CN208387145U - Integral intelligent network cabinet cabinet body structure - Google Patents

Abstract

A kind of integral intelligent network cabinet cabinet body structure, including shell, the shell front and rear sides are respectively arranged with front door body and rear door body, wind pushing cavity is sequentially formed between front door body and rear door body on the shell, accommodating cavity and installation cavity, two are arranged at intervals in the accommodating cavity for placing the supporting plate of server, two supporting plates can be slidably arranged in accommodating cavity along body height direction, along body height direction, sliding is provided with adjusting rod in the accommodating cavity, the adjusting rod, which is threaded through in accommodating cavity and passes through supporting plate, to be arranged, the first driving bevel gear is provided on the adjusting rod and with the first driving bevel gear towards the second opposite driving bevel gear, first driving bevel gear and the setting of the second driving bevel gear interval, two supporting plates are respectively the first supporting plate and the second supporting plate, the first STATEMENT OF FEDERALLY SPONSORED is provided on first supporting plate, described first STATEMENT OF FEDERALLY SPONSORED is rotatably arranged in accommodating cavity, first STATEMENT OF FEDERALLY SPONSORED include the first threaded rod and for the first driving bevel gear engaged transmission the first driven bevel pinion, first driven bevel pinion and the first threaded rod are coaxially disposed, first threaded rod passes through the first supporting plate and is arranged and is threadedly engaged with the first supporting plate, the second STATEMENT OF FEDERALLY SPONSORED is provided on second supporting plate, second STATEMENT OF FEDERALLY SPONSORED is rotatably arranged in accommodating cavity, second STATEMENT OF FEDERALLY SPONSORED include the second threaded rod and for the second driving bevel gear engaged transmission the second driven bevel pinion, second driven bevel pinion and the second threaded rod are coaxially disposed, second threaded rod passes through the second supporting plate and is arranged and is threadedly engaged with the second supporting plate, the return unit for resetting adjusting rod after pressing or lifting adjusting rod is additionally provided between the adjusting rod and accommodating cavity bottom surface.

Description

Integral intelligent network cabinet cabinet body structure

Technical field

The utility model relates to network cabinet technical fields, the especially a kind of adjustable integral intelligent of built-in blade position Network cabinet.

Background technique

Existing network cabinet generally includes shell, and shell front and rear sides are respectively arranged with front door body and rear door body, before described Door body and rear door body are arranged with housing hinge respectively, are sequentially formed with wind pushing cavity on shell between front door body and rear door body, hold Chamber and installation cavity are set, the supporting plate for placing server is arranged at intervals in accommodating cavity, housing bottom corresponds to wind pushing cavity position and sets It is equipped with air inlet, supporting plate is used for carrying service device, and wind pushing cavity is used for blowing in shell, to improve the heat dissipation speed of server Degree.But existing intelligent network cabinet, in use it is generally necessary to according to the size dimension of different server, or it is The convenience of server wiring successively adjusts the position of supporting plate, is at present usually to pass through directly to remove supporting plate to supporting plate, then will Supporting plate is voluntarily mounted on suitable location, very troublesome, and inconvenient victory also needs to take mounted server when adjusting It puts, very complicated, large labor intensity, assembling service efficiency is low.

Utility model content

In view of the deficiencies of the prior art, the utility model provides a kind of integral intelligent network cabinet cabinet body structure, structure Advantages of simple, convenient for adjust supporting plate spacing, while operate it is convenient.

The utility model provides a kind of integral intelligent network cabinet cabinet body structure, including shell, the shell front and rear sides It is respectively arranged with front door body and rear door body, the front door body and rear door body are arranged with housing hinge respectively, in preceding on the shell It is sequentially formed with wind pushing cavity, accommodating cavity and installation cavity between door body and rear door body, two use are arranged at intervals in the accommodating cavity In the supporting plate for placing server, two supporting plates can be slidably arranged in accommodating cavity along body height direction, along shell in the accommodating cavity The sliding of body short transverse is provided with adjusting rod, and the adjusting rod, which is threaded through in accommodating cavity and passes through supporting plate, to be arranged, the adjusting rod On be provided with the first driving bevel gear and with the first driving bevel gear towards the second opposite driving bevel gear, first active Bevel gear and the setting of the second driving bevel gear interval, two supporting plates are respectively the first supporting plate and the second supporting plate, on first supporting plate It is provided with the first STATEMENT OF FEDERALLY SPONSORED, first STATEMENT OF FEDERALLY SPONSORED is rotatably arranged in accommodating cavity, and first STATEMENT OF FEDERALLY SPONSORED includes the first screw thread Bar and for the first driven bevel pinion with the first driving bevel gear engaged transmission, first driven bevel pinion and the first screw thread Bar coaxial arrangement, first threaded rod passes through the first supporting plate and is arranged and is threadedly engaged with the first supporting plate, on second supporting plate It is provided with the second STATEMENT OF FEDERALLY SPONSORED, second STATEMENT OF FEDERALLY SPONSORED is rotatably arranged in accommodating cavity, and second STATEMENT OF FEDERALLY SPONSORED includes the second screw thread Bar and for the second driven bevel pinion with the second driving bevel gear engaged transmission, second driven bevel pinion and the second screw thread Bar coaxial arrangement, second threaded rod pass through the second supporting plate and are arranged and are threadedly engaged with the second supporting plate, the adjusting rod and appearance Set the return unit being additionally provided between the face of bottom of chamber for resetting adjusting rod after pressing or lifting adjusting rod.

The beneficial effect being arranged in this way is: using the above scheme, when needing that blade position is adjusted, needing to adjust First blade position operates adjusting rod uplink or moves down, so that the first driving bevel gear is engaged with the first driven bevel pinion, It drives the first driving bevel gear to rotate, drives the rotation of the first driven bevel pinion, so that the first threaded rod rotates, to control supporting plate Uplink or downlink, similarly can control the second supporting plate adjusting position in the same way, to realize in accommodating cavity The adjusting of interlamellar spacing, bevel gear here is towards referring on bevel gear the lesser one end of diameter end face phase in the axial direction Pair direction, the first driving bevel gear and refer to that diameter is smaller on bevel gear towards opposite with the first driving bevel gear here One end be oppositely arranged and be perhaps disposed opposite to each other so that guarantee after adjusting rod uplink or downlink can be with along adjusting rod axial direction There is corresponding driven bevel pinion to engage, driven bevel pinion here is towards also with corresponding driving bevel gear towards on the contrary, as excellent Choosing, on adjusting rod, the first driving bevel gear is arranged higher than the second driving bevel gear, the first driving bevel gear and the second dynamic umbrella tooth Wheel is oppositely arranged, and the first driven bevel pinion is short to be arranged in the first driving bevel gear and set with the first driving bevel gear towards opposite It sets, the second driven bevel pinion is higher than the second driving bevel gear and is arranged and is oppositely arranged with the second driving bevel gear direction, Huo Zhe One driving bevel gear is arranged higher than the second driving bevel gear, and the first driving bevel gear is disposed opposite to each other with the second dynamic bevel gear, and first Driven bevel pinion is higher than the first driving bevel gear and is arranged and is oppositely arranged with the first driving bevel gear direction, the second driven bevel pinion Short to be arranged in the second driving bevel gear and be oppositely arranged with the second driving bevel gear direction, this structure is simply conducive to realize, together When, operates convenient, effectively realize adjusting to supporting plate spacing, the server of different model specification is facilitated to install, here STATEMENT OF FEDERALLY SPONSORED Mounting means only needs to guarantee that STATEMENT OF FEDERALLY SPONSORED can rotate, conducive to a rotation axis is connected in accommodating cavity, and driven bevel pinion Upper shaft core position opens up rotation hole, and rotation axis is plugged in such form installation STATEMENT OF FEDERALLY SPONSORED in rotation hole.When not needing to adjust Or after adjusting, adjusting rod is unclamped, adjusting rod can make driving bevel gear and corresponding driven umbrella under the action of return unit Gear is detached from, to stop adjusting.Using the above structure, simple and reasonable, convenient for adjusting the spacing of supporting plate, operate simultaneously It is convenient.

The utility model is further arranged to be provided with reseting groove on the accommodating cavity bottom surface, the adjusting rod lower end insertion Reseting groove setting, the return unit contact at adjusting rod lower end and reset between groove bottom, and the adjusting rod upper end is pierced by shell Setting, the adjusting rod upper end are provided with clamping groove, and the Flexible spanner for driving adjusting rod to rotate is inserted in the clamping groove Hand.

The beneficial effect being arranged in this way is: using the above scheme, setting reseting groove installs return unit, and structure can be protected effectively The position of return unit is held, guarantees the practical stability of equipment, improves using effect, while monkey wrench is set, so that rotation is adjusted The operation of pole is more smoothly, convenient for having an effect, has better regulating effect.

The utility model is further arranged to the clamping slot cross-section and is arranged in hexangle type, is also formed in the clamping groove Spacing projection, described monkey wrench one end are connecting pin and are clamped with clamping groove that the other end is free end, the connecting pin shape It is adapted with clamping groove, corresponding clamping groove location is formed with insertion groove, the insertion groove and limit convex on the connecting pin end face Column is mating.

The beneficial effect being arranged in this way is: using the above scheme, after monkey wrench is taken away, stranger being avoided to use, influenced The normal use of device improves safety and using effect.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model embodiment；

Fig. 2 is the structural schematic diagram in the utility model embodiment door body；

Fig. 3 is cross section view of the utility model embodiment along adjusting rod axial direction；

Fig. 4 is the structural schematic diagram of clamping groove in the utility model embodiment；

Fig. 5 is the structural schematic diagram of monkey wrench in the utility model embodiment；

Fig. 6 is the structural schematic diagram that drawer is installed in the utility model embodiment；

Fig. 7 is that drawer is installed in the utility model embodiment along the cross section view of blower device radial direction；

Fig. 8 is that drawer is installed in the utility model embodiment along the structural schematic diagram of wind-up roll radial direction.

Specific embodiment

The utility model discloses a kind of integral intelligent network cabinet cabinet body structures it can be seen from Fig. 1 to Fig. 8, including Shell 1,1 front and rear sides of shell are respectively arranged with door body 2, are sequentially formed with and send between two door body 2 on the shell 1 Wind chamber 15, accommodating cavity 11 and installation cavity, two are arranged at intervals in the accommodating cavity 11 for placing the supporting plates of server, described Several heat release holes are provided on supporting plate.Two supporting plates can be slidably arranged in accommodating cavity 11 along 1 short transverse of shell, the accommodating cavity The sliding of 1 short transverse of shell is provided with adjusting rod 4 in 11, the adjusting rod 4 is threaded through in accommodating cavity 11 and sets across supporting plate Set, be provided on the adjusting rod 4 first driving bevel gear 43 and with the first driving bevel gear 43 towards opposite second actively Bevel gear 44, first driving bevel gear 43 and the setting of the second driving bevel gear 44 interval, two supporting plates 13 are respectively the first support Plate 12 and the second supporting plate 13 are provided with the first STATEMENT OF FEDERALLY SPONSORED on first supporting plate 12, and first STATEMENT OF FEDERALLY SPONSORED is rotatably arranged on appearance It sets in chamber 11, first STATEMENT OF FEDERALLY SPONSORED includes the first threaded rod 46 and for first with the engaged transmission of the first driving bevel gear 43 Driven bevel pinion 45, first driven bevel pinion 45 and the first threaded rod 46 are coaxially disposed, and first threaded rod 46 passes through First supporting plate 12, which is arranged, to be simultaneously threadedly engaged with the first supporting plate 12, is provided with the second STATEMENT OF FEDERALLY SPONSORED on second supporting plate 13, and described the Two STATEMENT OF FEDERALLY SPONSOREDs are rotatably arranged in accommodating cavity 11, and second STATEMENT OF FEDERALLY SPONSORED includes the second threaded rod 48 and is used for and the second active umbrella Second driven bevel pinion 47 of 44 engaged transmission of gear, second driven bevel pinion 47 and the second threaded rod 48 are coaxially disposed, Second threaded rod 48 passes through the second supporting plate 13 and is arranged and is threadedly engaged with the second supporting plate 13, the adjusting rod 4 and accommodating cavity The return unit 49 for resetting adjusting rod 4 after pressing or lifting adjusting rod 4, the accommodating cavity 11 are additionally provided between 11 bottom surfaces Reseting groove 14 is provided on bottom surface, 4 lower end of the adjusting rod insertion reseting groove 14 is arranged, and the return unit 49 contacts at adjusting rod Between 14 bottom surface of 4 lower ends and reseting groove, 4 upper end of adjusting rod is pierced by the setting of shell 1, and 4 upper end of adjusting rod is provided with card Access slot 41 is inserted with the monkey wrench 5 for driving adjusting rod 4 to rotate in the clamping groove 41.41 section of clamping groove is in Hexangle type setting, is also formed with spacing projection 42 in the clamping groove 41, described 5 one end of monkey wrench be connecting pin 51 and with card Access slot 41 is clamped, and the other end is free end, and 51 shape of connecting pin is adapted with clamping groove 41, on 51 end face of connecting pin Corresponding 41 position of clamping groove is formed with insertion groove 52, and the insertion groove 52 and spacing projection 42 are mating.1 bottom of shell It is provided with negative pressure cavity, air inlet 16 is formed in the negative pressure cavity, the negative pressure cavity is connected to by air inlet 16 with wind pushing cavity 15, The negative pressure cavity opening is arranged, and also sliding is provided with installation drawer 3 in the opening, is formed on 3 bottom surface of installation drawer Mounting groove, is provided with blower device in the mounting groove, and the blower device includes flabellum 73, fan cover 71 and for driving flabellum The actuator 72 of 73 rotations, the actuator 72 are fixedly connected with fan cover 71, and the flabellum 73 is connect with 72 output end of actuator And be arranged in fan cover 71, it is circumferentially formed with tensioner slot 75 on the mounting groove inner wall, is provided with and rises in the tensioner slot 75 The fixation formed between fan cover 71 and tensioner slot 75 to fan cover 71 is arranged in tight air bag 74, the tensioner air bag 74.The air blast 35 component of strainer is provided between device and air inlet 16.35 component of strainer includes filter screen 35, wind-up roll 32 and unreels Roller 38, the let off roll 38 and let off roll 38 are all rotatably arranged in installation drawer 3, and the wind-up roll 32 is to outside installation drawer 3 It is extended with the handle 31 for driving wind-up roll 32 to rotate, the locking for limiting the rotation of handle 31 is provided on the handle 31 Component, the let off roll 38 and let off roll 38 are sequentially connected by filter screen 35, and the setting of filter screen 35 is right in air inlet 16 Position is answered to form the masking to air inlet 16.The wind-up roll 32 is rotatably arranged on installation 3 panel of drawer by bearing, described It is circumferentially provided with locking slot 36 along bearing on installation 3 panel of drawer, circumferentially forms restraining position ring block on 36 peripheral wall of locking slot Slot 37, described 31 one end of handle are connect with wind-up roll 32, and the other end is working end, and installation drawer 3 is directed toward in the working end bending Panel is simultaneously arranged perpendicular to locking slot 36, is also formed with binding groove on the working end, the locked component includes lock-screw 34 and part 33 is screwed, guiding convex ribs is formed in the binding groove, 34 head 341 of lock-screw is movably arranged on stop collar In slot 37,34 bar portion 342 of lock-screw by locking slot 36 to installation drawer 3 outside extend and with binding groove it is mating, Inserting groove is provided in 34 bar portion 342 of lock-screw, the guiding convex ribs and the mating formation of inserting groove are to locking screw The guiding of 34 movement of nail, the part 33 that screws are rotatably arranged on binding groove opening and are threadedly engaged with lock-screw 34.It is described It screws and circumferential direction is provided with conflict flange on 33 periphery wall of part, be sticked and set on the contact surface for contradicting flange and installing drawer 3 There is cushion.

The above embodiments are only the preferred embodiment of the utility model, and the right of the utility model cannot be limited with this Range, therefore, equivalent variations made according to the patent scope of the utility model, such as using similar technique, similar structures Equivalent product is still fallen within the scope of the utility model.

Claims (3)

1. a kind of integral intelligent network cabinet cabinet body structure, including shell, the shell front and rear sides are respectively arranged with front door body With rear door body, wind pushing cavity, accommodating cavity and installation cavity, the appearance are sequentially formed between front door body and rear door body on the shell It sets and is arranged at intervals with two in chamber for placing the supporting plate of server, it is characterised in that: two supporting plates can be sliding along body height direction Dynamic to be arranged in accommodating cavity, along body height direction, sliding is provided with adjusting rod in the accommodating cavity, and the adjusting rod is threaded through In accommodating cavity and pass through supporting plate and be arranged, be provided on the adjusting rod the first driving bevel gear and with the first driving bevel gear direction The second opposite driving bevel gear, first driving bevel gear and the setting of the second driving bevel gear interval, two supporting plates are respectively First supporting plate and the second supporting plate are provided with the first STATEMENT OF FEDERALLY SPONSORED on first supporting plate, and first STATEMENT OF FEDERALLY SPONSORED is rotatably arranged on appearance Set in chamber, first STATEMENT OF FEDERALLY SPONSORED include the first threaded rod and for the first driving bevel gear engaged transmission the first driven umbrella Gear, first driven bevel pinion and the first threaded rod are coaxially disposed, and first threaded rod passes through the first supporting plate and is arranged simultaneously It is threadedly engaged with the first supporting plate, the second STATEMENT OF FEDERALLY SPONSORED is provided on second supporting plate, second STATEMENT OF FEDERALLY SPONSORED is rotatably arranged on appearance Set in chamber, second STATEMENT OF FEDERALLY SPONSORED include the second threaded rod and for the second driving bevel gear engaged transmission the second driven umbrella Gear, second driven bevel pinion and the second threaded rod are coaxially disposed, and second threaded rod passes through the second supporting plate and is arranged simultaneously It is threadedly engaged, is additionally provided between the adjusting rod and accommodating cavity bottom surface for after pressing or lifting adjusting rod with the second supporting plate Reset the return unit of adjusting rod.

2. integral intelligent network cabinet cabinet body structure according to claim 1, it is characterised in that: on the accommodating cavity bottom surface It is provided with reseting groove, the adjusting rod lower end insertion reseting groove setting, the return unit contacts at adjusting rod lower end and reseting groove Between bottom surface, the adjusting rod upper end is pierced by shell setting, and the adjusting rod upper end is provided with clamping groove, inserts in the clamping groove Equipped with the monkey wrench for driving adjusting rod to rotate.

3. integral intelligent network cabinet cabinet body structure according to claim 2, it is characterised in that: the clamping slot cross-section is in Hexangle type setting, is also formed with spacing projection in the clamping groove, described monkey wrench one end be connecting pin and with clamping groove card It connects, the other end is free end, and the connecting pin shape is adapted with clamping groove, corresponding clamping groove location on the connecting pin end face It is formed with insertion groove, the insertion groove and spacing projection are mating.