KR200365048Y1 - Dry appliance that can be hooked on wall and received completely - Google Patents

Abstract

The present invention relates to a wall-mounted drying mechanism that is completely housed, and more particularly, to a drying table including spaced-apart drying rods and traction lines, comprising: a connecting rod having a drying rod hole formed in a side thereof; An arm having a rail portion and a stringing protrusion formed at one end thereof and a drying rod formed at the other end thereof; A lever having a fixed end with protrusions formed at one end thereof at one end thereof and a moving end bolted to the middle of the arm at the other end thereof; Stripe; Losing; The left and right sides are open so that the stripe is inserted and can be pinned, and the rear side is a flat rail; It includes two or more places on the rear of the rail, and includes a fixing rod fixed to the fastening means, and a roll bearing fitted to the rail to move left and right, and the drying rod is formed in two stages except for the outermost drying rod. It is characterized in that the straight distance between the drying rods can be stretched and contracted, and the distance between the drying rods becomes narrower by traction of the tow line after washing and drying, so that the complete storage is possible, and the space occupied can be greatly reduced, and the storage plate It is completely receivable by, and can be aesthetically pleasing, and has the effect of being convenient by fixing at a desired height or position of the wall.

Description

DRY APPLIANCE THAT CAN BE HOOKED ON WALL AND RECEIVED COMPLETELY}

The present invention relates to a wall-mounted drying mechanism that is completely stored, and more specifically, the space between drying rods becomes narrower by traction of the tow line after washing and drying, so that the complete storage is possible and the space occupied can be greatly reduced. The present invention relates to a wall-mounted drying mechanism that is completely retractable by a plate, which is also aesthetically pleasing, and which can be conveniently secured by fixing at a desired height or position of a wall.

In general, a lot of clothes drying racks that stretch in both directions and are placed on drying rods spaced at regular intervals are naturally dried, and can be simply folded after storage.

However, the above-mentioned general drying stand can not narrow the space between drying rods, and occupies a large space in storage during and after use, and is not good in appearance, and it is inconvenient to lose and move because it is not fixed at a specific position. come.

Thus, as shown in Figure 11 to solve the above problems by fixing the laundry drying rack to the ceiling, a plurality of drying rods 1, the support bars (2, 3) installed at predetermined intervals to raise one handle (4) The one-strand tow line 5, which was allowed to be lowered, was inserted to pass through the roller in the through hole drilled in the center of the attachment rods 6 and 7, and then the one strand 8 to the center of the left support rod 2. And the other strand (9) is fixed to the center of the right support bar (3), and pull the end of the pulled pull cord (5) so that both support bars (2, 3) are horizontally fitted to the tip of the handle (4). Ceiling-mounted clothes dryers have been developed that are woven and knotted so as not to escape from the handle (4).

That is, in the ceiling-mounted type, by lowering the height of the supporting rods 2 and 3 in which the plurality of drying rods 1 are installed at predetermined intervals by the tow string, the laundry is placed on the drying rod and then naturally dried, and then again to the tow string after the natural drying. Thus, a plurality of drying rods 1 were used to store the laundry drying racks by utilizing the vicinity of the ceiling, which is a space not used well, by increasing the height of the support bars 2 and 3 provided at predetermined intervals.

However, the ceiling-mounted clothes dryer is not only aesthetically unfavorable, but it is also difficult to install it on the ceiling, and when the tow line is broken, its use becomes very inconvenient, its repair is difficult, and the tow by the tow line is very low. It was not possible to reduce the gap between the drying rods by only lowering the bay, so it was impossible to store them.

The present invention is devised to solve the above problems, the object of the present invention is to narrow the space between the drying rods by the traction of the tow line after drying the laundry, it is possible to completely receive the space can significantly reduce the space occupied The present invention provides a wall-mounted drying mechanism that can be completely stored by a storage plate, which is also aesthetically pleasing, and which can be conveniently housed by fixing it at a desired height or position of a wall.

1 is a perspective view showing a state completely accommodated in the wall-mounted drying mechanism housed completely according to the present invention,

Figure 2 is a perspective view showing a state in which the storage rotating plate is opened in the wall-mounted drying mechanism of the present invention is completely stored, the drying stand came out,

3 is a partial perspective view illustrating a coupling relationship between the storage pivotal plate and the storage side plate of the present invention;

Figure 4 is an exploded perspective view of the wall-mounted drying mechanism housed completely of the present invention,

Figure 5 is an assembled perspective view of the wall-mounted drying mechanism of the present invention excluding the storage plate,

6 is a perspective view illustrating a coupling relationship between a rail part and a roll bearing in the lever of the present invention;

7 is an exploded perspective view showing the coupling relationship between the rail side end and the failure in the wall-mounted drying mechanism of the present invention,

8 is a perspective view showing the fixing rod of the present invention,

9 is an enlarged view of a portion A of FIG. 5;

Figure 10a is an assembled perspective view excluding the storage plate and the rail in the wall-mounted drying mechanism of the present invention fully received,

10b is a partial perspective view showing a state in which the connection relationship between the rope and the traction line in the rail of the present invention from the right rear;

Figure 10c is a partial perspective view showing a state in which the connection relationship between the rope of the present invention and the traction line in the rail portion from the left rear,

10d is a partial perspective view showing a state in which the connection relationship between the rope and the traction line in the rail of the present invention is viewed from the rear,

11 is a view of the conventional "Ceiling-mounted laundry drying rack".

※ Explanation of codes for main parts of drawing

10, 10 ': storage top plate, storage bottom plate 11: storage copper plate

11a: fitting portion 11b: fitting hole

12: storage side plate 12a: string hole

12b: base 12c: fitting protrusion

21: drying rod 22: connector

22a: drying rod hole 23: arm

23a: drying rod 23b: rail

23c: Bolt hole 23d: Stringing protrusion

24: lever 24a: moving end

24b: fixed end 24c: protrusion

25: rail 25a, 26e, 30a: pin hole

26: failed 26a: side end

26b: fixing part 26c: stripping part

26d: fixing hole 28: roll bearing

29: Roll bearing bolt 30: Joule lose

31: Pin 32: Tow Line

40: holder 40a: fitting protrusion

40b: base protrusion 40c: fastening hole

In order to achieve the above object, the present invention provides a drying rod including a drying rod 21 and a traction cord 32 spaced apart from each other, comprising: a connector 22 through which a drying rod hole 22a is formed at a side thereof; At one end, a rail bundle 23b and a line bundle protrusion 23d through which the tow line passes are formed, and at the other end, a bolt rod coupled to the upper and lower ends of the connector 22 is coupled to the drying rod 21 ( An arm 23 on which 23a is formed; A lever 24 having a fixed end 24b having a protrusion 24c protruding from one end and a moving end 24a bolted to the middle of the arm 23 at one end thereof; A string plaque 30 in which the tow string 32 is collected and aligned, and a pin hole 30a is formed at a center thereof; Stripe 26 consisting of a fixed portion 26b having a fixing hole 26d formed therein so that the side end portion 26a and the protrusion 24c of the lever are fitted and fixed, and a filed portion 26c into which the string is inserted and pin-coupled. ; The left and right sides are open so that the stripe 26 is inserted and pin-coupled, and the rear surface is formed with a flat plane; A fitting protrusion 40a having an 'a' shaped cross section at the upper portion, and a curved support protrusion 40b at the lower portion thereof are formed to fit two or more places at the rear of the rail and to fix the wall to the wall with a fastening means. Bolted up and down the rail portion of the rail includes a roll bearing 28 is fitted to the rail to move left and right, the drying rod 21 except for the outermost drying rod 2 to move in accordance with the storage or opening movement As it is formed in the step, by the traction of the tow line is characterized in that the linear distance between the drying rod can be stretched.

Hereinafter, the configuration and operation of the present invention with reference to the accompanying drawings in more detail.

Figure 1 is a perspective view showing a completely housed state in the wall-mounted drying mechanism completely housed in the present invention, Figure 2 is a perspective view showing a state in which the drying plate is opened in the fully-closed wall-mounted drying mechanism of the present invention.

As shown, it can be seen that the drying mechanism of the present invention is similar in appearance and shape to a wall-mounted air conditioner known in the state where the drying rod 21 is stored. A storage pivot plate 11 is installed on the front surface, and the storage pivot plate 11 is rotatable based on the upper end when the drying rod 21 comes out for washing and drying as shown in FIG. 2. . On the contrary, when the drying rod is completely stored, the receiving pivot plate 11 is perpendicular to the ground by gravity to create a neat image as shown in FIG. 1. Reference numerals 10 and 10 'denote the accommodating upper plate and the accommodating lower plate, respectively, and reference numeral 12 denotes the left and right accommodating side plates. The storage side plate 12 is provided with a line hole 12a through which the tow line 32 passes.

3 is a partial perspective view illustrating a coupling relationship between the storage pivotal plate and the storage side plate of the present invention. As shown, the fitting portion 11a is formed at one end of the receiving pivot plate, and the fitting holes 11b are formed at both ends of the fitting portion. A support portion 12b protrudes from an upper portion of the storage side plate 12, and a fitting protrusion 12c is formed at an intermediate portion thereof. The accommodating upper plate 10 is placed on the support part 12b, and the fitting protrusion 12c is fitted into and coupled to the left and right fitting holes 11b, resulting in the accommodating upper plate 10 and the accommodating side plate 12 and the accommodating plate. Rotating plate 11 is coupled.

On the other hand, the drying rods 21 of the present invention is different from the known drying rods, each of which is integrally formed with one end of a drying rod having a smaller radius into a drying rod having a larger radius. It has two stages to move along. However, only the outermost drying rod is integrally formed because the left and right lengths do not need to be changed in two stages according to the storage or opening movement (see FIG. 2).

Figure 4 is an exploded perspective view of the wall-mounted drying mechanism completely housed in the present invention, Figure 5 is an assembled perspective view of the wall-mounted drying mechanism housed in the present invention excluding the storage plate. In the drawing, reference numeral 23 denotes an arm, and reference numeral 24 denotes a lever.

As shown in the figure, the lever 24 has a fixed end 24b formed at one end, like a lever, and a moving end 24a formed at the other end. The movable end 24a is bolted by a bolt in the middle of the arm 23, and the fixed end 24b is formed in the fixing hole 26d of the failing 26 which will be described later. It is. Therefore, the position of the fixed end 24b is fixed during the storage or opening movement, and the moving end 24a is rotated with the fixed end as the center of rotation.

The left and right arms 23 have rail portions 23b fitted to the rails 25 by roll bearings 28 to be described later, based on where the moving ends 24a of the levers are bolted. At the other end, a drying rod portion 23a to which the drying rod 21 is coupled is formed. Bolting holes are formed in the drying rod portion 23a at regular intervals.

In the drawings, reference numeral 22 denotes a connector. The connector 22 is a mechanism for connecting the end of the drying rod 21 and the drying rod portion 23a of the arm 23, and the drying rod hole 22a into which the end of the drying rod is inserted is inserted into the center of the left and right sides. Through-holes are formed, and bolt holes are formed in the upper and lower portions so that the bolts can be inserted into the bolts. Therefore, the upper and lower bolts are respectively inserted through the bolt holes of the arm and inserted into the bolt holes of the connector to be bolted together.

Reference numeral 25 in the figure means a rail. The left and right side surfaces of the rail 25 are opened so that the strings 26 to be described later are fitted to be pinned by the pins 31, and the rear side may be fitted with a holder 40 for fixing to a wall to be described later. It is formed in a flat plane so that the left and right ends of the rail is formed with a pin hole (25a) to be pin-fitted to the pin 31 (see Fig. 7).

6 is a perspective view illustrating a coupling relationship between a rail part and a roll bearing in the lever of the present invention. In the drawing, reference numeral 28 denotes a roll bearing, and reference numeral 29 denotes a roll bearing bolt.

As shown, bolt holes 23c are formed at the centers of the upper and lower ends of the rail part 23b, respectively, and the roll bearings are fitted to the upper and lower ends of the rail part 23b, respectively. The lower end of the bolt 29 penetrates through the center of the roll bearing 28 and is fitted into the bolt hole 23c to be bolted together. In the figure, reference numeral 23d is a string bundle protrusion, and a hole in which a tow string 32 passes through is bundled at the center thereof. This will be described later.

Figure 7 is an exploded perspective view showing a coupling relationship between the rail side end and the failure in the wall-mounted drying mechanism of the present invention fully housed. In the figure, reference numeral 30 denotes a rope in which the tow string 32 is collected and aligned, and reference numeral 26 denotes a rope in which the rope 30 is inserted and pinned.

As shown, the filed 30 is inserted into the filed 26 so that the pin hole 30a is formed at the center thereof so as to be pinned to the filed 26 and the rail 25 side ends by the pin 31. have. In other words, the pin 31 is assembled by penetrating through the pinhole 26e of the string and then penetrating through the pinholes 26e and 25a after passing through the pinhole 30a of the string.

On the other hand, the stripe 26 is composed of a side end portion 26a, a fixing portion 26b and a filed portion 26c. The stripe part 26c refers to FIG. 10B. The fixing portion 26b is a portion to which the protrusions 24c protruding from the upper and lower portions of the fixing end 24b of one end of the lever are inserted and fixed, and fixing holes 26d into which the protrusions are fitted are formed above and below, respectively.

The side end portion 26a is formed with two holes, the hole on the right side to allow the stripe to be inserted, and the left side to facilitate the assembly by pin coupling by the pin. The hole on the right side is connected to the file hole 12a. As described above, the filed part 26c is inserted into the filed part 26, and the pinhole 26e is pinned to the end of the filed part 26 and the rail 25 by the pin 31. Is formed.

8 is a perspective view showing a fixing stand of the present invention. As shown, the fixing stand 40 of the present invention is a mechanism for fixing two or more places on the rear of the rail, such as a fastening hole 40c for fixing to the wall by means of fastening means such as nails and bolts in the upper and lower parts and the middle. Is formed, and apart from the fitting protrusion (40a) of the 'b'-shaped cross section is formed on the upper side, the support protrusion (40b) is formed on the lower side.

FIG. 9 is an enlarged view of portion A of FIG. 5. As shown, the upper end of the flat rear surface of the rail 25 is fitted into the fitting protrusion 40a, and then the lower end of the flat rear surface of the rail 25 is supported on the supporting protrusion 40b. However, assembling is easily performed, but after assembly, the shape of the fitting protrusion 40a is 'a' shaped so that the rail does not easily escape from the holder, and the support protrusion 40b is formed such that its cross-sectional shape is curved. (See Figure 7)

In addition, as shown, the roll bearing 28 coupled to the rail portion 23b of one end of the arm 23 is moved left and right by the traction of the pull string tied to the string bundle protrusion 23d in the rail 25. On the other hand, it can be seen that the fixing end 24b of one end of the lever 24 is fixedly coupled to the fixing part 26b of the rope.

Hereinafter, the roll bearing and the like will be laterally moved in accordance with the traction of the tow string tied to the stringing protrusion in the wall-mounted drying mechanism of the present invention.

10A is an assembled perspective view of the wall-mounted drying mechanism of the present invention, excluding a storage plate and a rail.

As shown in the drawing, when the roll bearing 28 moves in the close direction, φ1 of each of φ1 and φ2 formed by the lever 24 and the arm 23 increases, and φ2 decreases. At the same time, the angle? 3 formed by the lever 24 and the stripe 26 gradually increases. In this case, while the one with the small radius of the drying rod 21 which is inserted into the large one of the drying rods 21 gradually exits, the shortest straight distance d between the drying rods is also reduced and stored. As a result, when the tow is pulled to the maximum and stored at the maximum, the angle φ1 is up to 180 degrees, the angle φ2 is up to 0 degrees, the angle φ3 is up to 180 degrees, and the d value becomes zero. However, in order to be as described above, the left and right length of the rail should be at least twice the length of the arm, and preferably two to two times or more with a slight margin.

On the contrary, when the roll bearing 28 moves in the open direction, φ1 of each of φ1 and φ2 formed by the lever 24 and the arm 23 decreases, φ2 increases, and at the same time the lever ( The angle? 3 formed by 24) and the stripe 26 gradually decreases. In this case, while the one with the small radius of the drying rod 21 inserted into the one of the drying rods with the larger radius is gradually inserted, the shortest straight distance d between the drying rods is also opened to open. As a result, when the tow is pulled to the maximum and opened to the maximum, the angle φ1 is up to 0 degrees, the angle φ2 is up to 180 degrees, the angle φ3 is up to 90 degrees, and the d value is the distance between the connector 22. It will be equal to the value.

Figure 10b is a partial perspective view showing the connection relationship between the rope and the traction line in the rail of the present invention from the right rear side, Figure 10c shows the state of the connection between the rope and traction line in the rail of the present invention from the left rear Figure 10d is a partial perspective view, Figure 10d is a partial perspective view showing a state in which the connection relationship between the string of the present invention and the traction line in the rail portion from the rear.

As shown, the source of the right and left movement is the traction force by the traction cord. The operating mechanism at the time of opening is as follows.

In other words, ① pull the string corresponding to the opening of the tow string 32, the tow string is tied to the line bundle projection 23d of the rail portion of the right arm, so the roll bearing 28 on the right side moves on the rail and loses the line (26 ) Side (see Fig. 10b).

② When the roll bearing 28 is moved toward the string 26 of the roll bearing 28, the tow string is tied to the string bundle projection 23d of the rail of the left arm accordingly, so that the roll bearing 28 of the left side is stripped 26. To the side (see Fig. 10c).

③ As a result, φ1 decreases, φ2 increases, and at the same time, the value of each φ3 gradually decreases (see FIG. 10D).

On the contrary, the operation mechanism at the time of storage is as follows.

① When pulling the string corresponding to the close of the tow string 32, the tow string is tied to the string protrusion 23d of the rail of the left arm so that the roll bearing 28 on the left side moves on the rail and loses the string ( 26), moving away from it (see FIG. 10C).

② When the roll bearing 28 is moved away from the stripe 26 of the roll bearing 28, the tow line is tied to the line bundle projection 23d of the rail part of the right arm so that the roll bearing 28 on the right side is stripped ( 26), moving away from it (see FIG. 10B).

③ As a result, φ1 increases, φ2 decreases, and at the same time, each φ3 value gradually increases (see FIG. 10D).

When opening or storing, the left and right moving distance values of the left side roll bearing and the right and left rolling distance values become the same as long as the tow line does not expand and expand itself like a rubber band.

As described above, the wall-mounted drying mechanism of the present invention is completely spaced between the drying rods by the traction of the tow line after washing and drying, so that the complete storage is possible and the space occupied can be greatly reduced. It is completely retractable and can be aesthetically pleasing, and has the effect of being convenient by fixing at a desired height or position of the wall.

Claims (3)

In the drying rack comprising a drying rod 21 and a traction cord 32 spaced apart, A connector 22 having a drying rod hole 22a formed therein; At one end, a rail bundle 23b and a line bundle protrusion 23d through which the tow line passes are formed, and at the other end, a bolt rod coupled to the upper and lower ends of the connector 22 is coupled to the drying rod 21 ( An arm 23 on which 23a is formed; A lever 24 having a fixed end 24b having a protrusion 24c protruding from one end and a moving end 24a bolted to the middle of the arm 23 at one end thereof; A string plaque 30 in which the tow string 32 is collected and aligned and a pin hole 30 a is formed at a center thereof; Stripe 26 consisting of a fixed portion 26b having a fixing hole 26d formed therein so that the side end portion 26a and the protrusion 24c of the lever are fitted and fixed, and a filed portion 26c into which the string is inserted and pin-coupled. ; The left and right sides are open so that the stripe 26 is inserted and pin-coupled, and the rear surface is formed with a flat plane; A fitting protrusion 40a having an 'a' shaped cross section at the upper portion, and a curved support protrusion 40b at the lower portion thereof are formed to fit two or more places at the rear of the rail and to fix the wall to the wall by a fastening means. A roll bearing 28 which is bolted to the upper and lower rail portions of the arm and fitted to the rail to move left and right; The drying rod 21 is formed in two stages so as to be moved according to the storage or opening movement except the outermost drying rod, Fully accommodated wall-mounted drying mechanism, characterized in that the linear distance between the drying rod can be stretched by the traction of the tow line. The method of claim 1, The storage of the drying rack has a fitting portion (11a) is formed at one end, the receiving rotating plate (11) has a fitting hole (11b) is formed at both ends of the fitting portion; Storage upper and lower boards (10, 10 ') and Left and right storage in which the support hole 12b is formed at the upper part of the rope hole 12a and the upper portion through which the tow line 32 passes, and the fitting protrusion 12c is fitted to the fitting hole 11b in the middle portion. Completely housed wall-mounted drying mechanism, characterized in that made by a storage including a side plate (12). The wall-mounted drying mechanism as set forth in claim 1, wherein the left and right lengths of said rail (25) are two times or more of the length of said arm (23).