An indoor high-end router with an external cable bundle limiting mechanism

The invention discloses an indoor high-end router with an external cable binding limit mechanism , Including the high-end router body 、 Shielding plate 、 Electric motor 、 Clean blocks and remove blocks , The lower surface of the high-end router body is bolted with a suction cup foot , The upper surface of the high-end router body is bolted with a breathable mesh opening , And the lower surface of the high-end router body is bonded and fixed with a fixing frame , The front surface of the high-end router body is bonded and fixed with a winding rod , And the front surface of the high-end router body is provided with a cable body plug interface . The indoor high-end router of the external cable bundle limiting mechanism , The utility model is provided with a winding rod and a clamping groove , By setting the winding rod , The extra length of cable can be stowed , Moreover, the shielding plate is used to fix the wound cable through the clamping slot , After the cable is twisted , Will not come out easily , The interior of the weak current box is kept clean , At the same time, it also reduces the entanglement of cables , But not convenient for maintenance .

1. The utility model relates to an indoor high-end router with an external cable bundle limiting mechanism , Including the high-end router body （1）、 Shielding plate （103）、 Electric motor （7）、 Cleaning block （9） And removing blocks （13）, It is characterized by ： The high-end router body （1） A suction cup foot is fixed by bolts on the lower surface of the （2）, And the high-end router itself （1） The upper surface of the bolt is fixed with a breathable mesh opening （3）, And the high-end router itself （1） The lower surface of the is bonded and fixed with a fixing frame （4）, The high-end router body （1） The front surface of the utility model is bonded and fixed with a winding rod （5）, And the high-end router itself （1） The front surface of the cable body is provided with a cable plug interface （6）.

2. According to the claim 1 The utility model relates to an indoor high-end router with an external cable bundle limiting mechanism , It is characterized by ： The high-end router body （1） The front surface of the utility model is provided with a placement groove （101）, And place the groove （101） The inner top end of the utility model is bonded and fixed with a first return spring （102）, And the first return spring （102） The lower end of the is bonded and fixed with a shielding plate （103）, At the same time, shield the board （103） Through the first return spring （102） And placement slots （101） Form an elastic structure .

3. According to the claim 2 The utility model relates to an indoor high-end router with an external cable bundle limiting mechanism , It is characterized by ： The shielding plate （103） The upper surface of the utility model is provided with a clamping groove （104）, And the clamping groove （104） Inside radius of the winding rod （5） The outer radius of is equal , And the shield （103） By placing slots （101） And high-end router ontology （1） Form a sliding structure , At the same time, shield the board （103） The front surface of the is inclined .

4. According to the claim 2 The utility model relates to an indoor high-end router with an external cable bundle limiting mechanism , It is characterized by ： The fixing frame （4） The electric motor is fixed by the internal bolts of the （7）, And electric motor （7） The output end of the is fixed with a suction fan by bolts （8）, And fix the frame （4） The lower surface of the utility model is bolted with an air inlet net （10）, At the same time, the electric motor （7） The outer surface of the output end is bolted with a cleaning block （9）.

5. According to the claim 3 The utility model relates to an indoor high-end router with an external cable bundle limiting mechanism , It is characterized by ： The winding rod （5） And the clamping groove （104） The friction between them is greater than that of the first return spring （102） The elasticity of , And each 2 Group winding rod （5） And the baffle （103） One-to-one correspondence , And the shield （103） The rear surface of the cable body is connected with the cable body （6） The front surface of the fits , At the same time, shield the board （103） The width of the cable body is larger than the connector of the cable body （6） Half the width .

6. According to the claim 4 The utility model relates to an indoor high-end router with an external cable bundle limiting mechanism , It is characterized by ： The cleaning block （9） The outer surface of the utility model is provided with a sliding groove （11）, And sliding groove （11） A second return spring is bonded and fixed inside the （12）, And the second return spring （12） The end of the utility model is bonded and fixed with a removal block （13）.

7. According to the claim 4 The utility model relates to an indoor high-end router with an external cable bundle limiting mechanism , It is characterized by ： The cleaning block （9） About electric motors （7） There are two groups of vertical central axes of the , And clean the block （9） The upper surface of the and the air inlet network port （10） The following surface of , And clean the block （9） Through the sliding groove （11） And remove the block （13） Form a sliding structure .

8. According to the claim 6 The utility model relates to an indoor high-end router with an external cable bundle limiting mechanism , It is characterized by ： The removal block （13） The width of the second return spring （12） The sum of the deformation length of is greater than that of the cleaning block （9） The length of , And the second return spring （12） The diameter of the sliding groove is larger than that of the sliding groove （11） The opening width of .

The utility model relates to an indoor high-end router with an external cable bundle limiting mechanism

technical field

The invention relates to the technical field of high-end routers , Specifically, the utility model relates to an indoor high-end router with an external cable bundle limiting mechanism .

Background technology

In the process of home network , Thanks to our mobile devices , Like mobile phone. , It cannot be directly connected with optical fiber , So you need to use a router to cover your home network , In order to ensure the signal strength of wireless network in the home , High end routers are required , So as to ensure people's sense of use experience .

Existing indoor high-end routers , The following problems have been found during use ：

1. Some existing indoor high-end routers connect cables to the high-end router body , The high-end router needs to be placed inside the weak current box , Due to the limited space inside the weak current box , As a result, the connected cables are easy to be placed disorderly , This will bring inconvenience to subsequent cable maintenance , And some telecom workers use adjustable clips to fix the cables , Because the buckle can only be tightened , When it is necessary to remove the snap , Need to use scissors or knives , Thus, the skin of the cable is scratched , At the same time, because the buckle is relatively small , When the staff remove the buckle , Prone to accidental injury .

2. And some existing indoor high-end routers are placed on the desktop for use , Because there are many devices connected with cables , This will increase the workload of the router , At the same time, in the hot season , The temperature inside the high-end router body is easy to rise , The heat dissipation device inside the high-end router body is required for heat dissipation , The existing heat dissipation device filters the air sucked into the high-end router body through the filter screen , Because there is no effective cleaning structure , As a result, the high-end router ontology is in use , Generated electrostatic adsorption , Make the filter screen easy to be blocked , Thus, the internal temperature of the whole device is easy to rise , The service life of the whole device is relatively reduced .

Therefore, it is necessary to design an indoor high-end router with an external cable bundle limiting mechanism to solve the above problems .

The content of the invention

The invention aims to provide an indoor high-end router with an external cable bundle limiting mechanism , To solve the problem that some existing indoor high-end routers proposed in the above background technology connect cables to the high-end router body , The high-end router needs to be placed inside the weak current box , Due to the limited space inside the weak current box , As a result, the connected cables are easy to be placed disorderly , This will bring inconvenience to subsequent cable maintenance , And some telecom workers use adjustable clips to fix the cables , Because the buckle can only be tightened , When it is necessary to remove the snap , Need to use scissors or knives , Thus, the skin of the cable is scratched , At the same time, because the buckle is relatively small , When the staff remove the buckle , Prone to accidental injury , And some existing indoor high-end routers are placed on the desktop for use , Because there are many devices connected with cables , This will increase the workload of the router , At the same time, in the hot season , The temperature inside the high-end router body is easy to rise , The heat dissipation device inside the high-end router body is required for heat dissipation , The existing heat dissipation device filters the air sucked into the high-end router body through the filter screen , Because there is no effective cleaning structure , As a result, the high-end router ontology is in use , Generated electrostatic adsorption , Make the filter screen easy to be blocked , Thus, the internal temperature of the whole device is easy to rise , The service life of the whole device is relatively reduced .

To achieve the above purpose , The invention provides the following technical scheme ： The utility model relates to an indoor high-end router with an external cable bundle limiting mechanism , Including the high-end router body 、 Shielding plate 、 Electric motor 、 Clean blocks and remove blocks , The lower surface of the high-end router body is bolted with a suction cup foot , The upper surface of the high-end router body is bolted with a breathable mesh opening , And the lower surface of the high-end router body is bonded and fixed with a fixing frame , The front surface of the high-end router body is bonded and fixed with a winding rod , And the front surface of the high-end router body is provided with a cable body plug interface .

Preferred , The front surface of the high-end router body is provided with a placement slot , The inner top end of the placement groove is bonded and fixed with a first return spring , And the lower end of the first return spring is bonded and fixed with a shielding plate , At the same time, the shielding plate forms an elastic structure with the placement groove through the first return spring .

Preferred , The upper surface of the baffle is provided with a clamping groove , And the inner radius of the clamping groove is equal to the outer radius of the winding rod , And the shielding plate forms a sliding structure with the high-end router body through a placement slot , At the same time, the front surface of the baffle is inclined .

Preferred , The inner bolt of the fixing frame is fixed with an electric motor , The output end of the electric motor is fixed with a suction fan by bolts , And the lower surface of the fixing frame is bolted with an air inlet net , At the same time, the outer surface of the output end of the electric motor is bolted with a cleaning block .

Preferred , The friction between the winding rod and the clamping groove is greater than the elastic force of the first return spring , And each 2 A group of winding rods correspond to the shielding plate one by one , In addition, the rear surface of the baffle fits the front surface of the cable body connector , At the same time, the width of the baffle is greater than half of the width of the cable body connector .

Preferred , The outer surface of the cleaning block is provided with a sliding groove , The inner part of the sliding groove is bonded and fixed with a second return spring , And the end of the second return spring is bonded and fixed with a removal block .

Preferred , The cleaning block is symmetrically arranged with two groups about the vertical central axis of the electric motor , And the upper surface of the cleaning block fits with the lower surface of the air inlet , The cleaning block and the removing block form a sliding structure through a sliding groove .

Preferred , The sum of the width of the removal block and the deformation length of the second return spring is greater than the length of the cleaning block , The diameter of the second return spring is larger than the opening width of the sliding groove .

Compared with the prior art , The beneficial effect of the invention is ： The indoor high-end router of the external cable bundle limiting mechanism , Tighten by winding the cable , Thus, when the high-end router body is used , The cables will not be twisted together , At the same time, it is shielded and fixed by the baffle , The whole device can reduce the amount of dust accumulated at the connector of the cable body , Ensure smooth cable connection , Moreover, the self potential energy of the high-end router body can be used to reduce the situation that the heat inside the whole device is difficult to dissipate ;

1. The indoor high-end router of the external cable bundle limiting mechanism is provided with a removal block 、 Sliding groove and second return spring , The centrifugal force produced by the rotation of the suction fan , The outer surface of the cleaning block is cleaned by removing the block , Thus, the cleanliness of the outer surface of the cleaning block is ensured , Thus, the cleaning efficiency of the cleaning block , Make the air inlet of the high-end router more unobstructed ;

2. The indoor high-end router of the external cable bundle limiting mechanism is provided with a cleaning block , Through the reciprocating rotation of the suction fan , The cleaning block can be used to clean the dust attached to the outer surface of the air inlet network , Thus, convection can be formed between the inlet and outlet network ports , Thus, the air flow rate inside the high-end router body is improved , Make the high-end router more secure and stable when working , Then the service life of the high-end router ontology is relatively improved ;

3. The indoor high-end router of the external cable bundle limiting mechanism is provided with a baffle plate and a first return spring , Through the shelter of the baffle , It can make the cable body plug interface when not in use , Dust accumulation is reduced , Then, after the cable is subsequently inserted into the cable body connector , The occurrence of poor contact is reduced , So as to ensure the smooth use of the network , It improves people's sense of experience ;

4. The indoor high-end router of the external cable bundle limiting mechanism is provided with a winding rod and a clamping groove , By setting the winding rod , The extra length of cable can be stowed , Moreover, the shielding plate is used to fix the wound cable through the clamping slot , After the cable is twisted , Will not come out easily , The interior of the weak current box is kept clean , At the same time, it also reduces the entanglement of cables , But not convenient for maintenance .

Description of drawings

chart 1 Is the schematic diagram of the front sectional structure of the invention ;

chart 2 It is an enlarged structural diagram of the shielding plate of the invention ;

chart 3 Is the schematic diagram of the left sectional structure of the shielding plate of the invention ;

chart 4 Is the schematic diagram of the rear view stereoscopic structure of the shielding plate of the invention ;

chart 5 It is the schematic diagram of the opening structure of the shutter of the invention ;

chart 6 The invention is shown in Fig 1 in A Enlarged structure diagram at ;

chart 7 It is the sectional structure diagram of the cleaning block of the invention .

In the figure ：1、 High end router body ;101、 Place the slot ;102、 First return spring ;103、 Shielding plate ;104、 Snap groove ;2、 Suction cup feet ;3、 Breathable mesh opening ;4、 Fixed frame ;5、 Winding rod ;6、 Cable body connector ;7、 Electric motor ;8、 Suction fan ;9、 Cleaning block ;10、 Air inlet network port ;11、 Sliding groove ;12、 Second return spring ;13、 Remove the block .

Specific embodiments

The following will be combined with the drawings in the embodiment of the present invention , The technical scheme in the embodiment of the invention is clearly explained 、 Describe completely , obviously , The described embodiments are only part of the embodiments of the present invention , Not all embodiments . Based on the embodiments of the present invention , All other embodiments obtained by those skilled in the art without creative work , Both belong to the protection scope of the invention .

Please refer to the picture 1-7, The invention provides a technical scheme ： The utility model relates to an indoor high-end router with an external cable bundle limiting mechanism , Including adding the high-end router body 1、 Place the slot 101、 First return spring 102、 Shielding plate 103、 Snap groove 104、 Suction cup feet 2、 Breathable mesh opening 3、 Fixed frame 4、 Winding rod 5、 Cable body connector 6、 Electric motor 7、 Suction fan 8、 Cleaning block 9、 Air inlet network port 10、 Sliding groove 11、 Second return spring 12 And removing blocks 13, High end router body 1 A suction cup foot is fixed by bolts on the lower surface of the 2, And the high-end router itself 1 The upper surface of the bolt is fixed with a breathable mesh opening 3, And the high-end router itself 1 The lower surface of the is bonded and fixed with a fixing frame 4, High end router body 1 The front surface of the utility model is bonded and fixed with a winding rod 5, And the high-end router itself 1 The front surface of the cable body is provided with a cable plug interface 6.

High end router body 1 The front surface of the utility model is provided with a placement groove 101, And place the groove 101 The inner top end of the utility model is bonded and fixed with a first return spring 102, And the first return spring 102 The lower end of the is bonded and fixed with a shielding plate 103, At the same time, shield the board 103 Through the first return spring 102 And placement slots 101 Form an elastic structure , You can make the baffle 103 Through the first return spring 102 The elasticity of , Easily return to the original state , Then make the baffle 103 The shielding efficiency is guaranteed .

Shielding plate 103 The upper surface of the utility model is provided with a clamping groove 104, And the clamping groove 104 Inside radius of the winding rod 5 The outer radius of is equal , And the shield 103 By placing slots 101 And high-end router ontology 1 Form a sliding structure , At the same time, shield the board 103 The front surface of the is inclined , It is convenient for workers to install the cable to the cable body connector 6 in , Improve the high-end router ontology 1 Installation efficiency of .

Fixed frame 4 The electric motor is fixed by the internal bolts of the 7, And electric motor 7 The output end of the is fixed with a suction fan by bolts 8, And fix the frame 4 The lower surface of the utility model is bolted with an air inlet net 10, At the same time, the electric motor 7 The outer surface of the output end is bolted with a cleaning block 9, It can guarantee the high-end router itself 1 Internal air can form convection , Improve the high-end router ontology 1 The heat dissipation effect of .

Winding rod 5 And the clamping groove 104 The friction between them is greater than that of the first return spring 102 The elasticity of , And each 2 Group winding rod 5 And the baffle 103 One-to-one correspondence , And the shield 103 The rear surface of the cable body is connected with the cable body 6 The front surface of the fits , At the same time, shield the board 103 The width of the cable body is larger than the connector of the cable body 6 Half the width , The cable can be fixed , This reduces the possibility of cables being entangled .

Cleaning block 9 The outer surface of the utility model is provided with a sliding groove 11, And sliding groove 11 A second return spring is bonded and fixed inside the 12, And the second return spring 12 The end of the utility model is bonded and fixed with a removal block 13, It can reduce the inlet of the air intake network 10 Adhesion amount of dust on the outer surface , Improve the high-end router ontology 1 Heat dissipation capacity .

Cleaning block 9 About electric motors 7 There are two groups of vertical central axes of the , And clean the block 9 The upper surface of the and the air inlet network port 10 The following surface of , And clean the block 9 Through the sliding groove 11 And remove the block 13 Form a sliding structure , It can make the inlet of the air intake network 10 Keep unobstructed , The heat can be transferred from the high-end router body more quickly 1 The interior is taken away .

Remove the block 13 The width of the second return spring 12 The sum of the deformation length of is greater than that of the cleaning block 9 The length of , And the second return spring 12 The diameter of the sliding groove is larger than that of the sliding groove 11 The opening width of , The whole device can use its own potential energy to clean the block 9 Clean up , Thus, the cleaning block is ensured 9 Cleaning efficiency .

working principle ： When using this device , First, according to the figure 1 Sum graph 6-7 Shown , When the high-end router body 1 A large amount of heat is generated during use , And working in hot weather , High end router body 1 Internal electric motor 7 Turn on , Electric motor 7 Drive the cleaning block 9 Perform reciprocating rotation , Because the cleaning block 9 About electric motors 7 There are two groups of vertical central axes of the , And clean the block 9 The upper surface of the and the air inlet network port 10 The following surface of , So clean the block 9 It can reduce the inlet of the air intake network 10 The amount of dust adhering to the , Thus, the air inlet network port is ensured 10 With breathable mesh openings 3 Air convection between , Thus, the high-end router body 1 The heat dissipation efficiency is guaranteed ;

When cleaning blocks 9 While rotating , Under the action of centrifugal force , You can remove the block 13 In the sliding groove 11 Internal sliding , Thus, the second return spring 12 Tensile deformation occurs , Because remove the block 13 The width of the second return spring 12 The sum of the deformation length of is greater than that of the cleaning block 9 The length of , And the second return spring 12 The diameter of the sliding groove is larger than that of the sliding groove 11 The opening width of , So remove the block 13 When sliding , Not from the sliding groove 11 Internal disengagement , The cleaning block is ensured 9 Cleaning of external surfaces , At the same time, the second return spring 12 When deformation occurs , Will not be thrown out of the sliding groove 11;

According to the figure 1-5 Shown , When the high-end router body is required 1 When connecting cables , Press the cable against the shield 103 Front surface of , Because the baffle 103 The front surface of the is inclined , So under the squeeze of the cable , Shielding plate 103 Automatically place in the slot 101 Internal sliding , At this time, the first return spring 102 Compression deformation occurs （ When the cable is fixed to the cable body connector 6 In the middle of the day , Shielding plate 103 With winding rod 5 No contact ）, Then pass the excess cable clockwise 、 Anti-clockwise （2-1-4-3 Winding in the order of , Or by 3-4-2-1 The order ） Wound around the winding rod 5 On （ Winding rod in the figure 5 Serial number on 1、2、3、4 High end router body with parts 1、 Suction cup feet 2、 Breathable mesh opening 3、 Fixed frame 4 The serial number in 1、2、3、4 It doesn't mean a kind of , Winding rod 5 Serial number on 1、2、3、4 It only indicates the winding direction ）, Then continue to push the shield upward 103, Because the winding rod 5 And the clamping groove 104 The friction between them is greater than that of the first return spring 102 The elasticity of , So the baffle 103 The cable can be well fixed on the winding rod 5 On , This is the working principle of the indoor high-end router of the external cable bundle limiting mechanism .

Although embodiments of the present invention have been shown and described , For those of ordinary skill in the art , It is understood that many variations can be made to these embodiments without departing from the principles and spirit of the present invention 、 modify 、 Substitutions and variants , The scope of the invention is defined by the appended claims and their equivalents .

chart 1

chart 2

chart 3

chart 4

chart 5

chart 6

chart 7