KR102714148B1 - Multi-functional modular customized organizer with two-way signal transmission system function and system using it - Google Patents

Abstract

The present invention relates to a multipurpose, multifunctional, modular, customized organizer having a two-way signal transmission function, which is arranged on a table and can hold various desired items, and a system using the same, the organizer including a main body having a space formed inside, an open upper side, a call bell arranged on an outer surface, and a lighting device arranged in the center of a lower surface forming the space, and a module inserted into the space, formed to correspond to the length and width of the space, and having one or more holding spaces formed on an upper surface, wherein the module includes a central through-hole formed at a position of the lighting device, and a system using the same having a two-way signal transmission function.

Description

{Multi-functional modular customized organizer with two-way signal transmission system function and system using it}

The present invention relates to a table for organizing various items, and more specifically, to a multipurpose, multifunctional, modular, customized table having a two-way signal transmission system function capable of placing various desired items on a table and placing them on the table, and a system using the same.

In restaurants, seasoning containers such as red pepper powder and vinegar, bottle openers, etc. are placed on the table, and pens, memos, business cards, etc. are placed on the counter. Generally, items are placed on trays on the table so that they can be easily taken out, but when items are moved for reasons such as cleaning, each item is not fixed and can easily fall. Therefore, each store has different items placed on the table, and an organizer is required to accommodate the various items.

In addition, in the case of night entertainment establishments, the interior space is formed by many rooms, and each room is equipped with splendid lighting and sound equipment in a dark atmosphere. Generally, food and drinks are ordered by sending a signal from the staff through the call bell placed in each room, but it is not possible to know when the staff comes inside. In particular, the interior of the entertainment establishment is difficult to hear the inside sound from the outside due to the soundproofing materials, and it is difficult to send a signal inside by knocking.

This causes problems such as the staff suddenly opening the door, which can distract guests or interrupt the flow of conversation, so a sound other than knocking is needed.

In addition, fires frequently occur in entertainment establishments due to the disturbance or mistakes of customers. Entertainment establishments are equipped with fire detection devices, fire alarm devices, and flashlights, but it is difficult to know the remaining battery level of the flashlights, so they cannot be used when necessary.

Accordingly, the present invention has been made to solve the problems of the prior art as described above, and an object of the present invention is to propose a multipurpose, multifunctional modular customized organizer having a bidirectional signal transmission system function for transmitting signals inside a room without damaging the atmosphere inside the room, and a system using the same.

In addition, the present invention proposes a multi-purpose, multi-functional modular customized organizer with a two-way signal transmission system function that transmits a warning signal into a room through a color change of a lighting device in the event of a fire, and a system using the same.

The technical tasks to be achieved by the present invention are not limited to the technical tasks described above, and other technical tasks may exist.

It includes a main body including a call means that is arranged on the outer surface and transmits a call signal to the outside, and a recognition means that is arranged in the inner center of the arrangement space and operates by receiving an operating signal from the outside; and a module that is inserted into the arrangement space, is formed to correspond to the length and width of the arrangement space, and has one or more mounting spaces formed on the upper surface.

In addition, the calling means is characterized by including a switch for operating a bell or a lighting device.

In addition, the recognition means is characterized by including a bell or a lighting device.

In addition, the main body is characterized by including a lower plate and a side plate forming an outer surface, and a support plate formed in the arrangement space and spaced apart from the lower plate to form an intervening space.

In addition, the interspace is characterized in that the recognition means, the power supply means connected to the recognition means, and the control unit for controlling the recognition means are arranged.

In addition, the support plate includes a support plate penetration hole in which a recognition means is arranged, and the module includes a module penetration hole formed at a position corresponding to the support plate penetration hole and a transparent window arranged in the module penetration hole and through which light is transmitted.

In addition, the module includes one or more vertical plates arranged so that both ends are in contact with the side plates and separate the mounting space in the width direction, and a horizontal plate arranged on an upper surface of the vertical plate and including a through hole formed at the location of the separated mounting space.

Additionally, the module comprises a horizontal plate joined to an upper surface of the side plate or the vertical plate, wherein the horizontal plate is characterized in that one or more holes are formed therein.

Additionally, the hole is characterized by being formed in a heart or star shape.

In addition, the module is arranged so that both ends are in contact with the side plates to separate the mounting space in the width direction, and includes a vertical plate, and an arc-shaped groove on the upper surface of the module and the vertical plate.

Also, in a system having a bidirectional signal transmission system function in which a multi-functional multi-module planning option customized organizing stand having a bidirectional signal transmission system of the first clause is arranged in a store having a plurality of rooms, the multi-functional multi-module planning option customized organizing stand having the bidirectional signal transmission system is arranged in each room at least once, and includes a transmitter/receiver that is arranged on a counter and includes a display unit that receives a signal through a call bell and displays a call location, and a control module that controls the color and brightness of the lighting device.

In addition, the control module is characterized by controlling the lighting device of a multi-functional multi-module planning option customized organizer with a permanent two-way signal transmission system placed in each room to blink in the event of a fire.

The present invention has the advantage of being able to call staff or bring in food or alcohol without disturbing the atmosphere by sending a signal through a lighting device installed on a counter.

Additionally, it can transmit a quick evacuation signal by sending a fire signal inside the room.

Figure 1 is a perspective view of the present invention.
Figure 2 is a perspective view of the main body.
Figure 3 is a plan view of the main body.
Figure 4 is a perspective view of the module.
Figure 5 is a front view of the module.
Figures 6 to 8 are embodiments of modules.
Figure 9 is an example diagram to which the present invention is applied.
Figure 10 is an example diagram showing the present invention placed on a table.

The present invention can have various modifications and various embodiments, and specific embodiments are illustrated in the drawings and described in detail. However, this is not intended to limit the present invention to specific embodiments, and it should be understood that all modifications included in the spirit and technical scope of the present invention are included.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs.

Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with their meaning in the context of the relevant art, and should not be interpreted in an idealized or overly formal sense, unless expressly defined in this application.

The present invention is capable of carrying various items, and is intended for communication between guests and staff through a calling means and a recognition means in a dark space.

Hereinafter, with reference to the attached drawings, a multipurpose, multifunctional modular, customized organizer with a bidirectional signal transmission system function according to an embodiment of the present invention and a system using the same will be described in detail.

Fig. 1 is a perspective view of the present invention. Referring to Fig. 1, the present invention is characterized by including a main body (100) having a placement space (130) formed inside, an open upper side, a calling means (122) disposed on an outer surface, and a recognition means (151) disposed at the center of a lower surface forming the placement space (130), and a module (200) inserted into the placement space, formed to correspond to the length and width of the placement space, and having at least one mounting space (230) formed on an upper surface, wherein the module (200) includes a module penetration hole (240) formed at a position of the recognition means (151).

The main body (100) forms an outer surface through a lower plate (110) and a side plate (120), and is formed in a rectangular box shape with an open upper side. The present invention is not limited to a rectangular shape, but a rectangular shape is preferable as it is a convenient shape for manufacturing products, inserting various modules (200), and using on a table.

The main body (100) is formed with a placement space (130) with an open upper side, and a module (200) is inserted into the placement space (130). The module (200) has a length and width corresponding to the placement space (130), so that one module (200) can be inserted, and a plurality of modules (200) can be placed. In addition, the placement space (130) can be configured with a configuration other than the module (200). For example, it includes a tissue storage box sold commercially.

In addition, since the present invention is an article mainly placed on a table, a friction part (not shown) formed of a rubber material is placed on the lower surface to increase friction with the table. The friction part may be placed on the entire lower surface of the lower plate (110) or only on the lower edge of the lower surface of the lower plate (110).

The main body (100) has a recognition means (151) arranged inside, and light is emitted to the outside through a side plate penetration hole (121) formed in the side plate (120). The recognition means (151) includes a bell or a lighting device. One or more are arranged, and have on/off, color temperature control, and blinking functions, etc., by a control unit connected to the recognition means (151).

A call means (122) is arranged on the side of the main body (100). The call means (122) includes a switch that operates a bell or a lighting device, and has a configuration similar to a call bell used in general restaurants, etc. It is mainly arranged on a table and a bell is pressed to send a signal to an employee at the counter. Since a space such as a karaoke room is formed with a large space size, if the call means is arranged in a corner like a general restaurant table, it is difficult for multiple people to easily access it. The present invention has the advantage of enabling movement by being arranged on the outer surface of the main body (100) and allowing guests to easily access the call means (122).

The module (200) is placed in a placement space (130) formed in the main body (100). The module (200) has a length and width corresponding to the placement space (130) and is inserted into the placement space (130). The height of the module (200) is formed higher than the depth of the placement space (130) so that it can be easily removed from the main body (100).

The module (200) is formed so that the upper side is open, and the space is separated by one or more vertical plates (210) arranged inside, and a horizontal plate (220) having mounting holes (221) of various sizes formed on the upper side of the vertical plate (210) is arranged so that items are mounted. At this time, there is no limitation on the arrangement of the vertical plate (210) and the horizontal plate (220), and various mounting spaces (230) are formed according to the purpose.

One module (200) among various modules (200) manufactured according to the purpose of the business operator can be selected and placed. In addition, a custom-made module (200) can be used. An example of a module (200) will be described later with reference to the drawings.

The present invention is for sending a signal for communication between a guest in a room and an employee at a counter in a store formed in a room format such as a karaoke room. The guest sends a signal to an employee at the counter through a call means (122), and the employee sends a signal to the guest by controlling a recognition means (151) arranged inside a main body (100).

In a general restaurant where a number of tables and chairs are configured in one space, a calling means (122) is provided so that the customer can send a signal to the staff, but if the staff asks or makes a request to the customer, they usually visit the customer directly and talk to him. However, the present invention is particularly suitable for entertainment establishments formed of a number of spaces and having a dark atmosphere, and has the advantage of allowing the staff to send a signal to the customer using the recognition means (151) without damaging the internal atmosphere. For example, the staff can change the color of the recognition means (151) or send a signal by flashing it using a transceiver placed on the counter.

Figure 2 is a perspective view of the main body. Referring to Figure 2, the main body (100) includes a lower plate (110) forming an outer surface, a side plate (120), and a support plate (140) formed in the arrangement space (130) and spaced apart from the lower plate (110) to form an interspace (150), and the interspace (150) includes the recognition means (151), a battery connected to the recognition means (151), and a control unit that controls the recognition means (151).

The main body (100) has an outer surface formed by a lower plate (110) and a side plate (120), and forms a placement space (130) with an open upper side. At this time, a support plate (140) is placed in the placement space (130) so as to be spaced apart from the lower plate (110) in the height direction, and an interspace (150) is formed between the lower plate (110) and the support plate (140).

In the interspace (150), electrical and electronic devices such as a recognition means (151), a battery, an auxiliary battery, a speaker, a transmitter and receiver, a control unit, and a wireless charging device are arranged. The recognition means (151) emits light to the outside through a support plate penetration hole (141) formed in the center of the support plate (140) and a side plate penetration hole (121) formed in the side plate (120). At this time, the side plate penetration hole (121) formed in the side plate (120) is formed at the location of the interspace (150). The recognition means (151) is arranged in each penetration hole (121, 141), and the control unit can control each recognition means (151).

At this time, a plurality of side plate penetration holes (121) are arranged on the side plate. Some of the side plate penetration holes emit light, and others are arranged adjacent to speakers to generate voices or sounds set in an emergency. In addition, some are connected to a battery or auxiliary battery, and a display for checking the remaining amount is arranged, or a connection terminal for connecting to an external device is arranged to charge electronic devices such as mobile phones.

The display shows the remaining capacity of the battery or auxiliary battery in the form of numbers or a battery-shaped symbol formed by multiple squares.

The recognition means (151) is placed in the interspace (150) so as not to be exposed to the outside, and a transparent window is placed in the through hole (121, 141) to protect the recognition means (151).

A calling means (122) is arranged on the outer surface of the main body (100). The calling means (122) is formed in a button-type manner, and a signal is transmitted to the counter by pressing the button. At this time, the counter receives an identification signal such as a number so that the location of the room in which the calling means is arranged among a plurality of rooms can be known.

Figure 3 is a plan view of the module. Referring to Figure 3, the module (200) forms an outer surface by combining a lower plate and a side plate, and forms a plurality of mounting spaces (230) by arranging a vertical plate (210) and a horizontal plate (220) in the space formed by the lower plate and the side plate.

The lower plate is formed with a module penetration hole (240) at a position corresponding to the support plate penetration hole formed in the support plate. Light is emitted upward through the module penetration hole (240). A transparent window may be further arranged in the module penetration hole (240). The transparent window is formed of a material such as transparent glass or plastic that transmits light. By arranging the transparent window in the penetration hole, an item arranged in the module (200) does not fall downward, and the problem of damage to the recognition means can be prevented.

The internal space is divided by vertical plates (210) and horizontal plates (220) according to the purpose, and various items are placed. Referring to Fig. 3, three mounting spaces (230) are formed by two first vertical plates (210-1) arranged so that both ends are in contact with the side plates arranged on the left and right. Two second vertical plates (210-2) are further arranged between the first vertical plates (210-1) to form three more mounting spaces (230). In this way, mounting spaces (130) of various sizes are formed through the vertical plates (210).

At this time, a horizontal plate (220) having a number of holes formed is arranged on the upper surface of the first vertical plate (210) and the second vertical plate (210). The horizontal plate (220) has holes formed at each location of each mounting space (230), and the size and shape of the holes can be changed depending on the items to be arranged.

If the purpose is set arbitrarily through the location and size of the stand space (230), the stand space (230) formed by the first vertical plate (210) is formed as a long rectangle in the width direction and becomes a memo stand home where memos are placed. Among the stand spaces (230) separated by the second vertical plate (210), the central stand space (230) where light is emitted is used to place transparent items so that light is emitted upward. For example, the horizontal plate (220) forms a cup stand hole where a transparent cup is placed so that light can be irradiated from the bottom of the transparent cup to create an internal atmosphere.

In addition, the horizontal plate (220) forms a pen holder hole in the left and right holder spaces (230) where a cup, pen, or bottle opener, etc. can be placed. The items that can be placed are not limited, and various items can be placed depending on the arrangement of the vertical plate (210) and the horizontal plate (220).

The side plates forming the side surfaces of the module (200) can be placed or removed as needed. An example of the module (200) will be described in detail with reference to FIGS. 4 to 7.

Figures 4 to 7 are examples of modules. Referring to Figures 4 to 7, the module (200) of Figure 4(a) has a module penetration hole (240) formed in the center of the lower plate, and side plates are arranged on the left and right sides to form a mounting space. In addition, the vertical plates formed perpendicular to the lower plate are arranged so that each end is in contact with the left and right side plates (120). The module (200) of Figure 4(b) is an example in which a plurality of holes are formed in the horizontal plate (220), and is a module (200) in which cups of different sizes can be arranged.

Referring to Fig. 5(c), a heart-shaped mounting hole (221) may be formed in the horizontal plate (220). In addition to the heart shape, it may be formed in a star shape, a diamond shape, etc. Referring to Fig. 5(d), the vertical plate (210) may be arranged to cover part or all of the through hole. As described above, the present invention emits light through the side plate through hole of the side plate as well as the center, so it may be arranged to cover part or all of the module through hole (240) formed in the center of the lower surface. In addition, a groove (211) is formed on the upper surface of the vertical plate (210) so that an item can be easily picked up. The groove (211) is formed in an arc shape. The user can easily pick up an item through the height difference with the upper surface of the vertical plate (210).

Referring to Fig. 6(e), the present invention may be formed asymmetrically as shown, rather than being formed symmetrically in all directions. That is, modules (200) having different sizes of upper and lower mounting spaces (230) may be formed depending on the purpose. Referring to Fig. 6(f), a plurality of mounting holes (221) are formed in the horizontal plate (220), and may be formed to be symmetrical in all directions.

Referring to Fig. 7(g), the module (200) of Fig. 7(g) is an embodiment in which a vertical plate (210) is not arranged, and a horizontal plate (220) with a mounting hole (221) formed in the center is arranged. Light is emitted through the module penetration hole (240) formed in the center, and items such as cups or pens can be placed in the mounting hole (221). Referring to Fig. 7(h), a mounting space (230) can be formed by a plurality of vertical plates (210), and a groove (211) can be formed on the upper surface of the vertical plates (210). Items such as business cards and notepads are placed through this.

In addition, the horizontal plate (220) is formed to be openable by being hingedly connected to the side plate, so that items such as tissues can be placed thereon. At this time, the recognition means is emitted not only through the center of the main body but also through the side of the main body, so that items placed in the center of the main body are not limited to transparent items.

A through hole is formed in the center of the lower plate, and side plates are arranged on the left and right sides to form the side surfaces. In addition, the vertical plates formed perpendicular to the lower plate are arranged so that each end is in contact with the left and right side plates.

The present invention is not limited to the module form illustrated in FIGS. 4 to 7, but may be manufactured in a modified form. In addition, in embodiments in which the arrangement of the vertical plate is not illustrated, it can be interpreted that the horizontal plate is supported by the vertical plate or is coupled to the side plate of the module.

Fig. 8 is an example of an existing product being inserted into the main body. Referring to Fig. 8, an existing product (10) such as a tissue box that is easily accessible can be inserted and placed in the main body (100). There is an advantage in that additional costs can be reduced by placing existing placed items in the main body (100).

FIG. 9 is an exemplary diagram to which the present invention is applied. Referring to FIG. 9, in a system having a bidirectional signal transmission system function in which a multi-functional multi-module planning option customized organizing stand having a bidirectional signal transmission system is arranged in a store having a plurality of rooms, the multi-functional multi-module planning option customized organizing stand having the bidirectional signal transmission system is arranged in each room at least once, and includes a transceiver including a display unit that receives a signal through a calling means and displays a calling location, and a control module that controls the color and brightness of the recognition means.

This is a floor plan of a store such as a karaoke room, and it is not limited to the structure of the store. An entrance and a counter (1) are installed, and a number of rooms (3) are formed. In each room (3), a table (4) and a multipurpose modular organizer (1000) of the present invention are placed on the table (4).

When necessary, guests can call staff through the call device of the multipurpose modular storage box, and staff can check whether the call has been made and from which room (3) the call was made through the transceiver (2) placed on the counter (1).

After the call, the staff usually enters the room (3) that was called. Room (3) is made of soundproofing materials, making it difficult to hear the sound from the outside, and it is difficult to send a sound inside by knocking. As a result, if the staff suddenly opens the door, the guests' attention is focused or the flow of conversation is disturbed, so a sound other than knocking is required.

In particular, when ordering drinks and food, if you enter the room without making a sound, the guest may feel uncomfortable due to the sudden change in atmosphere.

Therefore, before entering the room (3) called using the present invention, the staff uses the transceiver (2) to inform the guest that the staff member is about to enter through the recognition means. At this time, the recognition means (151) informs the guest through changes such as color change, brightness change, and blinking.

By transmitting a recognition signal inside before entering and exiting through a transceiver with this two-way transmission system function, guests do not experience sudden inconveniences and arguments between guests and staff are reduced.

In general, in the event of a fire, each room is late in recognizing due to noise, and the delay in preparation may result in burns, loss of life, etc. To prevent this, the present invention can control the recognition means to light up in red in the event of a fire. When a fire is discovered, the recognition means in each room (3) is controlled through the transceiver (2) to send a preparation signal.

Stores are usually equipped with flashlights that can be used in case of fire. However, in case of fire, it is difficult to find the flashlights placed on the wall due to smoke, and it is not easy to find the location of the flashlight in an emergency situation. The present invention is placed on a table, so it has the advantage of being easily visible and accessible in case of an emergency fire. In addition, the present invention includes a speaker, so it can be easily found.

The present invention functions as a flashlight by emitting strong white light in one direction among a number of side plate penetration holes. This has the advantage of allowing preparation within the golden time.

In addition, even if you periodically check whether the flashlight is operating, it is difficult to easily know the remaining battery level, and it is difficult to check whether it is operating every day.

The present invention includes a wireless charging module that enables wireless charging of a battery connected to a recognition means, and has the advantage of being able to maintain a constant charging state through a wireless charging device placed on a table (4).

Fig. 10 is an example diagram of the present invention being placed on a table. Referring to Fig. 10, a multipurpose modular organizer (1000) is placed on the upper surface of a table (4), and an auxiliary battery (5) having a certain capacity is placed on the lower surface of the table (4). The position of the auxiliary battery (5) is fixed by a fixing device (6) coupled to the lower surface of the table.

In existing karaoke rooms, it is difficult to install a connecting line between the wall outlet and the table because people move around frequently. If a connecting line is installed, there is a risk of tripping while passing by, so electronic devices are usually not installed on the table, or battery-operated electronic devices such as remote controls are installed.

The present invention is composed of devices that use a lot of electricity, such as lighting, sound, and mobile phone charging, and thus requires additional power supply. To solve this problem, the present invention is characterized by receiving power via wired or wireless means from an auxiliary battery placed on the bottom of the table.

The auxiliary battery has a capacity that can be used for more than a day and can be easily removed from the fixture. At this time, the fixture can be configured with a cover (not shown) with a handle attached in the direction in which the auxiliary battery is removed so that the auxiliary battery is not exposed to the outside.

The present invention is not limited to the above-described embodiments, and the scope of application is diverse, and various modifications can be implemented without departing from the gist of the present invention claimed in the claims.

1: Counter 2: Transmitter/Receiver
3: Room 4: Table
5: Auxiliary battery 6: Fixing device
10: Existing products
1000 : Multipurpose modular organizer
100 : Body
110 : Lower plate 120 : Side plate
121: Side plate penetration hole 122: Calling means
130 : Placement space
140: Support plate 141: Support plate penetration hole
150 : Interspace 151 : Cognitive means
200 : Module
210 : Vertical plate 211 : Home
220: Horizontal plate 221: Mounting hole
230: Mounting space 240: Module penetration hole

Claims (12)

A main body including a call means that is arranged on the outer surface and transmits a call signal to the outside, and a recognition means that is arranged in the center of the interior forming the call space and operates by receiving an operating signal from the outside, and a layout space formed inside, the upper side being open, and
A module is inserted into the above arrangement space, is formed to correspond to the length and width of the above arrangement space, and has one or more mounting spaces formed on the upper surface.
The above module is
One or more vertical plates arranged to be in contact with the side plates and dividing the above-mentioned mounting space in the width direction;
A multi-purpose, multi-functional, modular, customizable organizer having a bidirectional signal transmission system function, comprising a horizontal plate arranged vertically with the vertical plate to cover one or more mounting spaces, the lower surface of which is in contact with the upper surface of the vertical plate, and including one or more mounting holes formed at the location of each mounting space.
In the first paragraph,
A multi-purpose, multi-functional modular, customizable organizer having a two-way signal transmission system function characterized in that the calling means includes a switch that operates a bell or a light device.
In the first paragraph,
A multi-purpose, multi-functional modular, customizable organizer having a bidirectional signal transmission system function characterized in that the above recognition means includes a bell or a lighting device.
In the first paragraph,
The above body
The lower plate and the side plate are combined to form the above arrangement space, and
It includes a support plate arranged in the arrangement space so that a space between the above-mentioned cognitive means is formed and arranged apart from the lower plate,
The support plate includes a support plate penetration hole formed in the center so that light emitted from the above recognition means penetrates the module and is emitted upward.
The above module has a module penetration hole formed at a position corresponding to the support plate penetration hole and
It includes a transparent window that is placed in the above module penetration hole and allows light to pass through,
A multipurpose, multifunctional, modular, custom-made organizer having a bidirectional signal transmission system function, wherein the side plate includes a side plate penetration hole formed at a position corresponding to the interspace so that light emitted from the above recognition means is emitted laterally.
In paragraph 4,
The above space is
A multipurpose, multifunctional modular, customized organizer having a bidirectional signal transmission system function, characterized in that the recognition means, a power supply means connected to the recognition means, and a control unit for controlling the recognition means are arranged.
delete delete In the first paragraph,
A multi-purpose, multi-functional, modular, custom-made organizer with a bidirectional signal transmission system function characterized in that the horizontal plate is coupled to the upper surface of the side plate or the vertical plate.
In Article 8,
A multi-purpose, multi-functional modular custom organizer with a bidirectional signal transmission system function characterized in that the above-mentioned mounting holes are formed in the shape of a heart or star.
In the first paragraph,
The above module is
A multi-purpose, multi-functional modular custom organizer having a bidirectional signal transmission system function including an arc-shaped groove on the upper surface of the vertical plate.
In a system having a two-way signal transmission system function in which a customized organizing stand is placed in a store where a number of rooms are formed, a multi-functional multi-module planning option having a two-way signal transmission system of the first clause,
A multi-functional multi-module planning option customized organizer with the above two-way signal transmission system is placed in each room at least once,
A system having a bidirectional signal transmission system function including a transmitter and receiver, which is placed on a counter and includes a control module that controls the color and brightness of a display unit and a lighting device that displays a call location and transmits a signal through a call bell.
In Article 11,
The above control module is a system having a bidirectional signal transmission system function characterized in that, in the event of a fire, the lighting device of a multi-functional multi-module planning option customized organizer with a permanent bidirectional signal transmission system placed in each room is controlled to blink.