KR102592052B1 - Rotatable Hanger Type Laundry Treating Machine - Google Patents

Abstract

The present invention includes an upper body that includes a clothing vibrator and is coupled with a cover forming a receiving space, and a hanger configured to rotate at the top of the upper body, thereby attaching the upper body to an external object such as a standing clothes hanger or hanger. By adopting a hanging structure, it is possible to avoid space constraints and provide a rotatable hanging clothes manager that is easy to move.

Description

Rotatable Hanger Type Laundry Treating Machine}

The present invention relates to a rotatable hanging clothes management device.

Home appliances that process clothes may include washing machines, dryers, clothes care machines, etc. These devices can perform various treatments on clothes, such as washing, drying, refreshing, and sterilizing, and may be provided to perform single or multiple processes.

In particular, a clothing care machine refers to a device that performs clothing care such as drying wet clothing, removing dust attached to clothing or odors ingrained in clothing, and reducing wrinkles in clothing.

Recently, clothes management machines that hang clothes inside a cabinet and dispose of them have become widely available. The clothes care machine can use hot air, steam, etc. to refresh clothes, remove dust from clothes, and relieve wrinkles in clothes.

However, these cabinet-type clothes managers are bulky, require a large space for installation, and are very expensive, making them difficult to purchase. Additionally, there is a problem that it can only be installed and used within a limited space such as a home or office.

Registration No. 10-2000450 Registered Patent Gazette

In order to solve the problems of the prior art described above, the present invention includes an upper body, which includes a clothing vibrator and is coupled with a cover forming a receiving space, and a hook located at the top of the upper body and configured to rotate, The purpose is to provide a rotatable hanging clothes management device that is easy to move and frees from space constraints by adopting a structure in which the upper body is hung on an external object such as a hanger or hanger.

In order to achieve the above-described object, a rotatable hanging clothes management machine according to the present invention includes an upper body including a clothes vibrator and a cover forming a receiving space coupled thereto; and a hook located at the top of the upper body and configured to rotate.

Additionally, the hanging portion may include a ring portion for hanging the upper body from an external object; a rotating plate coupled to the ring portion and rotating together with the ring portion; And a top plate positioned between the ring portion and the rotating plate.

In addition, the upper plate includes a ring rotating portion provided at the center of the upper plate to provide a space in which the ring portion can rotate; A central hole provided at the center of the ring rotating part; and an upper jaw formed to protrude and be curved on the lower surface of the ring rotating portion so as to fix the rotating plate.

In addition, the upper jaw is straight in the radial direction, consists of pairs spaced apart by a predetermined angle, and is formed in at least one pair.

In addition, the rotating plate includes a coupling portion located at the center of the rotating plate to couple with the ring portion; It includes at least one lower jaw located on the rotating plate and formed in a fan shape.

In addition, the upper plate is straight in the radial direction, consists of pairs spaced apart by a predetermined angle, and includes at least one upper jaw formed in pairs, by positioning the lower jaw between the upper jaws formed in pairs. , to stop the rotation of the ring portion.

Additionally, the coupling portion includes at least one groove portion that is formed in a cylindrical shape and is drawn in from an edge of the upper surface of the circumference.

In addition, the lower jaw is characterized in that the edges of the fan shape are curved.

In addition, the ring portion includes a fastener formed in a cylindrical hole shape at the bottom of the ring portion so as to be coupled to the rotating plate. and at least one protruding pin protruding from the inner peripheral surface of the fastener.

In addition, the ring portion includes a vibration prevention member to prevent the vibration of the clothing vibrator from being transmitted to the external object; A first housing located on one side of the vibration prevention member and forming the appearance of the ring portion; a second housing located on the other side of the vibration prevention member, coupled to the first housing, and forming the appearance of the ring portion; a third housing located above the vibration prevention member, coupled to the first housing and the second housing, and forming the appearance of the ring portion; and a fastening member forming a protruding pin of the ring portion to be fastened to the rotating plate.

In addition, the clothing vibrating unit is connected to the clothing hanger and transmits vibration to the clothing hanger.

In addition, it may further include a lower body connected to the lower end of the cover, and the lower body may be spaced apart from the upper body when in use and be coupled to the upper body when not in use.

The present invention is a rotatable hanging clothes manager that is used by hanging on an external object such as a standing clothes hanger or hanger, and the hanging part is configured to be rotatable, providing the effect of hanging the upper body without affecting the shape of the external object. .

The present invention can provide the effect that the hanger includes a hook, a rotating plate, and a top plate, and can simultaneously rotate with the center of the top plate as a rotation axis in a state where the top plate is fixed and the ring portion and the rotating plate are combined.

The present invention has an upper jaw protruding to be curved at the bottom of the ring rotating part, and a fan-shaped lower jaw on the rotating plate, so that the upper jaw and the lower jaw interact to provide the effect of enabling rotation and fixation of the ring part. can do.

The present invention is provided with a fastener and a protruding pin at the bottom of the ring portion and a coupling portion including a groove portion in the center of the rotating plate, so that the ring portion and the rotating plate move simultaneously by engaging the protruding pin and the groove portion, and the ring portion is separated from the upper plate. It can provide an effect that prevents this from happening.

In the present invention, the ring portion includes a vibration prevention member, a first housing, a second housing, a third housing, and a fastening member in detail, and the first housing, the second housing, and the fastening member each include a protruding pin, and the ring portion It can provide the effect of dispersing the force received by the ring part during the rotation process to facilitate rotation.

The present invention includes a clothing vibrator, and the clothing vibrator transmits vibration to a clothing hanger, thereby providing the effect of removing dust from clothing.

The present invention includes a lower body connected to the bottom of the cover, and the weight of the lower body can provide the effect of reducing shaking of the upper body.

The present invention can provide the effect of facilitating storage and movement of the clothes care machine by introducing a lower body connected to the bottom of the cover and combining it with the upper body in an unused state.

Figure 1 is a perspective view of an upper body and a hanger according to an embodiment of the present invention.
Figure 2 is an exploded perspective view of the upper body according to an embodiment of the present invention.
Figure 3 is an enlarged view of the lower surface of the ring rotating portion according to an embodiment of the present invention.
Figure 4 is a perspective view of a rotating plate according to an embodiment of the present invention.
Figure 5a is a perspective view showing a fixed state of the ring portion according to an embodiment of the present invention.
Figure 5b is a perspective view showing a state in which the ring portion rotates according to an embodiment of the present invention.
Figure 6 is a perspective view showing the structure of the bottom of the ring portion according to an embodiment of the present invention.
Figure 7 is an exploded perspective view of the ring portion according to an embodiment of the present invention.
Figure 8 is a usage state diagram according to an embodiment of the present invention.

Hereinafter, a rotatable hanging clothes care machine according to an embodiment of the present invention will be described.

Those skilled in the art will be able to develop various devices that embody the principles of the invention and are included within the spirit and scope of the invention, although not explicitly described or shown herein. In addition, it should be understood that all conditional terms and examples listed in this specification are, in principle, expressly intended only for the purpose of enabling the inventive concept to be understood, and are not limited to the examples and states specifically listed as such.

The above-described purpose, features and advantages will become more clear through the following detailed description of the invention in conjunction with the accompanying drawings, and accordingly, a person skilled in the art will be able to easily implement the technical idea of the invention.

Embodiments described herein will be explained with reference to cross-sectional views and/or perspective views, which are ideal illustrations of the present invention. The thicknesses of films and regions shown in these drawings are exaggerated for effective explanation of technical content. The form of the illustration may be modified depending on manufacturing technology and/or tolerance. Accordingly, embodiments of the present invention are not limited to the specific form shown, but also include changes in form produced according to the manufacturing process.

While describing various embodiments, components that perform the same function will be given the same names and same reference numbers for convenience even if the embodiments are different. In addition, the configuration and operation already described in other embodiments will be omitted for convenience.

Figure 1 is a perspective view of an upper body and a hanger according to an embodiment of the present invention.

Referring to Figure 1, the present invention includes an upper body 100 that includes a clothing vibrator 200 and is coupled to a cover 800 forming a receiving space; and a hook 300 located at the top of the upper body 100 and configured to rotate.

The upper body 100 may include a clothing vibration unit 200. The clothing vibration unit 200 can transmit vibration to clothing. The clothing vibrating unit 200 can transmit vibration to clothing and remove dust from clothing. The clothing vibrator 200 can apply external force to the clothing through vibration. When clothing moves from a standstill or receives an external force such as changing the direction of movement, dust may be separated from the clothing by inertia. The clothes vibrating unit 200 is connected to the clothes hanger 10 and can vibrate the clothes hanger 10. The clothing hanger 10 may be configured to hang tops, pants, shoes, underwear, etc. The clothes hanger 10 is not limited to a certain shape and can be configured in any shape that can hang clothes.

The upper body 100 may be connected to the cover 800. The upper body 100 may be connected to the top of the cover 800. The top of the cover 800 may be connected to the bottom of the upper body 100. The cover 800 has an accommodating space inside, and when using the rotatable hanging clothes management machine according to the present invention, the cover 800 can provide a space for accommodating clothes. The cover 800 may be made one of transparent, opaque, or translucent. also. The cover 800 can block hot air, steam, and dust from leaking out of the clothes care machine. The cover 800 may be made of a flexible material and may be folded depending on the state of use. The cover 800 may have an opening only at the top, or may have openings at the top and bottom. When having an opening at the bottom, the cover 800 may be connected to the lower body 900, which will be described later.

The upper body 100 may include a hot air supply unit 400. The upper body 100 may include a steam injection unit 500. Additionally, the upper body 100 may include an exhaust unit 700.

The hot air supply unit 400 can generate hot air and supply it to clothing. Hot air can dry wet clothes and remove moisture from clothes by generating steam.

The steam injection unit 500 may supply steam generated by the steam generator to the clothing. The inventor's rotatable hanging clothes care machine can remove dust from clothes and reduce wrinkles using steam and hot air. Steam can absorb dust in the air in the receiving space inside the cover 800 and drop it to the lower part of the cover 800.

The exhaust unit 700 may discharge air or hot air existing in the receiving space inside the cover 800 out of the cover 800. The exhaust unit 700 may serve to circulate air and prevent overheating of the clothes generator by sending hot air out of the cover 800.

As such, since the upper body 100 includes various components, the upper body 100 may have the greatest weight in the structure of the present invention. By positioning the clothing vibrator 200 within the upper body 100, the heavy upper body 100 can vibrate relatively less. The clothes vibrating unit 200 transmits vibration to the clothes hanger 10 to a greater extent than the upper body 100, so that the rotatable hanging clothes manager of the present invention only moves the clothes hanger 10 and the clothes in a fixed state. It can vibrate.

The hook 300 may be located at the top of the upper body 100 and connected to the upper body 100. According to an embodiment of the present invention, the upper body 100 may be formed to hang on an external object 20 such as a standing clothes hanger or hanger. According to an embodiment of the present invention, the upper body 100 and the cover 800 are spaced apart from the bottom surface 30 by the hook 300 and can operate while hanging on an external object 20. The specific structure of the hanging portion 300 is described below.

Figure 2 is an exploded perspective view of the upper body 100 according to an embodiment of the present invention.

Referring to Figure 2, the hanging part 300 includes a ring part 310 for hanging the upper body 100 on an external object 20; A rotating plate 330 coupled to the ring portion 310 and rotating together with the ring portion 310; and an upper plate 320 located between the ring portion 310 and the rotating plate 330.

The hook 310 can hang or suspend the upper body 100 from an external object 20 such as a stand-up hanger or hanger. The ring portion 310 may have a hook shape.

The rotating plate 330 is coupled to the ring portion 310 and can rotate together with the ring portion 310. At this time, the ring portion 310 and the rotating plate 330 may rotate with the center point of the rotating plate 330 as the rotation axis.

The upper plate 320 may be located between the ring portion 310 and the rotating plate 330. However, the upper plate 320 may be fixed when the ring portion 310 and the rotating plate 330 rotate. The upper plate 320 can be coupled to the upper part of the upper body 100 to serve as a cover. The upper plate 320 can prevent foreign substances from entering the upper body 100. The upper body 100 may include a clothing vibration unit 200, a hot air supply unit 400, a steam injection unit 500, and an exhaust unit 700. Accordingly, the upper plate 320 may serve to protect the components within the upper body 100.

The shape of the top plate 320 may be flat, but may also be curved. The upper plate 320 is coupled to the upper body 100 and may be located between the ring portion 310 and the rotating plate 330, so it is not necessarily limited to a flat or curved shape. It can cover the upper body 100 and can be configured in various forms as long as it has a structure that allows the ring portion 310 and the rotating plate 330 to rotate. The specific structure of the upper plate 320 is described below.

According to an embodiment of the present invention, the upper plate 320 includes a ring rotating portion 321 provided at the center of the upper plate 320 to provide a space in which the ring portion 310 can rotate; A central hole 322 provided at the center of the ring rotating part 321; and an upper jaw 323 curved and protruding from the lower surface of the ring rotating part 321 so as to fix the rotating plate 330.

The ring rotating part 321 may be provided in the center of the upper plate 320. The ring rotating part 321 can provide a space so that the ring part 310 can rotate. According to an embodiment of the present invention, the ring portion 310 can rotate 360 degrees. Accordingly, the ring rotating part 321 may be provided in a flat circular shape. However, it is not limited to this shape, but the ring portion 310 may be provided in any shape as long as it has a rotatable structure.

The central hole 322 may be located at the center of the ring rotating part 321. The central hole 322 may serve as a passage through which a coupling portion 332, which will be described later and which constitutes the rotating plate 330, passes. The central hole 322 may be shaped like a hole so that the ring portion 310 and the rotating plate 330 can rotate, and may serve as a central axis for rotation of the ring portion 310 and the rotating plate 330. More specifically, the ring portion 310 and the rotating plate 330 can rotate based on the center point of the central hole 322.

Figure 3 is an enlarged view of the lower surface of the ring rotating part 321 according to an embodiment of the present invention.

Referring to FIG. 3, the upper jaw 323 may be located on the lower surface of the ring rotating portion 321. The upper jaw 323 may have a curved shape. Additionally, the upper jaw 323 may be formed to protrude from the lower surface of the ring rotating portion 321. The upper jaw 323 may prevent the rotation of the rotating plate 330. The specific principle by which the upper jaw 323 prevents the rotation of the rotating plate 330 will be explained together with the lower jaw 333, which will be described later.

Let's look at the upper jaw 323 in more detail. According to an embodiment of the present invention, the upper jaw 323 has a straight radial shape, is made up of pairs spaced apart by a predetermined angle, and may be formed in at least one pair.

The upper jaw 323 may be formed in a radial direction from the center of the rotating plate 330. The upper jaw 323 may have a straight shape. Additionally, the upper jaw 323 may be formed in pairs, and may be formed in at least one pair.

The number of pairs of upper jaws 323 is related to the position at which the ring portion 310 is fixed. The fixed section refers to the section between a pair of upper jaws. The free section refers to the section between one pair of upper jaws and another pair of adjacent upper jaws. When the upper jaw 323 is a pair, the ring portion 310 may be positioned in a fixed section every 360 degrees. When there are two pairs of upper jaws 323, the ring portion 310 may be located in a fixed section every 180 degrees. When there are three pairs of upper jaws 323, the ring portions 310 may be located in fixed sections every 120 degrees. Looking at the case where there are four pairs of upper jaws 323, the ring portion 310 may be positioned in the fixed section every time it rotates 90 degrees. In this case, the ring portion 310 is rotated by 90 degrees and fixed to the upper plate 320 of the upper body 100, so that it can be caught on an external object 20, etc. in a fixed state. The ring portion 310 may be rotated and fixed by 90 degrees depending on the shape of the external object 20 or the external installation space. As the number of pairs forming the upper jaw 323 increases, the ring portion 310 can be adjusted to a finer angle.

The pairs forming the upper jaw 323 may be spaced apart at a predetermined angle. Specific details related to this will be discussed together with the lower jaw 333 below.

Figure 4 is a perspective view of the rotating plate 330 according to an embodiment of the present invention.

Referring to Figure 4, according to an embodiment of the present invention, the rotating plate 330 includes a coupling portion 332 located at the center of the rotating plate 330 to couple with the ring portion 310; It may include at least one lower jaw 333 located on the rotating plate 330 and formed in a fan shape.

The coupling portion 332 may be coupled to the ring portion 310. The coupling portion 332 is coupled to the ring portion 310, so that the rotating plate 330 can rotate together with the ring portion 310. However, the rotating plate 330 can rotate together with the ring portion 310 while the upper plate 320 is fixed. The coupling portion 332 may be coupled to the ring portion 310 by passing through the central hole 322 provided at the center of the ring rotating portion 321.

The lower jaw 333 may be located on the rotating plate 330. The lower jaw 333 may have a fan-shaped shape. At least one lower jaw 333 may be formed. The lower jaw 333 may correspond to the upper jaw 323 formed below the ring rotating portion 321 of the upper plate 320. When the lower jaw 333 is located between a pair of upper jaws 323, the lower jaw 333 may be caught by the upper jaw 323 and be prevented from moving. At this time, the rotating plate 330 and the ring portion 310 may be fixed. As described above, the upper jaw 323 may include at least one pair, but the lower jaw 333 may be formed to correspond to the pair of upper jaws 323. If the upper jaws 323 are provided in four pairs, it is preferable that the lower jaws 333 are also formed in four pairs. That is, one lower jaw 333 may correspond to a pair of upper jaws 323. At this time, when each lower jaw 333 is located between each pair of upper jaws 323, the four upper jaws 323 are caught on the upper jaw 323 at the same time, thereby forming the rotating plate 330 and the ring portion ( 310) may be fixed to the upper plate 320.

The upper jaw 323 may be formed in pairs spaced apart by a predetermined angle. The predetermined angle is related to the angle between the length or radius of the arc of the fan of the lower jaw 333. The predetermined angle of the upper jaw 323 may correspond to the angle between the radii of the fan shape of the lower jaw 333. At this time, the lower jaw 333 may be located between a pair of upper jaws 323.

Next, we will look at the case where the lower jaw 333 is located on the upper jaw 323 and the process.

Figure 5a is a perspective view showing the ring portion 310 in a fixed state according to an embodiment of the present invention. Figure 5b is a perspective view showing a rotating state of the ring portion 310 according to an embodiment of the present invention.

Referring to FIG. 5A, according to an embodiment of the present invention, the upper plate 320 has a straight radial shape, consists of pairs spaced apart by a predetermined angle, and has an upper jaw 323 formed in at least one pair. It includes, and by positioning the lower jaw 333 between the upper jaws 323 formed in pairs, the rotation of the ring portion 310 can be stopped.

It can be seen that four pairs of upper jaws 323 are formed on the lower surface of the upper plate 320, and four fan-shaped lower jaws 333 are formed on the rotating plate 330 located below the upper plate 320. The state in FIG. 5A shows a state in which the lower jaw 333 is located between the pair of upper jaws 323 and is fixed so that it cannot rotate any further.

Looking at the state of FIG. 5B, it can be seen that the lower jaw 333 is not located between the upper jaw 323 paired. At this time, the lower jaw 333 can freely move clockwise or counterclockwise. The ring portion 310 receives an external force and rotates counterclockwise or clockwise, and the rotating plate 330 coupled to the ring portion 310 may rotate in the same direction as the ring portion 310. If the lower jaw 333 reaches one of the paired upper jaws 323 first, the lower jaw 333 may be caught by the upper jaw 323 and be prevented from rotating. At this time, when the ring portion 310 receives additional external force in the same direction, the lower jaw 333 moves beyond one pair of upper jaws 323 and reaches the upper jaw 323 of the other pair, so rotation may be prevented. there is. Through this process, the rotating ring portion 310 can be fixed at every 90 degrees.

Next, we will look at the structure of the coupling portion 332.

According to an embodiment of the present invention, the coupling portion 332 may include at least one groove portion 331 that is formed in a cylindrical shape and is drawn in from an edge of the upper surface of the circumference.

Wonju (圓柱) means a cylinder. The coupling portion 332 may include at least one groove portion 331. The coupling portion 332 may be formed to protrude from the center of the rotating plate 330. Additionally, the coupling portion 332 has a cylindrical shape and may include a groove portion 331 that is drawn in from an edge of the upper surface of the circumference. The rotating plate 330 may be coupled to the ring portion 310 through the coupling portion 332. When the ring portion 310 receives a rotational force (external force), the ring portion 310 can transmit the rotational force to the rotating plate 330. In order for the ring portion 310 to transmit rotational force to the rotating plate 330, if it has a cylindrical shape, it may be difficult to receive force. At this time, the coupling portion 332 includes at least one groove portion 331 formed in a cylindrical shape, so that the ring portion 310 can transmit rotational force to the rotating plate 330 through the groove portion 331.

Even when the coupling portion 332 has one groove portion 331, rotational force can be transmitted from the ring portion 310, but the force is applied to one protruding pin 317, which will be described later, corresponding to one groove portion 331. This can be concentrated. The same applies when the coupling portion 332 has two or three groove portions 331. In Figure 4, the coupling portion 332 has four groove portions 331. However, the coupling portion 332 is not necessarily limited to having four groove portions 331, and may have fewer or more groove portions 331.

The ring portion 310 may include a protruding pin 317 corresponding to the groove portion 331 of the coupling portion 332. The protruding pin 317 will be described later.

Referring again to FIG. 4, the lower jaw 333 may be characterized in that the edges of the fan shape are curved.

The lower jaw 333 may be shaped like a fan with curved edges. The height of the lower jaw may be less than the length of the arc. The edge of the lower jaw may be curved from the lowest height to the highest height of the lower jaw. In contrast, if we assume that the edge of the fan is angled, the lower jaw 333 may be formed in the shape of an angled fan-shaped pillar. In this case, the lower jaw 333 may be caught in the upper jaw 323 and may no longer be able to move.

If the upper jaw 323 blocks the lower jaw 333 too strongly, the rotating plate 330 can no longer rotate, and if the upper jaw 323 blocks the lower jaw 333 too weakly, the ring portion 310 It cannot be fixed to the top plate 320. In order for the upper jaw 323 to properly prevent the movement of the lower jaw 333 or the rotation of the rotating plate 330, the lower jaw 333 may be formed to have a curved edge corresponding to the radius of the fan. By forming the area where the upper jaw 323 and the lower jaw 333 are in contact with each other to be curved, when a small force is applied to the ring portion 310, the lower jaw 333 has difficulty crossing the upper jaw 323, and a large force When applied to the ring portion 310, the lower jaw 333 can move beyond the upper jaw 323. That is, when a small force is applied to the ring portion 310, the ring portion 310 cannot rotate any longer and is fixed, and when a large force is applied to the ring portion 310, the ring portion 310 can continue to rotate.

When the rotatable hanging clothes management machine of the present invention is used with the upper body 100 caught on an external object 20 by the ring portion 310, there is no fear of a very large rotational force being applied to the ring, so the ring portion ( The clothes care machine according to the present invention can operate while 310) is fixed. That is, during operation, a force such that the lower jaw 333 cannot move beyond the upper jaw 323 may be applied to the ring portion 310.

Next. Let's look at the lower structure of the ring portion 310 that is coupled to the coupling portion 332 of the rotating plate 330.

Figure 6 is a perspective view showing the structure of the bottom of the ring portion 310 according to an embodiment of the present invention.

Referring to FIG. 6, according to an embodiment of the present invention, the ring portion 310 includes a fastener 316 formed in a cylindrical hole shape at the bottom of the ring portion 310 so as to be coupled to the rotating plate 330. ; And it may include at least one protruding pin 317 that protrudes from the inner peripheral surface of the fastener 316.

The ring portion 310 may include a fastener 316 formed in a cylindrical hole shape at the bottom of the ring portion 310. Additionally, the ring portion 310 may include at least one protruding pin 317 that protrudes from the inner peripheral surface of the fastener 316.

The fastener 316 refers to a hole through which the coupling portion 332 passes. The ring portion 310 may be coupled to the rotating plate 330 through the fastener 316 and the coupling portion 332.

The protruding pin 317 may protrude from the inner peripheral surface of the fastener 316 and be formed to correspond to the groove portion 331 of the fastener 316 on the rotating plate 330. When the ring portion 310 rotates by receiving a rotational force, the ring portion 310 may transmit the rotational force to the rotating plate 330 by the protruding pin 317 at the bottom. At this time, the protruding pin 317 may be inserted into the groove portion 331.

The ring portion 310 may include at least one protruding pin 317. Even when the ring portion 310 has one protruding pin 317, the ring portion 310 can transmit rotational force to the rotating plate 330. However, the rotational force may be concentrated on one protruding pin 317. Even when the ring portion 310 includes two protruding pins 317, the ring portion 310 can transmit rotational force to the rotating plate 330. At this time, since the rotational force is distributed to the two protruding pins 317, the ring portion 310 can stably transmit the rotational force to the rotating plate 330. This also applies when the ring portion 310 includes three protruding pins 317. In Figure 6, the ring portion 310 includes four protruding pins 317. At this time, since the rotational force is distributed to the four protruding pins 317, the ring portion 310 can more stably transmit the rotational force to the rotating plate 330. However, the ring portion 310 is not necessarily limited to including four protruding pins 317. If necessary, the ring portion 310 may include fewer or more ring portions 310.

Next, we will look at the configuration of the ring portion 310.

Figure 7 is an exploded perspective view of the ring portion 310 according to an embodiment of the present invention.

Referring to FIG. 7, according to an embodiment of the present invention, the ring portion 310 includes a vibration prevention member 311 to prevent the vibration of the clothing vibrator 200 from being transmitted to the external object 20. ; A first housing 312 located on one side of the vibration prevention member 311 and forming the exterior of the ring portion 310; A second housing 313 located on the other side of the vibration prevention member 311, coupled to the first housing 312, and forming the exterior of the ring portion 310; A third housing 314 located above the vibration prevention member 311, coupled to the first housing 312 and the second housing 313, and forming the exterior of the ring portion 310; And it may include a fastening member 315 that forms the protruding pin 317 of the ring portion 310 to be fastened to the rotating plate 330.

The ring portion 310 may include a vibration prevention member 311. The vibration prevention member 311 can prevent vibration generated by the clothing vibrating unit 200 from being transmitted to an external object 20 such as a standing clothes hanger or hanger through the ring unit 310. When the vibration of the clothing vibrating unit 200 is transmitted to the external object 20, the ring may shake and move on the external object 20, or the vibration may be transmitted outside through the external object 20. Therefore, the vibration prevention member 311 can prevent vibration from being transmitted to the external object 20.

The first housing 312 may be located on one side of the vibration prevention member 311. The first housing 312 may form the appearance of the ring portion 310. The first housing 312 can protect the interior of the ring portion 310.

The second housing 313 may be located on the other side of the vibration prevention member 311. The second housing 313 may form the appearance of the ring portion 310. The second housing 313 can protect the interior of the ring portion 310. Additionally, the second housing 313 may be coupled to the first housing 312 on one side of the vibration prevention member 311 on the other side of the vibration prevention member 311.

The first housing 312 and the second housing 313 may form a fastener 316 at the bottom of the ring portion 310 while being coupled to each other. At this time, the first housing 312 may include one protruding pin 317, and the second housing 313 may also include one protruding pin 317. Ultimately, by combining the first housing 312 and the second housing 313, the ring portion 310 may include a fastener 316 and two protruding pins 317.

The third housing 314 may be located above the vibration prevention member 311. The third housing 314 may form the upper exterior of the ring portion 310. The third housing 314 can protect the interior of the ring portion 310. Additionally, the third housing 314 may be combined with the first housing 312 and the second housing 313.

The fastening member 315 is a member for connecting the ring portion 310 to the rotating plate 330, and may include a low-height cylindrical member and a protruding pin 317. In particular, according to FIG. 7, the fastening member 315 may include a cylindrical member and two protruding pins 317.

A fastener 316 can be formed by combining the first housing 312 and the second housing 313, and two protruding pins 317 can be formed. The fastening member 315 is located between the first housing 312 and the second housing 313 and may include two protruding pins 317. Through this structure, the ring portion 310 may include four protruding pins 317. The ring portion 310 including four protruding pins 317 may be coupled to the rotating plate 330 through a coupling portion 332 having four groove portions 331.

The fastening member 315 and the rotating plate 330 may form a through hole at the center for coupling the fastening member 315 and the rotating plate 330. The fastening member 315 and the rotating plate 330 may be coupled to each other through a connecting member such as a screw or bolt in the through hole. By combining the fastening member 315 and the rotating plate 330, the ring portion 310 is not separated from the upper plate 320, so the ring portion 310 can hang the upper body 100 on an external object 20. .

Since the detailed description of the detailed structure of the ring portion 310 is one of the embodiments of the present invention, it is not necessarily carried out only through the above structure. The first housing 312, the second housing 313, and the third housing 314 may be formed as a single housing. Additionally, the fastening member 315 is not necessarily limited to having two protruding pins 317.

The ring portion 310 includes four protruding pins 317, but includes four protruding pins 317 in a single housing, and the fastening member 315 may include only a cylindrical member without the protruding pin 317. .

Meanwhile, looking at the force transmission structure through the embodiment according to FIG. 7, when the first housing 312 and the second housing 313 receive a rotational force, the fastener 316 of the first housing 312 is fastened. Rotational force can be transmitted to the member 315. At this time, the first housing 312 and the second housing 313 include two protruding pins 317, and the fastening member 315, which is a separate member, also includes two protruding pins 317, and the ring portion ( 310) may include a total of four protruding pins 317. This structure enables stable ring rotation by distributing the rotational force to the four protruding pins 317.

Next, we will take an additional look at the clothing vibration unit 200.

According to an embodiment of the present invention, the clothing vibrator 200 may be connected to the clothing hanger 10 and transmit vibration to the clothing hanger 10.

The clothing vibrator 200 may vibrate in the width direction. Assuming that the top is hung on the clothing hanger 10 based on Figure 1, the width direction refers to the direction in which the front and back sides of the top face, and the length direction refers to the direction in which the sides of the top face.

The clothing vibrating unit 200 may include a vibrating body 210. The vibrating body 210 may be formed to protrude from the lower part of the upper body 100. A hole may be formed in the lower part of the upper body 100 so that the vibrating body 210 can protrude out of the upper body 100.

Vibration generated from the clothing vibrator 200 may cause the vibrating body 210 to vibrate. The clothing hanger 10 may be located on the vibrating body 210. At this time, the vibrating body 210 can vibrate the clothes hanger 10, and the clothes hanger 10 can transmit vibration to the clothes. The vibrating body 210 may vibrate in the width direction. The vibrating body 210 can vibrate the clothing hanger 10 in the width direction. The clothing hanger 10 can vibrate clothing in the width direction.

When clothing is hung on the clothing hanger 10, the clothing hanger 10 may be located on top of the clothing. At this time, when the vibrating body 210 vibrates in the width direction, the clothing vibrates in the front and back directions, and the clothing receives great resistance from the air. Clothing may shake in the form of waves because the upper part of the clothing receives vibration force and the middle and lower parts of the clothing receive air resistance. Therefore, since the clothing vibrator 200 shakes the clothing significantly even with a relatively small vibration force, dust can be easily removed from the clothing.

Conversely, when the vibrating body 210 vibrates in the longitudinal direction, the clothing vibrates in the lateral direction, and the clothing receives less resistance from air. Even if clothing receives vibration energy from the top of the clothing, the clothing may shake in a left-right reciprocating form rather than a wave form. Ultimately, since the clothing vibrator 200 requires a relatively large vibration force, dust removal efficiency may be low.

Next, we will look at the state of use including the lower body 900.

Figure 8 is a usage state diagram according to an embodiment of the present invention.

Referring to Figure 8, according to an embodiment of the present invention, it further includes a lower body 900 connected to the lower end of the cover 800, and the lower body 900 is, in a state of use, the upper body 100. ) and can be combined with the upper body 100 in an unused state.

The rotatable hanging clothes management machine of the present invention may further include a lower body 900. The lower body 900 may be connected to the bottom of the cover 800. The cover 800 can be used without the lower body 900 at the bottom, but when the lower body 900 is adopted, the cover 800 may form an opening at the bottom and be connected to the lower body 900. At this time, the separated cover 800 may form openings at the top and bottom of the cover. As the cover 800 is connected to the upper body 100 and the lower body 200, the upper body 100, cover 800, and lower body 900 can form a closed receiving space.

In the use state of the present invention, the lower body 900 may be spaced apart from the upper body 100. Additionally, the lower body 900 may be used spaced apart from the bottom surface 30. At this time, the lower body 900 may apply weight to the upper body 100. Since the upper body 100 can be shaken by the clothing vibrator 200, the lower body 900 applies weight to the upper body 100 and moves the upper body 900 by the clothing vibrator 200 of the upper body 100. (100) can be prevented from shaking. That is, in the use state, the upper body 100 is suspended from the external object 20 by the ring portion 310, the lower body 900 is spaced apart from the upper body 100, and the lower body 900 is on the floor. It can be separated from (30). Additionally, the ring portion 310 may be rotated when in use.

In the non-use state of the present invention, the lower body 900 may be combined with the upper body 100. By combining the lower body 900, which was spaced apart from the upper body 100 in a used state, with the upper body 100 in an unused state, the rotatable hanging clothes manager according to the present invention becomes easy to store and move. That is, in the unused state, the upper body 100 is suspended from the external object 20 by the ring portion 310, the lower body 900 is coupled to the upper body 100, and the lower body 900 is attached to the bottom surface. It can be separated from (30). In addition, the upper body and the lower body can be moved or stored on the floor 30 in a combined state.

By having a rotatable hook, the rotatable hanging clothes manager of the present invention can be freed from the shape and space constraints of external objects. According to Figure 8(b), it can be seen that the direction of the ring portion is toward the longitudinal direction. If the ring part is oriented in the longitudinal direction, installation may not be possible if there is no free space in the longitudinal direction. At this time, if the ring part is rotated 90 degrees, space constraints can be escaped. According to Figure 8(c), it can be seen that the direction of the ring portion is toward the width direction. In this way, it is possible to escape from space constraints by installing the rods in the same direction and length.

In addition, the present invention can be used by separating the cover and lower body 900 from the floor surface 30 by adopting a hook. Unlike the conventional cabinet-type fixed-installation clothing manager, this can be freely installed and moved.

As described above, although the present invention has been described with reference to preferred embodiments, those skilled in the art may modify the present invention in various ways without departing from the spirit and scope of the present invention as set forth in the following patent claims. Or, it can be carried out in modification.

10: Clothing hanger 20: External object
30: bottom surface 100: upper body
200: Clothing vibration unit 300: Hanging unit
310: Ring portion 311: Vibration prevention member
312: first housing 313: second housing
314: Third housing 315: Fastening member
316: fastener 317: protruding pin
320: Top plate 321: Ring rotating part
322: Center hole 323: Upper jaw
330: Rotating plate 331: Groove
332: joining portion 333: lower jaw
400: hot air supply unit 500: steam injection unit
700: exhaust part 800: cover
900: Lower body

Claims (12)

A cover made of flexible material forming a receiving space;
An upper body including a clothing vibrator and connected to the top of the cover;
a lower body connected to the bottom of the cover and applying weight to the upper body while being spaced from the floor; and
It includes a hook located at the top of the upper body and configured to rotate,
The clothing vibrator unit,
It vibrates the clothes hanger in the receiving space and includes a vibrating body protruding from the lower part of the upper body,
The hook part,
A ring portion for hanging the upper body from an external object;
a rotating plate coupled to the ring portion and rotating together with the ring portion; and
It includes a top plate located between the ring portion and the rotating plate,
The upper plate includes four pairs of upper jaws protruding from the lower surface of the upper plate in a curved shape,
The rotating plate is shaped like a fan with curved edges corresponding to the radius and includes four lower jaws corresponding to the four pairs of upper jaws, respectively,
The lower jaw is,
The height is less than the length of the arc, and the edge is formed to be curved from the lowest height to the highest height of the lower jaw,
The curved shape of the upper jaw and the curved shape of the lower jaw are areas in contact with each other,
The upper jaw is,
A fixed section, which is the section between a pair of upper jaws, is divided into a free section, which is longer than the fixed section and is a section between the pair of upper jaws and another pair of adjacent upper jaws,
The lower jaw is
While moving freely in the free section clockwise or counterclockwise, when one of the pair of upper jaws is reached first, rotation is prevented, and the upper jaw of the pair is blocked by the rotational force received by the ring portion. When it moves beyond the jaw and reaches the upper jaw of the other pair, rotation is prevented in the fixed section,
A rotatable hanging clothes care machine that operates while hanging on the external object by the hanging unit.
delete According to claim 1,
The top plate is,
a ring rotating portion provided at the center of the upper plate to provide a space in which the ring portion can rotate; and
It further includes a central hole provided at the center of the ring rotating part,
The upper jaw is formed to protrude and curve from the lower surface of the ring rotating portion so as to fix the rotating plate.
According to claim 3,
The upper jaw is,
A rotatable hanging clothes care machine that is straight in the radial direction, consists of pairs spaced apart by a predetermined angle, and is formed in at least one pair.
According to claim 1,
The rotating plate is,
It further includes a coupling portion located at the center of the rotating plate to couple with the ring portion,
The rotatable hanging clothes care machine has at least one lower jaw positioned on the rotating plate and shaped like a fan.
According to claim 1,
The upper jaw has a straight radial shape, consists of pairs spaced apart by a predetermined angle, and is formed in at least one pair,
A rotatable hanging clothes care machine that stops rotation of the hook portion by placing the lower jaw between the pair of upper jaws.
According to claim 5,
The coupling part,
A rotatable hanging clothes care machine comprising at least one groove formed in a cylindrical shape and recessed from an edge of the upper surface of the circumference.
delete According to claim 1,
The ring part,
A fastener formed in a cylindrical hole shape at the bottom of the ring portion so as to be coupled to the rotating plate; and at least one protruding pin protruding from the inner peripheral surface of the fastener.
According to claim 1,
The ring part,
a vibration prevention member to prevent vibration of the clothing vibrator from being transmitted to the external object;
A first housing located on one side of the vibration prevention member and forming the appearance of the ring portion;
a second housing located on the other side of the vibration prevention member, coupled to the first housing, and forming the appearance of the ring portion;
a third housing located above the vibration prevention member, coupled to the first housing and the second housing, and forming the appearance of the ring portion; and
A rotatable hanging clothes management machine comprising a fastening member forming a protruding pin of the ring portion to be fastened to the rotating plate.
According to claim 1,
A rotatable hanging clothes care device, characterized in that the clothes vibration unit is connected to a clothes hanger and transmits vibration to the clothes hanger.
According to claim 1,
The lower body is spaced apart from the upper body when in use, and can be coupled to the upper body when not in use.

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