KR200428701Y1 - Hanger for clothes rack - Google Patents

Abstract

The present invention relates to a hanger for a clothes hanger, and more specifically, a lifting bracket which is connected to the lifting bracket which is installed below and connected by an operation line is fixed to the upper bar by installing a lifting device which is interlocked with the lifting bracket. On the other hand, it is possible to pull up a crossbar, and the lifting bracket is provided with a hanger for a hanger, which is provided with a multi-row stand on which a crossbar is installed in a multiplicity.

Hangers, Cradles, Brackets, Lifts, Handles

Description

Hanger for clothes rack {Hanger for clothes rack}

       1 is a perspective view showing a conventional hanger.

2 is a perspective view according to an embodiment of the present invention.

3 is a front view according to an embodiment of the present invention.

Figure 4 is an enlarged view of the lifting device according to an embodiment of the present invention.

5 is a perspective view of a lifting bracket according to an embodiment of the present invention.

Figure 6 is an exploded perspective view of the lifting bracket according to an embodiment of the present invention.

7 is an operating state of the lifting bracket according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

1: support rod 10: upper rod 11: extension rod

12: uneven portion 13: lower end 14: close cap

15: Length adjustment 16: Bracket 17: Mounting stand

18: end cap 19: side stand 20: lifting device

21: 1st bracket 22: 2nd bracket 30: Lifting bracket

210: the body 211: base 212: storing department

213: Opening part 214: Roller 220: The body

221: Mounting post 222: Storing part 223: Opening part

224: fixed gear 225: floating gear 226: rack crane

226: operation line 227: handle 310: the body

311: multiple stand 312: single stand 313: coupling

314: step

The present invention relates to a hanger for a clothes hanger, and more specifically, a lifting bracket which is connected to the lifting bracket which is installed below and connected by an operation line is fixed to the upper bar by installing a lifting device which is interlocked with the lifting bracket. On the other hand, it is possible to pull up a crossbar, and the lifting bracket is provided with a hanger for a hanger, which is provided with a multi-row stand on which a crossbar is installed in a multiplicity.

Of the conventional hanger as shown in Figure 1 at a predetermined interval to support the left and right support rods 101, the lower rod 130 is coupled to the lower portion of the support rods 101, and coupled to the interior of the support rods 101 If necessary, the support rod 101 is slid upwards to extend the length of the extension rod 120, the upper rod 110 is coupled to the upper side of the extension rod 120, firmly in contact with the floor and ceiling And the close contact cap 140 is covered on the ends of the upper and lower rods (110, 130), and the length adjustment port 150 is installed on the connection portion of the support rod 101 and the extension rod 120 and connect them In addition, the support rods 101 and the upper rods 110 are fixedly installed at any position, the length of the bracket 160 provided with a cradle 161 on one side, and the length of the support rods 101 facing away from each other by a distance apart from each other. End cap 170 is fitted to both ends of the end cap 170 In the hanger is configured to include a cross-section 180 is coupled to the cradle 161 of the bracket 160 to hang the clothes, the length adjustment port 150 is installed on one end of the support rod 101 To easily adjust the length of the support rod 101 and to form a fitting groove in the cradle 161 of the bracket 160 so that the end cap 170 that is covered at the end of the crosspiece 180 can be firmly formed. A hanger for a hanger has been filed by the present applicant (Utility Model Registration No. 20-0418268).

However, such a conventional hanger is fixed to the bracket so that the bracket can not be moved freely along the support rod, so if you want to raise the position of the bracket, the inconvenience of use to loosen the bolt, push up the bracket and tighten it again with bolts to fix it. In addition, since the bracket is formed in a single bracket, the crossbar was also installed as a single, so the clothes were limited.

The present invention has been devised to solve the above problems, the purpose of the present invention is to install a lifting device on the top bar for the hanger that can be freely changed the position of the lifting bracket by operating in conjunction with the lifting bracket installed below The purpose is to provide a hanger.

Another object of the present invention is to provide a hanger for a hanger to hang a large number of clothes by simultaneously forming a multi-row stage and a single stage to install several cross bars before and after the lifting bracket.

In order to solve the technical problem as described above, the present invention, the support rods are installed in the left and right facing at a predetermined interval, the lower rod is coupled to the lower portion of the support rods, and if necessary coupled to the inside of the support rod upwards of the support rods An extension rod which is slidable to extend in length, left and right upper rods coupled to the upper side of the extension rod, a close cap which is covered at the ends of the upper and lower rods so as to be tightly attached to the floor and the ceiling surface, and a connection part of the support rod and the extension rod. It is installed and fixed to the length adjusting device for connecting them, and the support rod and the upper rod fixed to any position, the bracket is provided with a cradle on one side, and the length of the extension can be extended by the distance of the support rods installed opposite to each other and the end at both ends While the cap is fitted, the end cap portion is held in place by the bracket of the bracket In addition to the end cap is formed in the horizontal to allow to hang, and to form an uneven portion at the end of the length adjustment port to easily adjust the length of the support rod and to form a fitting groove in the cradle of the bracket In the hanger for the hanger to make the combination solid,

A main body installed on the upper left bar and moving along the upper left bar, and extending to one side of the main body, a cradle in which one end of the horizontal bar is settled, and formed under the cradle while communicating with the inside and under the side; A first bracket comprising an accommodating part having an opening to be formed, and a roller installed inside the accommodating part so as to be rotatable by a hinge pin; A main body which is installed on the upper right bar to face the first bracket and moves along the upper right bar, extends to one side of the main body, and a cradle on which the other end of the cross is placed; An accommodating portion having an opening communicating with an inside thereof at a side and a bottom thereof, a fixed gear rotatably installed by a hinge pin inside the accommodating portion, and a flow gear installed freely to move immediately behind the fixed gear. A second bracket; One end passes between the fixed gear and the flow gear of the second bracket, and passes through the roller of the first bracket, and is then connected to the lifting bracket installed below the upper left bar, and the margin that the user can pull is below the second bracket. The other end is left in the operating line connected to the lifting bracket which is installed under the upper right rod passing through the fixed gear and the flow gear of the second bracket; It is characterized in that the lifting device is configured.

In addition, by forming an arc-shaped rack rail on the wall surface in which the flow gear in the receiving portion of the second bracket touches, the width is sufficient between the fixed gear and the flow gear when pulling or releasing the operating line completely close to the fixed gear. Free movement of the operating line is possible, and on the contrary, when the operating line is pulled or released to be in close contact with the flow gear, the flow gear is brought into close contact with the rack rail and is moved upward along the rack rail, so that the fixed gear and the flow gear By narrowing the width of the actuator, it is characterized in that the operating line is tightly sandwiched between the fixed gear and the flow gear so that it can no longer be moved.

In addition, the margin of the operating line located below the second bracket is characterized in that it is connected to the handle of the pipe shape so that the user can easily pull.

In addition, the elevating bracket, the pipe-shaped main body is coupled to the upper rod and moves along the upper rod; As one end of the crosspiece is placed, the single cradle is formed to the side and rear of the main body; It is formed extending in front of the main body while the side of the multi-row as a single stand is installed in a plurality at a certain price so that several rungs can be placed; Characterized in that configured.

In addition, the front of the main body to form a coupling portion that can be fitted to the rear of the multi-row support by fitting the rear of the multi-row support to this coupling portion and then combined by a hinge to rotate around the hinge when not using the multi-row support It is possible to fold, and the front of the coupling portion is formed by the step characterized in that the rear of the multi-base can be caught when the multi-base is rotated around the hinge.

Figure 2 is a perspective view according to an embodiment of the present invention, Figure 3 is a front view according to an embodiment of the present invention, Figure 4 is an enlarged view of a lifting apparatus according to an embodiment of the present invention, Figure 5 is the present invention Figure 6 is a perspective view of the elevating bracket according to an embodiment of the present invention, Figure 6 is an exploded perspective view of the elevating bracket according to an embodiment of the present invention, Figure 7 shows an operating state diagram of each of the elevating bracket according to an embodiment of the present invention As a description of the configuration of the present invention with reference to the accompanying drawings as follows.

As shown in Figures 2 and 3 hanger for the hanger of the present invention, the support rods (1) which are installed to face left and right at regular intervals, the lower rods (13) coupled to the lower portion of the support rods 1, and An extension rod 11 capable of extending a length by sliding upward of the support rod 1 when coupled to the inside of the support rod 1, and an upper rod 10 coupled to an upper side of the extension rod 11. And, close contact with the bottom and the ceiling surface is installed on the connection cap 14 of the close contact cap 14 and the support rod 1 and the extension rod 11 to cover the upper and lower rods 13 to connect them Length adjustment mechanism 15, the support rod (1) and the upper rod (10) as fixed to any position, the bracket 16 is provided with a cradle 17 on one side, and the support rod (1) installed opposite to each other It is possible to extend the length by the distance away and end cap 18 is fitted at both ends. 18) the part is composed of a crossbar 19 to be coupled to the holder 17 of the bracket 16 to hang the clothes, and to form the uneven portion 12 at one end of the length adjusting device 15 to support rod (1) to easily adjust the length and to form a fitting groove in the cradle (17) of the bracket (16) hanger that can be made firmly combined with the end cap (18) covered on the end of the crosspiece 19 In the hanger for

The elevating device 30 and the elevating bracket 30 which is operated in conjunction with the elevating device 20 is installed on the upper rod 10 so as to freely elevate the elevating bracket 30 by the operation of the elevating device 20. It is characteristic.

First, look at the configuration of the lifting device 20 as follows.

As shown in FIG. 4, the elevating device 20 includes first and second brackets 21 and 22 fixedly installed in the lateral symmetry of the upper rod 10, and the first and second brackets 21 and 22. Consists of an operation line 227 that works in conjunction.

The first bracket 21 includes a main body 210 coupled to the upper left rod 10 and a cradle 211 extending to one side of the main body 210 so that one end of the cross bar 19 may be placed. And, it is formed directly under the cradle 211 while the inside is a receiving portion 212 is formed in the space, the opening portion 213 formed in the side and the lower portion so as to communicate with the interior of the receiving portion 212, It consists of a roller 214 is installed to be rotatable in the receiving portion (212).

That is, the main body 210 is configured in the form of a pipe so that the inside can be coupled to the upper rod 10 and the cradle 211 is the end of the cross bar 19 so that one end of the cross bar 19 can be settled. It is formed in a conforming form.

When coupled to the top rod 10, the direction of the cradle 211 is to face inward.

The accommodating part 212 is formed directly under the cradle 211, and a space is provided to allow the roller 214 via the working string 227 to be installed therein, and has a side surface of the accommodating part 212. The lower end forms an opening 213 to communicate with the interior, so that the actuation line 227 can easily pass through the roller 214.

On the other hand, the roller 214 is installed to be rotatable in the interior of the receiving portion 212 by a hinge to be able to operate flexibly for the pulling and loosening operation of the operating line 227 passing through.

In addition, the second bracket 22 is formed in a structure similar to that of the first bracket 21, and has a pipe-shaped main body 220 installed on the upper right rod 10 and one side of the main body 220. It is formed of a cradle 221 is extended to form one side end of the crosspiece 19 is coupled to, and the receiving portion 222 is formed directly below the cradle 221.

The accommodating part 222 of the second bracket 22 has a longer width than the accommodating part 212 of the first bracket 21 because the fixed gear 224 and the flow gear 225 are simultaneously installed therein. Is formed.

In addition, a fixing gear 224 having an operating line 227 installed inside the receiving unit 222 by installing an opening 223 which is also in communication with the inside of the receiving unit 222 side and bottom of the second bracket 22. Pass through the flow gear (225).

In addition, the fixed gear 224 is installed so as to be rotatable inside the receiving portion 222 by a hinge, the movement behind the fixed gear 224 at a predetermined interval through which the operating line 227 can pass freely. The flow gear 225 is installed.

In addition, a rack rail 226 is installed on an inner wall of the accommodating part 222 to narrow the gap between the fixed gear 224 and the flow gear 225 while the flow gear 225 is engaged and moved upward. .

In this way, the movable gear 225 is not fixed in the housing 222 so as to move freely. When pulling the operation line 227 downward, there is a clearance between the fixed gear 224 and the flow gear 225. And the fluid gear 225 is actuated 227 with the actuated rope 227 being in close contact with the fluid gear 225 when the actuated rope 227 is pulled toward the first bracket 21. While moving in the direction of movement of the moving rail 227 formed along the rail (226) formed on the inner wall of the receiving portion 222 is moved upward toward the fixed gear 224 so that the operating string 227 is no longer moved For that.

The operation line 227 folds one line to leave a line of margin that the user can pull by hand, and one end of the operation line 227 is formed through the opening 223 formed under the second bracket 22 accommodating part 222. The opening 213 formed on the side of the receiving portion 212 of the first bracket 21 on the opposite side through the opening 223 formed between the fixed gear 224 and the flow gear 225 and the receiving portion 222 is opened. Passing through the opening 213 under the receiving portion 212 via the roller 214 is connected to the lifting bracket 30 installed below the final first bracket 21.

The other end of the operation line 227 passes between the fixed gear 224 and the flow gear 225 through the opening 223 formed under the second bracket 22 accommodating portion 222 to fix the gear 224. The circumference of the circumference of the back to the opening 223 formed under the receiving portion 222 is to be connected to the lifting bracket 30 is installed below the final second bracket (22).

Therefore, when the user pulls down the operation line 227, the lifting bracket 30 connected to the operation line 227 is also raised at the same time so that the position of the lifting bracket 30 can be adjusted.

On the other hand, the end of the operation line 227 of the spare to allow the user to connect the handle 228 to facilitate the gripping, so that the user can pull the operation line 227 more conveniently.

Next, the lifting bracket 30 will be described.

The lifting bracket 30 is symmetrically installed on the left and right upper bars 10 so as to be positioned directly below the first and second brackets 21 and 22, and the lifting brackets 30 are installed on the left and right upper bars 10. ) Has the same structure.

That is, as shown in FIGS. 5 and 6, the elevating bracket 30 has a pipe-shaped main body 310 fitted to the upper rod 10, and a single cradle 312 formed at the side and rear of the main body 310. ), And a multi-row stage 311 is formed with a plurality of single stage 312 extending to the front of the main body 310.

Looking more specifically at its configuration is as follows.

The main body 310 is formed in the shape of a pipe to be fitted to the upper rod 10, and the side and the rear of the main body 310 is formed with a single cradle 312 for placing the crosspiece 19.

In addition, the front of the main body 310 is formed with a multi-row stage 311 is provided with a plurality of single stage 312 that can be placed several cross bars 19 at the same time.

On the other hand, the main body 310 and the multi-row stage 311 is fastened by the hinge so that when not using the multi-row stage 311 can be folded.

That is, as shown in FIG. 7, the coupling part 313 is provided in front of the main body 310 to fit the rear of the multi-row support 311 to the coupling part 313, and then the multi-row support 311 is coupled to the hinge so as to be rotatable. do.

Therefore, when not using the multi-row stage 311, it is also possible to fold the multi-row stage 311, using only a single stage 312 installed on the side and rear of the main body 310.

Here, the coupling part 313 is provided with a step 314 so that when the multi-row stand 311 is folded upward, the multi-row stand 311 is caught by the step 314 so as to maintain a folded state.

The hanger for the hanger of the present invention as described above is to install the lifting device 20 in the upper rod 10 to adjust the position of the lifting briquette 30 by the operation of the lifting device 20, as follows: The operation of the present invention with reference to the accompanying drawings as follows.

First, the operation process of the lifting device 20 when the lifting bracket 30 is raised is as follows.

3 and 4, when the operation line 227 is pulled downward, since the operation line 227 is connected to the elevating bracket 30, the elevating bracket 30 installed on the left and right upper rods 10 is the upper rod 10. Ascending upward along the same.

That is, the lifting bracket 30 installed on the upper left bar 10 is connected to one end of the operating line 227 so that when the user grabs the handle 228 and pulls the operating line 227 downward, the raising and lowering is performed as shown in the arrow direction. The opening 213 formed below the first bracket 21 accommodating part 212 and the opening 213 formed at the side of the roller 214 and the accommodating part 212 are connected to the bracket 30. The opening 223 formed on the side surface of the accommodating portion 222 of the second bracket 22, between the fixed gear 224 and the flow gear 225, and passing downwardly through the opening 223 formed under the accommodating portion 222. As it is pulled, the lifting bracket 30 installed on the upper left bar 10 is raised.

At the same time, the elevating bracket 30 installed on the upper right rod 10 is connected to the other end of the operating line 227. When the user grasps the handle 228 and pulls the operating line 227 downward, Likewise, the operation string 227 connected to the elevating bracket 30 passes through the opening 223 and the fixing gear 224 formed under the receiving portion 222 of the second bracket 22, and then under the receiving portion 222. Since it is pulled downward through the opening 223 formed, the lifting bracket 30 installed on the upper right rod 10 also rises at the same time as the lifting bracket 30 installed on the upper rod 10 on the left side.

Then, if the lifting bracket 30 is properly raised and the operation line 227 is left as it is, the operation line 227 temporarily descends a little by the weight of the lifting bracket 30 and is pressed by the flow gear 225. It is in a state where it does not come down anymore.

That is, when the operating line 227 is moved from the second bracket 22 to the first bracket 21 side, the moving gear 225 in close contact with the operating line 227 also moves naturally with the movement of the operating line 227. 2 to move upward along the rack rail 226 formed on the inner wall of the receiving portion 222 of the bracket 22 to narrow the width between the fixed gear 224 and the flow gear 225 to press the operating line 227 Due to the operation line 227 is stopped moving and the lifting bracket 30 is also stopped.

Next, the operation process of the elevating device 20 during the elevating bracket 30 will be described.

When the lifting bracket 30 needs to be lowered as opposed to the lifting bracket 30, the lifting bracket 30 is lowered by the weight of the lifting bracket 30 by holding the handle 228 and releasing the operation line 227. Done.

At this time, when the operation line 227 is released as it is, the flow gear 225 is moved upward along the rack rail 226, that is, the operation line without the width between the fixed gear 224 and the flow gear 225 Since the pressure 227 is pushed, the operation line 227 cannot be moved. Therefore, the operation gear 224 is in close contact with the operation gear 227 toward the fixed gear 224 so that the fluid gear 225 falls on the bottom of the receiving portion 222 of the second bracket 22 so that the operation gear 227 can move. ) And secure the gap between the flow gear (225) and slowly loosen.

As such, the lifting operation of the lifting bracket 30 is required, for example, when the distance between the rung 19 and the rung 19 which is installed up and down is narrow, when the long coat is worn like a long coat. Crumpled by the rung 19 is a problem occurs.

Therefore, in this case, when the lifting bracket 30 is raised by using the lifting device 20, the cross bars 19 installed on the lifting bracket 30 are simultaneously raised so that clothes having a relatively long length such as a long coat may not be wrinkled. Can be.

In addition, as the lifting bracket 30 can be lifted and lowered, it is easy to freely use the space and widen or narrow the width of the cross bar 19 installed up and down.

On the other hand, the hanger for the hanger of the present invention is provided with a lifting bracket 30 that can be installed at the same time several rungs 19 can hang a large amount of clothes.

In other words, unlike the general bracket, the lifting bracket 30 is provided with a folding multi-row stage 311, it is possible to hang a large number of clothes by installing a plurality of rungs (19).

 In addition, when the multi-row stand 311 is not used, the multi-row stand 311 is folded when the hinge is rotated about the hinge 314 so that the multi-row stand 311 can be used as a single bracket as in the conventional bracket. .

As described in detail above, the hanger for the hanger of the present invention enables the user to provide convenience of using the hanger by enabling the position adjustment of the elevating bracket by installing the elevating device on the top bar.

In addition, it is possible to hang the clothes irrespective of long long coats and short clothes, and the position of the lifting bracket can be adjusted, thereby maximizing the utilization space of the hanger.

In addition, the lifting bracket is designed to install a plurality of rungs at the same time can hang a large amount of clothes in comparison with the conventional.

Claims (5)

Support rods installed to face each other at a predetermined interval, the lower rod coupled to the lower portion of the support rods, the extension rods that can be extended by extending upward of the support rods, if necessary, coupled to the inside of the support rods; Left and right upper bars coupled to the upper side, the close caps to be covered at the ends of the upper and lower rods to be in close contact with the floor and the ceiling surface, the length adjusting device is installed on the connection portion of the support rods and extension rods, and the support rods and the top It is fixedly installed at any position of the rod, and the bracket is provided on one side and the length can be extended by the distance of the support rods installed opposite to each other, the end cap is fitted to both ends of the end cap portion of the bracket In addition to being mounted on a cradle, it is configured as a cross to hang clothes, In one hanger hanger for adjustable sphere to the forming recesses and protrusions at one end, and to easily adjust the length of the support bar can form a fitting groove in the cradle of the brackets be firmly coupled with the end cap which cover the ends of the bar, A main body installed on the upper left bar and moving along the upper left bar, and extending to one side of the main body, a cradle in which one end of the horizontal bar is settled, and formed under the cradle while communicating with the inside and under the side; A first bracket comprising an accommodating part having an opening to be formed, and a roller installed inside the accommodating part so as to be rotatable by a hinge pin; A main body which is installed on the upper right bar to face the first bracket and moves along the upper right bar, extends to one side of the main body, and a cradle on which the other end of the cross is placed; An accommodating portion having an opening communicating with an inside thereof at a side and a bottom thereof, a fixed gear rotatably installed by a hinge pin inside the accommodating portion, and a flow gear installed freely to move immediately behind the fixed gear. A second bracket; One end passes between the fixed gear and the flow gear of the second bracket, and passes through the roller of the first bracket, and is then connected to the lifting bracket installed below the upper left bar, and the margin that the user can pull is below the second bracket. The other end is left in the operating line connected to the lifting bracket which is installed under the upper right rod passing through the fixed gear and the flow gear of the second bracket; Hanger for hangers, characterized in that the lifting device is configured. The method of claim 1, An arc-shaped rack rail is formed on a wall surface of the receiving portion of the second bracket that is in contact with the flow gear, so that when the operation line is pulled or released in close contact with the fixed gear, the width is sufficient between the fixed gear and the flow gear. The free movement of the cord is possible, and on the contrary, when the operating cord is pulled or released in close contact with the flow gear, the flow gear is brought into close contact with the rack rail and moved upward along the rack rail, thereby providing a width between the fixed gear and the flow gear. A hanger for a hanger, characterized in that the actuation line is clamped between the fixed gear and the fluid gear so that it can no longer be moved. The method of claim 1, The extra portion of the operating line located below the second bracket is a hanger for a hanger, characterized in that connected to the handle of the pipe-shaped so that the user can easily pull. The method of claim 1, The lifting bracket is, A pipe-shaped body fitted to the upper rod and moving along the upper rod; As one end of the crosspiece is placed, the single cradle is formed to the side and rear of the main body; It is formed extending in front of the main body while the side of the multi-row as a single stand is installed in a plurality at a certain price so that several rungs can be placed; Hanger for hangers, characterized in that configured. The method of claim 4, wherein In the front of the main body to form a coupling portion that can be fitted to the rear of the multi-row stage by fitting the rear of the multi-row stage to this coupling portion and then combined with a hinge by rotating the hinge around when not using the multi-row stage. And the hanger for the hanger, characterized in that the front of the engaging portion is formed by forming a stepped jaw can be caught in the rear of the multi-gear when the multi-row is rotated around the hinge.

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