A power modem that can adjust the bending range of cable

The invention discloses a power modem which can adjust the bending range of a cable , Including housing 、 Thread port 、 Cylinder 、 Ethernet cable 、 Movable block and fan , The surface of the shell is provided with a wired port , The shell outside the wire opening is fixedly provided with a cylinder , A net cable is arranged inside the cylinder , A movable block is arranged inside the cylinder , The inner part of the cylinder body is successively provided with a movable groove and a sliding groove , The left and right ends of the cylinder are movably installed with threaded rods , The upper surface of the shell is fixedly provided with a net plate , The left and right sides of the shell are fixedly connected with a fixing block , The upper surface of the shell is provided with an inner groove , The inner part of the inner groove is fixedly provided with an extrusion pad . The power modem which can adjust the bending range of the cable can adjust the bending range of the cable through the adjusting mechanism on the device , So as to protect the end of the cable , At the same time, it can adapt to different multimedia boxes for stable placement and heat dissipation , Avoid internal clutter .

1. The utility model relates to a power modem which can adjust the bending range of a cable , Including housing （1）、 Thread port （2）、 Cylinder （3）、 Ethernet cable （4）、 Active block （5） And fan （18）, It is characterized by ： The housing （1） A wired port is set on the surface of the （2）, Thread port （2） Outer shell （1） The upper part is fixedly installed with a cylinder （3）, The cylinder （3） A network cable is placed inside the （4）, Cylinder （3） An active block is set inside the （5）, Cylinder （3） The inner part of the utility model is successively provided with a movable groove （9） And chutes （19）, Cylinder （3） The left and right ends of the utility model are movably provided with a threaded rod （14）, The housing （1） The upper surface of the utility model is fixedly provided with a mesh plate （26）, Shell （1） The left and right sides of the utility model are fixedly connected with a fixing block （20）, Shell （1） The upper surface of the utility model is provided with an inner groove （30）, Inner groove （30） An extrusion pad is fixedly installed inside the （29）, Squeeze pad （29） And adjacent extrusion pads （29） A slider is arranged between （28）, slider （28） The top end of the utility model is fixedly connected with a lapping rod （27）, Lap bars （27） Fans are equally spaced below the （18）, The cylinder （3） The left and right ends of the utility model are fixedly connected with a connecting handle （10）.

2. According to the claim 1 The utility model relates to a power modem which can adjust the bending range of a cable , It is characterized by ： The wire opening （2） And cylinder （3） One by one , Cylinder （3） In the shell （1） Surface equidistant distribution of , The network cable （4） Located in the active block （5） Internal .

3. According to the claim 1 The utility model relates to a power modem which can adjust the bending range of a cable , It is characterized by ： The moving block （5） The left and right sides of the utility model are fixedly connected with a connecting block （6）, Bridging block （6） An opening is opened inside the （7）, Bridging block （6） The side of the is fixedly connected with a side connecting block （8）, Side connection block （8） And the connecting block （6） Symmetrically distributed in active blocks （5） The left and right sides of the .

4. According to the claim 3 The utility model relates to a power modem which can adjust the bending range of a cable , It is characterized by ： The side connecting block （8） The outer wall and movable groove of （9） The inner walls of the are bonded with each other , The moving block （5） And the connecting block （6） Through the side connection block （8） And movable slots （9） With the cylinder （3） And form a rotating structure , The movable groove （9） The inner movable part of the utility model is provided with an inner connecting block （11）.

5. According to the claim 4 The utility model relates to a power modem which can adjust the bending range of a cable , It is characterized by ： The inner connecting block （11） The outer wall and movable groove of （9） The inner walls of the match with each other , Internal connecting block （11） The surface of the is fixedly connected with a push rod （12）, Putter （12） Through the inner connecting block （11） And movable slots （9） With the cylinder （3） A sliding structure is formed between .

6. According to the claim 1 The utility model relates to a power modem which can adjust the bending range of a cable , It is characterized by ： The threaded rod （14） The outer thread of the is provided with a boss （15）, Bump （15） Fixed on the cylinder （3） The left and right sides of the , The threaded rod （14） The front end of the is fixedly connected with an extrusion block （13）, Extrusion block （13） The shape of is circular , Extrusion block （13） The slanting shape of the front end of the , Threaded rod （14） The end of the is fixedly connected with a runner （16）, runner （16） A belt is arranged on the outside of the （17）.

7. According to the claim 6 The utility model relates to a power modem which can adjust the bending range of a cable , It is characterized by ： The threaded rod （14） Through the runner （16） And belts （17） With adjacent threaded rod （14） Connected to a , The extrusion block （13） Through the threaded rod （14） With the cylinder （3） And form a telescopic structure , Putter （12） Through the extrusion block （13） With the cylinder （3） A sliding structure is formed between .

8. According to the claim 1 The utility model relates to a power modem which can adjust the bending range of a cable , It is characterized by ： The fixing block （20） A transfer slot is arranged inside the （21）, Rotating trough （21） A rotating shaft is installed in the inner part of the （22）, Rotating shaft （22） The internal fixed setting finite bit block of （23）, Limit block （23） A stud is arranged inside the （24）, Stud （24） The front end of the is fixedly connected with a suction cup （25）, Stud （24） Through the stop block （23） And rotating shaft （22） A sliding structure is formed between , Rotating shaft （22） The central axis of the and the studs （24） The central axis of is in the same straight line ; The suction cup （25） Through the studs （24） And rotating shaft （22） And form a telescopic structure , Rotating shaft （22） The right side of is in the fixing block （20） In a protruding shape .

9. According to the claim 1 The utility model relates to a power modem which can adjust the bending range of a cable , It is characterized by ： The lapping rod （27） In the shell （1） Upper equidistant distribution , Lap bars （27） Through the inner groove （30） With the shell （1） A sliding structure is formed between , Inner groove （30） Both front and rear sides of the are through-hole structures , Inner groove （30） Symmetrically distributed in the shell （1） The left and right sides of the .

The utility model relates to a power modem which can adjust the bending range of a cable

technical field

The invention relates to the technical field of power modems , The utility model relates to a power modem which can adjust the bending range of a cable .

Background technology

Power modem is a kind of network cable connection equipment , It is mainly connected to the network cable through the end of the power modem , Instead, the hardware devices are connected to the network , There are still some deficiencies in the use of some existing power modems .

Some power modems currently on the market ：

（1） In use , It usually needs to be connected to the network cable , However, when connecting, the position of the cable and the network cable head will be bent , It is not convenient to protect these parts of the cable , The use effect is poor , And it is not convenient to adjust the protection effect according to the needs , The degree of adjustment is relatively low ;

（2） There are also some power modems in use , It needs to be installed inside the multimedia box , It is not convenient to adjust the installation position , Network cables that are difficult to adapt to different placement needs , Moreover, it is not convenient to adjust the heat dissipation position of the power modem according to the position of the heat dissipation port of the network box .

So we propose a power modem that can adjust the bending range of the cable , So as to solve the problems raised in the above .

The content of the invention

The invention aims to provide a power modem which can adjust the bending range of a cable , In order to solve the problem that some power modems in the current market proposed by the above background technology are not convenient to protect the end of the cable , It is easy to cause network cable damage , And it is not convenient to adjust the position of power modem heat dissipation according to the position of network box heat dissipation port .

To achieve the above purpose , The invention provides the following technical scheme ： The utility model relates to a power modem which can adjust the bending range of a cable , Including housing 、 Thread port 、 Cylinder 、 Ethernet cable 、 Movable block and fan , The surface of the shell is provided with a wired port , The shell outside the wire opening is fixedly provided with a cylinder , A net cable is arranged inside the cylinder , A movable block is arranged inside the cylinder , The inner part of the cylinder body is successively provided with a movable groove and a sliding groove , The left and right ends of the cylinder are movably installed with threaded rods , The upper surface of the shell is fixedly provided with a net plate , The left and right sides of the shell are fixedly connected with a fixing block , The upper surface of the shell is provided with an inner groove , The inner part of the inner groove is fixedly provided with an extrusion pad , A sliding block is arranged between the extrusion pad and the adjacent extrusion pad , The top end of the sliding block is fixedly connected with a lapping rod , Fans are distributed at equal intervals under the overlapping rod , The left and right ends of the cylinder are fixedly connected with a connecting handle .

Preferred , The wire opening and the cylinder body correspond to each other one by one , The cylinder is equally spaced on the surface of the shell , The network cable is located inside the movable block .

Preferred , The left and right sides of the movable block are fixedly connected with a connecting block , An opening is arranged inside the connecting block , The side of the connecting block is fixedly connected with a side connecting block , The side connecting block and the connecting block are symmetrically distributed on the left and right sides of the movable block .

Preferred , The outer wall of the side connecting block and the inner wall of the movable groove are mutually bonded , The movable block and the connecting block form a rotating structure between the side connecting block, the movable groove and the cylinder , An inner connecting block is movably installed inside the movable groove .

Preferred , The outer wall of the inner connecting block and the inner wall of the movable groove coincide with each other , The surface of the inner connecting block is fixedly connected with a push rod , The push rod forms a sliding structure with the cylinder through an inner connecting block and a movable groove .

Preferred , The outer thread of the threaded rod is provided with a convex block , The convex block is fixedly installed on the left and right sides of the cylinder , The front end of the threaded rod is fixedly connected with an extrusion block , The shape of the extrusion block is circular , The front end of the extrusion block is inclined , The end of the threaded rod is fixedly connected with a runner , The outside of the runner is provided with a belt .

Preferred , The threaded rod is connected with the adjacent threaded rod through a runner and a belt , The extrusion block forms a telescopic structure between the screw rod and the cylinder , The push rod forms a sliding structure between the extrusion block and the cylinder .

Preferred , The inner part of the fixed block is provided with a rotating groove , A rotating shaft is movably installed inside the rotating groove , The internal fixation of the rotating shaft is provided with a limit block , A stud is arranged inside the limit block , The front end of the stud is fixedly connected with a suction cup , The stud forms a sliding structure between the stop block and the rotating shaft , The central axis of the rotating shaft and the central axis of the stud are in the same straight line ; The suction cup forms a telescopic structure between the stud and the rotating shaft , The right side of the rotating shaft is convex on the fixed block .

Preferred , The overlapping rods are equally spaced on the shell , The overlapping rod forms a sliding structure between the inner groove and the shell , The front and rear sides of the inner groove are both through-hole structures , The inner grooves are symmetrically distributed on the left and right sides of the shell .

Compared with the prior art , The beneficial effect of the invention is ： The power modem can adjust the bending range of the cable ：

（1） A detachable lapping rod is arranged on the device , The position of the fan heat dissipation can be adjusted by adjusting the position of the lapping rod , When the device is installed into the interior of the multimedia box , The utility model can adapt to the heat dissipation holes at different positions for heat dissipation , At the same time, the integral installation position can be adjusted through the studs and suction cups , The installation position can be adjusted as required , The adjustability of the device is improved , The utility model solves the defects that some existing power modems are not convenient to adjust the overall position and can not adapt to the use of different network boxes ;

（2） The device can stably place the network cable through the rotating structure between the movable block and the cylinder , The utility of the device is improved , At the same time, the movable block can be rotated inside the cylinder through the limit structure on the device , Avoid damage caused by excessive bending at the root of the network cable , The position of the annular rubber extrusion block can also be adjusted by the studs on the left and right sides of the cylinder , Thus, the push rod is held by the extrusion block , To adjust the rotation range of the movable block and the connecting block , Thus, the device can adjust the bending amplitude according to different needs , The security of the network cable is ensured , Avoid damage caused by excessive bending .

Description of drawings

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

chart 2 The invention is shown in Fig 1 in A Structural diagram at ;

chart 3 It is the top sectional structural diagram of the invention ;

chart 4 The invention is shown in Fig 3 in B Structural diagram at ;

chart 5 It is a schematic diagram of the cylinder structure in front section of the invention ;

chart 6 The invention is shown in Fig 5 in C Structural diagram at ;

chart 7 Is the front view structure diagram of the cylinder of the invention ;

chart 8 Is the schematic diagram of the connection structure of the movable block and the connecting block of the invention .

In the figure ：1、 Shell ;2、 Thread port ;3、 Cylinder ;4、 Ethernet cable ;5、 Active block ;6、 Bridging block ;7、 Opening ;8、 Side connection block ;9、 Movable slot ;10、 Connecting handle ;11、 Internal connecting block ;12、 Putter ;13、 Extrusion block ;14、 Threaded rod ;15、 Bump ;16、 runner ;17、 Belt ;18、 Fan ;19、 Chute ;20、 Fixed block ;21、 Rotating trough ;22、 Rotating shaft ;23、 Limit block ;24、 Stud ;25、 sucker ;26、 Screen ;27、 Lap bars ;28、 slider ;29、 Squeeze pad ;30、 Inner groove .

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 1-8, The invention provides a technical scheme ： The utility model relates to a power modem which can adjust the bending range of a cable , Including housing 1、 Thread port 2、 Cylinder 3、 Ethernet cable 4、 Active block 5 And fan 18, Shell 1 A wired port is set on the surface of the 2, Thread port 2 Outer shell 1 The upper part is fixedly installed with a cylinder 3, Cylinder 3 A network cable is placed inside the 4, Cylinder 3 An active block is set inside the 5, Cylinder 3 The inner part of the utility model is successively provided with a movable groove 9 And chutes 19, Cylinder 3 The left and right ends of the utility model are movably provided with a threaded rod 14, Shell 1 The upper surface of the utility model is fixedly provided with a mesh plate 26, Shell 1 The left and right sides of the utility model are fixedly connected with a fixing block 20, Shell 1 The upper surface of the utility model is provided with an inner groove 30, Inner groove 30 An extrusion pad is fixedly installed inside the 29, Squeeze pad 29 And adjacent extrusion pads 29 A slider is arranged between 28, slider 28 The top end of the utility model is fixedly connected with a lapping rod 27, Lap bars 27 Fans are equally spaced below the 18, Cylinder 3） The left and right ends of the utility model are fixedly connected with a connecting handle 10, Through the fan 18 To dissipate heat inside the device , At the same time, through the adjustable lapping rod 27 To the fan 18 Adjust the position of heat dissipation , At the same time, it can pass through the threaded rod 14 To adjust the overall installation position .

Thread port 2 And cylinder 3 One by one , Cylinder 3 In the shell 1 Surface equidistant distribution of , Ethernet cable 4 Located in the active block 5 Internal , Through the cylinder 3 To the shell 1 Various wire openings on the 2 Network cable in 4 Protection , The utility of the device is improved .

Active block 5 The left and right sides of the utility model are fixedly connected with a connecting block 6, Bridging block 6 An opening is opened inside the 7, Bridging block 6 The side of the is fixedly connected with a side connecting block 8, Side connection block 8 And the connecting block 6 Symmetrically distributed in active blocks 5 The left and right sides of the , This can be done by means of the side connection block on the device 8 To the active block 5 And the connecting block 6 Rotate , This allows the device to bend the cable , Avoid excessive cable bending , The safety of the device is improved .

Side connection block 8 The outer wall and movable groove of 9 The inner walls of the are bonded with each other , Active block 5 And the connecting block 6 Through the side connection block 8 And movable slots 9 With the cylinder 3 And form a rotating structure , Movable slot 9 The inner movable part of the utility model is provided with an inner connecting block 11, It can be realized through the internal connection block inside the device 11 To block the side connector 8, Thus, the side connecting block 8 Can be limited in rotation , Ensure that the bending range of the cable is not too large , Avoid cable breakage .

Internal connecting block 11 The outer wall and movable groove of 9 The inner walls of the match with each other , Internal connecting block 11 The surface of the is fixedly connected with a push rod 12, Putter 12 Through the inner connecting block 11 And movable slots 9 With the cylinder 3 A sliding structure is formed between , The inner connecting block can be connected through the sliding structure on the device 11 And putters 12 Adjust the position of , So as to connect the block on the opposite side 8 To determine the location of the , The device can adjust and fix the bending range of the cable , The adjustability of the device is improved .

Threaded rod 14 The outer thread of the is provided with a boss 15, Bump 15 Fixed on the cylinder 3 The left and right sides of the , Threaded rod 14 The front end of the is fixedly connected with an extrusion block 13, Extrusion block 13 The shape of is circular , Extrusion block 13 The slanting shape of the front end of the , Threaded rod 14 The end of the is fixedly connected with a runner 16, runner 16 A belt is arranged on the outside of the 17, You can use the runner on the device 16 The rotation of the drives the belt 17 Work , So that the threaded rods on the left and right 14 Turn at the same time , Threaded rods on the left and right 14 At the same time, it can also drive the extrusion block when rotating 13 In the cylinder 3 The surface of .

Threaded rod 14 Through the runner 16 And belts 17 With adjacent threaded rod 14 Connected to a , Extrusion block 13 Through the threaded rod 14 With the cylinder 3 And form a telescopic structure , Putter 12 Through the extrusion block 13 With the cylinder 3 A sliding structure is formed between , It can be achieved by extruding blocks 13 The telescopic drive push rod 12 Move back and forth , So that the push rod 12 The position of the can be adjusted , The utility of the device is improved , It makes the device more convenient and stable in adjustment .

Fixed block 20 A transfer slot is arranged inside the 21, Rotating trough 21 A rotating shaft is installed in the inner part of the 22, Rotating shaft 22 The internal fixed setting finite bit block of 23, Limit block 23 A stud is arranged inside the 24, Stud 24 The front end of the is fixedly connected with a suction cup 25, Stud 24 Through the stop block 23 And rotating shaft 22 A sliding structure is formed between , Rotating shaft 22 The central axis of the and the studs 24 The central axis of is in the same straight line ; sucker 25 Through the studs 24 And rotating shaft 22 And form a telescopic structure , Rotating shaft 22 The right side of is in the fixing block 20 In a protruding shape , Through the protruding rotating shafts on the left and right sides of the device 22 So that the device is in the opposite direction of the suction cup 25 It is more convenient to adjust , It improves the convenience of the device , By adjusting the studs 24 And suction cups 25 To adapt to different multimedia boxes for stable and fixed work .

Lap bars 27 In the shell 1 Upper equidistant distribution , Lap bars 27 Through the inner groove 30 With the shell 1 A sliding structure is formed between , Inner groove 30 Both front and rear sides of the are through-hole structures , Inner groove 30 Symmetrically distributed in the shell 1 The left and right sides of the , On the basis of adapting to different multimedia boxes for fixation , The overlap bar can also be adjusted according to the position of the vent of the multimedia box 27 Adjust the position of , Thus, the device can adapt to different equipment for installation and heat dissipation , The use effect of the device is improved .

The working principle of this embodiment ： When using the power modem that can adjust the cable bending range , Pictured 1-4 Shown , When the device is used, the fixing block can be rotated 20 The inner shaft 22, Due to the rotating shaft 22 Stop block on 23 Located on studs 24 Internal , So on the shaft 22 In the process of rotation , Stud 24 It can rotate at the same time as the rotating shaft 22 Slide on the , So that the stud 24 Suction cups at the front 25 Adjust the position of , Rotating shaft 22 Through the chute 21 While rotating, it can also keep contact with the fixed block 20 The snap of , Avoid rotating shafts 22 From the fixing block 20 Internal separation of , The device can adapt to different network boxes for stable installation , At the same time, the device can also adjust the shell according to the position of the ventilation hole of the network box 1 Adjust and fix the overall position , Then pass through the inner groove 30 Inner slider 28 To the lap bar 27 And fan 18 Adjust the position of , By pressing the pad 29 Squeeze the slider 28 To the slider 28 And fan 18 The fixed work after adjusting the position of , Thus, the device can adjust the position of heat dissipation according to the position of the vent of the network box , Through the fan 18 And screen board 26 Place the housing 1 Internal heat removal ;

Pictured 5-8 Shown , When the device is used, the movable block can also be used 5 And the connecting block 6 To the network cable 4 The end of the , When use , It can be connected through the side connecting block 8 And movable slots 9 Make the active block 5 And the connecting block 6 In the cylinder 3 Internal rotation of , And the rotation range can be adjusted and fixed , In the process of adjustment , You can also turn one of the threaded rods 14, On the runner 16 And belts 17 Under the influence of , Left and right threaded rods 14 At the same time, rotate and drive the extrusion block 13 Move back and forth , So that the push rod 12 Through the inner connecting block 11 Rotate , At the putter 12 When the position of , Bridging block 6 The rotation range of can be adjusted , So that the device can move the block 5 And the connecting block 6 To adjust the rotation range , The above is the working process of the whole device , What is not described in detail in this specification belongs to the prior art known to those skilled in the art .

Although the present invention has been described in detail with reference to the foregoing embodiments , For those skilled in the art , It can still modify the technical scheme recorded in the above embodiments , Or equivalent replacement of some of the technical features , Where within the spirit and principles of the present invention , Any modifications made 、 Equivalent to replace 、 Improvement, etc , Both shall be included in the scope of protection of the present invention .

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