seat 123b and a flow preventing protrusion 123c are formed on the outer circumferential surface of the wheel engagement groove 123a and the wheel engagement groove 123a, 2, a detachable hinge 123d is formed on the side surface of the coupling protrusion 130. The leg base 130 is formed in a bar shape having a predetermined length formed with an inner space 130a having a lower end opened, A protruding tube 132 is formed as a tubular body protruding from the inner space 130a to the upper surface of the leg base 130 so that the second engaging protrusion 123 is engaged with the protruding tube 132. At the lower end of the protruding tube 132, The first and second engaging protrusions 123 and 123 are formed to be engaged with the separation preventing hinge 123d formed at the lower end of the second engaging protrusion 123, Protrusion 133 protruding downward from the lower end of the position corresponding to the detachment protrusion 133 and being in close contact with the bottom surface of the second coupling protrusion 123, And the leg 130 is rotated so that the turning piece 134 rotates within the range of the turning radius of the turning interlocking seat 123c and the flow preventing protrusion 123b formed on the bottom surface of the second engaging projection 123, So that the turning operation is interrupted.

The detachment protrusion 133 formed on the leg 130 is coupled to the detachment protector 123d formed on the second detachment protrusion 123 so that the detachment protrusion 133 is separated Preventing groove 123d.

In addition, both outer sides of the rotating piece 134 are protruded and the engaging surface 134a which is inwardly inward is formed like a wavy shape at the center, so that the protruded outer portion of the rotating piece 134 is caught by the flow preventing protrusion 123b In this state, the flow prevention protrusion 123b is positioned on the inwardly engaging engagement face 134a and fixed in a rotated state.

A rotation interlocking groove 133a is formed at the center of the detachment protrusion 133 and a fixing protrusion 123e engaged with the rotation interlocking groove 133a is formed at the center of the separation preventing groove 123d, It is done in close cooperation.

An auxiliary protrusion 126 is formed on one side of the second coupling protrusion 123 formed on the bottom surface of the coupling body 120 and a protrusion 126 protruding from the upper surface of the leg base 130 is provided on the outer peripheral surface of the protrusion tube 135 So that the auxiliary protrusions 126 are inserted into the pivot grooves to facilitate the pivoting operation.

The locking bracket 150 includes a pair of locking protrusions 153 and locking grooves 154 which are engaged with the locking protrusions 153 so as to be coupled to the other coupling unit 120 coupled to the symmetrical pedestal 100 So as not to be unfolded in a state in which the hanger is folded.

 In order to engage the locking bracket 150 with the engaging body 120, the locking bracket 150 is formed with an inner space 150a having a lower opening at the inner side and a tubular body at the upper surface in the direction of the inner space 150a. The engaging step 122 is formed on the wall so that the first engaging protrusion of the engaging body is engaged with the engaging tube 151 and the engaging tab 122b is caught and fixed to the engaging step 152 formed on the inner wall.

A fixing groove 155 is formed on the lower end surface of the coupling pipe 151 so that the locking bracket 150 is not rotated in a state where the locking bracket 150 is coupled to the coupling body 120, The fixing groove 155 is inserted into the projection 125 formed in the coupling groove 124 while being inserted into the coupling groove 124 formed on the upper surface of the coupling groove 120 to prevent rotation.

The upper end of the vertical bar 210 is coupled to the vertical bar 210 positioned in a vertical line with the rotation bracket 140 so as to prevent the vertical bar 210 from being opened. The lock protrusion 181 and the auxiliary lock cap 180 are coupled to each other by an arm and a water channel by the lock groove 182.

100:
110: Horizontal bar
120: combination body 121: transverse bonding tube
122: first coupling protrusion 123: second coupling protrusion
124: engaging groove 125: projection
126: auxiliary projection
130: leg 131: wheel
132: projecting tube 133: detachment projection
134: Pivoting piece 135: Pivoting groove
140: Rotation bracket 141: Coupling tube
142: Jaw step 143: Rotation incision surface
144: latching groove 145: inclined projection surface
150: locking bracket 151: coupling pipe
152: latching step 153: locking projection
154: Locking groove 155: Fixing groove
160: tightening tube 161: seat
162: body 163:
164: Attachment
170: Finishing cap
180: Secondary lock cap
200: dryer
210: vertical bar 211:
212: assembly bar 213: height adjustment means
214: lever

Claims (11)

A transverse bar 110 having a predetermined length,
A joining body 120 coupled to both sides of the transverse bar 110,
A pedestal 100 formed of a leg 130 having a wheel 131 coupled to a lower end of the assembly 120 in a direction orthogonal to the transverse bar 110,
The two pedestals 100 are coupled to one side of the pedestal 100 symmetrically so that the symmetrical pedestal 100 is unfolded by the pivoting operation while the legs 130 are symmetrically positioned so as to be opposite to each other One rotating bracket 140 coupled to the coupled body 120,
A lock bracket 150 formed on the other side of the symmetrical pedestal 100 and coupled to the other side of the concave pedestal 100 to be unfolded in a collapsed state,
A vertical bar 210 fixed to the coupling 120 of the symmetrical pedestal 100 having the pivot bracket 140 and the locking bracket 150 coupled thereto,
A plurality of hangers 211 coupled to the vertical bar 210 so as to be adjustable in height in a multistage manner are installed in a large space including a drying unit 200 assembled with an assembly bar 212, The drying rack. The method according to claim 1,
The coupling body 120 has a horizontal coupling pipe 121 for coupling the horizontal bar 110 and a first coupling protrusion 122 for coupling the rotary bracket 140 and the locking bracket 150 to the upper surface thereof. And a second joint protrusion 123 is formed on the bottom surface of the first joint protrusion 122 so as to protrude upward and perpendicularly to the first joint protrusion 122. The first joint protrusion 122, And a vertical bar 210 is coupled to the inner space 120a by forming an inner space 120a on the inner side of the second coupling protrusion 123. The clothes rack is easily installed along a wide space or a narrow space. 3. The method of claim 2,
A separate tightening body 160 is further coupled to the inner space 120a of the coupling body 120 so that the vertical bar 210 is tightly coupled with the vertical bar 210 so that the vertical bar 210 is not separated or idle. And a body 162 that is gradually thinned at the lower end of the seating frame 161. The tightening body 160 is formed of a metal plate, The folded portion 164 is folded as the cut portion 163 is opened when the vertical bar 210 is engaged with the incision portion 163 and the folded portion 164 is formed on the other side of the joined body 120, Wherein the vertical bar 210 is tightly coupled to the inner space 120a and is tightly coupled to the inner space 120a. 3. The method of claim 2,
For the coupling structure and the rotation structure of the coupling body 120 and the rotation bracket 140,
The pivot bracket 140 has an inner space 140a having a lower end opened and a coupling pipe 141 having a tubular body in the direction of the inner space 140a and having an engagement step 142 formed on the inner wall surface, And a rotation cut-off surface 143 having a 90 ° radius is formed in a lower end surface of the coupling pipe 141,
The lower end surface of the coupling pipe 141 is inserted into the upper surface of the coupling body 120 in the vicinity of the first coupling protrusion 122 and inserted into the coupling cut- The engagement grooves 124 having the protrusions 125 on which the grooves 144 are formed are formed and the engaging pieces 122a elastically operated by the incision grooves 122b are symmetrically formed on the first engaging protrusions 122 Became
The first engaging protrusion 122 is inserted into the coupling tube 141 and the engaging piece 122a formed on the first engaging protrusion 122 is engaged with the engaging step 142 so as not to be separated, The protrusion 125 is moved to the rotation cut-off surface 143 without interference and is caught by the locking groove 144 so as to maintain the rotation and rotation state. Clothes dryer. 5. The method of claim 4,
The rotation cut-off surface 143 is formed at a lower half surface of the coupling pipe 141 and the engagement grooves 144 are formed at intervals of 90 degrees from the rotation cut-off surface 144, and when the rotation bracket 140 is engaged, The laundry is easily installed in a wide space or in a narrow space. 5. The method of claim 4,
An inclined protrusion 145 is formed in the adjoining portion of the engaging groove 144 on the rotation cut-away surface 143 so that the protrusion 125 passes through the inclined protrusion 145 during the rotation operation, And the laundry is easily installed along a wide space or a narrow space. 3. The method of claim 2,
For the coupling structure and the pivotal structure of the coupling body 120 and the leg base 130,
The second coupling protrusion 123 formed on the bottom surface of the coupling body 120 has a wheel coupling groove 123a to which the wheel 131 is coupled at the center of the bottom surface and a rotary interlocking seat 123a on the outer circumferential surface of the wheel coupling groove 123a. A protrusion 123b and a flow prevention protrusion 123c are formed and an isolation prevention hood 123d is formed on the upper side where the rotation interlocking installation frame 123b is formed,
The leg base 130 is formed in a shape of a bar having an inner space 130a with a lower end opened to form a bar having a predetermined length so as to extend from the inner space 130a to the leg base 130, A protrusion pipe 132 protruding from the upper surface of the protrusion pipe 132 is formed on the lower end of the protrusion pipe 132. The protrusion pipe 132 is formed on one side of the lower end of the protrusion pipe 132, A detent projection 133 is formed on the bottom surface of the position corresponding to the detachment protrusion 133 so as to be in close contact with the bottom surface of the second coupling protrusion 123, And the rotation radius is controlled by the rotation interlocking mount 123c and the flow prevention protrusion 123b formed on the bottom surface of the second engagement protrusion 123 by the rotation piece 134 while the leg 130 is rotated. Which is easily installed in a wide space or in a narrow space. 8. The method of claim 7,
An auxiliary protrusion 126 is formed on one side of the second coupling protrusion 123 formed on the bottom surface of the coupling body 120 and a protrusion pipe 130 protruding from the upper surface of the leg base 130, And a pivoting groove (135) is further provided on the outer circumferential surface of the upper plate (132). 8. The method of claim 7,
The fixing protrusion 123e is formed at the center of the separation preventing hood 123d and the rotation preventing groove 133a is formed at the center of the detachment protrusion 133 to be engaged with the fixing protrusion 123e while being rotated. Which is easily installed along with a wide space or a narrow space. 3. The method of claim 2,
For the coupling structure of the coupling body 120 and the locking bracket 150,
The locking bracket 150 has an inner space 150a formed at one side thereof with an inner bottom and a locking protrusion 153 and a lock groove 154 engaged with each other to form an inner space 150a. A coupling pipe 151 having a locking step 155 formed on an inner wall surface thereof and a fixing groove 155 formed on a lower end thereof,
The lower end surface of the coupling pipe 151 is inserted into the upper surface of the coupling body 120 in the vicinity of the first coupling protrusion 122 so that the fixing groove 155 formed in the coupling pipe 151 is caught, And the first engagement protrusion 122 is formed with a cut groove 122b to be engaged with the engagement step 152 formed on the inner wall of the coupling pipe 151, (122a) is symmetrically formed so as to be elastically acted on the clothes drum (122). The method according to claim 1,
One closing cap 170 is coupled to the vertical bar 210 positioned in a vertical line with the pivot bracket 140 to prevent the vertical bar 210 from being opened. And an auxiliary locking cap (180) detachably coupled to the main body of the washing machine.

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