JP2021129985A - Clothes treatment apparatus - Google Patents

Abstract

To provide clothes treatment apparatus.SOLUTION: Clothes treatment apparatus according to an embodiment of the invention includes: a first treatment machine having a first front panel on its front side; and a second treatment machine having a second front panel on its front side, which is situated under the first treatment machine and supports the first treatment machine. The second treatment machine is situated at the back of the second front panel and includes an upper frame which is insulated from first side panels through being connected with the first side panels using an insulation connecting member made of an insulator material.SELECTED DRAWING: Figure 17

Description

The present invention relates to a garment processing device, and relates to a garment processing device including an upper first processing device and a lower second processing device.

The clothes processing device is a device that puts laundry such as clothes and bedding into a drum and performs necessary processing on the laundry such as removing stains on the laundry or drying the laundry.

When the garment processing device is provided to remove stains on the laundry, the garment processing device performs processes such as washing, rinsing, dehydrating, and drying, and the garment processing device is top-loaded by the method of putting the laundry into the drum. It is divided into a (top loading) method and a front loading method.

The garment processing device includes a cabinet that forms the appearance, a tab that is housed in the cabinet, a drum that is rotatably mounted in the tab and into which laundry is loaded, and a detergent supply device that supplies detergent into the drum.

When the drum is rotated by the motor while the washing water is supplied to the laundry contained in the drum, the laundry is cleaned by friction with the drum and the washing water.

The detergent supply device is provided with a detergent supply function to improve the washing effect. Here, the detergent means a substance for improving the washing effect such as a fiber detergent, a fiber softener and a fiber bleach. As the detergent, a powder (powder) form detergent and a liquid (liquid) form detergent are used.

On the other hand, when the garment processing device is provided for drying the laundry, the garment processing device provides dry air to the laundry to remove water from the laundry.

The garment processing apparatus includes a cabinet, a drum rotatably provided in the cabinet, and a heating means for heating or drying the air provided to the laundry.

By supplying dry air to the laundry contained in the drum, the moisture present in the laundry is evaporated and removed by the dry air, and the moisture of the laundry is removed.

The Korean publication KR10-2018-0021921 A1 discloses a garment processing device provided with a plurality of processing devices. In this garment processing device, a first processing device is provided on the upper side, and a second processing device is provided on the lower side. The structure of the first processing device and the second processing device having their respective operation units and display units is disclosed.

However, in the garment processing device disclosed in the above-mentioned published document, a structure is disclosed in which a plurality of processing devices that are distinguished from each other have an operation unit and a display unit, respectively. In this case, the user is in a state of the plurality of processing devices. It is necessary to operate each of the plurality of processing devices by confirming each of the above, and it is disadvantageous to operate the plurality of processing devices in cooperation with each other.

Further, although the plurality of processing devices include different electricity consuming devices, leakage may occur from the electricity consuming device or the electric wire due to water, moisture, other substances such as a refrigerant in the processing device.

The occurrence of a leak in a situation where a plurality of processing devices are provided can affect not only the corresponding processing device but also the electricity consuming device in the processing device provided together.

Therefore, in a garment processing device provided with a plurality of processing devices, the convenience of the user is improved in checking or operating the operating state of the plurality of processing devices, and the plurality of processing devices unintentionally electrically perform with each other. It is an important issue to prevent malfunction or damage caused by being connected.

An embodiment of the present invention provides a garment processing device in which a plurality of processing devices are effectively mutually electrically insulated to form a stable bonding relationship with each other.

In addition, an embodiment of the present invention provides a garment processing apparatus including an efficient arrangement of control panels and a coupling structure for simultaneously confirming or controlling a plurality of processing apparatus for processing garments.

The garment processing device according to the embodiment of the present invention includes a plurality of processing devices. The first processing device dries the laundry, and the second processing device washes the laundry.

The first processing device and the second processing device have a structure in which they are stacked in the vertical direction. That is, the first processing device is arranged above the second processing device.

The first processing device and the second processing device have a clothes opening in which clothes are thrown forward, and the drum in which clothes to be thrown into the cabinet through the clothes opening has a rotation axis in the front-rear direction. It is a front load system that is installed side by side.

A control panel that is signal-connected to the first processing device and the second processing device is provided between the first processing device and the second processing device. The control panel constitutes a part of the front surface of the garment processing device. For example, the control panel is arranged between the first front panel of the first processing device and the second front panel of the second processing device, and the front portion leaks forward.

Further, in the second processing apparatus, an upper frame provided on the front side is coupled to the first processing apparatus. The upper frame is coupled to the upper side of the second processing apparatus on the front side of the second processing apparatus, and is also coupled to the lower side of the first processing apparatus.

In the first processing apparatus, the lower portion of the first side surface panel is coupled to the upper frame, and in the second processing apparatus, the upper portion of the second side surface panel is coupled to the upper frame and fastened to each other with the first processing apparatus.

By connecting the upper frame to the first processing device via the insulating connecting member, it is possible to form a structurally stable fastening relationship while being electrically separated from the first processing device.

Specifically, the garment processing apparatus according to the embodiment of the present invention is provided with a first front panel on the front side and first side panels on both sides in the side direction, and a first drum in which clothes are housed. Is provided inside the first processing device, and is located below the first processing device to support the first processing device. A second front panel is provided on the front side, and second side panels are provided on both sides in the lateral direction. Includes a second processing apparatus that is provided with a second drum that houses clothing.

The second processing device is arranged on the rear surface side of the second front panel, and has an upper frame that is coupled to the first side panel via an insulating connecting member formed of an insulating material and is insulated from the first side panel. include.

In the upper frame, the lower parts on both sides in the lateral direction are connected to the second side panel, and the upper parts on both sides are connected to the first side panel via an insulating connecting member.

The insulating connecting member includes a first fastening portion that connects to the first side surface panel and a second fastening portion that connects to the upper frame, and the second fastening portion insulates between the upper frame and the first side surface panel.

The first fastening portion extends upward from the second fastening portion coupled to the upper frame, and the upper frame coupled to the second fastening portion is fastened to the first side panel via the first fastening portion.

Further, a first fastening member that penetrates both the first fastening portion and the first side surface panel to fasten the first fastening portion and the first side surface panel, and a first fastening member that penetrates the upper frame and is inserted into the second fastening portion to be inserted into the upper frame. And a second fastening member for fastening the second fastening portion. The second fastening portion insulates between the second fastening member and the first side panel.

The second fastening portion extends so as to penetrate the first side surface panel, and includes a fastening insulating portion in which at least a part of the second fastening member is inserted inside to insulate between the second fastening member and the first side surface panel. ..

The first side panel includes a front end bent portion provided at the front end of the side surface and provided side by side with the first front panel, and the fastening insulating portion penetrates the front end bent portion.

The second front panel includes an upper end fastening portion that is penetrated by the second fastening member and fastened to the second fastening portion together with the upper frame.

Further including a control panel inserted between the first front panel and the second front panel, the first processing device further includes a lower frame that is coupled to the control panel behind the control panel to secure the control panel. The lower frame is electrically separated from the upper frame by being separated from the upper frame and coupled to the first side panel.

The first processing device is provided with a first rear panel on the rear side, the second processing device is provided with a second rear panel on the rear side, is formed of an insulating material, and fastens the first rear panel and the second rear panel. Includes additional rear bracket.

The upper part of the rear bracket is connected to the first rear panel, and the lower part is connected to the second rear panel to fasten the first rear panel and the second rear panel to each other.

The first rear panel is located in front of the second rear panel, and the front surface of the rear bracket is stepped so that the upper end supporting the first rear panel is located in front of the lower end supporting the second rear panel. Is provided.

At the lower part of the rear bracket, a handle portion that is opened downward and is gripped by the user is provided.

Further, the first processing apparatus includes a first lower surface panel provided below the first processing apparatus, supported by the second processing apparatus, formed of an insulating material, and insulated from the second processing apparatus.

Further, it includes an insulating support portion that supports the lower portion of the first processing apparatus from the upper portion of the second processing apparatus and is formed of an insulating material to insulate the first processing apparatus and the first processing apparatus from each other.

According to the present invention, it is possible to provide a garment processing device in which a plurality of processing devices are effectively mutually electrically insulated to form a stable bonding relationship with each other.

Further, according to the present invention, it is possible to provide a garment processing apparatus including an efficient arrangement of control panels and a coupling structure for simultaneously confirming or controlling a plurality of processing apparatus for processing garments.

It is a perspective view which shows the garment processing apparatus according to one Example of this invention. It is a figure which shows the state which separated the control panel in the garment processing apparatus according to one Example of this invention. It is a figure which shows the coupling state of the lower frame in the garment processing apparatus according to one Example of this invention. It is a perspective view which shows the lower frame of the garment processing apparatus according to one Example of this invention. It is a front view which shows the lower frame of the garment processing apparatus according to one Example of this invention. It is a side view which shows the lower frame of the garment processing apparatus according to one Example of this invention. It is a figure which shows the coupling structure of the 1st front panel and the lower frame in the garment processing apparatus according to one Example of this invention. It is sectional drawing which shows the state which the lower frame and the control panel were connected in the garment processing apparatus according to one Example of this invention. It is a figure which shows the control panel and the lower frame in the garment processing apparatus according to one Example of this invention. It is a figure which shows the control panel connected to the lower frame in the garment processing apparatus according to one Example of this invention. It is a figure which shows the side hook of the control panel in the garment processing apparatus according to one Example of this invention. It is a top view which shows the control panel of the garment processing apparatus according to one Example of this invention. It is a perspective view which looked at the control panel of the garment processing apparatus according to one Example of this invention from the rear. It is sectional drawing which shows the coupling structure between the control panel and the 1st and 2nd front panels in the garment processing apparatus according to one Example of this invention. It is a figure which shows the panel support part of the control panel in the garment processing apparatus according to one Example of this invention. It is a figure which shows the lower frame and the upper frame in the garment processing apparatus according to one Example of this invention. It is a figure which shows the state that the lower frame and the upper frame are separated in the garment processing apparatus according to one Example of this invention. It is a figure which shows the insulation connecting member in the garment processing apparatus according to one Example of this invention. It is sectional drawing which shows the coupling structure of the insulation connecting member and the upper frame in the garment processing apparatus according to one Example of this invention. It is a perspective view which looked at the garment processing apparatus by one Example of this invention from the rear. It is a figure which shows the rear bracket of the garment processing apparatus according to one Example of this invention. It is a side view which shows the rear bracket in the garment processing apparatus according to one Example of this invention. It is a figure which shows the 1st lower surface panel of the 1st processing apparatus in the garment processing apparatus according to one Example of this invention. It is a figure which shows the insulation support part in the garment processing apparatus by one Example of this invention.

Hereinafter, examples of the present invention will be described in detail with reference to the accompanying drawings so that a person having ordinary knowledge in the technical field to which the present invention belongs can easily carry out the examples.

However, the present invention can be embodied in various forms and is not limited to the examples described here. Then, in order to clearly explain the present invention in the drawings, parts unnecessary for explanation are omitted, and similar drawing reference numerals are used for similar parts throughout the specification.

Overlapping description of the same components is omitted herein.

Also, when the specification mentions that one component is "connected" or "connected" to another component, it may also be directly connected or connected to another component. It can, but it should be understood that there can be other components in between. On the other hand, when it is mentioned that one component is "directly linked" or "directly connected" to another component, it should be understood that there is no other component in between.

Also, the terms used herein are merely used to describe a particular embodiment and are not intended to limit the present invention.

Also, in the present specification, the singular expression includes a plurality of expressions unless they are meant to be explicitly different in the context.

Also, in this specification, terms such as "include" or "have" are intended to specify the existence of the features, numbers, stages, actions, components, components or combinations thereof performed. It can be understood that the existence or addability of one or more other features, numbers, stages, actions, components, components or combinations thereof is not preliminarily excluded.

Also, as used herein, the terms'and / or' include any combination of the plurality of items described or the plurality of items described. In the present specification,'A or B'includes'A',' B'or'A and B'.

FIG. 1 shows a garment processing device 1 according to an embodiment of the present invention. In one embodiment of the present invention, the garment processing device 1 includes a first processing device 10 and a second processing device 20. The first processing device 10 and the second processing device 20 include various types for processing clothes, such as a washing machine for washing clothes and a dryer for drying clothes.

For example, in FIG. 1, the first processing device 10 located on the upper side is a dryer for drying clothes, and the first drum 12 is provided inside, and the first processing device 10 is located on the lower side. The supporting second processing device 20 is a washing machine for washing clothes, and is provided with a second drum 22 and a tab 24 inside. When the second processing device 20 corresponds to a clothes washing device, the second drum 22 in the second processing device 20 is rotatably provided in the tab 24.

However, in one embodiment of the present invention, the first processing device 10 and the second processing device 20 are not necessarily limited to those described above, and if necessary, both the first processing device 10 and the second processing device 20 are washing machines. Alternatively, it may be a dryer, the first processing device 10 may be a washing machine, the second processing device 20 may be a dryer, or other various devices for processing clothes.

The first processing apparatus 10 includes a first cabinet 110 that forms an appearance, and a first front panel 112 is provided on the front side of the first cabinet 110. A clothing opening communicating with the first drum 12 is formed in the first front panel 112, and the clothing opening is opened and closed by a cabinet door.

Further, in the first processing apparatus 10, first side panel 115 is provided on both sides in the side direction (Y), a first rear panel 118 is provided on the rear side, and a first upper panel is provided on the upper side. A first lower surface panel 119 is provided on the lower side.

The first front panel 112, the first side panel 115, the first rear panel 118, the first upper surface panel, and the first lower surface panel 119 form a first cabinet 110 together to form a first cabinet 110, which has a coupling relationship with each other and has a first internal position. A space is formed in which the interior parts constituting the first processing device 10 such as the drum 12 are provided.

In the first processing device 10, clothes and the like that need to be processed are put into the first cabinet 110 through the clothes opening and housed in the first drum 12, and the first processing device 10 processes washing, drying, and the like. The process takes place.

In FIG. 1, according to an embodiment of the present invention, a clothing opening is provided on the first front panel 112 together with a cabinet door, and the first drum 12 has a first processing device 10 having rotating shafts arranged in the front-rear direction (X). It is shown.

However, the clothing opening does not necessarily have to be provided in the first front panel 112, and may be provided in the first side panel 115, the first upper surface panel, or the like together with the cabinet door. For example, the first processing device 10 may be a front load system or a top load system or the like.

On the other hand, the second processing apparatus 20 includes a second cabinet 120 that forms an appearance, and a second front panel 122 is provided on the front side of the second cabinet 120. A clothing opening communicating with the second drum 22 is formed in the second front panel 122, and the clothing opening is opened and closed by a cabinet door.

Further, the second processing apparatus 20 is provided with a second side surface panel 125 on both sides in the side direction (Y), a second rear surface panel 128 on the rear side, and a second upper surface panel on the upper side. A second bottom panel is provided on the lower side.

The second front panel 122, the second side panel 125, the second rear panel 128, the second upper surface panel, and the second lower surface panel together form the second cabinet 120, have a coupling relationship with each other, and have a second internal relationship. A space is formed in which the interior parts constituting the second processing device 20 such as the drum 22 and the tab 24 are provided.

In the second processing device 20, clothes and the like that need to be processed are put into the second cabinet 120 through the clothes opening and housed in the second drum 22, and the second processing device 20 processes washing, drying, and the like. The process takes place.

In FIG. 1, according to an embodiment of the present invention, a clothing opening is provided on the second front panel 122 together with a cabinet door, and the second drum 22 has a second processing device 20 having rotating shafts arranged in the front-rear direction (X). It is shown.

However, the clothing opening does not necessarily have to be provided in the second front panel 122, and may be provided in the second side panel 125, the first upper panel, or the like together with the cabinet door. For example, the second processing device 20 may be a front load system or a top load system or the like.

For example, the garment pulled in through the first front panel 112 is housed in the first drum 12 and undergoes washing, drying or other processes, and the garment pulled in through the second front panel 122 is the first. 2 Drum 22 is housed for washing, drying or other processing processes.

The first processing device 10 is arranged above the second processing device 20, and thus the second processing device 20 has a structure that supports the first processing device 10 upward. For example, the second upper surface panel of the second processing apparatus 20 can have a structure that directly or indirectly supports the first lower surface panel 119 of the first processing apparatus 10, and the lower portion of the first processing apparatus 10 is the second. Combined with the top of the processing device 20.

In one embodiment of the present invention, the control panel 200 is provided between the first front panel 112 and the second front panel 122. The control panel 200 is provided between the first front panel 112 and the second front panel 122, and is connected to any one of the first processing device 10 and the second processing device 20 by a signal.

The control panel 200 is provided with front portions 210 on the front side and side surface portions 240 on both sides in the lateral direction (Y). The side surface portion 240 includes a first side surface portion 242 on one side in the lateral direction (Y) and a second side surface portion 244 on the other side.

The control panel 200 is provided with an upper surface portion 220 on the upper side and a lower surface portion 230 on the lower side. The front surface portion 210, the side surface portion 240, the upper surface portion 220 and the lower surface portion 230 are connected to each other. For example, the side surface portion 240, the upper surface portion 220, and the lower surface portion 230 have a form extending rearward from the front surface portion 210.

The front surface 210 of the control panel 200 is exposed to the outside and forms the front surface of the garment processing apparatus 1 according to the embodiment of the present invention together with the first front panel 112 and the second front panel 122. The side surface portion 240 of the control panel 200 is exposed to the outside in the lateral direction (Y), and the upper surface portion 220 and the lower surface portion 230 are inserted between the first front panel 112 and the second front panel 122 and are not exposed to the outside.

The control panel 200 is connected to any one of the first processing device 10 and the second processing device 20 by a signal. The control panel 200 includes a display unit indicating the state of the first processing device 10 and / or the second processing device 20 on the front surface portion 210, and inputs an operation command for the first processing device 10 and / or the second processing device 20. Part is included.

An electrical component 224 is provided inside the control panel 200, that is, on the rear surface side of the front surface 210. The electrical component 224 is electrically connected to the first processing device 10 and / or the second processing device 20 to exchange state information or control signals.

For example, the electrical equipment unit 224 includes a control unit of the first processing device 10 and a control unit of the second processing device 20, or includes an integrated control unit that controls both the first processing device 10 and the second processing device 20. Alternatively, the control unit of the first processing device 10 and the panel control unit that is controlledly connected to the control unit of the second processing device 20 are included, or the control unit of the first processing device 10 and the control unit without another control unit are included. It can be controlled by the control unit of the second processing device 20.

A rear surface portion may be provided on the rear side of the control panel 200, or in one embodiment of the present invention, the rear surface of the control panel 200 may be open. The control panel 200 arranged between the first front panel 112 and the second front panel 122 is located below the first processing device 10 or above the second processing device 20.

The control panel 200 is made of an insulating material such as plastic. That is, since the control panel is manufactured to contain an insulating substance, it can be inserted between the first front panel 112 and the second front panel 122 to insulate the first front panel 112 and the second front panel 122 from each other. can.

On the other hand, FIG. 2 shows how the control panel 200 is separated in the garment processing device 1 according to the embodiment of the present invention, and FIG. 3 shows the lower side connected to the lower part of the first processing device 10. The frame 300 is shown, and FIG. 4 shows a perspective view of the lower frame 300.

As shown in FIGS. 2 to 4, in one embodiment of the present invention, the first processing apparatus 10 includes a lower frame 300. The lower frame 300 is coupled to the control panel 200 behind the control panel 200 to fix the control panel 200.

The lower frame 300 is provided to be coupled and fixed to the control panel 200 inserted between the first front panel 112 and the second front panel 122. The lower frame 300 is provided below the first front panel 112 or behind the control panel 200.

The lower frame 300 is coupled to the control panel 200 in a state of being fixed to the first processing device 10. There are various methods of connecting to the control panel 200, and as will be described later, the side surface portion 240 of the control panel 200 is coupled to the side end extension portion 330 of the lower frame 300 to fix the control panel 200.

In one embodiment of the present invention, the first processing device 10 and the second processing device 20 are both provided so that the user can perform an efficient garment processing process, and the first processing device 10 and the second processing device 20 are efficient. One control panel 200 for operation is arranged between the first front panel 112 and the second front panel 122 to improve usability.

Further, in order to ensure that the control panel 200 provided between the first front panel 112 and the second front panel 122 is stably fixed and used in this way, the control panel 200 is placed below the first processing device 10. A lower frame 300 arranged at the rear is provided, and by connecting the lower frame 300 and the control panel 200, the control panel 200 can be effectively and stably connected and fixed.

With reference to FIG. 3, in one embodiment of the present invention, the lower frame 300 is coupled to a first side panel 115 whose sides face each other in the lateral direction (Y).

In the present invention, the front-rear direction (X), the side direction (Y), and the vertical direction (Z) of each configuration are defined side by side. For example, the front-rear direction (X) of the first processing device 10 is defined to be the same as the front-rear direction (X) of the second processing device 20, the control panel 200, the lower frame 300, etc. Z) is also defined in the same way.

Both sides of the lower frame 300 in the lateral direction (Y) are coupled to the first side panel 115. The lower frame 300 is provided in the lower part on the front side of the first processing device 10, and both sides in the lateral direction (Y) face the first side panel 115 rearward.

The first side surface panel 115 includes a front end bending portion 116 extending from the front end, and the lower frame 300 is coupled to the front end bending portion 116 of the first side surface panel 115, as will be described later. As the coupling method, various methods such as screw coupling, rivet coupling, and fitting coupling are used.

In one embodiment of the present invention, the lower frame 300 is coupled to the first side panel 115 on both sides in the lateral direction (Y), and the control panel 200 arranged in front is coupled to the lower frame 300. The control panel 200 connected together with the first processing device 10 and the second processing device 20 between the first front panel 112 and the second front panel 122 can have a stable fixed structure.

On the other hand, referring to FIG. 4, in one embodiment of the present invention, the lower frame 300 includes a main frame surface 310. The main frame surface 310 extends along the side direction (Y) of the first processing device 10 and partitions the inside of the first processing device 10 and the control panel 200.

Specifically, the main frame surface 310 of the lower frame 300 is arranged side by side with the front surface 210 of the control panel 200. The main frame surface 310 extends laterally (Y) and both ends are coupled to the first side panel 115.

The main frame surface 310 is arranged between the inside of the first processing device 10 and the inside of the control panel 200 to partition the two. Various interior parts are provided in the first treatment device 10, and a large amount of water or a high-temperature airflow exists as necessary. However, unintended water leakage occurs in the process of using the first treatment device 10, or the airflow Affects can be affected.

As a result, in one embodiment of the present invention, the lower frame 300 includes the control panel 200 and the main frame surface 310 for partitioning the inside of the first processing device 10, so that the water and temperature existing in the first processing device 10 are provided. The effect of changes on the control panel 200 can be minimized.

The main frame surface 310 has various shapes as needed, and as will be described later, a space for arranging the interior parts of the first processing device 10 including the convex portion 316 is secured, and the control panel 200 and the first processing device It is possible to effectively partition between the interiors of the ten.

On the other hand, in one embodiment of the present invention, the mainframe surface 310 is provided with a connecting hole 312 through which a signal connecting line 314 connecting the first processing device 10 and the control panel 200 with a signal passes.

The above-mentioned electrical component 224 is provided in the control panel 200, and the electrical component 224 is connected to a sensor, a motor, a control unit of the first processing device 10, or the like provided in the first processing device 10.

For this purpose, a signal connecting line 314 extends from the inside of the first processing device 10 to the electrical component 224 of the control panel 200, and the component of the first processing device 10 and the control panel 200 are connected by a signal by the signal connecting line 314. NS.

On the other hand, since the control panel 200 is fixed by the lower frame 300 and the lower frame 300 includes the main frame surface 310 that partitions the inside of the control panel 200 and the first processing device 10, the main frame surface 310 has a signal connecting line. A connecting hole 312 through which 314 passes is provided.

The signal connecting line 314 has various forms. For example, the signal connecting line 314 includes a connecting jack or a connecting pot, penetrates the connecting hole 312, and is connected to the electrical component 224.

The positions and shapes of the connecting holes 312 are also various. FIG. 5 shows a front view of the lower frame 300 according to an embodiment of the present invention. With reference to FIG. 5, the connecting hole 312 is provided on one side of the main frame surface 310 in the lateral direction (Y). The signal connecting line 314 is provided on the lower side of one side and is effectively connected to the electrical component 224.

On the other hand, FIG. 6 shows a side view of the lower frame 300 according to an embodiment of the present invention. With reference to FIGS. 4 to 6, in one embodiment of the present invention, the lower frame 300 further includes an upper end extension 320 and an upper coupling 350.

The upper end extension 320 extends forward from above the main frame surface 310, and the upper coupling 350 projects upward from the upper extension 320 and is coupled to the lower part of the first front panel 112.

The upper end extension portion 320 extends forward from the upper side of the main frame surface 310 and is located below the first front panel 112. The upper end extension portion 320 extends along the lateral direction (Y) like the main frame surface 310, and extends forward from the main frame surface 310.

The upper coupling portion 350 is provided on the upper end extension portion 320. The upper coupling portion 350 projects upward from the upper end extension portion 320 located below the first front panel 112 and is coupled to the lower portion of the first front panel 112.

The number, position, and shape of the upper coupling portion 350 and the coupling method with the first front panel 112 are various as needed. For example, in one embodiment of the present invention, the first front panel 112 includes a lower end bent portion 113, and the upper coupling portion 350 includes a panel insertion portion 353 inserted into the lower end bent portion 113.

Specifically, the first front panel 112 includes a lower end bent portion 113 extending rearward from the lower end. The lower end bent portion 113 is bent at the lower end of the front surface of the first front panel 112.

The lower end bending portion 113 is provided side by side with the upper end extending portion 320, and the upper connecting portion 350 includes a panel insertion portion 353 that projects toward the lower end bending portion 113 and penetrates the lower end bending portion 113.

The panel insertion portion 353 penetrates the lower end bent portion 113 of the first front panel 112 and is inserted into the lower part of the first front panel 112. The upper coupling portion 350 is coupled to the first front panel 112 by inserting the panel insertion portion 353 into the lower end bending portion 113.

In one embodiment of the present invention, the lower frame 300 is coupled and fixed to the first side panel 115, coupled to the front control panel 200 to fix the control panel 200, and the first via the upper end extension 320. By supporting the first front panel 112 in combination with the front panel 112, the structural stability of the garment processing apparatus 1 according to the embodiment of the present invention is effectively improved.

FIG. 7 shows a state in which the panel insertion portion 353 is inserted into the lower end bending portion 113 of the first front panel 112 according to an embodiment of the present invention, and FIG. 8 shows the lower frame 300, the control panel 200, and the control panel 200. A cross-sectional view showing a state in which the first front panels 112 are fastened to each other is shown.

With reference to FIGS. 6 to 8, in one embodiment of the present invention, at least a part of the panel insertion portion 353 is inclined and extends so that the upper end is located in front of the lower end.

That is, the panel insertion portion 353 is provided so as to be inclined forward as it approaches the upper portion. The inclined portion of the panel insertion portion 353 is formed in the whole or only a part of the panel insertion portion 353.

The panel insertion portion 353 is inclined and extends so that the upper end is provided close to the front side, whereby the lower end bending portion 113 of the first front panel 112 moves from the front to the rear, facilitating the insertion of the panel insertion portion 353. , The fixing force of the first front panel 112 into which the panel insertion portion 353 is inserted is strengthened.

On the other hand, referring to FIGS. 6 and 8, in one embodiment of the present invention, the upper end extension portion 320 is separated downward from the first front panel 112, and the upper joint portion 350 further includes an ascending extension portion 354. The ascending extension portion 354 extends from the upper end extension portion 320 toward the lower end bending portion 113. Further, the panel insertion portion 353 is provided at the upper end of the ascending extension portion 354 and penetrates the lower end bending portion 113.

The first front panel 112, for example, the lower end bent portion 113 and the upper end extension portion 320 of the first front panel 112 are separated from each other. The upper surface portion 220 of the control panel 200 is inserted between the upper end extension portion 320 and the first front panel 112.

The upper coupling portion 350 includes an ascending extension portion 354 extending upward from the upper end extension portion 320, and a panel inserting portion 353 extending upward from the ascending extension portion 354 is inserted into the first front panel 112.

The upper fastening portion includes a first upper fastening portion and a second upper fastening portion. The ascending extension portion 354 is included in the first upper fastening portion. That is, in the first upper fastening portion, the ascending extension portion 354 extending from the upper end extension portion 320 extends to the lower end bending portion 113 of the first front panel 112, and the panel insertion portion 353 is provided at the upper end of the ascending extension portion 354 to provide the lower end bending portion. It penetrates 113 and is inserted into the first front panel 112.

The shape and extension direction of the ascending extension portion 354 are various, and FIG. 4 shows a plate-shaped panel insertion portion extending forwardly at the upper end of the ascending extension portion 354 provided in a plate shape according to an embodiment of the present invention. It is shown that the 353 is provided.

On the other hand, in one embodiment of the present invention, the upper coupling portion 350 includes the upper supporting portion 356, and the panel insertion portion 353 may be provided in the upper supporting portion 356. For example, in one embodiment of the present invention, the upper coupling portion 350 includes a second upper coupling portion 352, the second upper coupling portion 352 includes an upper support portion 356, and the upper support portion 356 is provided with a panel insertion portion 353. ..

Specifically, the upper support portion 356 is provided on the upper end extension portion 320 to support the lower end bending portion 113. That is, the upper end of the upper support portion 356 is in contact with the lower end bent portion 113, and the lower end bent portion 113 is supported upward.

The upper support portion 356 has a surface for supporting the lower end bent portion 113, or is provided in a protruding form and comes into contact with the lower end bent portion 113.

When the upper support portion 356 is provided on the upper joint portion 350, for example, in the case of the second upper joint portion 352 including the upper support portion 356, the panel insertion portion 353 is provided on the upper support portion 356 and the lower end bending portion 113. Penetrate.

That is, the second upper joint portion 352 is provided so that the upper support portion 356 is in contact with the lower end bending portion 113 at the upper end extension portion 320, and the panel insertion portion 353 projects upward to the upper support portion 356 in contact with the lower end bending portion 113. It is provided so as to penetrate the lower end bent portion 113.

As described above, in one embodiment of the present invention, the upper coupling portion 350 is provided so as to include the upper supporting portion 356 that supports the lower end bending portion 113, and the lower portion of the first front panel 112 is upward by the lower frame 300. It is supported by and structurally stable.

On the other hand, as shown in FIG. 6, the upper support portion 356 is separated upward from the upper end extension portion 320, includes an upper support surface 357 provided side by side with the lower end bending portion 113 and supporting the lower end bending portion 113, and the panel is inserted. The portion 353 extends from the upper support surface 357.

The upper support surface 357 is provided side by side with the lower end bending portion 113, and is also provided side by side with the upper end extension portion 320. That is, the upper support surface 357 is provided in a form offset upward from the upper end extension portion 320.

The upper support surface 357 is preferably in surface contact with the lower surface of the lower end bent portion 113 to support the first front panel 112.

Further, in one embodiment of the present invention, the upper support portion 356 further includes an upper connecting portion 358 connecting the upper support surface 357 and the upper end extension portion 320, and the panel insertion portion 353 is provided at the front end portion of the upper support surface 357. At least part of it is tilted and extended so that the upper end is located in front of the lower end.

The upper support surface 357 is formed in a plate shape and is provided side by side with the lower end bending portion 113, and has a connecting relationship with the upper end extension portion 320 by the upper connecting portion 358. That is, the upper support surface 357 of the upper support portion 356 is connected to the upper end extension portion 320 by the upper connecting portion 358.

The upper connecting portion 358 is provided in various shapes, and in FIGS. 5 and 6, the upper connecting portion 358 is provided in a substantially plate shape according to an embodiment of the present invention, and the upper end extends from any one side of the upper support surface 357. A form extending toward the portion 320 is shown.

On the other hand, in the case of the second upper joint portion 352 having the upper support portion 356, the panel insertion portion 353 extends upward from the front end of the upper support surface 357, that is, the front side. As a result, the first front panel 112 is supported on the upper support surface 357 while moving rearward on the upper side of the lower frame 300, and the panel insertion portion 353 penetrates the lower end bending portion 113 and is joined.

Further, the upper connecting portion 358 is provided on both side surfaces and the rear end side side of the upper supporting surface 357, respectively, and stably fixes the upper supporting surface 357 to the upper end extension portion 320.

In one embodiment of the present invention, the upper coupling portion 350 includes a first upper coupling portion 351 having an ascending extension portion 354 and coupling to the first front panel 112, and an upper supporting portion 356, and includes a first front panel. By including the second upper coupling portion 352 that supports and fixes the 112, the coupling strength and the supporting strength between the first front panel 112 and the lower frame 300 can be efficiently determined. The number and position of the first upper coupling portion 351 and the second upper coupling portion 352 may vary as needed.

In FIG. 4, according to an embodiment of the present invention, the first upper coupling portion 351 is provided on both sides of the upper end extension portion 320 in the lateral direction (Y), and the second upper coupling portion 352 is provided on the center side of the upper end extension portion 320. The state of being provided is shown.

On the other hand, FIG. 9 shows the control panel 200 separated forward from the lower frame 300, and FIG. 10 shows how the lower frame 300 and the control panel 200 of FIG. 9 are connected to each other. There is.

With reference to FIGS. 9 and 10, in the garment processing apparatus 1 according to the embodiment of the present invention, the lower frame 300 includes the side end extension portion 330, and the side end extension portions 330 are forward on both sides of the lower frame 300, respectively. Extends to and is coupled to the control panel 200.

As described above, the lower frame 300 has a control panel 200 and a main frame surface 310 that partitions the inside of the first processing apparatus 10, and an upper end extension 320 is provided to support and fix the lower portion of the first front panel 112. It will be provided.

Further, in one embodiment of the present invention, the lower frame 300 is placed on the upper side of the first front panel 112 by providing the side end extension portions 330 extending forward from both sides in the side direction (Y) of the main frame surface 310. At the same time, it can be coupled with the front control panel 200 via the side end extension portion 330 to realize efficient space utilization and coupling structure.

The side end extension portion 330 is a first side end extension portion 332 provided on one side of the lower frame 300 in the side direction (Y) and a second side end provided on the other side of the lower frame 300 in the side direction (Y). Includes extension 334.

Further, the first side end extension portion 332 includes a hook insertion portion 336 into which the side hook 246 provided on the control panel 200 is inserted, and the second side end extension portion 334 is coupled to a penetrating member 248 penetrating the control panel 200. Includes a through-joint portion 338.

FIG. 9 shows a second side end extension portion 334 including a through joint portion 338 to which the through member 248 is coupled, and FIG. 11 shows a first side end extension portion 332 provided with a hook insertion portion 336. The view from the rear is shown.

The first side end extension portion 332 includes a hook insertion portion 336 into which the side hook 246 provided on the control panel 200 is inserted. The control panel 200 includes a first side surface portion 242 on one side in the lateral direction (Y), and a side surface hook 246 is provided inside the first side surface portion 242.

Specifically, the first side end extension portion 332 is provided on one side of the main frame surface 310 in the lateral direction (Y) so as to face the inner side surface of the first side surface portion 242, and the side hook 246 is provided. It is provided between the first side surface portion 242 and the first side end extension portion 332.

The side hook 246 projects toward the first side end extension portion 332 and is inserted into the hook insertion portion 336 of the first side end extension portion 332 to fix the control panel 200 to the lower frame 300.

The side hook 246 projects from one side (Y) of the control panel 200 toward the other side and is inserted into the first side end extension portion 332 of the lower frame 300.

On the other hand, in one embodiment of the present invention, the control panel 200 further includes a hook extension portion 247. FIG. 13 shows a hook extension portion 247 and a side hook 246 provided in the first side surface portion 242 of the control panel 200.

The hook extension 247 extends rearward from the front surface 210, is located between the first side surface 242 and the first side end extension 332, is separated from the first side surface 242, and has a side hook 246 at the extended end. Is provided.

The hook extension portion 247 extends rearward from the rear surface of the front surface portion 210 of the control panel 200, and faces the inner side surface of the first side surface portion 242, that is, the other side of the control panel 200 in the lateral direction (Y) at the first side surface portion 242. It is provided apart from one side.

The side hook 246 and the hook extension 247 are provided between the first side surface 242 of the control panel 200 and the first side end extension 332 of the lower frame 300, and the side hook 246 is a hook separated from the first side surface 242. By being provided at the end of the extension portion 247, the hook extension portion 247 is bent and deformed so that the side hook 246 is inserted into the hook insertion portion 336 in the process of inserting the control panel 200.

For example, when the hook extension portion 247 is in close contact with the first side surface portion 242 or the side surface hook 246 is provided on the inner side surface of the first side surface portion 242, the side surface hook 246 is set to the first side end in the process of inserting the control panel 200. In the process of reaching the hook insertion portion 336 of the extension portion 332, the first side surface portion 242 of the control panel 200 itself is deformed, causing inconvenience or damage to the coupling.

However, in one embodiment of the present invention, the side hook 246 is provided on the hook extension portion 247 separated from the first side surface portion 242, so that the hook extension portion 247 is provided in the process of connecting the control panel 200 and the lower frame 300. Partially bent and the side hook 246 moves towards the hook insertion portion 336, allowing for effective coupling.

On the other hand, the control panel 200 is provided with a second side surface portion 244 on the other side in the side direction (Y), and the side end extension portion 330 further includes a second side end extension portion 334. The second side end extension portion 334 is provided on the other side of the main frame surface 310 in the lateral direction (Y) and faces the inner side surface of the second side surface portion 244.

The second side surface portion 244 of the control panel 200 is penetrated by the penetrating member 248, and the second side end extension portion 334 of the lower frame 300 located on the inner surface side of the second side surface portion 244 is a penetrating connecting portion to which the penetrating member 248 is connected. 338 is included.

The penetrating coupling portion 338 is penetrated by the penetrating member 248 like the second side surface portion 244, or the penetrating member 248 penetrating the second side surface portion 244 is inserted and connected. The penetrating member 248 has various forms such as a screw form or a rivet form.

In one embodiment of the present invention, the first side end extension portion 332 of the lower frame 300 is coupled to the first side surface portion 242 of the control panel 200 via the hook insertion portion 336, and the second side of the lower frame 300 is connected. By connecting the end extension portion 334 to the second side surface portion 244 of the control panel 200 via the through-joint portion 338, the efficiency of assembly is improved and a structure excellent in coupling stability is realized.

For example, when both the first side end extension portion 332 and the second side end extension portion 334 of the lower frame 300 are hooked to the control panel 200 via the hook insertion portion 336, the connection using the penetrating member 248 is used. In comparison, the coupling stability is low, which is disadvantageous for separating the control panel 200 when necessary.

Further, when the first side end extension portion 332 and the second side end extension portion 334 of the lower frame 300 are both connected to the control panel 200 by using the penetrating member 248, the control panel 200 is suitable for the lower frame 300. There is no means to be fixed in a proper joint position, and the process and configuration required for the assembly process are added, which is disadvantageous.

Thereby, in one embodiment of the present invention, the first side surface portion 242 of the control panel 200 and the first side end extension portion 332 of the lower frame 300 are connected to each other via the side hook 246 and the hook insertion portion 336. As a result, the position of the control panel 200 can be effectively fixed at the initial stage of joining the control panel 200.

Further, since the second side surface portion 244 of the control panel 200 and the second side end extension portion 334 of the lower frame 300 are penetratingly connected to each other via the penetrating member 248 and the penetrating connecting portion 338, the coupling and separation are easy. Yes, a stable bond structure can be maintained.

With reference to FIGS. 4 to 8 again, in one embodiment of the present invention, the main frame surface 310 of the lower frame 300 is provided with a convex shape on the front surface and a concave shape on the rear surface, and a space behind the main frame surface 310. The convex portion 316 on which the is formed is provided.

The convex portion 316 has a form in which the convex portion 316 is aligned in the longitudinal direction of the main frame surface 310 and extends along the lateral direction (Y) of the lower frame 300. Further, since the front surface of the convex portion 316 is provided in a convex shape and the rear surface is provided in a concave shape, a space is secured behind the convex portion 316 so that the convex portion 316 does not interfere with the components in the first processing device 10.

FIG. 8 shows that the base cabinet 15 of the first processing device 10 is provided behind the main frame surface 310 of the lower frame 300 according to an embodiment of the present invention. In FIG. 8, the convex portion 316 of the main frame surface 310 is bent so as to correspond to the base cabinet 15, and the base cabinet 15 can be provided without interference between the base cabinet 15 located at the rear and the lower frame 300. It is shown that the space to be provided is secured. The base cabinet 15 corresponds to the first lower surface panel of the first processing device 10, or is provided on the first lower surface panel.

The convex portion 316 is formed including the upper side of the main frame surface 310, and the upper end extension portion 320 extends from the convex portion 316. That is, the convex portion 316 has a shape in which the space on the rear surface side is open upward.

The convex portion 316 extends downward from the upper end of the main frame surface 310 and extends along the lateral direction (Y). The connecting hole 312 is provided on the convex portion 316 or is positioned so as to avoid the convex portion 316.

Since the lower frame 300 has a convex portion 316 formed including the upper end of the main frame surface 310 and the rear space is open upward, an arrangement space such as a base cabinet 15 located behind the lower frame 300 is provided. Can be effectively secured, and the supporting strength of the first front panel 112 supported by the upper end extension portion 320 is effectively improved.

On the other hand, FIG. 12 shows a state in which the control panel 200 is viewed from above, FIG. 13 shows a state in which the lower surface portion 230 of the control panel 200 is viewed from the rear, and FIG. A cross section of the control panel 200 to be coupled to the front panel 112 and the second front panel 122 is shown.

With reference to FIGS. 12 to 14, in the garment processing apparatus 1 according to the embodiment of the present invention, the upper part of the control panel 200 is connected to the lower part of the first front panel 112, and the lower part is connected to the upper part of the second front panel 122. Combined and fixed.

For example, in the control panel 200, the upper surface 220 is connected to the lower part of the first front panel 112, and the lower surface 230 of the control panel 200 is connected to the upper part of the second front panel 122. As described above, in the control panel 200, the side surface portion 240 is coupled to the lower frame 300, and at the same time, the upper surface portion 220 and the lower surface portion 230 are coupled to the first front panel 112 or the second front panel 122, respectively. A stable bond structure can be formed.

There are various methods in which the control panel 200 is coupled to the first front panel 112 and the second front panel 122. For example, the control panel 200 moves from the front to the rear of the lower frame 300 and is inserted between the first front panel 112 and the second front panel 122, and in the process of inserting the control panel 200, the upper surface portion is described later. The panel fastening portion 260 provided on the 220 and the lower surface portion 230 is coupled to the first front panel 112 and the second front panel 122.

With reference to FIG. 14, in one embodiment of the present invention, the second front panel 122 includes an upper end bent portion 123 extending rearward from the upper end of the front surface. The upper end bent portion 123 is formed by being bent from the front surface of the second front panel 122.

The upper portion of the control panel 200 is coupled to the lower end bent portion 113 of the first front panel 112, and the lower portion is coupled to the upper end bent portion 123 of the second front panel 122. Specifically, the control panel 200 inserted between the first front panel 112 and the second front panel 122 is provided so that the upper portion, that is, the upper surface portion 220 faces the lower end bent portion 113 of the first front panel 112. The lower portion, that is, the lower surface portion 230 is provided so as to face the upper end bent portion 123 of the second front panel 122.

The upper surface 220 of the control panel 200 is provided side by side with the lower end bent portion 113 of the first front panel 112, and the lower surface portion 230 of the control panel 200 is provided side by side with the upper end bent portion 123 of the second front panel 122. Further, the lower end bent portion 113 of the first front panel 112 and the upper end bent portion 123 of the second front panel 122 are also provided side by side.

In the process of inserting the control panel 200, the upper surface portion 220 provided on the upper side of the control panel 200 is coupled to the lower end bending portion 113 of the first front panel 112, and the lower surface portion 230 provided on the lower side of the control panel 200 is the first. 2 It is coupled to the upper end bent portion 123 of the front panel 122.

On the other hand, FIG. 12 shows a panel fastening portion 260 provided on the upper surface portion 220 of the control panel 200, and FIG. 13 shows a panel fastening portion 260 provided on the lower surface portion 230 of the control panel 200. With reference to FIGS. 12 and 13, the upper surface portion 220 and the lower surface portion 230 include a panel fastening portion 260 that is inserted and connected to the lower end bending portion 113 or the upper end bending portion 123, respectively.

The panel fastening portion 260 is provided in a hook type and can be connected to the lower end bending portion 113 or the upper end bending portion 123, is provided in a protrusion form, is inserted into the lower end bending portion 113 or the upper end bending portion 123, and is coupled. You can also do it.

In FIGS. 12 and 13, as shown in FIG. 14, in one embodiment of the present invention, the lower end bent portion 113 of the first front panel 112 and the upper end bent portion 123 of the second front panel 122 are inserted and coupled to each other. The panel fastening portion 260 is shown. The number, position and shape of the panel fastenings 260 may vary as needed.

On the other hand, in one embodiment of the present invention, the upper surface portion 220 and the lower surface portion 230 each have an opening 262 opened in the vertical direction (Z) and a fastening elastic portion 265 extending from the inner side surface of the opening 262 and crossing the opening 262. include. Each panel fastening portion 260 of the upper surface portion 220 and the lower surface portion 230 is provided on the fastening elastic portion 265.

Specifically, the upper surface portion 220 is provided with an upper surface opening 263, and the lower surface portion 230 is provided with a lower surface opening 264. The upper surface opening 263 and the lower surface opening 264 each have a shape that is open in the vertical direction (Z), and are provided so as to penetrate the upper surface portion 220 or the lower surface portion 230.

The fastening elastic portion 265 includes an upper surface fastening elastic portion 266 provided on the upper surface portion 220 and a lower surface fastening elastic portion 267 provided on the lower surface portion 230. The upper surface fastening elastic portion 266 is provided so as to cross the upper surface opening 263 of the upper surface portion 220, and the lower surface fastening elastic portion 267 is provided so as to cross the lower surface opening 264 of the lower surface portion 230.

The fastening elastic portion 265 can extend side by side from the inner side surface of each opening 262 to the upper surface portion 220 or the lower surface portion 230. For example, the fastening elastic portion 265 extends from one side of the inner surface of the opening 262 and is connected to the other side of the inner surface of the opening 262.

That is, the fastening elastic portion 265 is provided on the opening 262, both ends thereof are connected to the upper surface portion 220 or the lower surface portion 230 of the control panel 200 in the longitudinal direction, and the remaining portion is separated from the upper surface portion 220 or the lower surface portion 230. Has a morphology.

Each of the openings 262 has a form extending side by side in the longitudinal direction of the fastening elastic portion 265, and at least a part thereof is shielded in the vertical direction (Z) by the fastening elastic portion 265.

For example, the fastening elastic portion 265 can be formed by incising both sides of the fastening elastic portion 220 or the lower surface portion 230 from the upper surface portion 220 along the longitudinal direction of the fastening elastic portion 265. As a result, both ends of the fastening elastic portion 265 connected to the inner side surface of the opening 262 are fixed, and the central side is separated from the upper surface portion 220 or the lower surface portion 230 and elastically deformed.

In one embodiment of the present invention, by providing the panel fastening portion 260 on the fastening elastic portion 265, each panel fastening portion 260 is formed at the lower end bending portion 113 or the first front panel 112 in the process of inserting the control panel 200. 2 The fastening elastic portion 265 is deformed in the process of moving toward the upper end bending portion 123 of the front panel 122, and the fastening elastic portion 265 is restored while the panel fastening portion 260 reaches each coupling point to form a coupling structure. ..

FIG. 12 shows an upper surface opening 263 and an upper surface fastening elastic portion 266 provided on the upper surface portion 220 of the control panel 200, and FIG. 13 shows a lower surface opening 264 and a lower surface fastening elastic portion provided on the lower surface portion 230 of the control panel 200. Section 267 is shown.

Note that FIG. 12 shows a panel support portion 268 provided on the upper surface portion 220 of the control panel 200 according to an embodiment of the present invention, and FIG. 15 shows the panel support portion 268 bent at the lower end of the first front panel 112. It is shown that the portion 113 is supported from below.

Specifically, the panel support portion 268 is distinguished from the panel fastening portion 260, and the upper end portion supports the lower end bent portion 113 of the first front panel 112 from below to above. The number and shape of the panel support portions 268 vary, and have an upper surface having a surface aligned with the lower end bent portion 113.

The panel support portion 268 is projected upward from the upper surface portion 220 of the control panel 200 like the panel fastening portion 260, but unlike the panel fastening portion 260 that penetrates the lower end bending portion 113, the panel support portion 268 is the lower end. The lower end bent portion 113 is supported in contact with the lower surface of the bent portion 113. The panel support portion 268 has a protruding shape like the panel fastening portion 260.

In one embodiment of the present invention, the upper surface portion 220 of the control panel 200 is provided with the panel support portion 268 that supports the lower portion of the first front panel 112, so that the first front panel 112 is stably supported and further. Since the panel support portion 268 of the control panel 200 supports the first front panel 112 together with the upper support portion 356 of the lower frame 300, structural stability is improved.

On the other hand, in one embodiment of the present invention, the panel fastening portion 260 is provided so that the protruding height is higher than the protruding height of the panel supporting portion 268. As a result, the lower end bent portion 113 has a flat surface as a whole, the panel fastening portion 260 is inserted into the lower end bent portion 113 of the first front panel 112, and the panel support portion 268 supports the lower end bent portion 113. It will be embodied.

With reference to FIGS. 9 and 10 again, in one embodiment of the present invention, the upper surface 220 of the control panel 200 has a joint accommodating groove 269 into which the upper coupling 350 of the lower frame 300 is inserted and accommodated.

Specifically, in one embodiment of the present invention, the upper surface portion 220 of the control panel 200 is inserted between the lower end bending portion 113 and the upper end extension portion 320, and as described above, the upper end extension portion 320 projects upward. The upper joint portion 350 inserted into the lower end bending portion 113 is included.

Further, the upper surface portion 220 includes a joint portion accommodating groove 269 which is opened rearward and the upper joint portion 350 is inserted from the rear.

The joint portion accommodating groove 269 has a shape extending in the front-rear direction (X) in consideration of the insertion direction of the control panel 200, is provided wider than the upper joint portion 350, and the rear end portion is provided in the upper joint portion 350. The upper coupling portion 350 is inserted inward through the rear end which is arranged so as to face each other and is opened rearward.

That is, in the process in which the control panel 200 moves from the front to the rear of the lower frame 300 and is inserted, the upper coupling portion 350 of the lower frame 300 moves from the rear to the front of the coupling portion accommodating groove 269 and is coupled. It is inserted into the part accommodating groove 269.

As a result, the lower frame 300 is provided with an upper end extension portion 320 having an upper coupling portion 350 that is coupled to the first front panel 112 and supports the first front panel 112, and the upper end extension portion 320 and the first front panel 112 are provided with the upper end extension portion 320. Even in a structure in which the upper surface portion 220 of the control panel 200 is inserted between the lower end bending portions 113, the upper coupling portion 350 projecting from the upper end extension portion 320 of the lower frame 300 toward the lower end bending portion 113 by the joint portion accommodating groove 269. Can be located without structural interference, and the control panel 200 also has an upper surface 220 inserted between the first front panel 112 and the upper end extension 320 of the lower frame 300 without interference by the upper coupling 350. be able to.

On the other hand, FIG. 13 shows an electrical coupling portion 228 protruding downward from the inner surface of the upper surface portion 220 of the control panel 200, and FIG. 14 schematically shows the electrical coupling portion 224 and the electrical coupling portion 228. There is.

With reference to FIGS. 13 and 14, in one embodiment of the present invention, the control panel 200 further includes an electrical coupling portion 224 and an electrical coupling portion 228, and the upper end extension portion 320 of the lower frame 300 is inserted with the electrical coupling portion 228. Includes a front containment groove 324 to be accommodated.

The electrical coupling portion 228 projects downward from the inner side surface of the upper surface portion 220 and is coupled to the electrical coupling portion 224 in the control panel 200. A plurality of electrical coupling portions 228 are provided and have a protruding shape as shown in FIG. 13, and are inserted into a groove provided in the electrical component portion 224, or as shown in FIG. 14, the rear surface of the electrical component portion 224. Is provided to support from behind.

On the other hand, the upper end extension 320 of the lower frame 300 is located below the upper surface 220 of the control panel 200, whereby the electrical coupling portion 228 is in contact with the front end of the upper end extension 320 during the insertion process of the control panel 200. The movement of the panel 200 can be interfered with.

As a result, in one embodiment of the present invention, a front accommodating groove 324 in which the electrical coupling portion 228 is inserted and accommodated is formed at the front end portion of the upper end extension portion 320.

The front accommodating groove 324 is provided so as to face the electrical coupling portion 228. That is, the front accommodating groove 324 is located behind the electrical coupling portion 228. The front accommodating groove 324 extends in the front-rear direction (X) in consideration of the coupling direction of the control panel 200, and the front end is opened forward.

In the process of inserting the control panel 200 between the first front panel 112 and the second front panel 122, the electrical coupling portion 228 is inserted into the front accommodating groove 324 via the open front end of the anterior accommodating groove 324. FIG. 9 shows a front accommodating groove 324 provided in the upper end extension portion 320 of the lower frame 300.

On the other hand, as shown in FIG. 14, in one embodiment of the present invention, the upper surface portion 220 of the control panel 200 is provided with a length extending rearward from the front surface portion 210 shorter than the lower surface portion 230, and the lower frame 300 It is possible to prevent interference with the upper end extension portion 320 of the.

As described above, the upper surface 220 of the control panel 200 is arranged adjacent to the upper end extension 320 of the lower frame 300 in the vertical direction (Z), and the upper end extension 320 of the lower frame 300 is the first front panel. The upper coupling portion 350 to be coupled to 112 is provided, and the upper surface portion 220 of the control panel 200 has an electrical coupling portion 228.

Thus, the upper end extension 320 of the lower frame 300 and the upper surface 220 of the control panel 200 include configurations for coupling and support, respectively, in relation to each other or in relation to the first front panel 112. This leaves room for structural interference between each other.

In consideration of the above structural features, in one embodiment of the present invention, the upper surface portion 220 of the control panel 200 is formed shorter than the lower surface portion 230, so that the upper end extension portion 320 of the lower frame 300 is formed. It is possible to prevent structural interference between them and effectively improve the degree of structural freedom between them.

On the other hand, as described above, the upper surface portion 220 of the control panel 200 is provided with the upper surface opening 263 and the upper surface fastening elastic portion 266, and the lower surface portion 230 of the control panel 200 is provided with the lower surface opening 264 and the lower surface fastening elastic portion 267. ..

Further, referring to FIGS. 12 and 13, in one embodiment of the present invention, the upper surface fastening elastic portion 266 is provided so as to cross the upper surface opening 263 along the side direction (Y) of the control panel 200, and the lower surface fastening elastic portion 266 is provided. The portion 267 is provided so as to cross the lower surface opening 264 along the front-rear direction (X) of the control panel 200.

That is, the upper surface fastening elastic portion 266 extends along the side direction (Y) of the control panel 200, and the lower surface fastening elastic portion 267 extends along the front-rear direction (X) of the control panel 200. The upper surface opening 263 also extends in the lateral direction (Y) like the upper surface fastening elastic portion 266, and the lower surface opening 264 extends in the front-rear direction (X) like the lower surface fastening elastic portion 267.

As described above, at least a part of the upper end extension portion 320 of the lower frame 300 overlaps with the upper surface portion 220 of the control panel 200 and has a coupling relationship with the first front panel 112 and the like. The 220 is provided so that the length extending from the front surface 210 is shorter than that of the lower surface 230 in order to minimize structural interference with the upper end extension 320.

As a result, the upper surface fastening elastic portion 266 provided on the upper surface portion 220 is disadvantageous in extending in the front-rear direction (X) due to the short length of the upper surface portion 220, and thus the upper surface fastening elastic portion 266 is in the lateral direction of the control panel 200 ( Extend to Y). The upper surface opening 263 also extends in the lateral direction (Y) like the upper surface fastening elastic portion 266.

Further, in relation to the upper surface portion 220, due to the characteristics of the lower surface portion 230 having a longer extension length, the lower surface fastening elastic portion 267 provided on the lower surface portion 230 is different from the upper surface fastening elastic portion 266 in the front-rear direction (X). The lower surface opening 264 also extends in the front-rear direction (X) like the lower surface fastening elastic portion 267. The panel fastening portion 260 projects upward from the upper surface fastening elastic portion 266 and downwards from the lower surface fastening elastic portion.

On the other hand, referring to FIG. 12 again, the garment processing device 1 according to the embodiment of the present invention is provided with a drainage flow path 270 extending in the lateral direction (Y) on the upper surface portion 220 of the control panel 200.

The drainage channel 270 extends in the lateral direction (Y) at the upper surface portion 220, and the water falling on the upper surface portion 220 flows in the lateral direction (Y) along the drainage channel 270 and is drained.

Specifically, as described above, the first treatment device 10 and the second treatment device 20 can have water inside like a washing machine or a condensing dryer, and the other first treatment device 10 Water can leak depending on the operational status of.

Water falls along the first treatment device 10 or is otherwise provided on the control panel 200. As described above, the control panel 200 is provided with a display unit and an operation unit in front, and an electrical component unit 224 is provided inside. Therefore, it is necessary to prevent the water existing on the control panel 200 from flowing into the control panel 200 or flowing along the front surface portion 210.

As a result, in one embodiment of the present invention, the drainage flow path 270 is formed in the upper surface portion 220 of the control panel 200, and the water provided to the upper surface portion 220 of the control panel 200 via the drainage flow path 270 is supplied to the control panel. It is possible to minimize the inflow into the front portion 210 or the inside of the 200.

Further, since the control panel 200 is located below the first front panel 112, the present invention considers a situation in which water flowing downward along the first front panel 112 falls on the upper surface 220 of the control panel 200. In one embodiment, the drainage channel 270 is formed on the upper surface 220 of the control panel 200.

The drainage channel 270 is provided in various shapes and is formed in various forms as needed. FIG. 12 shows a state in which a drainage flow path 270 opened upward is provided on the upper surface portion 220 according to an embodiment of the present invention.

The drainage channel 270 extends along the lateral direction (Y) of the control panel 200. As a result, the water that falls on the upper surface portion 220 flows in the lateral direction (Y) on the upper surface portion 220, and the water flows into the control panel 200 beyond the rear end of the upper surface portion 220, or the control panel 200. It is possible to suppress the phenomenon of flowing along the front surface portion 210.

On the other hand, referring to FIG. 12 together with FIG. 9, in one embodiment of the present invention, the upper end 211 of the front surface 210 is located above the upper surface 220, and the upper surface 220 projects upward toward the rear end in the lateral direction ( A flow path rib 272 extending to Y) is provided, and the drainage flow path 270 is formed by the upper end 211 of the front surface portion 210 and the flow path rib 272.

Specifically, the upper surface 220 of the control panel 200 extends rearward from the upper end of the front surface 210, and the upper end 211 of the front surface 210 is located higher than the upper surface 220. That is, the upper surface portion 220 extends rearward from the front surface portion 210 at a position lower than the upper end 211 of the front surface portion 210. In other words, the front surface portion 210 can extend upward so that the upper end portion 211 is located higher than the upper surface portion 220.

Further, a flow path rib 272 that projects upward and extends along the side direction (Y) is provided at the rear end of the upper surface portion 220. The upper surface portion 220 extends in the lateral direction (Y) of the control panel 200 like the front surface portion 210, and the flow path rib 272 also extends in the lateral direction (Y) along the upper surface portion 220.

Further, as described above, the upper surface portion 220 is provided with a joint portion accommodating groove 269 and the like which are opened rearward on the rear end side, and the specific extension shape of the flow path rib 272 corresponds to the rear end shape of the upper surface portion 220. do. That is, the flow path rib 272 extends along the rear end of the upper surface portion 220.

A drainage flow path 270 is formed on the upper surface portion 220 by the upper end 211 of the front surface portion 210 and the flow path rib 272.

That is, the upper end of the front surface 210 serves as one side wall of the drainage channel 270, the flow path rib 272 serves as the other side wall of the drainage channel 270, and the upper surface of the upper surface 220 serves as the bottom surface of the drainage channel 270. 270 is formed.

In one embodiment of the present invention as described above, the drainage channel 270 is formed on the entire upper surface of the upper surface portion 220, whereby the water falling or flowing into the upper surface portion 220 is located in the drainage channel 270 as a whole. Then, it flows in the lateral direction (Y) along the drainage channel 270 and is drained.

On the other hand, in one embodiment of the present invention, the upper end 241 of the side surface portion 240 of the control panel 200 is located above the upper surface portion 220, and the flow path rib 272 has the side surface portions 240 having both ends facing each other in the lateral direction (Y). A drainage portion 276 is formed between the upper end 241 of the side surface portion 240 and the flow path rib 272.

Specifically, the upper end 241 of the side surface portion 240 extending rearward on both sides of the front surface portion 210 in the lateral direction (Y) is located higher than the upper surface portion 220, similarly to the front surface portion 210. The upper end 211 of the front surface 210 and the upper end 241 of the side surface 240 extend integrally, and thus the upper surface 220 is surrounded on the front side and both sides by the upper end 211 of the front surface 210 and the upper end 241 of the side surface 240.

Both sides of the flow path rib 272 in the lateral direction (Y) are separated from the upper end portions of the side surface portions 240 facing each other. That is, in the drainage flow path 270, the space between both ends of the flow path rib 272 and the upper end of the side surface portion 240 is opened to form the drainage portion 276, and the water existing in the upper surface portion 220 is passed through the drainage portion 276 to the upper surface portion. It is discharged from 220.

On the other hand, in order to prevent the water discharged via the drainage unit 276 from coming into contact with the electrical component 224 provided in the control panel 200, both sides in the lateral direction (Y) are only a certain distance from the inner surface of the side surface portion 240. Separate.

In this way, the drainage flow path 270 defined by the upper end of the front surface 210 and the upper end of the side surface 240 prevents the water falling on the upper surface 220 from leaking to the outside along the front surface 210 or the side surface 240. , The water is discharged from both sides in the side direction (Y) of the control panel 200 to the rear side via the drainage portion 276 formed between the flow path rib 272 and the side surface portion 240.

Further, as shown in FIG. 12, the panel support portion 268 and the panel fastening portion 260 provided on the upper surface portion 220 of the control panel 200 are located in the drainage flow path 270. As described above, the panel support portion 268 is provided on the drainage flow path 270 to support the lower end bent portion 113 of the first front panel 112, and the panel fastening portion 260 penetrates the lower end bent portion 113 on the drainage flow path 270. do.

A plurality of panel support portions 268 and panel fastening portions 260 are provided, and are arranged alternately in the lateral direction (Y) along the drainage flow path 270. As a result, the supporting force of the first front panel 112 by the panel supporting portion 268 and the fixing force of the first front panel 112 by the panel fastening portion 260 are appropriately mixed and dispersed.

On the other hand, in one embodiment of the present invention, the upper surface portion 220 further includes an inflow prevention rib 274. The inflow prevention rib 274 extends so as to surround the opening 262 formed in the upper surface portion 220, and can project upward to prevent water from flowing into the opening 262. The opening 262 is an upper surface opening 263 provided with the upper surface fastening elastic portion 266.

The panel fastening portion 260 is provided in the drainage flow path 270 and is provided on the fastening elastic portion 265 provided together with the opening 262. That is, an opening 262 in which the fastening elastic portion 265 is formed is provided in the drainage flow path 270, and water in the upper surface portion 220 falls into the control panel 200 through the opening 262.

Thereby, in one embodiment of the present invention, the inflow prevention rib 274 surrounding the opening 262 is formed on the upper surface portion 220, and water leakage through the opening 262 can be prevented.

The inflow prevention rib 274 extends in a link shape so as to surround the opening 262. The ring shape varies depending on the shape of the opening 262, and has, for example, a polygonal or circular cross section.

After all, the water on the upper end of the front surface 210 and the drainage channel 270 defined by the flow path rib 272 is prevented from flowing into the opening 262 by the inflow prevention rib 274 and laterally along the drainage channel 270. It flows to (Y) and is drained.

On the other hand, as described above, in one embodiment of the present invention, the joint portion accommodating groove 269 is formed in the upper surface portion 220, and the flow path rib 272 extending along the rear end of the upper surface portion 220 is formed in the joint portion accommodating groove 269. It can be extended correspondingly to prevent water leakage to the joint accommodating groove 269.

A portion of the flow path rib 272 that extends along the joint accommodating groove 269 extends in correspondence with the shape of the joint accommodating groove 269, and FIG. 12 shows a substantially square shape according to an embodiment of the present invention. A flow path rib 272 that is bent or bent and extends corresponding to the joint accommodating groove 269 having a cross section is shown.

On the other hand, FIG. 16 shows a garment processing device 1 in which the first front panel 112 and the second front panel 122 are omitted, and the lower frame 300 of the first processing device 10 and the upper frame of the second processing device 20 are shown. 400 is shown. Further, FIG. 17 shows a separated perspective view of the lower frame 300 and the upper frame 400.

With reference to FIGS. 16 and 17, the garment processing apparatus 1 according to the embodiment of the present invention includes the upper frame 400. The upper frame 400 is arranged on the rear surface side of the second front panel 122, is coupled to the first side panel 115 via an insulating connecting member 450 formed of an insulating material, and is insulated from the first side panel 115.

Specifically, the upper frame 400 is located on the upper side in the front surface of the second processing device 20, and is provided so as to be coupled to the first processing device 10 and fasten the first processing device 10 and the second processing device 20 to each other. ..

The upper frame 400 is arranged on the rear surface side of the second front panel 122, and is arranged in front of the second upper surface panel and the second side surface panel 125 of the second processing device 20 as shown in FIG. That is, the upper frame 400 is arranged between the second front panel 122 and the second side panel 125.

FIG. 16 shows that the second processing apparatus 20 is provided with a detergent opening through which a detergent storage unit for supplying detergent is provided. That is, in FIG. 16, the second processing device 20 corresponds to a washing machine that processes clothes using detergent, and the upper frame 400 is formed with a detergent opening that is penetrated by the detergent opening.

The upper frame 400 can also be coupled to the second side panel 125 on both sides in the lateral direction (Y) and to the second front panel 122 in the front. The upper frame 400 improves the structural stability of the upper side in the second processing device 20 and improves the strength.

The upper frame 400 is fixed to the second processing device 20, and the upper portion extending upward is coupled to the lower side of the first processing device 10. The upper frame 400 has a surface aligned with the second front panel 122, and is arranged on the front side of the second processing device 20.

On the other hand, in one embodiment of the present invention, the first processing device 10 and the second processing device 20 are devices that are independent of each other, and components that use electricity, such as a motor or a control unit, are provided inside the devices.

When a situation occurs in which electricity leaks from either the first processing device 10 or the second processing device 20, it is necessary to prevent the leaked electricity from affecting the other.

That is, it is necessary that the first processing device 10 and the second processing device 20 are electrically insulated from each other so that electrical leakage between them does not occur.

Thereby, in one embodiment of the present invention, the insulating connecting member 450 is used in fastening between the upper frame 400 of the second processing device 20 and the first processing device 10, and the upper frame 400 is connected via the insulating connecting member 450. It is connected to the first processing device 10.

The insulating connecting member 450 is made of an insulating material. The insulating material is made of various materials as needed, such as a plastic material, a rubber material, or a mixed material of plastic and rubber.

The upper frame 400 has a coupling relationship with the configuration of the first front panel 112 or the first side panel 115 of the first processing device 10 or the other first processing device 10, and the first processing device 10 is mediated by the insulating connecting member 450. Is concluded in.

That is, the insulating connecting member 450 insulates between the upper frame 400 and the first processing device 10 while fastening the configurations of the first processing device 10 of the upper frame 400 to each other. 16 and 17 show a structure in which the upper frame 400 is coupled to the first side panel 115 of the first processing device 10 via an insulating connecting member 450 according to an embodiment of the present invention, and is insulated from the first side panel 115. It is shown.

The insulating connecting member 450 is formed in various shapes, and the first processing device 10 and the upper frame 400 are mutually fastened by various fastening methods. For example, the insulating connecting member 450 may be provided in a hook form, a connecting member may be inserted, or may be in contact with one surface of the upper frame 400, and various fastening methods may be used.

On the other hand, referring to FIG. 17, in one embodiment of the present invention, the lower parts of both sides of the upper frame 400 in the lateral direction (Y) are connected to the second side surface panel 125, and the upper parts of both sides are connected via the insulating connecting member 450. It is coupled to the first side panel 115.

The upper frame 400 is formed to have a surface aligned with the front surface of the second front panel 122, and extends in the lateral direction (Y) so that at least a part of both sides in the lateral direction (Y) is on the front side of the second side panel 125. Be placed.

Both sides of the upper frame 400 are coupled to the second side panel 125 at the bottom and to the first side panel 115 at the top. That is, both sides of the upper frame 400 in the lateral direction (Y) are coupled to both the first front panel 112 of the first processing device 10 and the second front panel 122 of the second processing device 20.

There are various coupling methods for the upper frame 400. For example, a hook is formed on the upper frame 400 and can be connected to the first front panel 112 and / or the second front panel 122, and can be connected by a connecting member such as a screw as shown in FIG.

On the other hand, FIG. 17 shows an insulating connecting member 450 that connects the upper frame 400 and the first side panel 115, and FIG. 18 shows a perspective view of the insulating connecting member 450. Further, FIG. 19 shows a cross-sectional view showing a coupling structure of the first side surface panel 115, the insulating connecting member 450, and the upper frame 400.

With reference to FIGS. 17 to 19, in one embodiment of the present invention, the insulating connecting member 450 includes a first fastening portion 460 and a second fastening portion 470. The first fastening portion 460 may be coupled to the first side panel 115, the second fastening portion 470 may be coupled to the upper frame 400, and the second fastening portion 470 may insulate between the upper frame 400 and the first side panel 115. can.

Specifically, the insulating connecting member 450 has a first fastening portion 460 and a second fastening portion 470 that are connected to each other, and the insulating connecting member 450 has a first fastening portion 460 coupled to the first side surface panel 115. 1 It is fixed to the side panel 115.

Further, in the upper frame 400, for example, the upper portions on both sides are coupled to the second fastening portion 470, whereby the upper frame 400 is fixed to the insulating connecting member 450. That is, the upper frame 400 is fixed to the insulating connecting member 450, and the insulating connecting member 450 is fixed to the first side surface panel 115 to form a fixed structure or a connecting structure between the upper frame 400 and the first side surface panel 115. Will be done.

The coupling method between the first fastening portion 460 and the first side panel 115 and the coupling method between the second fastening portion 470 and the upper frame 400 are various as required. For example, fitting or hook type coupling is used, and as shown in FIGS. 18 and 19, a mutual coupling relationship can be formed by a fastening member penetrating the insulating connecting member 450.

Since the upper frame 400 is coupled to the first side surface panel 115 via an insulating connecting member 450 formed of an insulating material, the insulating connecting member 450 insulates between the upper frame 400 and the first side surface panel 115.

For example, as shown in FIG. 19, the second fastening portion 470 of the upper frame 400 is located between the upper frame 400 and the first side surface panel 115 to prevent them from coming into direct contact with each other and insulate them from each other.

On the other hand, the first fastening portion 460 extends upward from the second fastening portion 470 coupled to the upper frame 400, and the upper frame 400 coupled to the second fastening portion 470 has a first side surface via the first fastening portion 460. Fastened to panel 115.

The side portion of the upper frame 400 extending upward in the second processing device 20 is coupled to the second fastening portion 470, and the first fastening portion 460 is coupled to the first side surface panel 115 in a state of being connected to the second fastening portion 470. Therefore, the first fastening portion 460 is located above the second fastening portion 470.

That is, the first fastening portion 460 located above the insulating connecting member 450 is coupled to the first side panel 115, and the second fastening portion 470 located below the insulating connecting member 450 faces the side portion of the upper frame 400. Is combined with the upper frame 400.

In other words, the first fastening portion 460 extends upward from the second fastening portion 470, and the second fastening portion 470 extends downward from the first fastening portion 460.

On the other hand, the garment processing device 1 according to the embodiment of the present invention further includes a first fastening member 462 and a second fastening member 472. The first fastening member 462 penetrates both the first fastening portion 460 and the first side surface panel 115 to fasten the first fastening portion 460 and the first side surface panel 115, and the second fastening member 472 penetrates the upper frame 400. It is inserted into the second fastening portion 470 to fasten the upper frame 400 and the second fastening portion 470. The second fastening portion 470 insulates between the second fastening member 472 and the first side panel 115.

Specifically, the insulating connecting member 450 is coupled to the first side surface panel 115 and the upper frame 400 via the first fastening member 462 and the second fastening member 472. The first fastening member 462 is provided in the form of a screw or a rivet and penetrates both the first fastening portion 460 and the first side surface panel 115.

Since the first fastening member 462 does not come into direct contact with the upper frame 400, the first fastening member 460 does not have to insulate between the first fastening member 462 and the first side surface panel 115.

On the other hand, the upper frame 400 is penetrated by the second fastening member 472, and the second fastening member 472 penetrating the upper frame 400 is coupled to the second fastening portion 470 of the insulating connecting member 450. At this time, the second fastening portion 470 is provided so as to insulate between the second fastening member 472 and the first side surface panel 115.

The second fastening member 472 that penetrates the upper frame 400 and is in contact with and electrically connected to the upper frame 400 needs to be electrically insulated from the first side panel 115, whereby one embodiment of the present invention is carried out. The insulating connecting member 450 according to the example is provided so that the second fastening portion 470 insulates between the second fastening member 472 and the first side surface panel 115.

There are various methods in which the second fastening portion 470 insulates between the second fastening member 472 and the first side surface panel 115. For example, the second fastening portion 470 is arranged on the front side of the first side surface panel 115, and the second fastening member 472 is inserted only into the second fastening portion 470 except for the first side surface panel 115 in a state of penetrating the upper frame 400. It is insulated from the first side panel 115 by being combined with the first side panel 115.

Alternatively, as shown in FIGS. 18 and 19, a second fastening portion 470 may be provided so as to surround the second fastening member 472 to insulate between the first side panel 115 and the second fastening member 472.

On the other hand, as shown in FIGS. 17 to 19, in one embodiment of the present invention, the second fastening portion 470 includes a fastening insulating portion 474. The fastening insulating portion 474 extends so as to penetrate the first side surface panel 115, and at least a part of the second fastening member 472 is inserted inside to insulate between the second fastening member 472 and the first side surface panel 115.

The fastening insulating portion 474 is provided in a hollow form, extends along the insertion direction of the second fastening member 472, and penetrates the first side surface panel 115. That is, the second fastening member 472 penetrates both the upper frame 400 and the first side surface panel 115, but the portion penetrating the first side surface panel 115 can be surrounded by the fastening insulating portion 474.

The second fastening member 472 that penetrates the upper frame 400 penetrates the second fastening portion 470 and is inserted and coupled to the fastening insulating portion 474. The second fastening member 472 penetrates the upper frame 400 or the first side panel 115 in the longitudinal direction like a screw or a rivet.

The second fastening member 472 is coupled to the second fastening portion 470 while having a length that penetrates the first side surface panel 115 together with the upper frame 400 by the fastening insulating portion 474, and the coupling force is improved. Is inserted and coupled to the inside of the fastening insulating portion 474 of the second fastening portion 470, so that insulation is performed between the first side surface panel 115 and the second fastening member 472, whereby the second fastening member 472 is provided. The upper frame 400, which is electrically connected to the first side panel 115, is insulated from the first side panel 115.

The fastening insulating portion 474 is provided in a form in which the extended end is sealed so that the second fastening member 472 is housed therein, or the extended end is opened and the end of the second fastening member 472 is opened. It can also be provided so as to be exposed to the outside of the fastening insulating portion 474.

The fastening insulating portion 474 is provided so as to surround at least a portion of the second fastening member 472 located side by side with the first side surface panel 115 to accommodate at least a part of the second fastening member 472, and the first side surface panel 115 and the first. 2 Insulate between the fastening members 472. The first fastening member 462 and the second fastening member 472 are separated from each other so as to be electrically separated from each other.

In one embodiment of the present invention, the first side surface panel 115 includes a front end bent portion 116 at the front end, and the fastening insulating portion 474 penetrates the front end bent portion 116.

Specifically, the front end of the first side surface panel 115 is located adjacent to the first front panel 112, and the front end bent portion 116 of the first side surface panel 115 is in the lateral direction (Y) from the front end of the first side surface panel 115. Extend.

That is, the front end bent portion 116 of the first side surface panel 115 is provided side by side in front of the first front panel 112. The first side surface panel 115 provided on one side of the first processing device 10 in the side direction (Y) includes a front end bending portion 116 extending toward the other side in the side direction (Y), and is in the side direction of the first processing device 10. The first side panel 115 provided on the other side of (Y) includes a front end bent portion 116 extending toward one side in the lateral direction (Y).

That is, the front end bending portion 116 of the first side surface panel 115 extends from the front end of the side surface of the first side surface panel 115 forming the side surface of the first processing device 10 to the inside of the first processing device 10. The front end bent portion 116 is bent or formed on the side surface of the first side surface panel 115.

The front end bending portion 116 is provided so as to have a surface aligned with the first front panel 112, and the first fastening member 462 and the second fastening portion 470 have a length extending in the front-rear direction (X), and have a length extending in the front-rear direction (X). ), Penetrates the front end bending portion 116.

The insulating connecting member 450 and the upper frame 400 are located on the front side of the front end bending portion 116 of the first side panel 115, and the fastening insulating portion 474 extends rearward at the second fastening portion 470 and penetrates the front end bending portion 116.

That is, as shown in FIG. 19, in one embodiment of the present invention, the second fastening member 472 penetrates the upper frame 400, the second fastening portion 470, and the front end bending portion 116 of the second side surface panel 125 in this order. At least a part is inserted into the fastening insulating portion 474 of the fastening portion 470 and coupled to the second fastening portion 470.

Since the second fastening portion 470 has a fastening insulating portion 474 penetrating the second side panel 125, the coupling force between the insulating connecting member 450 and the first side panel 115 is strengthened, and the second fastening member 472 and the second fastening member 472 and the second fastening member 472 are strengthened. The coupling force between the fastening portions 470 is also strengthened to improve the structural stability.

On the other hand, as shown in FIG. 17, in one embodiment of the present invention, the second front panel 122 further includes an upper end fastening portion 124. The upper end fastening portion 124 is penetrated by the second fastening member 472 together with the upper frame 400 and fastened to the second fastening portion 470. FIG. 19 shows a coupling structure in which the upper end fastening portion 124 is omitted.

With reference to FIG. 17, the second front panel 122 is provided with the upper end fastening portion 124 on the upper side, and the upper end fastening portion 124 is provided on the upper end bending portion 123 of the second front panel 122. That is, the upper end fastening portion 124 has a form extending upward at the rear end of the upper end bending portion 123 extending rearward from the upper end of the second front panel 122.

The upper end fastening portion 124 overlaps the upper frame 400 and the insulating connecting member 450 in the front-rear direction (X), and the second fastening member 472 is the upper end fastening portion 124, the upper frame 400, the insulating connecting member 450, and the second front panel 122. 1 It penetrates the side panel 115 in this order and is coupled to the second fastening portion 470 of the insulating connecting member 450. The upper end fastening portion 124 may be electrically connected to the second fastening member 472 and the upper frame 400.

Since the second front panel 122 forms a coupling relationship with the first side panel 115 by the upper end fastening portion 124, the fixing force of the second front panel 122 is improved, and at the same time, the first processing device 10 and the second processing device 20 are formed. The fastening structure between them is also reinforced, which is advantageous.

On the other hand, as shown in FIG. 17, in one embodiment of the present invention, the lower frame 300 of the first processing apparatus 10 is coupled to the first side panel 115 together with the upper frame 400, but the lower frame 300 and the upper frame The 400s are separated from each other and electrically separated from each other so that they do not touch each other.

For example, the binding site between the upper frame 400 and the first side panel 115, that is, the position of the insulating connecting member 450 is located below the binding site between the lower frame 300 and the first side panel 115 and is lower. Separated from the frame 300.

Therefore, at the same time that the lower frame 300 and the first side panel 115 are coupled, the upper frame 400 and the first side panel 115 are coupled, and the upper frame 400 is connected via the insulating connecting member 450. To be coupled to the first side panel 115, but separated from the lower frame 300 and electrically separated from each other, the structural stability of the first processing device 10 and the second processing device 20 is improved. Of course, while the fastening force between the two is effectively improved, the electrical insulation between the two is also effectively performed.

On the other hand, FIG. 20 shows a state in which the garment processing device 1 according to the embodiment of the present invention is viewed from the rear, and FIG. 21 shows the rear connecting the first processing device 10 and the second processing device 20 from the rear. Bracket 480 is shown.

As shown in FIGS. 20 and 21, in one embodiment of the present invention, the first processing device 10 is provided with the first rear panel 118 on the rear side, and the second processing device 20 is provided with the second rear panel 128 on the rear side. Is provided. It also further includes a rear bracket 480 that is made of an insulating material and fastens the first rear panel 118 and the second rear panel 128.

As described above, the first processing device 10 and the second processing device 20 are electrically insulated and coupled to each other by the insulating connecting member 450 and the upper frame 400 on the front side. Further, the first processing device 10 and the second processing device 20 are electrically insulated and coupled to each other via the rear bracket 480 on the rear side.

The first processing device 10 and the second processing device 20 are manufactured separately, and then laminated and used together. Therefore, in order to ensure the structural stability of the garment processing device 1 according to the embodiment of the present invention, structural fastening between the first processing device 10 and the second processing device 20 stacked on each other is required. NS.

Further, as described above, since each of the components such as an electric consuming device independent of each other, for example, a motor or a control unit is included, it is advantageous to be electrically insulated from each other.

As a result, in one embodiment of the present invention, the first processing device 10 and the second processing device 10 and the second processing device 10 and the second processing device 10 and the second processing device 10 and the second processing device 10 and the second processing device 10 and the second processing device 20 are laminated with each other via the upper frame 400 and the insulating connecting member 450 on the front side of the first processing device 10 and the second processing device 20. The processing device 20 can be fastened, and the first processing device 10 and the second processing device 20 can be fastened via the rear bracket 480 on the rear side.

The rear bracket 480 is made of an insulating material. For example, the rear bracket 480 is formed of a material having electrical insulation such as a plastic material, a rubber material, or a synthetic material of plastic and rubber.

The rear bracket 480 has a length aligned with the side direction (Y), and can have a length corresponding to the width of the first processing device 10 or the second processing device in the side direction (Y). The rear bracket 480 is coupled together with the first rear panel 118 of the first processing device 10 and the second rear panel 128 of the second processing device 20 to fasten them to each other.

There are various coupling methods between the rear bracket 480 and the first rear panel 118 and the second rear panel 128. For example, the rear bracket 480 is coupled to the first rear panel 118 and the second rear panel 128 together by screws or rivets, or a hook type coupling or a fitting type coupling method is used.

On the other hand, FIG. 22 shows a cross section of the rear bracket 480 coupled to the first rear panel 118 and the second rear panel 128 as viewed from the side.

With reference to FIG. 22, the rear bracket 480 has an upper portion coupled to the first rear panel 118 and a lower portion coupled to the second rear panel 128 to fasten the first rear panel 118 and the second rear panel 128 to each other.

At this time, in the rear bracket 480, the upper end portion 482 of the front surface 481 facing forward is in contact with the first rear surface panel 118, and the lower end portion 483 is in contact with the second rear surface panel 128. That is, in the rear bracket 480, the upper end portion 482 of the front surface 481 supports the first rear surface panel 118 rearward, and the lower end portion 483 of the front surface 481 supports the second rear surface panel 128 rearward.

On the other hand, as shown in FIG. 22, in one embodiment of the present invention, the first rear panel 118 is located in front of the second rear panel 128, and the front surface 481 of the rear bracket 480 supports the first rear panel 118. The upper end portion 482 is provided with a step so as to be located in front of the lower end portion 483 that supports the second rear panel 128.

In one embodiment of the present invention, the first rear panel 118 and the second rear panel 128 are arranged apart from each other along the front-rear direction (X). For example, the first rear panel 118 is located in front of or behind the second rear panel 128. The positional relationship of the first rear panel 118 with respect to the second rear panel 128 is determined by the design difference between the first processing device 10 and the second processing device 20.

For example, when the length of the first processing device 10 in the front-rear direction (X) is formed longer than the length of the second processing device 20, the first rear panel 118 is located behind the second rear panel 128. When the length of the first processing device 10 in the front-rear direction (X) is shorter than that of the second processing device 20, the first rear panel 118 is located in front of the second rear panel 128.

Alternatively, the first rear panel 118 may be located in front of the second rear panel 128 due to the assembly advantage of stacking the first processing apparatus 10 on the second processing apparatus 20. For example, in the process of assembling the garment processing device 1 according to the embodiment of the present invention, when the second processing device 20 is arranged in the installation area and then the first processing device 10 is lifted to the upper side of the second processing device 20. The 1 processing device 10 slides from the front to the rear of the second processing device 20 and is arranged above the second processing device 20.

In this process, the rear bracket 480 can be pre-installed on the second rear panel 128 of the second processing device 20, and the first processing device 10 is suitable because the rear bracket 480 limits the sliding distance to the rear. Placed in the assembly position.

In one embodiment of the present invention, the length of the first processing device 10 in the front-rear direction (X) is formed shorter than that of the second processing device 20 so that the rear bracket 480 acts as a stopper in this way. Alternatively, at least the lower portion of the first rear panel 118 is provided so as to be located in front of the second rear panel 128.

The rear bracket 480 is positioned so that the upper end portion 482 of the front surface 481 that supports the lower portion of the first rear surface panel 118 forward is located in front of the lower end portion 483 that supports the upper portion of the second rear surface panel 128 forward. , As shown in FIG. 22, the front surface 481 has a step.

When the lower part of the first rear panel 118 is located behind the second rear panel 128, the front surface 481 of the rear bracket 480 has a step so that the upper end 482 is located behind the lower end 483. Can be done.

Since the front surface 481 of the rear bracket 480 has a step in this way, the rear bracket 480 allows the positional difference between the first rear panel 118 and the second rear panel 128, while allowing the positional difference between the first rear panel 118 and the second rear panel 128. It can be coupled to 128 and mutually fastened, and a support structure that supports the first rear panel 118 of the first processing device 10 located on the upper side of the second processing device 20 at the rear can be stably embodied. ..

On the other hand, referring to FIGS. 21 and 22, the garment processing device 1 according to the embodiment of the present invention is provided with a handle portion 485 on the rear bracket 480. Specifically, a handle portion 485 that is open downward is provided at the lower portion of the rear bracket 480.

The handle 485 has the form of a groove that is open downward and recessed upward. The groove of the handle portion 485 is provided so that the user can easily grip the handle portion 485 by inserting a finger.

The position and shape of the handle portion 485 are various, and in FIGS. 21 and 22, a part of the lower portion of the rear bracket 480 is formed according to an embodiment of the present invention, and the handle portion 485 is opened downward and gripped by the user. It is shown.

On the other hand, FIG. 23 shows the first lower surface panel 119 of the first processing apparatus 10 according to the embodiment of the present invention. With reference to FIG. 1, in one embodiment of the present invention, the first processing apparatus 10 further includes a first bottom panel 119 formed of an insulating material.

The first lower surface panel 119 is provided under the first processing device 10, is supported by the second processing device 20, is formed of an insulating material, and is insulated from the second processing device 20.

In the first processing device 10, the first lower surface panel 119 is located on the second processing device 20, and the second processing device 20 can support the first lower surface panel 119 of the first processing device 10 upward. That is, the first lower surface panel 119 can be in contact with the upper part of the second processing device 20.

On the other hand, the first lower surface panel 119 is formed of an insulating material. For example, the first bottom panel 119 is made of a plastic material, a rubber material, or a synthetic material such as plastic and rubber.

The first processing device 10 is electrically insulated in relation to the second processing device 20 by forming the first lower surface panel 119 that is supported in contact with the second processing device 20 with an insulating material.

That is, in one embodiment of the present invention, as described above, the front sides of the first processing device 10 and the second processing device 20 are fastened in a state of being electrically insulated from each other by the upper frame 400 and the insulating connecting member 450 or the like. , The rear side of the first processing device 10 and the second processing device 20 are electrically insulated from each other by the rear bracket 480 and fastened, and the first lower surface panel 119 of the first processing device 10 is formed of an insulating material. By being supported on the two processing devices 20, the first processing device 10 and the second processing device 20 are electrically separated and stably fastened to each other.

In the second processing apparatus 20, the second upper surface panel supports the first lower surface panel 119 of the first processing apparatus 10 upward, or the second side surface panel 125 supports the first lower surface panel 119 upward.

On the other hand, FIG. 24 shows a state in which the insulating support portion 490 is provided between the lower portion of the first processing apparatus 10 and the upper portion of the second processing apparatus 20.

With reference to FIG. 24, in one embodiment of the present invention, the upper portion of the second processing apparatus 20 to the lower portion of the first processing apparatus 10 are further supported, and the first processing apparatus 10 and the first processing are formed of an insulating material. Includes an insulating support 490 that insulates the devices 10 from each other.

The insulation support portion 490 is projected downward from the lower part of the first processing apparatus 10, is projected upward from the upper portion of the second processing apparatus 20, or is projected from the upper portion of the first processing apparatus 10 and the second processing apparatus 20. It is manufactured separately and placed between the first processing device 10 and the second processing device 20.

The insulation support portion 490 is provided under the first lower surface panel 119 or the first side surface panel 115 of the first processing device 10, and the insulation support portion 490 is provided with the first lower surface panel 119 of the first processing device 10 omitted. Can also be provided.

Further, the insulation support portion 490 may be provided on the upper side of the second upper surface panel or the second side surface panel 125 of the second processing device 20, or may have a structure in which the second upper surface panel of the second processing device 20 is omitted. can.

Further, the insulating support portion 490 is provided at the lower end of the first lower surface panel 119 or the first side surface panel 115 of the first processing device 10, and the second processing device 20 omits the second upper surface panel so that the insulating support portion 490 is the first. 2 It can also be supported upward by the second side panel 125 of the processing device 20.

The insulating support portion 490 is provided in various shapes, and is made of plastic, rubber, or a synthetic material of plastic and rubber.

Since the first processing device 10 is supported upward on the second processing device 20 by the insulating support portion 490, in one embodiment of the present invention, the first processing device 10 and the second processing device 20 are laminated while being stacked on each other. It is possible to realize a stable structure that is electrically insulated.

Although the present invention describes specific examples, it is obvious to those skilled in the art that the present invention can be variously improved and changed within the scope of the technical idea of the present invention provided by the following claims. Let's do it.

1: Clothing processing device 10: 1st processing device 12: 1st drum 20: 2nd processing device 22: 2nd drum 24: Tab 110: 1st cabinet 112: 1st front panel 115: 1st side panel 118: 1st 1 Rear panel 119: 1st lower panel 120: 2nd cabinet 122: 2nd front panel 124: Upper end fastening part 125: 2nd side panel 128: 2nd rear panel 200: Control panel 224: Electrical part 228: Electrical coupling part 246: Side hook 247: Hook extension part 260: Panel fastening part 265: Fastening elastic part 268: Panel support part 269: Joint part accommodating groove 270: Drainage flow path 272: Flow path rib 274: Inflow prevention rib 276: Drainage part 300 : Lower frame 310: Main frame surface 312: Connecting hole 316: Convex part 320: Upper end extension part 324: Front accommodating groove 330: Side end extension part 336: Hook insertion part 338: Through joint part 350: Upper joint part 353: Panel insertion part 354: Ascending extension part 356: Upper support part 357: Upper support surface 358: Upper connecting part 400: Upper frame 450: Insulated connecting member 460: First fastening part 462: First fastening member 470: Second fastening part 472: Second fastening member 474: Fastening insulation part 480: Rear bracket 485: Handle part 490: Insulation support part

Claims (17)

A first processing apparatus having a first front panel on the front side, first side panels on both sides in the lateral direction, and a first drum for accommodating clothes inside.
The first processing device is supported below the first processing device, a second front panel is provided on the front side, and second side panels are provided on both sides in the side direction to accommodate clothes. Including a second processing device in which a second drum is provided inside
The second processing apparatus is
A garment processing apparatus including an upper frame arranged behind the second front panel and coupled to the first processing apparatus via an insulating connecting member formed of an insulating material to be insulated from the first processing apparatus. The garment processing apparatus according to claim 1, wherein the lower portion of the upper frame is coupled to the second side panel, and the upper portion of the upper frame is coupled to the first side panel via the insulating connecting member. The insulating connecting member is
A first fastening portion to be connected to the first side panel,
Includes a second fastening that joins the upper frame
The garment processing apparatus according to claim 1, wherein the second fastening portion insulates between the upper frame and the first side panel. The first fastening portion extends upward from the second fastening portion coupled to the upper frame.
The garment processing apparatus according to claim 3, wherein the upper frame coupled to the second fastening portion is fastened to the first side panel via the first fastening portion. A first fastening member that penetrates both the first fastening portion and the first side surface panel to fasten the first fastening portion and the first side surface panel.
Further including a second fastening member that penetrates the upper frame and is inserted into the second fastening portion to fasten the upper frame and the second fastening portion.
The garment processing device according to claim 3, wherein the second fastening portion insulates between the second fastening member and the first side panel. The second fastening portion is
A claim that includes a fastening insulator that extends through the first side panel, has at least a portion of the second fastening member inserted therein, and insulates between the second fastening member and the first side panel. Item 5. The garment processing apparatus according to item 5. The first side panel has a front end bent portion provided side by side with the first front panel at the front end portion.
The garment processing device according to claim 6, wherein the fastening insulating portion penetrates the front end bending portion. The second front panel has an upper end fastening portion at the upper end portion.
The garment processing apparatus according to claim 5, wherein the upper end fastening portion is penetrated by the second fastening member together with the upper frame and fastened to the second fastening portion. The garment processing apparatus according to claim 2, further comprising a control panel arranged between the first front panel and the second front panel and formed of an insulating material. The first processing apparatus is
Further including a lower frame behind the control panel that joins the control panel to secure the control panel.
The garment processing apparatus according to claim 9, wherein the lower frame is separated from the upper frame and coupled to the first side panel to be electrically separated from the upper frame. The garment according to claim 1, further comprising a rear bracket formed of an insulating material, located on the rear side of the first processing apparatus and the second processing apparatus, and fastening the first processing apparatus and the second processing apparatus. Processing equipment. The first processing apparatus has a first rear panel on the rear side.
The second processing apparatus has a second rear panel on the rear side.
The upper portion of the rear bracket is coupled to the first rear panel, the lower portion of the rear bracket is coupled to the second rear panel, and the rear bracket fastens the first rear panel and the second rear panel to each other. The garment processing apparatus according to claim 11. The first processing apparatus has a first rear panel on the rear side.
The second processing apparatus has a second rear panel on the rear side.
The first rear panel is located in front of the second rear panel.
The front surface of the rear bracket is provided with a step so that the upper end of the rear bracket supporting the first rear panel is located in front of the lower end of the rear bracket supporting the second rear panel. Item 11. The garment processing apparatus according to item 11. The garment processing device according to claim 12, wherein the lower portion of the rear bracket has a handle portion that is opened downward and is gripped by the user. The first processing apparatus is
The first aspect of claim 1, further comprising a first bottom panel provided below the first processing apparatus, supported by the second processing apparatus, formed of an insulating material, and insulated from the second processing apparatus. Garment processing equipment. 1. A claim 1 comprising an insulating support portion that supports the lower portion of the first processing apparatus from the upper portion of the second processing apparatus and is formed of an insulating material to insulate the first processing apparatus and the first processing apparatus from each other. The garment processing device described in. A first processing apparatus having a first front panel on the front side, first side panels on both sides in the lateral direction, and a first drum for accommodating clothes inside.
It is located below the first processing device to support the first processing device, has a second front panel on the front side, and has second side panels on both sides in the side direction, and clothes are stored. Including a second processing device having a second drum inside.
The upper end fastening portion provided on the upper part of the second front panel is connected to the first side panel via an insulating connecting member containing an insulating material, and the second front panel is insulated from the first side panel. Processing equipment.

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