KR102183970B1 - Relay station using utp connecting lte communication - Google Patents

Abstract

The present invention relates to a relay station utilizing unshielded uwisted uair cable (UTP) for the LTE communication access function, which comprises: a plant pot (100) consist of a bottom part (101), a first adapter (110), a first plug (120), a cover (140), a first jig (150), a first partition (160), a second partition (160′), a second jig (170), a fence part (109), and a door (180); a second adapter (200) having a connection port to which a first cord (111) is connected when seated on the first adapter (110) and having first ports (210, 220); a router (300) provided with a ventilation fan (310), an intake hole, a first irregularities (162) and a second irregularities (320), a wireless communication module (330), an accommodation pipe (350), a connector (360), and antennas (370, 370′), and which has a second port to which the first plug (120) is connected on the other surface, and relays a data signal received from a UTP cord (C1) to another UTP cord; and a water-functional porous body (500) which covers the first jig (150) and the second jig (170) and fills the hollow of the fence part (109). According to the present invention, it is possible to drastically reduce the damage to the appearance of the indoors due to the installation of a router with a UTP relay function, and promote indoor humidification through a cool humidification method as well as thermal humidification, so that an optimal indoor environment can be realized.

Description

Repeater using UTP for LTE communication connection function {RELAY STATION USING UTP CONNECTING LTE COMMUNICATION}

The present invention relates to a repeater utilizing the LTE communication access function UTP.

As is well known, UTP (Unshielded Uwisted Uair cable) is a cable commonly used in Ethernet, and is generally widely used as a communication medium for configuring an indoor LAN (Local Area Network).

As an example, the LAN constituting Ethernet consists of a repeater that connects to the external Internet, a hub that divides the communication line of the repeater, and a terminal that is selectively connected to the hub or repeater to access Ethernet or the Internet. The communication between the repeater and the hub and one or more terminals is mediated by UTP.

As described above, in the related art, repeaters and hubs required for LAN configuration are arranged in an indoor exposed space so that a number of terminals can easily access them. Therefore, the user could easily connect the UTP connected to the terminal to the repeater or hub.

However, the repeater and hub must be sized to connect a plurality of wired cables, UTP, and a lamp that guides the connection status must be configured for each port, and the lamp notifies the connection status check result through continuous flashing. , Repeaters and hubs, not neat design, were inevitably burdensome for the indoor interior.

Of course, the repeater and hub can be placed in the indoor blind spot, but in this case, since the wiring of UTP for each terminal must be extended and wired, this is also not suitable for plastering.

Therefore, users who are sensitive to indoor plastering and interior can reduce the number of wires of UTP without exposing the repeater and hub to the outside, so there is a need for a technology that enables a cleaner indoors.

Prior Art Document 1. Patent Publication No. 10-2015-0061958 (published on June 5, 2015)

Accordingly, the present invention is to solve the above problems, and to solve the provision of a repeater utilizing UTP with an LTE communication access function that enables access to an LTE network through wireless communication technology such as Wi-Fi and creates a beautiful indoor interior. Make it an assignment.

In order to achieve the above object, the present invention,

The upper layer 102 on which the router 300 is mounted is formed in the center, and along the edges of both sides of the upper layer 102, the first valley 103 and the second valley 104 are formed to be inclined, respectively, and the first and second valleys ( The bottom portion 101 on which the first gutter 107 and the second gutter 107 ′ are formed to receive the water moved along the slopes of 103 and 104, respectively, and a plurality of first cords 111 are configured upward, and The first adapter 110 facing the upper layer 102 based on the first valley 103 and installed spaced apart from each other is electrically connected through the first cord 111 and the first wire L1, and the upper layer It is installed to cover the outer surface of the first plug 120 installed at the rear end of the layer 102 and the second adapter 200 seated on the first adapter 110, and the second adapter 200 is The cover 140 constitutes a first through hole 141 through which the one port 210, 220 passes, and a first jig seated on the cover 140 constitutes an upper surface inclined toward the first valley 103 ( 150), the first adapter 110, the cover 140, and the first jig 150 are sequentially stacked to be installed in the first valley 103 so as to face the wall surface, but spaced apart from the wall surface 161 ) And the first partition 160 in which the first irregularities 162 are formed on the opposite surface, and the voids and the first irregularities are formed to face the first partition 160 based on the upper layer 102, and the second Both edges are fixed to the top of the first and second partitions 160 and 160 ′, respectively, so as to cover the upper surface of the second partition 160 ′ installed in the valley 104 and the router 300 mounted on the upper layer 102 The first and second partitions 160 and 160 ′ have a tubular shape that forms an upper surface inclined toward the pores 161 and surrounds the first An inlet (h2) that forms a second through hole (h1) through which the ends of the ports 210 and 220 are exposed, and opens the tip of the upper layer 102 to slide the router 300 on the upper layer 102 ) And opening the rear end of the upper layer 102 for ventilation. A flower pot 100 comprising a fence portion 109 constituting the ventilation port h3 and a door 180 constituting the second ventilation port 181 and opening and closing the entrance h2;

When seated on the first adapter 110, the connection port to which the first cord 111 is connected is configured on the bottom, and the first ports 210 and 220 electrically connected to the connection port are connected to the UTP code (C1). A second adapter 200 having first ports 210 and 220 protruding through a first through hole 141 and a second through hole h1 to connect the voltage cord C2;

A ventilation fan 310 formed on one surface facing the inlet h2, an intake hole formed on the other surface facing the first ventilation hole h3, and the first and second partitions ( A wireless communication module 330 that processes to wirelessly transmit a data signal input to the second port 330 and mounted on the second unevenness 320 formed on both sides of the 160, 160', respectively, and the upper surface of the router 300 And, the wireless communication module 330 is accommodated in the hollow so that it is waterproof and connected to the receiving tube 350 installed in the second jig 170 and the wireless communication module 330 to communicate with the bottom of the cosmetic product (P). The connector 360 is installed so that the cosmetic product (P) is installed in the receiving tube 350, and the communication line 361 is constructed protruding from the top of the cosmetic product (P) and is installed in the cosmetic product (P) as a medium. An antenna (370, 370') communicating with the connector (360) is provided, and a second port (330) to which the first plug (120) is connected is formed on the other surface to receive the data signal received from the UTP code (C1). A router 300 relaying to another UTP code;

The first and second partitions 160 and 160 ′ are inserted into the voids 161 to form suspension portions 510 and 520 that protrude downward to reach the first and second valleys 103 and 104, and the first jig 150 ) And a water-containing porous body 500 that covers the second jig 170 and fills the hollow of the fence portion 109;

It is a repeater utilizing the LTE communication access function including a UTP.

In the present invention, since wireless communication is possible through an antenna installed in a cosmetic product, the wireless terminal can access the LTE network, and the UTP connected to the external Internet is wired to the terminal through the relay of the potted repeater. It is possible to drastically reduce the damage to the appearance of the indoors due to the installation of the router, and since it promotes indoor humidification through a cool humidification method as well as thermal humidification, there is an effect of realizing an optimal indoor environment.

1 is a perspective view showing a state in which an embodiment of a repeater according to the present invention is installed,
2 is an exploded perspective view showing a state in which a router is installed in an embodiment of a repeater according to the present invention,
3 is a schematic view showing an antenna mounted on the wireless communication module of the router,
4 is a side cross-sectional view schematically sequentially showing the state that the router is inserted into the flower pot,
5 is an exploded perspective view showing a state in which a porous body is installed in an embodiment of a repeater according to the present invention,
6 is a perspective view showing a rear view of a fence part configured in an embodiment of a repeater according to the present invention,
7 is a schematic view showing a front end view of an embodiment of a repeater according to the present invention,
8 is a perspective view showing a state in which the porous body is seated on a router,
9 is a perspective view showing a state in which a router is inserted into an embodiment of a repeater according to the present invention.

The features and effects of the present invention described above will become apparent through the following detailed description in connection with the accompanying drawings, whereby those of ordinary skill in the technical field to which the present invention pertains can easily implement the technical idea of the present invention. There will be. Since the present invention can apply various changes and have various forms, specific embodiments will be illustrated in the drawings and described in detail in the text. However, this is not intended to limit the present invention to a specific disclosed form, and it should be understood to include all changes, equivalents, and substitutes included in the spirit and scope of the present invention. The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing an embodiment of a repeater according to the present invention is installed, Figure 2 is an exploded perspective view showing a state in which a router is installed in an embodiment of a repeater according to the present invention, and Figure 3 is the router Is a diagram schematically showing a state in which an antenna is mounted on the wireless communication module of, FIG. 4 is a side cross-sectional view schematically sequentially showing a state in which the router is inserted into a flower pot, and FIG. 5 is an embodiment of a repeater according to the present invention It is an exploded perspective view showing a state in which a porous body is installed in an example, and FIG. 6 is a perspective view showing a rear view of a fence part configured in an embodiment of a repeater according to the present invention.

Referring to Figures 1 to 6, the repeater (B) of the present embodiment, a pot 100 for accommodating a cosmetic product (P) such as a plant or sculpture (彫物) for the purpose of interior, and an external UTP code (C1) The second adapter 200 comprising the first ports 210 and 220 connected to the voltage code C2, the router 300 performing a known relaying function between the UTP codes C1, and vibration in water It includes a vibrator (400, 400') scattered by applying and a water-containing porous body 500 that is installed in the flower pot 100 to accommodate the cosmetic product (P).

As a result, the repeater (B) performs a relay function between UTP LAN lines even though the exterior is a general flowerpot, thereby realizing a beautiful interior effect.

For this, in the flower pot 100 of the repeater (B), the upper layer 102 on which the router 300 is placed is formed in the center, and along the edges of both sides of the upper layer 102, the first valley 103 and the second valley ( 104) are respectively formed to be inclined and the first and second troughs (103, 104) to receive the water moved along the slopes of the first and second gutters 107 and the bottom portion 101 is formed, respectively, A first adapter 110, a first code 111, and a first adapter 110, which are installed to be spaced apart from each other by configuring a plurality of first codes 111 upward and facing the upper layer 102 based on the first valley 103 The outer surface of the first plug 120 and the second adapter 200 mounted on the first adapter 110 and the first plug 120 electrically connected through the first wire (L1) and installed to be directed at the rear end of the upper layer 102 The cover 140 is installed to cover the first port (210, 220) of the second adapter 200 and constitutes the first through hole 141 through which the first port (210, 220) passes, and the upper surface inclined toward the first valley (103). And the first jig 150 seated on the cover 140, the first adapter 110, the cover 140, and the first jig 150 are sequentially stacked to face the formed wall surface. The first partition 160, which is installed on the wall, with a void 161 formed on one surface to be spaced apart from the wall surface, and the first irregularities 162 formed on the opposite surface, and the first partition 160 based on the upper layer 102 The second partition 160' is formed in the second valley 104 and has a void and a first concave and convex so as to face each other, and both edges are the first to cover the upper surface of the router 300 mounted on the upper layer 102. ,Second jig 170, which is fixed to the top of the second partitions 160 and 160', respectively, and constitutes an upper surface inclined toward the pores 161 of the first and second partitions 160, 160', and the bottom part ( 101) is a tubular shape that surrounds and forms a second through hole (h1) through which the ends of the first ports 210 and 220 are exposed, and the router 300 is slidingly inserted on the upper layer 102 The upper layer 102 is composed of an inlet (h2) that opens the tip of the upper layer to be ventilated. A fence part 109 constituting a first ventilation port h3 for opening the rear end of the upper layer 102, and a door 180 constituting a second ventilation port 181 and opening and closing the entrance h2.

To describe each configuration of the flower pot 100 in more detail, the bottom part 101 has an upper layer 102 formed in the center so that the router 300 is mounted. The upper layer 102 is formed relatively high to prevent flooding of the router 300. Meanwhile, the first valley 103 and the second valley 104 are formed to be inclined along both edges of the upper layer 102. The first valley 103 and the second valley 104 are formed relatively lower than the upper layer 102 because the water flows section, and form a slope so that water flows only in a designated direction. The first and second valleys 103 and 104 of the present implementation are inclined to flow toward the front end of the router 300 where the ventilation fan 310 is located, and the porous body 500 toward the first and second valleys 103 and 104 The water moving by riding is scattered by the wind power of the ventilation fan 310. Subsequently, the bottom portion 101 constitutes a first gutter 107 and a second gutter 107 ′ to receive the water moved along the slopes of the first and second valleys 103 and 104, respectively. The first and second gutters 107 and 107 ′ function as a drain to prevent the water flowing along the first and second valleys 103 and 104 from flowing into the upper layer 102 and scatter the drained water. It also performs the function of storing as much water as possible to do. The description of the first and second gutters 107 and 107' will be repeated below.

The first adapter 110 is configured to have a plurality of first cords 111 upward, and is installed to face the upper layer 102 based on the first valley 103 and to be spaced apart. Since the first cord 111 is configured for electrical connection with the second adapter 200, the first cord 111 is used as the second adapter when the second adapter 200 is seated on the first adapter 110. 200) connection port (not shown). In addition, the first cord 111 also functions as a support between the first adapter 110 and the second adapter 200.

The first plug 120 is electrically connected to the first cord 111 and the first wire L1 as a medium and is installed to be directed at the rear end of the upper layer 102. As shown in FIG. 4, the first plug 120 is connected to the second port 330 of the router 300 while the router 300 slides along the upper layer 102, so the data signal of the UTP code C1 Is input to the second port 330 through the first cord 111 and the first wire L1 and the first plug 120 by connecting to the first port 210.

The cover 140 is installed to cover the outer surface of the second adapter 200 mounted on the first adapter 110 and the first through hole through which the first ports 210 and 220 of the second adapter 200 pass Make up (141). Since the first adapter 110 and the second adapter 200 are electrically connected to each other, they must be completely waterproof. Therefore, the cover 140 of the present embodiment coats the circumferential surface of the second adapter 200 and is installed on the bottom portion 101 so that the first adapter 110 as well as the second adapter 200 are provided with the first valley 103 Prevents from being submerged by water moving toward

The first jig 150 constitutes an upper surface inclined toward the first valley 103 and is seated on the cover 140. Accordingly, the water accommodated in the porous body 500 flows toward the first valley 103 along the upper surface of the first jig 150.

The first partition 160 is installed in the first valley 103 so as to face the wall surface formed by sequentially stacking the first adapter 110, the cover 140, and the first jig 150, and is placed on one surface to be spaced apart from the wall surface. A void 161 is formed, and a first unevenness 162 is formed on the opposite surface. As a result, the first partition 160 divides a space between the first and second adapters 110 and 200 and the router 300, and the water accommodated in the porous body 500 is not the space where the router 300 is located. Guide to flow only into the valley 103. In addition, the first unevenness 162 of the first partition 160 increases the thermoelectric efficiency by increasing the contact area with the router 300, and guides the sliding of the router 300.

The second partition 160 ′ has a void and a first unevenness formed to face the first partition 160 based on the upper layer 102 and is installed in the second valley 104. Unlike the void 161 of the first partition 160, the second partition 160 ′ separates the inner surface of the fence unit 109 from the second partition 160 ′. In addition, since the first irregularities of the second partition 160 ′ are engaged with the router 300 together with the first irregularities 162 of the first partition 160, the thermoelectric efficiency is increased and the sliding of the router 300 is guided.

The second jig 170 has both edges fixed to the top of the first and second partitions 160 and 160 ′, respectively, so as to cover the upper surface of the router 300 mounted on the upper layer 102, and the first and second partitions 160, 160') It constitutes an upper surface inclined toward each of the voids 161. The second jig 170 is integrally connected with the first and second partitions 160 and 160 ′ to waterproof the space where the router 300 is located, and the top surfaces of the first and second partitions 160 and 160 ′ respectively Since it is inclined toward the void 161 of the porous body 500, the water contained in the porous body 500 moves to the voids 161 of each of the first and second partitions 160 and 160' and flows into the first and second valleys 103 and 104. Guide. The router 300 of the present invention configures antennas 370 and 370 ′ for LTE communication access to enable a terminal to access a network, and configures an accommodation pipe 350 for this. Therefore, the second jig 170 constitutes a through hole 173 for penetrating the receiving tube 350 and supports the receiving tube 350 so that it is stably installed. The through hole 173 through which the receiving pipe 350 passes is subjected to a waterproof treatment such as sealing, so that the water contained in the porous body 500 does not flow into the router 300 through the second jig 170.

As a result, the first and second jigs 150 and 170 and the first and second partitions 160 and 160 ′ are spaces for preventing flooding of the first and second adapters 110 and 200 and the router 300 which are electronic devices. Is formed in the flower pot 100 to prevent the first and second adapters 110 and 200 and the router 300 from being short-circuited or damaged due to flooding.

The fence part 109 is integrally formed with the bottom part 101 and has a tubular shape surrounding the first ports 210 and 220, and constitutes a second through hole h1 through which the ends of the first ports 210 and 220 are exposed, and the upper layer 102 An inlet (h2) for opening the front end of the upper layer 102 is configured to slide the router 300 on the top, and a first ventilation mechanism h3 is configured to open the rear end of the upper layer 102 for ventilation. As a result, the fence part 109 forms one bowl together with the bottom part 101, so that the first and second adapters 110 and 200 and the router 300, which are electronic devices, can be accommodated, and the porous body 500 It can be stored, and the router 300 can be drawn in and out through the inlet h2. In addition, external air for driving the sharer 300 is introduced through the first ventilation port h3, and the air that has passed through the sharer 300 is discharged through the inlet h2.

The door 180 constitutes the second ventilation mechanism 181 and opens and closes the entrance h2. Therefore, during daily life, the entrance h2 is closed with the door 180 to maintain the complete appearance of the flower pot 100, and when the router 300 is replaced or repaired, the door 180 is opened and the router 300 is taken out. In addition, since the door 180 constitutes the second ventilation port 181, air exhausted from the ventilation fan 310 of the sharer 300 is smoothly discharged to the outside through the second ventilation port 181.

7 is a schematic view showing a front end view of an embodiment of a repeater according to the present invention, FIG. 8 is a perspective view showing a state in which the porous body is seated on a router, and FIG. 9 is a view of the repeater according to the present invention. It is a perspective view showing a state in which the router is inserted in an embodiment.

1 to 9, the repeater B of the present embodiment having the above-described structure further includes the second adapter 200, the router 300, the vibrators 400, 400', and the porous body 500 described above. Include.

The second adapter 200 includes a connection port to which the first cord 111 connects when seated on the first adapter 110, and the first ports 210 and 220 electrically connected to the connection port. ) Is provided with first ports 210 and 220 protruding through the first through hole 141 and the second through hole h1 so that the UTP code C1 and the voltage code C2 are connected. The second adapter 200 serves as a relay function to transmit the data signal of the external UTP code (C1) to the router 300, as well as transforming and rectifying the electricity introduced from the voltage code (C2) to transmit it to the router 300. It performs the power supply function. Therefore, the second adapter 200 of the present invention is made of a metal material having a high thermal conductivity to thermoelectric the high heat generated during the transformation and rectification process, and water flowing through the pores 161 of the first partition 160 Cooled by

The sharer 300 is slidably engaged with the ventilation fan 310 formed on one surface facing the inlet h2, an intake hole formed on the other surface facing the first ventilation hole h3, and the first irregularities 162 The second irregularities 320 formed on both sides of the first and second partitions 160 and 160 ′, respectively, are mounted on the upper surface of the router 300 and processed to wirelessly transmit the data signal input to the second port 330 The wireless communication module 330 and the wireless communication module 330 are accommodated in the hollow so as to be waterproof and are connected to the receiving pipe 350 installed in the second jig 170 and the wireless communication module 330 to communicate A connector 360 installed at the bottom of (P) to allow the cosmetic product (P) to be installed in the receiving tube 350, and a communication line protruding from the top of the cosmetic product (P) and installed in the cosmetic product (P) An antenna (370, 370') that communicates with the connector (360) via 361 is provided, and a second port (330) to which the first plug (120) is connected is formed on the other surface, so that the UTP code (C1) The data signal received from is relayed to another UTP code. Since the first plug 120 of the present invention is installed facing forward from the rear end of the upper layer 102, the second port 330 to which the first plug 120 is connected may correspond to the position of the first plug 120. It is installed backward from the rear of the router 300. In the end, when the router 300 is inserted into the inlet h2 of the fence part 109 and slides and pushes it on the upper layer 102, the second port 330 is aligned with the first plug 120 and connected. It is stopped, and the router 300 and the second adapter 200 are electrically connected. In addition, since the second unevenness 320 is formed on both sides of the router 300, respectively, the thermoelectric efficiency can be increased by engaging the first unevenness 162 formed in the first and second partitions 160 and 160'. For reference, since the first and second irregularities 162 and 320 of the present embodiment form a long rail shape in the transverse direction, the movement of the router 300 is not interfered by the first and second irregularities 162 and 320.

Meanwhile, the router 300 is equipped with a wireless communication function capable of accessing an LTE network, and for this purpose, the antennas 370 and 370' are configured. To this end, the router 300 further includes a wireless communication module 340 that converts a data signal into a radio frequency or receives an external radio frequency and converts it into a data signal. Since the wireless communication module 340 is mounted on the upper surface of the router 300, it is preferable to have a detachable structure for sliding of the router 300. Subsequently, the wireless communication module 340 is installed in the hollow of the receiving pipe 350 installed and fixed to the second jig 170, and a connector connected to the wireless communication module 340 at the bottom of the cosmetic product P ( Since 360 is installed, in the process of connecting the connector 360 to the wireless communication module 340, the lower end of the cosmetic product P is inserted into the receiving tube 350. For reference, the receiving pipe 350 penetrates the porous body 500 containing water and exposes the upper end from the porous body 500.

Subsequently, the communication line 361 of the connector 360 electrically connected to the antennas 370 and 370' installed on the top of the cosmetic product P is embedded in the cosmetic product P. As a result, the antennas 370 and 370' for wireless communication are covered by the cosmetic product P and the flower pot 100, and thus, may aim for a beautiful appearance.

The vibrator (400, 400') is the first and second gutters (107, 107') so that water flowing into the first and second gutters (107, 107') through the first and second valleys (103, 104) is scattered. It is installed in each and vibrates. As described above, water that has moved along the first and second valleys 103 and 104 is discharged after entering the first and second gutters 107 and 107', respectively. Therefore, the vibrators 400 and 400 ′ are installed on the first and second gutters 107 and 107 ′, respectively, and apply vibration to the temporarily stored water to force it to scatter. As a result, the water flowing into the first and second gutters 107 and 107' is scattered before draining, thereby providing an additional humidification function.

The porous body 500 is inserted into the void 161 of the first and second partitions 160 and 160 ′ and constitutes the suspension portions 510 and 520 that protrude downward to reach the first and second valleys 103 and 104 The first jig 150 and the second jig 170 are covered, and the hollow of the fence portion 109 is filled. The porous body 500 structurally has a large amount of pores and thus can function in a large amount of water. Therefore, when the user pours water into the porous body 500 filled in the flower pot 100, water flows into the pores of the porous body 500 and flows to the suspension parts 510 and 520, and in this process, the first and second valleys It is drained and scattered through the first and second receivers 107 and 107' along (103, 104).

The repeater (B) of the present invention having the above-described configuration and structure operates as follows.

As if planting, a plant-shaped cosmetic product (P) is installed in the flower pot 100 installed in the porous body 500, and the router 300 uses the first adapter 110 and the second adapter 200 as a gateway. Data communication and power supply and demand are made. Therefore, the exterior of the repeater B is like a flower pot arranged for the purpose of indoor interior and air purification.

In addition, when the user puts water into the porous body 500 as if watering a flower pot, the porous body 500 absorbs water like soil into the pores and performs a humidification function through a vaporization process. Furthermore, when a certain amount of water is put into the porous body 500, the water flows through the pores of the porous body 500 and flows to the suspension portions 510 and 520. The suspension portions 510 and 520 are inserted into the voids 161 of the first and second partitions 160 and 160 ′ located between the first and second adapters 110 and 200 and the router 300 to It is formed long to reach (103, 104). Accordingly, the water flowing through the suspension portions 510 and 520 is heated by the driving heat of the second adapter 200 and the router 300, and vaporized water vapor is radiated toward the inlet h2 of the fence portion 109. The wind power of the ventilation fan 310 located on the inlet h2 side strongly pushes the emanating water vapor to the outside of the inlet h2 to accelerate indoor thermal humidification.

Meanwhile, water that cannot be vaporized in the suspension portions 510 and 520 flows into the first and second gutters 107 and 107 ′, and the vibrators 400 and 400 ′ generate sufficient vibration from the introduced water and scatter them. The water scattered in this way moves to the outside along with water vapor to accelerate indoor cooling and humidification.

Consequently, the repeater (B) of the present invention is a highly complex technology in which a humidification function is added as well as an indoor interior effect while improving communication efficiency of an indoor UTP LAN line.

In the detailed description of the present invention described above, it has been described with reference to preferred embodiments of the present invention, but those skilled in the art or those of ordinary skill in the relevant technical field, the spirit of the present invention described in the claims to be described later. And it will be understood that various modifications and changes can be made to the present invention within a range not departing from the technical field.

100; Pollen 101; Bottom part 102; Upper layer
103; 1st goal 104; 2nd goal 107, 107'; 1st and 2nd gutter
109; Fence part 110; First adapter 111; First code
120; First plug 140; Cover 150; 1st jig
160, 160'; First and second partitions 161; Void 162; 1st irregularities
170; Second jig 180; Door 181; 2nd ventilation
200; Second adapters 210 and 220; First port 300; router
310; Ventilation fan 320; Second irregularities 400, 400'; Oscillator
500; Porous bodies 510, 520; Suspension

Claims (1)

The upper layer 102 on which the router 300 is mounted is formed in the center, and along the edges of both sides of the upper layer 102, the first valley 103 and the second valley 104 are formed to be inclined, respectively, and the first and second valleys ( The bottom portion 101 on which the first gutter 107 and the second gutter 107 ′ are formed to receive the water moved along the slopes of 103 and 104, respectively, and a plurality of first cords 111 are configured upward, and The first adapter 110 facing the upper layer 102 based on the first valley 103 and installed spaced apart from each other is electrically connected through the first cord 111 and the first wire L1, and the upper layer It is installed to cover the outer surface of the first plug 120 installed at the rear end of the layer 102 and the second adapter 200 seated on the first adapter 110, and the second adapter 200 is The cover 140 constitutes a first through hole 141 through which the one port 210, 220 passes, and a first jig seated on the cover 140 constitutes an upper surface inclined toward the first valley 103 ( 150), the first adapter 110, the cover 140, and the first jig 150 are sequentially stacked to be installed in the first valley 103 so as to face the wall surface, but spaced apart from the wall surface 161 ) And the first partition 160 in which the first irregularities 162 are formed on the opposite surface, and the voids and the first irregularities are formed to face the first partition 160 based on the upper layer 102, and the second Both edges are fixed to the top of the first and second partitions 160 and 160 ′, respectively, so as to cover the upper surface of the second partition 160 ′ installed in the valley 104 and the router 300 mounted on the upper layer 102 The first and second partitions 160 and 160 ′ have a tubular shape that forms an upper surface inclined toward the pores 161 and surrounds the first An inlet (h2) that forms a second through hole (h1) through which the ends of the ports 210 and 220 are exposed, and opens the tip of the upper layer 102 to slide the router 300 on the upper layer 102 ) And opening the rear end of the upper layer 102 for ventilation. A flower pot 100 comprising a fence portion 109 constituting the ventilation port h3 and a door 180 constituting the second ventilation port 181 and opening and closing the entrance h2;
When seated on the first adapter 110, the connection port to which the first cord 111 is connected is configured on the bottom, and the first ports 210 and 220 electrically connected to the connection port are connected to the UTP code (C1). A second adapter 200 having first ports 210 and 220 protruding through a first through hole 141 and a second through hole h1 to connect the voltage cord C2;
A ventilation fan 310 formed on one surface facing the inlet h2, an intake hole formed on the other surface facing the first ventilation hole h3, and the first and second partitions ( A wireless communication module 330 that processes to wirelessly transmit a data signal input to the second port 330 and mounted on the second unevenness 320 formed on both sides of the 160, 160', respectively, and the upper surface of the router 300 And, the wireless communication module 330 is accommodated in the hollow so that it is waterproof and connected to the receiving tube 350 installed in the second jig 170 and the wireless communication module 330 to communicate with the bottom of the cosmetic product (P). The connector 360 is installed so that the cosmetic product (P) is installed in the receiving tube 350, and the communication line 361 is constructed protruding from the top of the cosmetic product (P) and is installed in the cosmetic product (P) as a medium. An antenna (370, 370') communicating with the connector (360) is provided, and a second port (330) to which the first plug (120) is connected is formed on the other surface to receive the data signal received from the UTP code (C1). A router 300 relaying to another UTP code;
The first and second partitions 160 and 160 ′ are inserted into the voids 161 to form suspension portions 510 and 520 that protrude downward to reach the first and second valleys 103 and 104, and the first jig 150 ) And the second jig 170 to cover and fill the hollow of the fence portion 109, a water-containing porous body 500;
LTE communication access function UTP utilization repeater comprising a.

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