CN107566282A - Computer peripheral equipment router topology with automatic winding netting twine function - Google Patents

Abstract

The present invention provides the computer peripheral equipment router topology with automatic winding netting twine function, including crash-proof bracket, damping spring, winding roller, coiling button, connects top plate, motor, cooling fan, fan installation plate, rectangle sliding sleeve, sliding sleeve support side plate and circular wire-blocking board；Inner side protrusion support on from the madial wall of the rectangle sliding sleeve to router topology body is provided with sliding sleeve support side plate at one, and also protruded close to the joint of the end of vertical supporting rod and arc buffering plate and be provided with damping fixed plate at one, this damping fixed plate is protruded to the inner side of router topology body in correspondence with each other with sliding sleeve support side plate；Vertically welding is supported on support transverse slat and the outside side wall of damping fixed plate the crash-proof bracket.The setting of present invention arc buffering plate everywhere, everywhere arc buffering plate can stress flexural deformation secondary buffer is carried out to impact power vertically downward, it is used cooperatively with damping spring, can carry out double buffering protection to router.

Description

Computer peripheral equipment router topology with automatic winding netting twine function

Technical field

The invention belongs to computer peripheral equipment router technology field, more particularly to the calculating with automatic winding netting twine function Machine peripheral hardware router topology.

Background technology

Router is each LAN, the equipment of wide area network in connection internet, and it can be automatically selected according to the situation of channel It is route with setting, with optimal path, signal is sent by tandem.Router is the hinge of internet, " traffic-police ".Mesh Preceding router has been widely used for all trades and professions, and the product of various different class has turned into be realized and connect inside various backbone networks Connect, key internetworking and backbone network and the main force of internet interconnection business.

Therefore occur many computer peripheral equipment routers immediately on realizing, be by retrieving such as number of applying for a patent 201610459861.5 patent, disclose a kind of router, including：Housing, the housing are hollow cube；Control electricity Road plate, the control board are arranged in the housing；Antenna, the antenna are arranged in the side wall of the housing rear end, The antenna is connected with the control board；Socket, the socket are arranged in the side wall of the housing forward end, the socket It is connected with the control board；The side wall of wherein described housing both sides is heat sink, and the heat sink includes：Heat sink sheet Body, the heat sink body are hollow design；First heat emission hole, after first heat emission hole is arranged on the heat sink body Door-plate top；Second heat emission hole, second heat emission hole are arranged on the front door bottom of the heat sink body.With prior art Compare, beneficial effects of the present invention are as follows：The performance of router can not only be improved, moreover it is possible to facilitate user for different demands Improvement is processed to router.

The patent that such as number of applying for a patent is 201410673434.8 again discloses a kind of router, including cover plate and upper end Open box body, multiple connecting poles are installed on the inside of the cover plate, are provided with the inside of box body multiple corresponding with connecting pole Connecting seat, the bottom of box body offers two dissipation hot holes, the support for protruding from cartridge inner surface is provided with the bottom of box body Block, and support block is placed in the middle part of two dissipation hot holes, is provided with the air-vent that multiple equi-spaced aparts are set in support block, in air-vent It is tiltedly installed with wind direction board；The air-vent that multiple equi-spaced aparts are set is provided with support block, due to support block upper surface with The bottom surface of mainboard contacts and then causes poor heat radiation below mainboard, and multiple air-vents reduce the contact between support block and mainboard Area, while the wind direction board on air-vent can avoid the dust in the external world from entering tray interior and influence the work of mainboard Make efficiency.

It is not integrated with connected with network cable at above-mentioned two in patent, and also without the automatic coiling machine for specially setting netting twine Structure, during continuous transfer uses router, easily causing netting twine and losing need to find when being equipped with netting twine and wasting substantial amounts of in addition Between.

At above-mentioned two in patent in not to router carry out crusherbull zone optimization, easily cause the electronics in router The vibration injury of component.

Anticollision support protection is not carried out to the side of router structural body in patent at above-mentioned two, in router knot When the generation rolling of structure body is fallen, it is impossible to which the comprehensive router to its inside protects, and easily causes the shell of router Deformed, and rupture by colliding.

Then, in view of this, improvement is studied for existing structure and missing, there is provided with automatic winding netting twine work( The computer peripheral equipment router topology of energy, to reach the purpose for having more more practical value.

The content of the invention

In order to solve the above-mentioned technical problem, the present invention provides the computer peripheral equipment router with automatic winding netting twine function Structure, with solve it is existing be not integrated with connected with network cable, and also without the automatic winding mechanism for specially setting netting twine, and without pair Router carries out crusherbull zone optimization, the problem of easily causing the vibration injury of electronic component in router.

The purpose and effect of computer peripheral equipment router topology of the present invention with automatic winding netting twine function, by following tool Body technique means are reached：

Computer peripheral equipment router topology with automatic winding netting twine function, including router, support positioning plates, radiating Grid, vertical supporting rod, arc buffering plate, damping fixed plate, support transverse slat, the first arch support, the second arch support, the 3rd arch Shape support, crash-proof bracket, damping spring, winding roller, coiling button, connect top plate, motor, cooling fan, fan installation plate, square Shape sliding sleeve, sliding sleeve support side plate and circular wire-blocking board；Hollow out offers heat dissipation grid, and its on the top shell of the router Support positioning plates are symmetrically fixed with the outer wall of the left and right sides；It is horizontal that the top arc fold bending of the vertical supporting rod is connected with support Plate, its bottom, which is also welded, is supported by arc buffering plate, and vertical supporting rod is provided with everywhere altogether, and vertical supporting rod connects with its top everywhere The support transverse slat combination connection being connected to forms the support frame of whole router topology body；The support transverse slat is connected with Supported at two, and at two transverse slat support arrangements have the first arch support, the second arch support and the 3rd arch branch successively on top Frame；The assembling plate weld is supported at two between support transverse slat, and set close to the left side outer rim of support transverse slat at two Put, and its most of area is respectively positioned between the first arch support and the second arch support；The bottom of the cooling fan is fixed Wind-collecting cover at one is communicated with, and wind-collecting cover, through being welded on fan installation plate, cooling fan is just propped up by above-mentioned wind-collecting cover Support is placed in the surface of fan installation plate；

The connection top plate supporting is welded between the second arch support and the 3rd arch support, and is pressed on its top end face Pressure is provided with coiling button at one, and this coiling button is electrically connected with motor；The motor, which is hung, is fixed on the bottom of connection top plate Portion, and motor is rotatedly connected with winding roller by its central rotating shaft and connect；It is sliding on vertical supporting rod at left and right sides of the router It is dynamic to be equipped with rectangle sliding sleeve, and rectangle sliding sleeve is connected and fixed by support transverse slat between being horizontally placed on them at two；It is described Inner side protrusion support on from the madial wall of rectangle sliding sleeve to router topology body is provided with sliding sleeve support side plate at one, and close Also protruded in the joint of the end of vertical supporting rod and arc buffering plate and be provided with damping fixed plate at one, this damping fixed plate with Sliding sleeve support side plate is protruded to the inner side of router topology body in correspondence with each other；Vertically welding is supported in the crash-proof bracket Support on transverse slat and the outside side wall of damping fixed plate.

Further, the crash-proof bracket is correspondingly arranged on everywhere with damping fixed plate, and crash-proof bracket is at two everywhere One group of symmetrical ballistic support is in the rear and front end by device structural body.

Further, first arch support, the second arch support is identical with the structure of the 3rd arch support, its Highly it is higher than the height of cooling fan, and cooling fan is distributed between the first arch support and the second arch support.

Further, the wind gathering opening of the wind-collecting cover of the cooling fan bottom is right against the surface of heat dissipation grid.

Further, the end of the sliding sleeve support side plate is protruding with connecting plate at one, and this connection plate thickness and support are fixed The thickness of position plate is identical be sliding sleeve support side plate thickness half, and the company of the end of support positioning plates and sliding sleeve support side plate Fishplate bar screw-threaded coupling is fixed together, and then router is hung and is fixed on everywhere in sliding sleeve support side plate.

Further, damping spring at one, and sliding sleeve are fixedly connected between the sliding sleeve support side plate and support transverse slat Also be connected damping spring at one between support side plate and damping fixed plate.

Further, the arc buffering plate is correspondingly arranged on everywhere with vertical supporting rod, and the folding of arc buffering plate everywhere Curved arc degree is towards the outside of router topology body.

Further, gone to upper and lower on the circumferential side wall of the winding roller and be symmetrical arranged circle wire-blocking board at two, and justified at two Shape wire-blocking board offers netting twine and fixes bayonet socket.

Compared with prior art, the present invention has the advantages that：

1. the setting of crash-proof bracket, crash-proof bracket can be supported with back anti-to the front of router structural body Shield, when router topology body is dropped accidentally and is landed with its front or back, effectively router can be protected to avoid it Collide damage.

2. the setting of the first arch support and the second arch support, the first arch support and the second arch support can be to dissipating Air-heater is supported protection, can effectively avoid cooling fan from being knocked damage when the rolling of router topology body is fallen It is bad.

3. the setting of cooling fan, cooling fan router can be worked caused by heat quickly siphon away, make The radiating effect of router more, ensures that router can also keep the temperature that normally works relatively when high load capacity works long hours Degree.

4. the setting of support positioning plates, unclamp and lock onto support positioning plates and the fixed screw in sliding sleeve support side plate, road It can be taken out by device from the inside of router topology body, can put and just the dust of router surface deposition is cleaned.

5. the setting of damping spring, collision impact that damping spring can be on buffering vertical direction works as router topology Body vertically drop in when, can effectively avoid it from striking against vibratory forces caused by ground, to the electronics of router interior member Device causes irreversible concussion damage.

6. the setting of arc buffering plate, everywhere arc buffering plate can stress flexural deformation to impact vertically downward Power carries out secondary buffer, and it is used cooperatively with damping spring, can carry out double buffering protection to router.

7. the setting of winding roller, under the rotation linkage of motor winding roller can 360 ° rotate netting twine winding be wound in it On circumferential side wall and netting twine dredge by circle wire-blocking board at upper and lower two and smooth out with the fingers automatic receipts that are suitable, and then realizing netting twine Volume, and router topology body is integrated with connected with network cable and netting twine can directly be taken when router debugging uses Go out grafting use, it is not necessary to which order is outer to be equipped with netting twine, makes router topology noumenon function stronger, easily facilitates use.

Brief description of the drawings

Fig. 1 is the structural representation of the present invention；

Fig. 2 is the three dimensional structure diagram of the present invention；

Fig. 3 is the bottom upward structural representation of the present invention；

Fig. 4 is the router assembling structure schematic diagram of the present invention；

Fig. 5 is the framework three dimensional structure diagram of the router topology body of the present invention；

Fig. 6 is the main structure diagram of the present invention；

Fig. 7 is the router three dimensional structure diagram of the present invention；

Fig. 8 is the winding roller three dimensional structure diagram of the present invention.

In figure：1- routers, 101- support positioning plates, 102- heat dissipation grids, 2- vertical supporting rods, 201- arc buffering plates, 202- damping fixed plates, 3- support transverse slats, the arch supports of 4- first, the arch supports of 401- second, the arch supports of 402- the 3rd, 5- Crash-proof bracket, 6- damping springs, 7- winding rollers, 701- coiling buttons, 702- connection top plates, 703- motors, 8- cooling fans, 801- fan installation plates, 9- rectangle sliding sleeves, 901- sliding sleeve support side plates, 704- circle wire-blocking boards.

Embodiment

The present invention is described further below in conjunction with accompanying drawing：

Embodiment：

As shown in accompanying drawing 1 to accompanying drawing 8：

The present invention provides the computer peripheral equipment router topology with automatic winding netting twine function, including router 1, support Location-plate 101, heat dissipation grid 102, vertical supporting rod 2, arc buffering plate 201, damping fixed plate 202, support transverse slat 3, the first arch Shape support 4, the second arch support 401, the 3rd arch support 402, crash-proof bracket 5, damping spring 6, winding roller 7, coiling button 701, connect top plate 702, motor 703, cooling fan 8, fan installation plate 801, rectangle sliding sleeve 9, sliding sleeve support side plate 901 and circle Shape wire-blocking board 704；Hollow out offers heat dissipation grid 102 on the top shell of the router 1, and on the outer wall at left and right sides of it It is symmetrically fixed with support positioning plates 101；The top arc fold bending of the vertical supporting rod 2 is connected with support transverse slat 3, and its bottom is also welded Connect and be supported by arc buffering plate 201, and vertical supporting rod 2 is provided with everywhere altogether, the branch that vertical supporting rod 2 is connected with its top everywhere The support combination connection of transverse slat 3 forms the support frame of whole router topology body；The support transverse slat 3 is connected with two, And supported at two transverse slat 3 support arrangements have the first arch support 4, the second arch support 401 and the 3rd arch branch successively on top Frame 402；The fan installation plate 801 welding is supported in support transverse slat 3 at two between, and close to the left side that transverse slat 3 is supported at two Side outer rim is set, and its most of area is respectively positioned between the first arch support 4 and the second arch support 401；The radiation air The bottom of machine 8, which is fixed, is communicated with wind-collecting cover at one, and wind-collecting cover, through being welded on fan installation plate 801, cooling fan 8 is just logical Above-mentioned wind-collecting cover is crossed by support overhead in the surface of fan installation plate 801；

The connection supporting welding of top plate 702 is between the second arch support 401 and the 3rd arch support 402, and it is pushed up Pressing is provided with coiling button 701 at one on the end face of end, and this coiling button 701 is electrically connected with motor 703；The motor 703 It is hung and is fixed on the bottom of connection top plate 702, and motor 703 is rotatedly connected with winding roller 7 by its central rotating shaft and connect；The road Be equipped with rectangle sliding sleeve 9 by being slided on the vertical supporting rod 2 of the left and right sides of device 1, and at two rectangle sliding sleeve 9 by being horizontally placed on them Between support transverse slat be connected and fixed；Protruded on the madial wall of the rectangle sliding sleeve 9 to the inner side of router topology body Support is provided with sliding sleeve support side plate 901 at one, and close to the end of vertical supporting rod 2 and the joint of arc buffering plate 201 Also protrusion is provided with damping fixed plate 202 at one, this damping fixed plate 202 and sliding sleeve support side plate 901 Jun Xiang roads in correspondence with each other Protruded by the inner side of device structural body；Vertically welding is supported in support transverse slat 3 and damping fixed plate 202 to the crash-proof bracket 5 On outside side wall.

Wherein, the crash-proof bracket 5 is correspondingly arranged on everywhere with damping fixed plate 202, and crash-proof bracket 5 is at two everywhere One group of symmetrical ballistic support can be to the front of router structural body in the rear and front end by device structural body, crash-proof bracket 5 Protection is supported with back, can be effective when router topology body is dropped accidentally and is landed with its front or back Protection router 1 avoids its damage that collides.

Wherein, first arch support 4, the complete phase of structure of the second arch support 401 and the 3rd arch support 402 Together, its height is higher than the height of cooling fan 8, and cooling fan 8 is distributed in the first arch support 4 and the second arch support 401 Between, the first arch support 4 and the second arch support 401 can be supported protection to cooling fan 8, when router topology sheet Body rolling can effectively avoid cooling fan 8 from being knocked damage when falling.

Wherein, the wind gathering opening of the wind-collecting cover of the bottom of cooling fan 8 is right against the surface of heat dissipation grid 102, dissipates Air-heater 8 router 1 can be worked caused by heat quickly siphon away, make the radiating effect of router 1 more, ensure Router 1 can also keep relatively normal operating temperature when high load capacity works long hours.

Wherein, the end of sliding sleeve support side plate 901 is protruding with connecting plate at one, this connection plate thickness and support positioning plates 101 thickness is identical be the thickness of sliding sleeve support side plate 901 half, and support positioning plates 101 and sliding sleeve support side plate 901 The connecting plate screw-threaded coupling of end is fixed together, and then router 1 is hung and is fixed on everywhere in sliding sleeve support side plate 901, Unclamp and lock onto support positioning plates 101 and the fixed screw in sliding sleeve support side plate 901, router 1 can be from router topology The inside of body is taken out, and can put and just the dust of the surface of router 1 deposition is cleaned.

Wherein, damping spring 6 at one are fixedly connected between sliding sleeve support side plate 901 and support transverse slat 3, and sliding sleeve supports Also be connected damping spring 6 at one between side plate 901 and damping fixed plate 202, and damping spring 6 can be on buffering vertical direction Collision impact, when router topology body vertically drop in when, can effectively avoid it from striking against caused by ground and shake Power is swung, irreversible concussion damage is caused to the electronic component inside router 1.

Wherein, arc buffering plate 201 is correspondingly arranged on everywhere with vertical supporting rod 2, and the bending of arc buffering plate 201 everywhere Radian towards the outside of router topology body, everywhere arc buffering plate 201 can stress flexural deformation to vertically downward Impact power carries out secondary buffer, and it is used cooperatively with damping spring 6, can carry out double buffering protection to router 1.

Wherein, gone to upper and lower on the circumferential side wall of winding roller 7 and be symmetrical arranged circle wire-blocking board 704 at two, and circular gear at two Line plate 704 offers netting twine and fixes bayonet socket, under the rotation linkage of motor 703 winding roller 7 can 360 ° rotate and receive netting twine Circumvolution, which is around on its circumferential side wall and netting twine dredge by circle wire-blocking board 704 at upper and lower two, smoothes out with the fingers suitable, and then realizes The automatic winding of netting twine, and router topology body is integrated with connected with network cable can be with when carrying out router debugging and using Netting twine is directly taken out into grafting to use, it is not necessary to which order is outer to be equipped with netting twine, makes that router topology noumenon function is stronger, and easily facilitating makes With.

The specifically used mode of the present embodiment and effect：

During the present invention is used, when router topology body falls vertical direction toward impact in ground accidentally, now road By device 1 by inertial impact force, can be slided straight down along vertical supporting rod 2 by rectangle sliding sleeve 9, the slide downward of rectangle sliding sleeve 9 Linkage sliding sleeve support side plate 901 to bottom offset, and then damping spring 6 can by the compression of sliding sleeve support side plate 901, produce with The reverse recoil strength vertically upward of inertial impact force, the inertia that router 1 is subject to during the resilience of damping spring 6 recoils Impulsive force is diluted by buffering, and final route device 1 is pressed mutually by damping spring 6 at the two of the top of sliding sleeve support side plate 901 and bottom Retraction bullet simultaneously holds out against positioning, is effectively protected by above-mentioned flow router 1, enters without being damaged by concussion is hit Wound；

When winding netting twine, one end of netting twine is plugged in the fixation bayonet socket offered on upper circular wire-blocking board 704 Portion simultaneously makes reticle plug provided overhead then press coiling button 701 in the top of this fixation bayonet socket and start motor 703, in motor 703 The lower winding roller 7 of rotation linkage can 360 ° rotate and netting twine winding be wound on its circumferential side wall and by circular at upper and lower two Wire-blocking board 704 netting twine dredge smooth out with the fingers it is suitable, after netting twine is all wound on winding roller 7 by winding, again pressing reset around Line button 701, winding roller 7 is set to stop operating winding, when netting twine need to be taken out in use, only needing the other end of pull netting twine makes coiling Roller 7 rotates counterclockwise and most netting twine whole pull takes out at last.

Using technical scheme of the present invention, or those skilled in the art is under the inspiration of technical solution of the present invention, if Similar technical scheme is counted out, and reaches above-mentioned technique effect, is to fall into protection scope of the present invention.

Claims (8)

1. the computer peripheral equipment router topology with automatic winding netting twine function, it is characterised in that：Automatic winding net should be carried The computer peripheral equipment router topology of line function includes router (1), support positioning plates (101), heat dissipation grid (102), support Montant (2), arc buffering plate (201), damping fixed plate (202), support transverse slat (3), the first arch support (4), the second arch Support (401), the 3rd arch support (402), crash-proof bracket (5), damping spring (6), winding roller (7), coiling button (701), Connect top plate (702), motor (703), cooling fan (8), fan installation plate (801), rectangle sliding sleeve (9), sliding sleeve support side plate And circular wire-blocking board (704) (901)；Hollow out offers heat dissipation grid (102), and its on the top shell of the router (1) Support positioning plates (101) are symmetrically fixed with the outer wall of the left and right sides；The top arc fold bending of the vertical supporting rod (2) is connected with Transverse slat (3) is supported, its bottom, which is also welded, is supported by arc buffering plate (201), and vertical supporting rod (2) is provided with everywhere, everywhere altogether Vertical supporting rod (2) combines the carriage that connection forms whole router topology body with the support transverse slat (3) that its top is connected with Frame；The support transverse slat (3) is connected with two, and supported at two transverse slat (3) support arrangements have the first arch successively on top Shape support (4), the second arch support (401) and the 3rd arch support (402)；Fan installation plate (801) welding is supported in Between supporting transverse slat (3) at two, and set close to the left side outer rim of support transverse slat (3) at two, and its most of equal position of area Between the first arch support (4) and the second arch support (401)；The bottom of the cooling fan (8) is fixed and is communicated with one Wind-collecting cover, and wind-collecting cover, through being welded on fan installation plate (801), cooling fan (8) is just supported by above-mentioned wind-collecting cover Overhead is in the surface of fan installation plate (801)；It is described connection top plate (702) supporting welding in the second arch support (401) with Between 3rd arch support (402), and pressing is provided with coiling button (701) at one on its top end face, this coiling button (701) it is electrically connected with motor (703)；The motor (703), which is hung, is fixed on the bottom of connection top plate (702), and motor (703) it is rotatedly connected and is connect with winding roller (7) by its central rotating shaft；On vertical supporting rod (2) at left and right sides of the router (1) Slide and be equipped with rectangle sliding sleeve (9), and rectangle sliding sleeve (9) is fastened on by support transverse slat between being horizontally placed on them at two Together；Inner side protrusion support on from the madial wall of the rectangle sliding sleeve (9) to router topology body is provided with sliding sleeve branch at one Side plate (901) is supportted, and is also protruded close to the joint of the end of vertical supporting rod (2) and arc buffering plate (201) and is provided with one Locate damping fixed plate (202), this damping fixed plate (202) is with sliding sleeve support side plate (901) in correspondence with each other to router topology The inner side protrusion of body；Vertically welding is supported in the outer of support transverse slat (3) and damping fixed plate (202) to the crash-proof bracket (5) In the side wall of side.

2. the computer peripheral equipment router topology of automatic winding netting twine function is carried as claimed in claim 1, it is characterised in that：Institute State crash-proof bracket (5) and damping fixed plate (202) to be correspondingly arranged on everywhere, and crash-proof bracket (5) is symmetrical in one group at two everywhere Ballistic support is in the rear and front end by device structural body.

3. the computer peripheral equipment router topology of automatic winding netting twine function is carried as claimed in claim 1, it is characterised in that：Institute The first arch support (4) is stated, the second arch support (401) is identical with the structure of the 3rd arch support (402), and its height is high Height in cooling fan (8), and cooling fan (8) be distributed in the first arch support (4) and the second arch support (401) it Between.

4. the computer peripheral equipment router topology of automatic winding netting twine function is carried as claimed in claim 1, it is characterised in that：Institute The wind gathering opening for stating the wind-collecting cover of cooling fan (8) bottom is right against the surface of heat dissipation grid (102).

5. the computer peripheral equipment router topology of automatic winding netting twine function is carried as claimed in claim 1, it is characterised in that：Institute The end for stating sliding sleeve support side plate (901) is protruding with connecting plate at one, this connection plate thickness and the thickness of support positioning plates (101) Identical is the half of sliding sleeve support side plate (901) thickness, and the end of support positioning plates (101) and sliding sleeve support side plate (901) The connecting plate screw-threaded coupling at end is fixed together, and then router (1) is hung and is fixed on sliding sleeve support side plate (901) everywhere On.

6. carrying the computer peripheral equipment router topology of automatic winding netting twine function as described in claim 1 or 5, its feature exists In：Damping spring at one (6) is fixedly connected between the sliding sleeve support side plate (901) and support transverse slat (3), and sliding sleeve supports Also be connected damping spring (6) at one between side plate (901) and damping fixed plate (202).

7. the computer peripheral equipment router topology of automatic winding netting twine function is carried as claimed in claim 1, it is characterised in that：Institute Arc buffering plate (201) is stated to be correspondingly arranged on everywhere with vertical supporting rod (2), and the bending radian of arc buffering plate (201) everywhere Towards the outside of router topology body.

8. the computer peripheral equipment router topology of automatic winding netting twine function is carried as claimed in claim 1, it is characterised in that：Around Gone to upper and lower on the circumferential side wall of line roller (7) and be symmetrical arranged circle wire-blocking board (704) at two, and circle wire-blocking board (704) is equal at two Offer netting twine and fix bayonet socket.