CN108958397A - A kind of computer equipment carrying out CFD numerical simulation - Google Patents
A kind of computer equipment carrying out CFD numerical simulation Download PDFInfo
- Publication number
- CN108958397A CN108958397A CN201810673281.5A CN201810673281A CN108958397A CN 108958397 A CN108958397 A CN 108958397A CN 201810673281 A CN201810673281 A CN 201810673281A CN 108958397 A CN108958397 A CN 108958397A
- Authority
- CN
- China
- Prior art keywords
- rectangular
- cylinder
- slideway
- shaft
- mainframe box
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
- 238000004088 simulation Methods 0.000 title claims abstract description 20
- 238000013016 damping Methods 0.000 claims abstract description 51
- 230000003139 buffering effect Effects 0.000 claims abstract description 41
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 39
- 238000001816 cooling Methods 0.000 claims abstract description 38
- 230000007246 mechanism Effects 0.000 claims abstract description 37
- 238000010521 absorption reaction Methods 0.000 claims abstract description 32
- 230000035939 shock Effects 0.000 claims abstract description 32
- 241000883990 Flabellum Species 0.000 claims description 32
- 230000000149 penetrating effect Effects 0.000 claims description 18
- 229920000742 Cotton Polymers 0.000 claims description 12
- 230000033228 biological regulation Effects 0.000 claims description 10
- 230000005611 electricity Effects 0.000 claims description 8
- 230000017525 heat dissipation Effects 0.000 claims description 6
- 238000004364 calculation method Methods 0.000 claims description 5
- 230000001960 triggered effect Effects 0.000 claims description 5
- 238000009423 ventilation Methods 0.000 claims description 5
- 230000003447 ipsilateral effect Effects 0.000 claims description 4
- 238000000926 separation method Methods 0.000 claims description 4
- 125000006850 spacer group Chemical group 0.000 claims description 3
- 238000010586 diagram Methods 0.000 description 11
- 238000005516 engineering process Methods 0.000 description 8
- 238000002474 experimental method Methods 0.000 description 6
- 230000006870 function Effects 0.000 description 6
- 230000009471 action Effects 0.000 description 5
- 238000013461 design Methods 0.000 description 5
- 238000000034 method Methods 0.000 description 5
- 230000008569 process Effects 0.000 description 4
- TVEXGJYMHHTVKP-UHFFFAOYSA-N 6-oxabicyclo[3.2.1]oct-3-en-7-one Chemical compound C1C2C(=O)OC1C=CC2 TVEXGJYMHHTVKP-UHFFFAOYSA-N 0.000 description 3
- 230000000694 effects Effects 0.000 description 3
- 239000007787 solid Substances 0.000 description 3
- 238000000354 decomposition reaction Methods 0.000 description 2
- 238000011161 development Methods 0.000 description 2
- 230000018109 developmental process Effects 0.000 description 2
- 239000000428 dust Substances 0.000 description 2
- 239000012530 fluid Substances 0.000 description 2
- 238000012545 processing Methods 0.000 description 2
- 206010044565 Tremor Diseases 0.000 description 1
- 230000032683 aging Effects 0.000 description 1
- 238000004458 analytical method Methods 0.000 description 1
- 238000013459 approach Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 238000011010 flushing procedure Methods 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 230000009467 reduction Effects 0.000 description 1
- 230000000630 rising effect Effects 0.000 description 1
- 238000012360 testing method Methods 0.000 description 1
Classifications
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/18—Packaging or power distribution
- G06F1/181—Enclosures
- G06F1/182—Enclosures with special features, e.g. for use in industrial environments; grounding or shielding against radio frequency interference [RFI] or electromagnetical interference [EMI]
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/20—Cooling means
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2200/00—Indexing scheme relating to G06F1/04 - G06F1/32
- G06F2200/20—Indexing scheme relating to G06F1/20
- G06F2200/201—Cooling arrangements using cooling fluid
Landscapes
- Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Physics & Mathematics (AREA)
- Human Computer Interaction (AREA)
- General Engineering & Computer Science (AREA)
- General Physics & Mathematics (AREA)
- Electromagnetism (AREA)
- Computer Hardware Design (AREA)
- Power Engineering (AREA)
- Vibration Prevention Devices (AREA)
Abstract
The present invention relates to the computer equipment that one kind can carry out CFD numerical simulation, the present invention efficiently solves the problems, such as that existing computer equipment does not have damping, buffering function and heat-sinking capability is poor；The technical solution of solution includes, mainframe box is equipped in counter body and counter body, shock absorption buffering mechanism is connected between mainframe box and counter body, it can be to computer by from vertical, longitudinal vibration carries out buffering energy-absorbing, preferably protect computer equipment, being equipped in another counter body includes the round multistage cooling mechanism of opening and closing radiator and water cooling plant etc., according to the difference of temperature in computer host box, it is worked by the corresponding device of the electric machine controller control connected with temperature sensor, it can be quickly discharged outside computer by the heat that the mutual cooperation of multistage cooling mechanism ensures to generate in computer, guarantee that computer equipment is stablized, reliable work.
Description
Technical field
The invention belongs to computer equipment technical fields, and in particular to the computer that one kind can carry out CFD numerical simulation is set
It is standby.
Background technique
CFD is a kind of imitation technology, in HV&AC engineering application essentially consist in simulation and forecast indoor and outdoor or
The mobility status of air or other working fluids in equipment, and CFD has fast at low cost, speed, complete information and can mould
Intend the advantage of the uniqueness such as a variety of different operating conditions, therefore it gradually has been favored by people.With integrated circuit and computer technology
Fast development, to numerical control hardware technology update inject new vitality, Modern NC generallys use ultra-large
Integrated circuit, special chip and Digital Signal Processing.Surface installation, three-dimensional high-density skill is widely used on electrical dress connection
Art greatlys improve the reliability of system.High-speed high-performance memory technology, such as flashing storage, the greatly place such as mobile storage
Just user.Based on the fast development of current computer technology, the calculating cycle and cost of CFD approach can be engineer application completely
Received, since CFD is using the technology of the various conservations control partial differential equations of computer solving fluid flowing, among these
It will be related to the technologies such as hydrodynamics (especially Mechanics of Turbulence), calculation method or even computer graphical processing, therefore utilize meter
When calculation machine carries out CFD numerical simulation, a large amount of heat is inevitably generated in view of its powerful operational capability, therefore
The temperature that will lead to computer equipment quickly increases in a short time, and most computers equipment is without good currently on the market
Good heat sinking function, if the heat of computer-internal cannot quickly and effectively be discharged if reducing computer-internal temperature, mistake
High temperature can make computer-internal route because long-time is affected by the high temperature, accelerate its aging, more serious to make host
Damage, it is light for may will affect experiment data accurate reliability, may make entirely to test for weight and fall short of success for lack of final effort,
Another current most computers equipment does not have or without preferable shock-absorbing function, when needing the outdoor some numbers of carry out
When being worth sunykatuib analysis, vibration is inevitably generated during transporting computer equipment, if not subtracting reliably
Shake measure very likely causes to damage to computer-internal component and wiring board, and then influences the use longevity of computer equipment
Life, therefore a kind of meter for carrying out CFD numerical simulation that can carry out buffering energy-absorbing to vibration again with good heat sinking function
Calculating machine equipment is just particularly important.
Summary of the invention
For above situation, for the defect for overcoming the prior art, the present invention provides a kind of meter that can carry out CFD numerical simulation
Machine equipment is calculated, smart structural design is equipped with round opening and closing radiator, at mainframe box temperature above computer host box
When normal condition the circle opening and closing radiator close, when mainframe box when the temperature is excessively high circle opening and closing radiator opening and
It is rotated and is radiated to mainframe box, this function ensure that effectively heat dissipation enters in computer prevented also from external dust
Portion is connected with shock absorption buffering mechanism between another mainframe box and counter body, can carry out to the vibration that computer is subject to
Buffering energy-absorbing preferably protects computer equipment.
Specific technical solution is as follows:
A kind of computer equipment carrying out CFD numerical simulation, including counter body and counter body one side wall rotation company
It is connected to rectangular door, the rectangular door is equipped with display screen, and the rectangular door being placed in below the display screen is equipped with keyboard, the meter
It is equipped with mainframe box in calculation machine shell and counter body bottom end is equipped with universal wheel, which is characterized in that the mainframe box both lateral sides
Wall is equipped at intervals with the first slideway longitudinally extended up and down, and laterally two inner sidewalls are equipped at intervals with and first the counter body up and down
The second slideway that slideway matches is connected with the first shock absorption buffering mechanism between first slideway and the second slideway, further includes
The first thin plate being arranged at intervals above counter body bottom wall is connected with second between the mainframe box bottom and the first thin plate
Shock absorption buffering mechanism is equipped with temperature sensor in the mainframe box and temperature sensor is connected with first motor controller, described
It is equipped with the second thin plate being arranged at intervals above mainframe box in counter body, round opening and closing is equipped with above second thin plate and is dissipated
Thermal, offers on second thin plate and the first circular hole that round opening and closing radiator matches, circle opening and closing are radiated
Device includes the closing when mainframe box temperature is in normal condition, when mainframe box temperature sensor control first when the temperature is excessively high
Electric machine controller makes round opening and closing radiator opening and circle opening and closing radiator is rotated and radiated to mainframe box,
When mainframe box temperature restores normal, temperature sensor control first motor controller makes round opening and closing radiator stop rotating
It is then shut off.
Preferably, the round opening and closing radiator includes being set on the second thin plate and matching with the first circular hole upper
The penetrating the first cylinder in lower both ends, the first cylinder top are equipped with the first elongate posts extended along its diametrical direction and the first length
Position is equipped with the first driving motor connecting with first motor controller, first elongate posts both ends point among bar lower end surface
It is not fixed on the second thin plate upper surface through the first vertically extending cylindrical bar, is equipped with upper and lower two below first driving motor
It holds impermeable the second cylinder and the second cylinder upper surface offers in the second circular hole and the second circular hole and is fixed with first bearing, institute
It states the first driving motor output shaft and is rotationally connected with first bearing inner ring, the output shaft extends downwardly first bearing and it is stretched out
One end is rotationally connected with the second cylinder bottom wall, and the second cylinder outer wall offers multiple thirds close to bottom position is circumferentially-spaced
Circular hole is equipped with multiple flabellums between described the first cylinder and the second cylinder, multiple flabellums are mutually closed composition circle, described
Flabellum is equipped with the first strip hole extended along flabellum radial direction, and flabellum centre position at the second cylinder is equipped with edge
The first rotating shaft and first rotating shaft that the first cylinder diametrical direction extends are rotationally connected in third circular hole, and the first rotating shaft passes through
Third circular hole and its be pierced by the intrinsic first bevel gear of an end cap, covered on the output shaft being placed in described the second cylinder it is intrinsic second cone
Gear and the intermeshing of second bevel gear and multiple first bevel gears, it is defeated between the second bevel gear and first bearing
Shaft is equipped with the second elongate posts extended along the first cylinder diametrical direction, and second elongate posts two sides, which are respectively equipped with, to be fixed on
The second cylinder inner wall and the third elongate posts extended along the second cylinder diametrical direction, the second cylinder bottom wall lower end is connected with resistance
Buddhist nun's device and Buddhist nun's device are connected to the trigger device being set in the second cylinder in one of third elongate posts, damping dress
It sets and includes when the first driving motor driving flabellum is opened and the second elongate posts do not contact at the third elongate posts equipped with trigger device
When upper, which can stop the second cylinder to rotate together with the first driving motor output shaft, when the second elongate posts contact at
The trigger device, which is triggered, when third elongate posts equipped with trigger device makes damping unit fail.
Preferably, the damping unit includes the plectane being arranged at intervals at below the second cylinder, plectane circumferential direction both ends
The 4th elongate posts extended laterally and opposite to each other are connected with, the 4th elongate posts other end is solid through the 5th vertically extending elongate posts
Due to the second thin plate lower end surface, plectane upper surface middle position is fixed with the first damping fin, under the second cylinder bottom wall
End be equipped with the 7th vertically extending cylindrical bar and the 7th cylindrical bar bottom end offer the first slide opening and, in first slide opening
It is sliding combined with slide bar, the lower end of the slider is connected with the second damping fin that contact is matched with the first damping fin, is placed in described
The 7th spring is arranged on slide bar between second damping fin and the 7th cylindrical bar and the 7th spring one end is connected to the second resistance
Buddhist nun's piece other end is connected on the 7th cylindrical bar；The trigger device include be disposed therein a third elongate posts upper end and
The 6th thin plate extended close to one lateral edge of the second cylinder inner wall perpendicular to third elongate posts direction, the 6th thin plate lower end rotation
It is connected in the 7th vertically extending shaft and the 7th shaft and covers intrinsic spaced third gear and the first line wheel, described the
Three gears are engaged with along the first rack gear perpendicular to the setting of third elongate posts direction and third elongate posts are equipped with and the first rack gear
The second penetrating slide opening is matched, protruding its extension end of third elongate posts of the first rack gear is placed in third elongate posts and the second length
Between bar, it is wound with cotton rope in first line wheel and the second cylinder bottom wall offers the 7th circular hole matched with cotton rope,
The cotton rope is connected on the second damping fin through the 7th circular hole.
Preferably, first shock absorption buffering mechanism includes being set to the first slideway two sidewalls and long along the first slideway up and down
The first sliding groove that direction extends is spent, interval sliding is combined with two first U-shaped frames and the first U-shaped frame bottom phase in first slideway
Two sides are equipped with the first sliding block being slidingly fitted with first sliding groove, two sidewalls are equipped with side along its length to second slideway up and down
Into the second sliding slot and second sliding slot of extension, interval sliding is combined with two second U-shaped frames, and second U-shaped frame bottom is with respect to two
Side is equipped with the second sliding block for being slidingly fitted with second sliding slot, is connected with the first spring between two first U-shaped frames, and described the
It is equipped between one U-shaped frame, two cantilever and is connected between the second shaft extended perpendicular to two cantilevered orientations, two second U-shaped frames
There is a second spring, is equipped between two cantilever of the second U-shaped frame along the third shaft extended perpendicular to two cantilevered orientations, described the
It is rotatably connected to the first arc block in two shafts and the first arc block is equipped with away from first slideway one end along perpendicular to the first slideway
The first cylindrical bar that direction extends, the second arc block is rotatably connected in the third shaft and the second arc block is away from second
Slideway one end is equipped with along the second cylindrical bar extended perpendicular to the second slideway direction, and the second cylindrical bar other end is equipped with
It is offered and the first cylindrical bar on the bottom wall of cylinder frame and cylinder frame far from second slideway one end extended along its length
The 4th circular hole being slidably matched, first cylindrical bar is arranged in cylinder frame through the 4th circular hole and the first cylindrical bar is placed in
One end is equipped with the first circular baffle plate in cylinder frame, first circular baffle plate and bottom wall of the cylinder frame far from second slideway one end it
Between be connected with third spring.
Preferably, second shock absorption buffering mechanism includes being horizontally arranged at interval in the of mainframe box bottom end longitudinal direction two sidewalls
One rectangular bar offers on first rectangular bar and is sliding combined with third circle in the 5th penetrating circular hole and the 5th circular hole
Cylindrical rod, the third cylindrical bar is upward through the 5th circular hole and it is pierced by one end equipped with the second circular baffle plate, and described second
The first rectangular bar upper surface is tightly attached in circular baffle plate lower end surface, and first thin plate is equipped with corresponding with the first rectangular bar
Third slideway, third cylindrical bar lower end is connected with the third sliding block being slidably matched with third slideway, and the third is sliding
Road bottom end both lateral sides wall offers the third sliding slot extended along third slideway length direction, the third sliding block two lateral walls
It is equipped with the Four-slider that is slidably matched with third sliding slot and is connected with the between third sliding block and third slideway longitudinal direction one side wall
Four springs are arranged with the 5th spring and the 5th on the third cylindrical bar being placed between first rectangular bar and third sliding block
Spring one end is connected to the third sliding block other end and is connected on the first rectangular bar.
Preferably, be additionally provided with water cooling plant at the top of the mainframe box, the water cooling plant include be set to mainframe box upper end and
Water cooling box far from rectangular door longitudinal direction side, the host box outer wall are surrounded with water cooling tube, longitudinal two sidewalls in the water cooling box
It is rotatably connected to the 4th shaft, multiple thirds extended along the 4th shaft length direction are circumferentially equipped at intervals in the 4th shaft
Thin plate, the 4th shaft is towards the protruding water cooling box in rectangular door one end and extension end is connected with the first frictional disk, is placed in institute
It states mainframe box upper end and is equipped with the second driving motor connecting with first motor controller close to rectangular door side, described second drives
It is connected with the second frictional disk on dynamic motor output shaft, is connected with speed regulation device between first frictional disk and the second frictional disk,
The speed regulation device is included when mainframe box temperature is excessively high and adjusts the 4th shaft in the case where the second driving motor revolving speed is constant
Revolving speed makes it step up revolving speed with the raising of mainframe box temperature.
Preferably, the speed regulation device includes being set at the top of mainframe box and being located at the two first of the 4th shaft both lateral sides
Rectangular block, first rectangular block upper end is rotatably connected to the 4th vertically extending cylindrical bar and the 4th cylindrical bar top is solid
Surely it is connected with along the second rectangular bar for being parallel to the setting of mainframe box roof direction and longitudinally extending, the second rectangle pole face
It offers to be equipped between two bottom walls of the first penetrating rectangular opening of transverse ends and the first rectangular opening or more to water cooling box one side wall and erect
To the 5th cylindrical bar of extension, third arc block and third arc block lateral one are rotatably connected on the 5th cylindrical bar
The first penetrating threaded hole is offered on side wall, further includes the screw rod being matched in two first threaded holes and screw rod and two first spiral shells
Pit matching part thread rotary orientation is on the contrary, screw rod transverse direction one end is connected with the third driving being connected with first motor controller
Motor, the third driving motor is set to the second rectangular block upper surface and the second rectangular block is set on mainframe box roof, sets
Intrinsic third rectangular block and two third squares are covered on the 4th cylindrical bar between second rectangular bar and the first rectangular block
The opposite two sidewalls of shape block are equipped with cylindrical along the 6th cylindrical bar extended perpendicular to the 4th cylindrical bar direction, the described 6th
The bar other end is sliding combined with second bearing, and the outer snare of the second bearing is fixed in the 3rd cylinder inner wall and the 3rd cylinder longitudinal one
End is connected with semicircle friction ball, and the 6th cylindrical bar and second bearing cooperation side circumferential direction both ends are respectively equipped with two thirds
Rectangular bar offers the 4th sliding slot being slidably matched with third rectangular bar on the second bearing inner ring, is placed in described
The 6th spring is arranged on the 6th cylindrical bar between three rectangular blocks and second bearing and the 6th spring one end is connected to third
The rectangular block other end is connected on second bearing inner ring.
Preferably, the counter body top is equipped with trapezoid boss, and the trapezoid boss roof offers and computer
Upper shell face matches and the second penetrating rectangular opening, and position is equipped with the 4th longitudinally extended among the trapezoid boss upper end
Thin plate, second rectangular opening longitudinal direction two sidewalls be equipped with it is multiple corresponding and be in ladder pattern distribution the 6th circular hole, described second
It is equipped with multiple rectangular solar panels longitudinally extended between the two sidewalls of rectangular opening longitudinal direction and rectangular solar panels are longitudinal
Position is equipped with along rectangular solar panels length direction and departing from the extension of rectangular solar panels ontology among both ends
5th shaft, the 5th shaft are rotationally connected in the 6th circular hole, and trapezoid boss longitudinal direction side is equipped with build-in cavities, position
The 5th shaft in rectangular solar panels longitudinal direction side passes through the 6th circular hole corresponding thereto and extension end is placed in
In build-in cavities, the 5th shaft extension end is equipped with the first belt pulley and is located at two the 5th shaft extension ends of both lateral sides also
It is equipped at intervals with the second belt pulley, the build-in cavities bottom wall is equipped with the 4th driving motor and the 4th driving motor is connected with second
Electric machine controller, the intrinsic first gear of spacer sleeve and third belt pulley in the 4th driving motor output shaft, the first gear are nibbled
Conjunction has second gear and second gear set is fixed in the 6th shaft, and the 6th shaft, which is rotationally connected with, is fixed on build-in cavities bottom
On wall and the 5th vertically extending thin plate, the second gear also coaxial sleeve the 4th belt inherently corresponding with third belt pulley
Wheel, is connected with the first belt, the second belt pulley of the 4th belt pulley corresponding thereto between two first ipsilateral belt pulleys
Between be connected with the second belt, be connected with third belt, phase interworking between the second belt pulley of third belt pulley corresponding thereto
Two rectangular solar panels closed constitute inclined-plane and trapezoid boss both lateral sides are equipped with the water-guiding hole matched with inclined-plane, described
Trapezoid boss longitudinal direction two sidewalls be located at build-in cavities end portion be vertically equipped at intervals with along be parallel to trapezoid boss bottom surface setting and
The ventilation hole being laterally extended is equipped with battery in the space of the counter body bottom wall and the first thin plate lower end.
Preferably, it is equipped at intervals with multiple third rectangular openings on first thin plate, is fixed in the third rectangular opening scattered
Hot-air fan, lateral separation is equipped with multiple the second strip holes longitudinally extended on the counter body roof.
Above-mentioned technical proposal beneficial effect is:
(1) computer equipment includes counter body in the present invention, and the mainframe box being set in counter body, mainframe box
The first shock absorption buffering mechanism is equipped between both lateral sides wall and counter body, the second shock absorption buffering mechanism of mainframe box bottom connects
It is connected on the first thin plate, when computer is shaken, the first damping buffer device and the second shock absorption buffering mechanism can be to calculating
Owner's cabinet is preferably buffered, and component and wiring board inside mainframe box are protected, and improve computer equipment can
By property；
(2) being equipped with round opening and closing radiator in the present invention above mainframe box should when mainframe box temperature is in normal condition
Circle opening and closing radiator close, when mainframe box when the temperature is excessively high, circle opening and closing radiator in first motor controller
It opens and is rotated under control, radiate to mainframe box, if temperature is also rising in computer host box at this time, lead at this time
The speed regulation device being connected on cabinet roof with water cooling plant is started to work, which can gradually mention according to the raising of temperature
Water circulating speed in high water cooling tube preferably radiated to computer host box, is in the invention computer cooling
Provided with Multi-stage cooling measure, it is ensured that computer equipment is stable, reliably runs；
(3) it is additionally provided with multiple groups rectangular solar panels in the trapezoid boss on counter body top in the present invention, works as calculating
When machine needs outdoor to do some Numerical Experiments, rectangular solar panels, which can be used to generate electricity, is then stored in electric power storage
It is used in pond for computer equipment, multiple groups rectangular solar panels phase under the 4th driving motor control when encountering rainy days
Mutually cooperation can be computer equipment rain cover, and the mechanism is ingenious in design, provides for the outdoor Numerical Experiment of computer equipment
It is convenient.
Detailed description of the invention
Fig. 1 is main view of the present invention；
Fig. 2 is that the present invention leaves out rectangular door front view；
Trapezoid boss separates main view with counter body after Fig. 3 leaves out rectangular door for the present invention；
Trapezoid boss separates bottom view with counter body after Fig. 4 leaves out rectangular door for the present invention；
Fig. 5 is that round opening and closing radiator opens schematic diagram after the present invention leaves out counter body；
Fig. 6 is that round opening and closing radiator closes schematic diagram after the present invention leaves out counter body；
Fig. 7, which is that the present invention is round, is opened and closed radiator partially exploded diagram；
Fig. 8 is that the present invention leaves out the second cylinder roof top view；
Fig. 9 is the first shock absorption buffering mechanism and the second shock absorption buffering mechanism decomposition diagram of the invention；
Figure 10 is the first shock absorption buffering mechanism decomposition diagram of the invention；
Figure 11 is water cooling plant partially exploded diagram of the present invention；
Figure 12 is water cooling box schematic cross-sectional view of the present invention；
Figure 13 is trapezoid boss partial sectional view of the present invention；
Figure 14 is trapezoid boss elevational schematic view of the present invention；
Figure 15 is schematic diagram when rectangular solar panels of the present invention are opened；
Figure 16 is speed regulation device partially exploded diagram of the present invention；
Figure 17 is trigger device schematic diagram of the present invention；
Figure 18 is damping unit schematic diagram of the present invention；
Figure 19 is damping unit partially exploded diagram of the present invention.
1 in figure: counter body 1, rectangular door 2, display screen 3, keyboard 4, mainframe box 5, the first slideway 6, the second slideway 7,
First thin plate 8, the second thin plate 9, the first circular hole 10, the first cylinder 11, the first elongate posts 12, the first driving motor 13, the second circle
Cylinder 14, the second circular hole 15, first bearing 16, third circular hole 17, flabellum 18, first rotating shaft 19, first bevel gear 20, the second cone tooth
Wheel 21, the second elongate posts 22, third elongate posts 23, first sliding groove 24, the first U-shaped frame 25, the first sliding block 26, second sliding slot 27,
Second U-shaped frame 28, the second sliding block 29, the first spring 30, the second shaft 31, second spring 32, third shaft 33, the first arc block
34, the first cylindrical bar 35, the second arc block 36, the second cylindrical bar 37, cylinder frame 38, the 4th circular hole 39, the first round gear
Plate 40, third spring 41, the first rectangular bar 42, the 5th circular hole 43, third cylindrical bar 44, the second circular baffle plate 45, third
Slideway 46, third sliding block 47, third sliding slot 48, Four-slider 49, the 4th spring 50, the 5th spring 51, water cooling box 52, water cooling tube
53, the 4th shaft 54, third thin plate 55, the first frictional disk 56, the second driving motor 57, the second frictional disk 58, the first rectangular block
59, the 4th cylindrical bar 60, the second rectangular bar 61, the first rectangular opening 62, the 5th cylindrical bar 63, third arc block 64, the
One threaded hole 65, screw rod 66, third driving motor 67, the second rectangular block 68, third rectangular block 69, the 6th cylindrical bar 70, the
Two bearings 71, the 3rd cylinder 72, semicircle friction ball 73, third rectangular bar 74, the 4th sliding slot 75, the 6th spring 76 are trapezoidal
Boss 77, the second rectangular opening 78, the 4th thin plate 79, the 6th circular hole 80, rectangular solar panels 81, the 5th shaft 82 are built-in
Cavity 83, the first belt pulley 84, the second belt pulley 85, the 4th driving motor 86, first gear 87, third belt pulley 88, second
Gear 89, the 6th shaft 90, the 5th thin plate 91, the 4th belt pulley 92, the first belt 93, the second belt 94, third belt 95 are led
Water hole 96, ventilation hole 97, third rectangular opening 98, radiator fan 99, the second strip hole 100, battery 101, universal wheel 102, the
One strip hole 103, plectane 104, the 4th elongate posts 105, the 5th elongate posts 106, the first damping fin 107, the first slide opening 108 are sliding
Bar 109, the second damping fin 110, the 7th spring 111, the 6th thin plate 112, the 7th shaft 113, third gear 114, the first line wheel
115, the first rack gear 116, the second slide opening 117, cotton rope 118, the 7th circular hole 119, the 7th cylindrical bar 120.
Specific embodiment
For the present invention aforementioned and other technology contents, feature and effect, in following cooperation with reference to figures 1 through Figure 19 pairs
In the detailed description of embodiment, can clearly it present.The structure content being previously mentioned in following embodiment is attached with specification
Figure is reference.
Each exemplary embodiment of the invention is described below with reference to accompanying drawings.
Embodiment 1, outside a kind of computer equipment carrying out CFD numerical simulation, including counter body 1 and computer
1 one side wall of shell is rotatably connected to rectangular door 2, and the rectangular door 2 is equipped with display screen 3, is placed in the rectangle of 3 lower section of display screen
Door 2 is equipped with keyboard 4, and mainframe box 5 is equipped in the counter body 1 and counter body bottom end is equipped with universal wheel 102, special
Sign is that the 5 both lateral sides wall of mainframe box is equipped at intervals with the first slideway 6 longitudinally extended up and down, and the counter body 1 is horizontal
Be equipped at intervals with the second slideway 7 matched with the first slideway 6 up and down to two inner sidewalls, first slideway 6 and the second slideway 7 it
Between be connected with the first shock absorption buffering mechanism, further include the first thin plate 8 being arranged at intervals above 1 bottom wall of counter body, it is described
It is connected with the second shock absorption buffering mechanism between 5 bottom of mainframe box and the first thin plate 8, is equipped with temperature sensor in the mainframe box 5
And temperature sensor is connected with first motor controller, is equipped in the counter body 1 and is arranged at intervals at 5 top of mainframe box
Second thin plate 9 is equipped with round opening and closing radiator above second thin plate 9, offers on second thin plate 9 and open with circle
The first circular hole 10 that radiator matches is closed, circle opening and closing radiator is included when 5 temperature of mainframe box is in normal condition
When close, when temperature sensor control first motor controller opens round opening and closing radiator to mainframe box 5 when the temperature is excessively high
And circle opening and closing radiator is rotated and is radiated to mainframe box 5, when 5 temperature of mainframe box restores normal, temperature is passed
Sensor control first motor controller makes round opening and closing radiator stop rotating to be then shut off；
When in use, the present invention provides a kind of computer equipment that can carry out CFD numerical simulation to the embodiment, in computer
1 bottom of shell is equipped with the universal wheel 102 with locking function, facilitates computer equipment to carry out mobile and has locking function,
Computer can be made to be positioned at any time, which inevitably generates vibration, the mainframe box 5 and calculating in moving process
It is connected with the first damping buffer device between 1 both lateral sides wall of machine shell, is connected with second between mainframe box 5 and the first thin plate 8
Shock absorption buffering mechanism, the shock absorption buffering mechanism effectively can carry out buffering energy-absorbing to the vibration that computer is subject to, filter out big portion
Point vibration can preferably protect computer equipment without damage, when computer host box 5 when the temperature is excessively high, temperature sensor hair
Signal to first motor controller makes round opening and closing radiator opening out and circle opening and closing radiator is rotated to master
Cabinet 5 radiates, and when mainframe box temperature restores normal, temperature sensor, which issues signal to first motor controller, makes circle
Opening and closing radiator, which stops rotating, to be then shut off.
Embodiment 2, on the basis of embodiment 1, the round opening and closing radiator include be set on the second thin plate 9 and
The penetrating the first cylinder 11 of the upper and lower ends matched with the first circular hole 10 is equipped with along its diameter side above described the first cylinder 11
The connect with first motor controller is equipped with to position among the first elongate posts 12 of extension and 12 lower end surface of the first elongate posts
The second thin plate is fixed on through the first vertically extending cylindrical bar 35 respectively in one driving motor 13,12 both ends of the first elongate posts
9 upper surfaces are equipped with the impermeable the second cylinder 14 of upper and lower ends and 14 upper end of the second cylinder below first driving motor 13
Face offers and is fixed with first bearing 16 in the second circular hole 15 and the second circular hole 15,13 output shaft of the first driving motor rotation
It is connected to 16 inner ring of first bearing, the output shaft extends downwardly first bearing 16 and it stretches out one end and is rotationally connected with the second circle
14 bottom walls of cylinder, 14 outer wall of the second cylinder offer multiple third circular holes 17 close to bottom position is circumferentially-spaced, and described first
Multiple flabellums 18 are equipped between cylinder 11 and the second cylinder 14, multiple flabellums 18 are mutually closed composition circle, the flabellum
18 are equipped with the first strip hole 103 extended along 18 radial direction of flabellum, the flabellum 18 middle part at the second cylinder 14
Position is rotationally connected in third circular hole 17 equipped with the first rotating shaft 19 and first rotating shaft 19 extended along 11 diametrical direction of the first cylinder,
The first rotating shaft 19 passes through third circular hole 17 and it is pierced by the intrinsic first bevel gear 20 of an end cap, is placed in described the second cylinder 14
Intrinsic second bevel gear 21 is covered on interior output shaft and second bevel gear 21 and multiple first bevel gears 20 are intermeshed, and is located at institute
It states the output shaft between second bevel gear 21 and first bearing 16 and is equipped with the second length extended along 11 diametrical direction of the first cylinder
Bar 22,22 two sides of the second elongate posts, which are respectively equipped with, is fixed on 14 inner wall of the second cylinder and along 14 diametrical direction of the second cylinder
The third elongate posts 23 of extension, the 14 bottom wall lower end of the second cylinder is connected with damping unit and Buddhist nun's device is connected to and is set to
Trigger device in the second cylinder 14 in one of third elongate posts 23, the damping unit are included when the first driving motor 13
When driving flabellum is opened and the second elongate posts 22 are not contacted in the third elongate posts 23 equipped with trigger device, which can
The second cylinder 14 is stopped to rotate together with 13 output shaft of the first driving motor, when the second elongate posts 22 are contacted at equipped with trigger device
Third elongate posts 23 when the trigger device be triggered damping unit made to fail；
When in use, circle opening and closing radiator is in close state the embodiment under original state, and is set to
The second elongate posts 22 on first driving motor, 13 output shaft, which contact at, to be not provided in the third elongate posts 23 of trigger device, is calculated
Machine is radiated by the first strip hole 103 being set on flabellum 18, and this measure is also effectively reduced external dust and enters
In counter body 1, when temperature sensor detects mainframe box 5 when the temperature is excessively high, temperature sensor issues signal to the first electricity
Machine controller makes the first driving motor 13 work, and the first driving motor 13 drives output shaft rotation, due to 14 bottom wall of the first cylinder
Lower end is connected with damping unit, when 13 output shaft of the first driving motor rotate drive flabellum 18 open during and the second strip
23 when bar 22 does not contact at the third elongate posts equipped with trigger device, which can stop the second cylinder 14 with the first driving
13 output shaft of motor rotates together, so that the second elongate posts 22 be prevented to be moved through to the third elongate posts 23 for being located at its other side
It is engaged with multiple first bevel gears 20 there are resistance in journey due to second bevel gear 21, flabellum 18 occur cannot open and the second circle
The case where cylinder 14 is rotated together with 13 output shaft of the first driving motor, when the second elongate posts 22 are defeated in the first driving motor 13
When contacting at the third elongate posts 23 equipped with trigger device under the drive of shaft, circle opening and closing radiator flabellum 18 is opened and same
When the trigger device be triggered, be connected to the damping unit failure of 13 output shaft lower end of the first driving motor at this time, at this time first
Cylinder 11 rotates together under the action of the second elongate posts 22 with 13 output shaft of the first driving motor, flabellum 18 also rotate with it from
And it is 5 cooling and heat dissipation of mainframe box, when temperature is restored to normal condition, temperature sensor issues signal to first motor and controls
Device makes the first driving motor 13 anyway and the closure of flabellum 18 is driven to restore to original state, which is opened and closed radiator machine
Structure is ingenious in design, and when being in normal condition for 5 degree of host box temperature, circle opening and closing radiator is closed, and computer is by being set to
The first strip hole 103 on flabellum 18 radiates, and when the temperature is excessively high, temperature sensor issues signal to first motor and controls
Device rotates the first driving motor 13, opens flabellum 18 and then flabellum 18 is driven to turn with 13 output shaft of the first driving motor
It moves and radiates for mainframe box 5.
Embodiment 3, on the basis of embodiment 2, the damping unit includes the circle being arranged at intervals at below the second cylinder
Plate 104, the circumferential both ends of the plectane 104 are connected with the 4th elongate posts 105 extended laterally and opposite to each other, the 4th elongate posts
105 other ends are fixed on the second thin plate lower end surface through the 5th vertically extending elongate posts 106, among 104 upper surface of plectane
Position is fixed with the first damping fin 107, the 14 bottom wall lower end of the second cylinder be equipped with the 7th vertically extending cylindrical bar 120 and
7th cylindrical bar, 120 bottom end offers the first slide opening 108, and slide bar 109 is sliding combined in first slide opening 108, described
109 lower end of slide bar is connected with the second damping fin 110 that contact is matched with the first damping fin 107, is placed in second damping fin
110 and the 7th slide bar 109 between cylindrical bar 120 on be arranged with the 7th spring 111 and 111 one end of the 7th spring is connected to
Two damping fins, 110 other end is connected to 120 on the 7th cylindrical bar；The trigger device is long including being disposed therein a third
23 upper end of bar and the 6th thin plate 112 extended close to 14 inner wall of the second cylinder, one lateral edge perpendicular to 23 direction of third elongate posts,
6th thin plate, 112 lower end is rotatably connected in the 7th vertically extending shaft 113 and the 7th shaft 113 to cover inherently to be spaced and set
The third gear 114 set and the first line wheel 115, the third gear 114 are engaged with edge and set perpendicular to 23 direction of third elongate posts
The first rack gear 116 and third elongate posts 23 set, which are equipped with, matches the second penetrating slide opening 117 with the first rack gear 116, and first
Protruding its extension end of third elongate posts of rack gear 116 is placed between third elongate posts 23 and the second elongate posts 22, and described first
It is wound with cotton rope 118 in line wheel 115 and 14 bottom wall of the second cylinder offers the 7th circular hole 119 matched with cotton rope 118, it is described
Cotton rope 118 is connected on the second damping fin 110 through the 7th circular hole 119；
When in use, the 7th spring 111 is in compressive state to the embodiment when original state, is set on slide bar 109
First damping fin 107 contacts under the action of the 7th spring 111 to be fixed on the second damping fin 110 of 104 upper end of plectane, when
Temperature sensor issues signal to the first driving motor 13 and when controlling its rotation, is set on 13 output shaft of the first driving motor
The second elongate posts 22 it is mobile to the third elongate posts 23 for being equipped with trigger device, due to the first damping fin 107 and the second damping fin
110 be in close contact under the action of the 7th spring 111 between there are larger resistances, therefore second bevel gear 21 drives multiple first
Bevel gear 20 rotates and opens flabellum 18, in the process since the resistance between two damping fins is much larger than second bevel gear
21 resistances for driving multiple first bevel gears 20 to rotate, therefore the second cylinder 14 will not turn with 13 output shaft of the first driving motor
Dynamic, when the second elongate posts 22 contact at the third elongate posts equipped with trigger device 23, trigger device is triggered, the first rack gear
116 in the second slide opening 117 sliding drive third gear 114 to rotate, therefore the rotation of the first line wheel 115 shrinks cotton rope 118 for the
Two damping fins 110, which are pulled upwardly, separates it with the first damping fin 107, and damping unit fails at this time, at the same time the second strip
Bar 22 next directly contacts in the third elongate posts 23 equipped with trigger device and band in the drive of 13 output shaft of the first driving motor
Dynamic the second cylinder 14 rotates together, and then multiple flabellums 18 also rotate with it radiates for computer, when temperature is down to normal condition
When, temperature sensor, which issues signal to first motor controller, makes it control the reversion of the first driving motor 13, restores flabellum 18
The first driving motor 13 stops working after to original state, specific: the reversion of the first driving motor 13 make the second elongate posts 22 with
The second damping fin 110 contacts at first under the action of the 7th 111 elastic force of spring to the separation of third elongate posts 23 again at the same time
On damping fin 107, the second damping fin 110 second damping fin 110 into 107 moving process of the first damping fin also pulls cotton rope simultaneously
118 make the rotation of the first line wheel 115 then drive the rotation of third gear 114 so that the first rack gear 116 is made to restPose, and second
The damping unit comes into force again while elongate posts 22 are separated with third elongate posts 23, prevents 13 output shaft of the first driving motor anti-
When turning for flabellum 18 to be closed, the second cylinder 14 is rotated therewith.
Embodiment 4, on the basis of embodiment 1, first shock absorption buffering mechanism include being set to the first about 6 slideway
Two sidewalls and the first sliding groove 24 extended along 6 length direction of the first slideway, interval sliding is combined with two the along first slideway 6
One U-shaped frame 25 and 25 bottom opposite sides of the first U-shaped frame are equipped with the first sliding block 26 being slidingly fitted with first sliding groove 24, described
Second slideway, about 7 two sidewalls are equipped with interval sliding cooperation in the second sliding slot 27 extended along its length and second sliding slot 27
There are two second U-shaped frames 28, the 28 bottom opposite sides of the second U-shaped frame is equipped with second to be slidingly fitted with second sliding slot 27 and slides
Block 29 is connected with the first spring 30 between two first U-shaped frames 25, is equipped between first U-shaped frame, 25 liang of cantilevers along hanging down
The second shaft 31 directly extended in two cantilevered orientations, is connected with second spring 32 between two second U-shaped frames 28, and described second
It is equipped between 28 liang of cantilevers of U-shaped frame and is rotated in the third shaft 33 extended perpendicular to two cantilevered orientations, second shaft 31
It is connected with the first arc block 34 and the first arc block 34 is equipped with edge away from 6 one end of the first slideway and prolongs perpendicular to 6 direction of the first slideway
The first cylindrical bar 35 stretched, the second arc block 36 is rotatably connected in the third shaft 33 and the second arc block 36 is away from the
Two slideways, 7 one end is equipped with along the second cylindrical bar 37 extended perpendicular to 7 direction of the second slideway, and second cylindrical bar 37 is another
One end be equipped on the bottom wall of cylinder frame 38 and cylinder frame 38 far from 7 one end of the second slideway that extends along its length offer with
The 4th circular hole 39 that first cylindrical bar 35 is slidably matched, first cylindrical bar 35 are arranged in cylinder frame through the 4th circular hole 39
In 38 and the first cylindrical bar 35 is placed in one end in cylinder frame 38 and is equipped with the first circular baffle plate 40, first circular baffle plate 40 with
Cylinder frame 38 is connected with third spring 41 between the bottom wall far from 7 one end of the second slideway；
The embodiment when in use, shakes when computer inevitably generates in moving process, is set at this time
The first shock absorption buffering mechanism between first slideway 6 and the second slideway 7 starts to carry out buffering energy-absorbing to vibration, due to the first U-shaped
Frame 25 is slidably connected in the first slideway 6 and is rotatably connected to the first arc block 34 in the first U-shaped frame 25, and the second U-shaped frame 28 is sliding
Dynamic be connected in 7 the second U-shaped frame of inscribe 28 of the second slideway is rotatably connected to the second arc block 36, the first arc block 34 and the second arc
It is connected with the third spring 41 being sheathed on the first cylindrical bar 35 between shape block 36 and the first cylindrical bar 35 is slidably connected to
In cylinder frame 38, therefore when mainframe box 5 is by from vertical vibration, it is set between the first slideway 6 and the second slideway 7
First shock absorption buffering mechanism is filtered the vibration that it is vertically subject to, when computer host box 5 is by from longitudinal vibration
When, it is connected with second spring 32 due to being connected between the first spring 30 and two second U-shaped frames 28 between two first U-shaped frames 25,
Two first U-shaped frames 25 being set in the first slideway 6 at this time can be slided in the first slideway 6 with the vibration of mainframe box 5
Dynamic, two second U-shaped frames 28 being slidably connected in the second slideway 7 at this time can also occur with the sliding of two first U-shaped frames 25
Sliding, so that extruding or extension spring achieve the effect that carry out buffering energy-absorbing to from longitudinal vibration.
Embodiment 5, on the basis of embodiment 1, second shock absorption buffering mechanism include being horizontally arranged at interval in host
First rectangular bar 42 of 5 bottom end longitudinal direction two sidewalls of case offers the 5th penetrating circular hole 43 on first rectangular bar 42
And the 5th is sliding combined with third cylindrical bar 44 in circular hole 43, the third cylindrical bar 44 be upward through the 5th circular hole 43 and
It is pierced by one end equipped with the second circular baffle plate 45, and 42 upper end of the first rectangular bar is tightly attached in 45 lower end surface of the second circular baffle plate
Face, first thin plate 8 is equipped with third slideway 46 corresponding with the first rectangular bar 42, under the third cylindrical bar 44
End is connected with the third sliding block 47 being slidably matched with third slideway 46, and the 46 bottom end both lateral sides wall of third slideway offers edge
The third sliding slot 48 that 46 length direction of third slideway extends, 47 two lateral walls of third sliding block are equipped with and third sliding slot 48
It is connected with the 4th spring 50 between the Four-slider 49 and third sliding block 47 that are slidably matched and the longitudinal one side wall of third slideway 46, is set
The 5th spring 51 and the 5th is arranged on third cylindrical bar 44 between first rectangular bar 42 and third sliding block 47
51 one end of spring is connected to 47 other end of third sliding block and is connected on the first rectangular bar 42；
When in use, when mainframe box 5 is by from vertical vibration, mainframe box 5 can shake the embodiment back and forth up and down,
The second shock absorption buffering mechanism can cooperate the first shock absorption buffering mechanism to buffer the vertical vibration that mainframe box 5 is subject at this time,
Due to being arranged with the 5th spring 51 on third cylindrical bar 44 and 51 one end of the 5th spring is connected to 42 lower end of the first rectangular bar
The face other end is connected on third sliding block 47, therefore mainframe box 5 carries out also compressing the 5th spring 51, cooperation when vertical tremor simultaneously
First shock absorption buffering mechanism carries out buffering energy-absorbing to mainframe box 5, when mainframe box 5 is by from longitudinal vibration, third sliding block
47 can occur opposite sliding in third slideway 46 to compress or stretch the 4th spring 50, cooperate the first shock absorption buffering mechanism
Buffering energy-absorbing is carried out by from longitudinal vibration to mainframe box 5, the second shock absorption buffering mechanism cooperates the first shock absorption buffering mechanism
Protect mainframe box 5 preferably.
Embodiment 6 is additionally provided with water cooling plant at the top of the mainframe box 5 on the basis of embodiment 1, the water cooling plant packet
The water cooling box 52 for being set to 5 upper end of mainframe box and the longitudinal side of separate rectangular door 2 is included, 5 outer wall of mainframe box is surrounded with water cooling
Pipe 53, longitudinal two sidewalls are rotatably connected to the 4th shaft 54 in the water cooling box 52, circumferentially-spaced in the 4th shaft 54 to set
There are multiple third thin plates 55 extended along 54 length direction of the 4th shaft, the 4th shaft 54 is outside towards 2 one end of rectangular door
It stretches out water cooling box 52 and extension end is connected with the first frictional disk 56, be placed in 5 upper end of mainframe box and set close to 2 side of rectangular door
There is the second driving motor 57 connecting with first motor controller, is connected with second on 57 output shaft of the second driving motor and rubs
Disk 58 is wiped, is connected with speed regulation device between first frictional disk 56 and the second frictional disk 58, which, which includes, works as host
5 temperature of case is excessively high and the revolving speed of the 4th shaft 54 is adjusted in the case where 57 revolving speed of the second driving motor is constant makes it with host
The raising of 5 temperature of case and step up revolving speed；
The embodiment when in use, when circle opening and closing radiator is opened and after radiate to mainframe box 5, mainframe box
For 5 temperature also when continuing to rise, temperature sensor, which sends a signal to first motor controller, at this time makes its control the second driving electricity
Machine 57 is started to work, and drives the rotation of the 4th shaft 54 to accelerate the circulation rate of water in water cooling box 52, to take away faster
Heat in mainframe box 5, first motor controller also control speed regulation device while controlling the work of the second driving motor 57, when
5 temperature of mainframe box continues to rise the revolving speed that the speed regulation device also adjusts the 4th shaft 54 under the action of first motor controller,
It is set to step up revolving speed with the raising of 5 temperature of mainframe box, so that water circulation speed in water cooling box 52 be made faster to add
The heat dissipation of fast mainframe box 5.
Embodiment 7, on the basis of embodiment 6, the speed regulation device includes being set to 5 top of mainframe box and being located at the 4th
Two first rectangular blocks 59 of 54 both lateral sides of shaft, 59 upper end of the first rectangular block are rotatably connected to the 4th vertically extending circle
Cylindrical rod 60 and 60 top of the 4th cylindrical bar are fixedly connected with along being parallel to the setting of mainframe box 5 roof direction and longitudinally extend
Second rectangular bar 61, second rectangular bar 61 offer the first penetrating square of transverse ends towards 52 one side wall of water cooling box
The 5th vertically extending cylindrical bar 63 is equipped between shape hole 62 and about 62 two bottom wall of the first rectangular opening, the described 5th is cylindrical
It is rotatably connected on bar 63 in third arc block 64 and the lateral one side wall of third arc block 64 and offers the first penetrating threaded hole
65, it further include the screw rod 66 being matched in two first threaded holes 65 and the rotation of 65 matching part screw thread of screw rod 66 and two first threaded holes
To on the contrary, the lateral one end of the screw rod 66 is connected with the third driving motor 67 being connected with first motor controller, the third
Driving motor 67 is set to 68 upper surface of the second rectangular block and the second rectangular block 68 is set on 5 roof of mainframe box, is placed in described
Intrinsic third rectangular block 69 and two thirds are covered on the 4th cylindrical bar 60 between second rectangular bar 61 and the first rectangular block 59
The opposite two sidewalls of rectangular block 69 are equipped with along the 6th cylindrical bar 70 extended perpendicular to 60 direction of the 4th cylindrical bar, and described the
Six cylindrical bars, 70 other end is sliding combined with second bearing 71, and the outer snare of the second bearing 71 is fixed in 72 inner wall of the 3rd cylinder
And the longitudinal one end of the 3rd cylinder 72 is connected with semicircle friction ball 73, the 6th cylindrical bar 70 is with second bearing 71 with unification
Side circumferential direction both ends are respectively equipped with two third rectangular bars 74, offer and third rectangular bar 74 on 71 inner ring of second bearing
The 4th sliding slot 75 being slidably matched covers on the 6th cylindrical bar 70 being placed between the third rectangular block 69 and second bearing 71
Equipped with the 6th spring 76 and 76 one end of the 6th spring is connected to 69 other end of third rectangular block and is connected on 71 inner ring of second bearing；
The embodiment when in use, do not start to work under normal condition by third driving motor 67, only in the second driving motor
Torsion is passed to the first frictional disk 56 through two halves circle friction ball 73 by the second frictional disk 58 by 57 rotations, to drive the 4th
The rotation of shaft 54 accelerates water circulating speed in water cooling box 52 with this, accelerates to cool down for mainframe box 5, but if at this time in mainframe box 5
Temperature also continuing to rise, only drive the rotation of the 4th shaft 54 that can't reach effect in the second driving motor 57, it is warm at this time
Degree sensor, which issues signal to first motor controller its is made to control third driving motor 67, starts to work, and screw rod 66 is the at this time
It is started turning under the drive of three driving motors 67, due to 66 both ends thread rotary orientation of screw rod on the contrary, by being threadedly engaged in screw rod 66
Two third arc blocks 64 drive the second rectangular bar 74 move in opposite directions, the 4th cylindrical bar 60 is rectangular second at this time
Rotating simultaneously under the drive of shape bar 74 then drives semicircle friction ball 73 to rotate, since 71 outer ring of second bearing is fixed on
In the 3rd cylinder 72 and 71 inner ring of second bearing is equipped with the 4th sliding slot 75 being slidably matched with third rectangular bar 74, and semicircle is rubbed
It wipes ball 73 to slide by second bearing 71 along third rectangular bar 74 and squeeze the 6th spring 76, the second frictional disk 58 supports at this time
It touches in the semicircle 73 smaller position of disc diameter of friction ball, and the first frictional disk 56 contacts at semicircle 73 disc diameter of friction ball
Bigger position, at this time in the case where 58 revolving speed of the second frictional disk is constant, the first frictional disk 56 is due to contacting at semicircle friction
Therefore 73 its speed of the bigger position of disc diameter of ball also becomes larger, to drive 54 faster rotational speed of the 4th shaft, accelerate water cooling tube 53
More heats are taken away in the interior water circulating speed unit time, accelerate distributing for heat, accordingly in order to guarantee semicircle friction
Ball 73 is contacted with the first frictional disk 56 and the second frictional disk 58 always, and the second friction is circled or whirl in the air 58 turns in order to prevent, third driving electricity
Machine 67 is equipped with fixed rotation surplus, and when amount of spin reaches maximum set value, third driving motor 67 stops working, and works as host
When 5 temperature of case slowly reduces, temperature sensor, which issues signal to first motor controller, inverts third driving motor 67, until
It stops working after restPosing.
Embodiment 8,1 top of counter body is equipped with trapezoid boss 77 on the basis of embodiment 1, described trapezoidal convex
77 roof of platform is offered to be matched and the second penetrating rectangular opening 78 with 1 upper surface of counter body, on the trapezoid boss 77
Hold intermediate position to be equipped with the 4th thin plate 79 longitudinally extended, the longitudinal two sidewalls of second rectangular opening 78 be equipped with it is multiple corresponding and
In the 6th circular hole 80 of ladder pattern distribution, second rectangular opening 78 is equipped with multiple rectangles longitudinally extended between longitudinal two sidewalls
Position is equipped with long along rectangular solar panels 81 among solar panel 81 and the longitudinal both ends of rectangular solar panels 81
The 5th shaft 82 spending direction and extending departing from 81 ontology of rectangular solar panels, the 5th shaft 82 are rotationally connected with
In 6th circular hole 80, the longitudinal side of the trapezoid boss 77 is equipped with build-in cavities 83, is located at the rectangular solar panels 81
5th shaft 82 of longitudinal side passes through the 6th circular hole 80 corresponding thereto and extension end is placed in build-in cavities 83, and described the
Five shafts, 82 extension end, which is equipped with the first belt pulley 84 and is located at two the 5th shafts, 82 extension ends of both lateral sides, is also equipped at intervals with the
Two belt pulleys 85,83 bottom wall of build-in cavities is equipped with the 4th driving motor 86 and the 4th driving motor 86 is connected with the second electricity
Machine controller, the intrinsic first gear 87 of spacer sleeve and third belt pulley 88 on 86 output shaft of the 4th driving motor, first tooth
Wheel 87 is engaged with second gear 89 and 89 sets of second gear are fixed in the 6th shaft 90, and the 6th shaft 90 is rotationally connected with solid
Be scheduled on 83 bottom wall of build-in cavities and on the 5th vertically extending thin plate 91, the second gear 89 go back coaxial sleeve inherently with third skin
Corresponding 4th belt pulley 92 of belt wheel 88, is connected with the first belt 93 between two first ipsilateral belt pulleys 84, and the 4th
It is connected with the second belt 94 between the second belt pulley 85 of belt pulley 92 corresponding thereto, third belt pulley 88 is corresponding thereto
It is connected with third belt 95 between second belt pulley 85, mutually matched two rectangular solar panels 81 constitute inclined-plane and trapezoidal
77 both lateral sides of boss are equipped with the water-guiding hole 96 matched with inclined-plane, and the longitudinal two sidewalls of the trapezoid boss 77 are located at build-in cavities
83 end portions are vertically equipped at intervals with along the ventilation hole 97 for being parallel to the setting of 77 bottom surface of trapezoid boss and being laterally extended, and are located at described
Battery 101 is equipped in the space of 8 lower end of 1 bottom wall of counter body and the first thin plate；
When in use, when computer needs outdoor to do some Numerical Experiments, original state is multiple for the embodiment
Rectangular solar panels 81 are in the open state, and rectangular solar panels 81, which can be used to generate electricity, is then stored in electric power storage
It is used in pond 101 for computer equipment, makes the 4th driving motor under the control of the second electric machine controller when encountering rainy days
86 rotations, multiple rectangular solar panels 81 cooperate under the drive of the 4th driving motor 86 to be hidden for computer equipment
Rain drives the second belt 94 and third belt 95 specifically, controlling the rotation of the 4th driving motor 86 by the second electric machine controller
It is rotated in the opposite sense to be located at ipsilateral two rectangular solar panels 81 rotation to drive and it is made to cooperate to constitute tiltedly
Face, 77 both lateral sides of trapezoid boss are equipped with the water-guiding hole 96 matched with inclined-plane, and rainwater pours in rectangular solar panels 81
It is flowed out along inclined-plane from the water-guiding hole 96 of two sides, position is additionally provided with the 4th thin plate longitudinally extended among 77 upper end of trapezoid boss
79, it is placed in intermediate two rectangular solar panels 81 just and matches above position, thus prevent rainwater from entering in computer,
Computer is outwardly radiated by being set to the ventilation hole 97 that the longitudinal two sides of trapezoid boss 77 are laterally extended at this time, works as rainwater
After stopping, controlling the reversion of the 4th driving motor 86 by the second electric machine controller makes mutually matched rectangular solar panels 81
Rotation, makes it be restored to initial opening state, the mechanism is ingenious in design, has both protected computer not to be soaked with rain and has nor affected on
The proper heat reduction of computer.
Embodiment 9 is equipped at intervals with multiple third rectangular openings 98, institute on the basis of embodiment 1 on first thin plate 8
It states and is fixed with radiator fan 99 in third rectangular opening 98, lateral separation is equipped with multiple longitudinal directions and prolongs on 1 roof of counter body
The second strip hole 100 stretched.The embodiment when in use, positioned at the heat dissipation of 5 bottom of computer host box when original state
Fan 99 is in running order, starts to work with the work of computer, multiple vertical on 1 roof of counter body
To the second strip hole 100 of extension, to make computer-internal heat be dispersed into the external world to computer heat dissipation.
Computer equipment includes counter body 1 in the present invention, and the mainframe box 5 being set in counter body 1, main
The first shock absorption buffering mechanism is equipped between 5 both lateral sides wall of cabinet and counter body 1,5 the second damping of bottom of mainframe box is slow
Flushing device is connected on the first thin plate 8, when computer is shaken, the first damping buffer device and the second shock absorption buffering mechanism
Computer host box 5 can preferably be buffered, protect the component and wiring board inside mainframe box 5, improve calculating
The reliability of machine equipment；Round opening and closing radiator is equipped in the present invention above mainframe box 5, when 5 temperature of mainframe box is in just
When normal state, the circle be opened and closed radiator close, when mainframe box 5 when the temperature is excessively high, circle opening and closing radiator first
It opens and is rotated under the control of electric machine controller, radiate to mainframe box 5, be additionally provided on another 5 roof of mainframe box
Water cooling plant, the water cooling plant can cooperate round opening and closing radiator preferably to be radiated to computer host box 5 together；This
Multiple groups rectangular solar panels 81 are additionally provided in the trapezoid boss 77 on 1 top of counter body in invention, when computer needs
When outdoor being gone to do some Numerical Experiments, rectangular solar panels 81, which can be used to generate electricity, is then stored in battery
It is used in 101 for computer equipment, when encountering rainy days, multiple groups rectangular solar panels 81 are controlled in the 4th driving motor 86
Lower cooperate of system can be computer equipment rain cover, and the mechanism is ingenious in design, is the outdoor Numerical Experiment of computer equipment
It provides convenience.
It is described above simply to illustrate that of the invention, it is understood that the present invention is not limited to the above embodiments, meets
The various variants of inventive concept are within the scope of the present invention.
Claims (9)
1. one kind can carry out the computer equipment of CFD numerical simulation, including counter body (1) and counter body (1) side
Wall is rotatably connected to rectangular door (2), and the rectangular door (2) is equipped with display screen (3), the square being placed in below the display screen (3)
Shape door (2) is equipped with keyboard (4), and mainframe box (5) and counter body (1) bottom end is equipped in the counter body (1) and is equipped with
Universal wheel (102), which is characterized in that mainframe box (5) the both lateral sides wall is equipped at intervals with the first slideway longitudinally extended up and down
(6), laterally two inner sidewalls are equipped at intervals with the second slideway matched with the first slideway (6) to the counter body (1) up and down
(7), it is connected with the first shock absorption buffering mechanism between first slideway (6) and the second slideway (7), further includes being arranged at intervals at meter
The first thin plate (8) above calculation machine shell (1) bottom wall is connected with second between mainframe box (5) bottom and the first thin plate (8)
Shock absorption buffering mechanism is equipped with temperature sensor in the mainframe box (5) and temperature sensor is connected with first motor controller, institute
State the second thin plate (9) for being equipped with and being arranged at intervals above mainframe box (5) in counter body (1), the second thin plate (9) top
It is opened and closed radiator equipped with circle, the first circle matched with round opening and closing radiator is offered on second thin plate (9)
Hole (10), circle opening and closing radiator is included closes when mainframe box (5) temperature is in normal condition, when mainframe box (5) temperature
Temperature sensor control first motor controller makes round opening and closing radiator opening and the circle opening and closing heat dissipation dress when spending high
It sets to be rotated and radiate to mainframe box (5), when mainframe box (5) temperature restores normal, the first electricity of temperature sensor control
Machine controller makes round opening and closing radiator stop rotating to be then shut off.
2. the computer equipment that one kind according to claim 1 can carry out CFD numerical simulation, which is characterized in that the circle
Shape opening and closing radiator includes being set on the second thin plate (9) and the upper and lower ends that match with the first circular hole (10) are penetrating the
One cylinder (11), the first cylinder (11) top are equipped with the first elongate posts (12) extended along its diametrical direction and the first strip
Position is equipped with the first driving motor (13) connecting with first motor controller, first elongate posts among bar (12) lower end surface
(12) the second thin plate (9) upper surface, first driving are fixed on through vertically extending the first cylindrical bar (35) respectively in both ends
Impermeable the second cylinder of upper and lower ends (14) is equipped with below motor (13) and the second cylinder (14) upper surface offers the second circle
It is fixed with first bearing (16) in hole (15) and the second circular hole (15), the first driving motor (13) output shaft is rotationally connected with
First bearing (16) inner ring, the output shaft extends downwardly first bearing (16) and it stretches out one end and is rotationally connected with the second cylinder
(14) bottom wall, the second cylinder (14) outer wall offers multiple third circular holes (17) close to bottom position is circumferentially-spaced, described
Multiple flabellums (18) are equipped between the first cylinder (11) and the second cylinder (14), multiple flabellums (18) are mutually closed composition circle
Shape, the flabellum (18) are equipped with the first strip hole (103) extended along flabellum (18) radial direction, and the flabellum (18) is close
Position is equipped with the first rotating shaft (19) extended along the first cylinder (11) diametrical direction and first rotating shaft among at the second cylinder (14)
(19) it is rotationally connected in third circular hole (17), the first rotating shaft (19) passes through third circular hole (17) and it is pierced by an end cap and consolidates
There are first bevel gear (20), intrinsic second bevel gear (21) and the second cone are covered on the output shaft being placed in described the second cylinder (14)
Gear (21) and multiple first bevel gears (20) are intermeshed, between the second bevel gear (21) and first bearing (16)
Output shaft be equipped with the second elongate posts (22) for extending along the first cylinder (11) diametrical direction, second elongate posts (22) two
Side is respectively equipped with the third elongate posts (23) for being fixed on the second cylinder (14) inner wall and extending along the second cylinder (14) diametrical direction,
The second cylinder (14) bottom wall lower end is connected with damping unit and Buddhist nun's device is connected to and is set in the second cylinder (14) it
In trigger device on a third elongate posts (23), which includes when the first driving motor (13) drive flabellum
(18) it opens and the second elongate posts (22) is not when contacting in the third elongate posts (23) equipped with trigger device, which can
Stop the second cylinder (14) to rotate together with the first driving motor (13) output shaft, is equipped with touching when the second elongate posts (22) contact at
The trigger device, which is triggered, when third elongate posts (23) of transmitting apparatus makes damping unit fail.
3. the computer equipment that one kind according to claim 2 can carry out CFD numerical simulation, which is characterized in that the resistance
Buddhist nun's device includes the plectane (104) being arranged at intervals at below the second cylinder (14), and the circumferential both ends of the plectane (104) are connected with cross
To and the 4th elongate posts (105) that extend opposite to each other, the 4th elongate posts (105) other end is through the 5th vertically extending elongate posts
(106) it is fixed on the second thin plate (9) lower end surface, plectane (104) the upper surface middle position is fixed with the first damping fin
(107), the second cylinder (14) bottom wall lower end is equipped with vertically extending the 7th cylindrical bar (120) and the 7th cylindrical bar
(120) bottom end offers the first slide opening (108), is sliding combined with slide bar (109), the slide bar in first slide opening (108)
(109) lower end is connected with the second damping fin (110) that contact is matched with the first damping fin (107), is placed in second damping
The 7th spring (111) and the 7th spring (111) are arranged on slide bar (109) between piece (110) and the 7th cylindrical bar (120)
One end is connected to the second damping fin (110) other end and is connected on the 7th cylindrical bar (120)；The trigger device includes setting
In one of third elongate posts (23) upper end and close one lateral edge of the second cylinder (14) inner wall is perpendicular to third elongate posts (23)
The 6th thin plate (112) that direction extends, the 6th thin plate (112) lower end is rotatably connected to the 7th vertically extending shaft
(113) and in the 7th shaft (113) intrinsic spaced third gear (114) and the first line wheel (115), the third tooth are covered
Wheel (114) is engaged with along the first rack gear (116) perpendicular to the setting of third elongate posts (23) direction and third elongate posts (23)
Equipped with matching penetrating the second slide opening (117), the protruding third elongate posts of the first rack gear (116) with the first rack gear (116)
(23) its extension end is placed between third elongate posts (23) and the second elongate posts (22), is wound on first line wheel (115)
Cotton rope (118) and the second cylinder (14) bottom wall offers the 7th circular hole (119) matched with cotton rope (118), the cotton rope
(118) it is connected on the second damping fin (110) through the 7th circular hole (119).
4. the computer equipment that one kind according to claim 1 can carry out CFD numerical simulation, which is characterized in that described
One shock absorption buffering mechanism include be set to the first slideway (6) up and down two sidewalls and extend along the first slideway (6) length direction the
One sliding slot (24), the interior interval sliding of first slideway (6) are combined with two first U-shaped frames (25) and the first U-shaped frame (25) bottom
Opposite sides is equipped with the first sliding block (26) for being slidingly fitted with first sliding groove (24), second slideway (7) two sidewalls up and down
Two second U-shaped frames are combined with equipped with the second sliding slot (27) and second sliding slot (27) interior interval sliding extended along its length
(28), the second U-shaped frame (28) bottom opposite sides is equipped with the second sliding block (29) being slidingly fitted with second sliding slot (27),
It is connected with the first spring (30) between two first U-shaped frames (25), is equipped between (25) two cantilever of the first U-shaped frame along vertical
Directly second spring (32), institute are connected between the second shaft (31) of two cantilevered orientations extension, two second U-shaped frames (28)
It states and is equipped with the third shaft (33) that edge extends perpendicular to two cantilevered orientations between (28) two cantilever of the second U-shaped frame, described second turn
It is rotatably connected to the first arc block (34) on axis (31) and the first arc block (34) is equipped with away from the first slideway (6) one end along vertical
The second arc is rotatably connected in the first cylindrical bar (35) that the first slideway (6) direction extends, on the third shaft (33)
Block (36) and the second arc block (36) are equipped with away from the second slideway (7) one end along the extended perpendicular to the second slideway (7) direction
Two cylindrical bars (37), the second cylindrical bar (37) other end are equipped with the cylinder frame (38) extended along its length and circle
The 4th circular hole being slidably matched with the first cylindrical bar (35) is offered on the bottom wall of separate second slideway (7) one end of cylinder frame (38)
(39), first cylindrical bar (35) is arranged in cylinder frame (38) through the 4th circular hole (39) and the first cylindrical bar (35) is set
The first circular baffle plate (40) are equipped in cylinder frame (38) interior one end, first circular baffle plate (40) and cylinder frame (38) are far from the
Third spring (41) are connected between the bottom wall of two slideways (7) one end.
5. the computer equipment that one kind according to claim 1 can carry out CFD numerical simulation, which is characterized in that described
Two shock absorption buffering mechanisms include being horizontally arranged at interval in first rectangular bar (42) of mainframe box (5) bottom end longitudinal direction two sidewalls, institute
It states to offer on the first rectangular bar (42) and is sliding combined with third circle in the 5th penetrating circular hole (43) and the 5th circular hole (43)
Cylindrical rod (44), the third cylindrical bar (44) is upward through the 5th circular hole (43) and it is pierced by one end equipped with the second round gear
The first rectangular bar (42) upper surface, first thin plate (8) are tightly attached in plate (45), the second circular baffle plate (45) lower end surface
Be equipped with third slideway (46) corresponding with the first rectangular bar (42), third cylindrical bar (44) lower end be connected with
The third sliding block (47) that third slideway (46) is slidably matched, third slideway (46) bottom end both lateral sides wall are offered along third
The third sliding slot (48) that slideway (46) length direction extends, third sliding block (47) two lateral walls are equipped with and third sliding slot
(48) the is connected between the longitudinal one side wall of the Four-slider (49) and third sliding block (47) that are slidably matched and third slideway (46)
Four springs (50) are arranged on the third cylindrical bar (44) being placed between first rectangular bar (42) and third sliding block (47)
There is the 5th spring (51) and the 5th spring (51) one end is connected to third sliding block (47) other end and is connected to the first rectangular bar
(42) on.
6. the computer equipment that one kind according to claim 1 can carry out CFD numerical simulation, which is characterized in that the master
It is additionally provided with water cooling plant at the top of cabinet (5), which includes being set to mainframe box (5) upper end and indulging far from rectangular door (2)
To the water cooling box (52) of side, mainframe box (5) outer wall is surrounded with water cooling tube (53), longitudinal two sides in the water cooling box (52)
Wall is rotatably connected to the 4th shaft (54), is circumferentially equipped at intervals on the 4th shaft (54) multiple along the 4th shaft (54) length
The third thin plate (55) that direction extends, the 4th shaft (54) towards the protruding water cooling box in rectangular door (2) one end (52) and
Extension end is connected with the first frictional disk (56), is placed in the mainframe box (5) upper end and is equipped with and first close to rectangular door (2) side
The second driving motor (57) of electric machine controller connection, is connected with the second frictional disk on the second driving motor (57) output shaft
(58), it is connected with speed regulation device between first frictional disk (56) and the second frictional disk (58), which includes as master
Cabinet (5) temperature it is excessively high and in the case where the second driving motor (57) revolving speed is constant adjust the 4th shaft (54) revolving speed make it
Revolving speed is stepped up with the raising of mainframe box (5) temperature.
7. the computer equipment that one kind according to claim 6 can carry out CFD numerical simulation, which is characterized in that the tune
Speed variator includes two first rectangular blocks (59) for being set at the top of mainframe box (5) and being located at the 4th shaft (54) both lateral sides, institute
It states the first rectangular block (59) upper end and is rotatably connected to the 4th vertically extending cylindrical bar (60) and the 4th cylindrical bar (60) top
End is fixedly connected with along being parallel to the setting of mainframe box (5) roof direction and the second rectangular bar (61) for longitudinally extending, and described the
Two rectangular bars (61) offer penetrating the first rectangular opening (62) of transverse ends and the first square towards water cooling box (52) one side wall
Shape hole (62) is equipped with the 5th vertically extending cylindrical bar (63) between two bottom walls up and down, turns on the 5th cylindrical bar (63)
Dynamic be connected in third arc block (64) and the lateral one side wall of third arc block (64) offers penetrating the first threaded hole (65),
It further include the screw rod (66) being matched in two first threaded holes (65) and screw rod (66) and two first threaded hole (65) matching parts
Thread rotary orientation is on the contrary, the screw rod (66) transverse direction one end is connected with the third driving motor being connected with first motor controller
(67), the third driving motor (67) is set to the second rectangular block (68) upper surface and the second rectangular block (68) is set to host
On case (5) roof, it is placed on the 4th cylindrical bar (60) between second rectangular bar (61) and the first rectangular block (59)
It covers intrinsic third rectangular block (69) and the opposite two sidewalls of two third rectangular blocks (69) is equipped with along perpendicular to the 4th cylindrical bar
(60) the 6th cylindrical bar (70) that direction extends, the 6th cylindrical bar (70) other end are sliding combined with second bearing
(71), the outer snare of the second bearing (71) is fixed in the 3rd cylinder (72) inner wall and the longitudinal one end of the 3rd cylinder (72) is connected with half
Round friction ball (73), the 6th cylindrical bar (70) and second bearing (71) cooperation side circumferential direction both ends are respectively equipped with two the
Three rectangular bars (74), offer on second bearing (71) inner ring be slidably matched with third rectangular bar (74) it is the 4th sliding
Slot (75) is arranged with the 6th on the 6th cylindrical bar (70) being placed between the third rectangular block (69) and second bearing (71)
Spring (76) and the 6th spring (76) one end are connected to third rectangular block (69) other end and are connected on second bearing (71) inner ring.
8. the computer equipment that one kind according to claim 1 can carry out CFD numerical simulation, which is characterized in that the meter
Calculation machine shell (1) top is equipped with trapezoid boss (77), and trapezoid boss (77) roof offers and counter body (1) upper end
Face matches and penetrating the second rectangular opening (78), and position is equipped with the 4th longitudinally extended among trapezoid boss (77) upper end
Thin plate (79), the longitudinal two sidewalls of second rectangular opening (78) are equipped with the 6th circular hole that is multiple corresponding and being in ladder pattern distribution
(80), be equipped between the longitudinal two sidewalls of second rectangular opening (78) multiple rectangular solar panels (81) longitudinally extended and
Position is equipped with along rectangular solar panels (81) length direction and deviates among the both ends of rectangular solar panels (81) longitudinal direction
In the 5th shaft (82) that rectangular solar panels (81) ontology extends, the 5th shaft (82) is rotationally connected with the 6th circle
In hole (80), the longitudinal side of the trapezoid boss (77) is equipped with build-in cavities (83), is located at the rectangular solar panels
(81) the 5th shaft (82) of longitudinal side passes through the 6th circular hole (80) corresponding thereto and extension end is placed in build-in cavities
(83) in, the 5th shaft (82) extension end is equipped with the first belt (93) wheel (84) and is located at two the 5th shafts of both lateral sides
(82) extension end is also equipped at intervals with the second belt (94) wheel (85), and build-in cavities (83) bottom wall is equipped with the 4th driving motor
(86) and the 4th driving motor (86) is connected with the second electric machine controller, and spacer sleeve is intrinsic on the 4th driving motor (86) output shaft
First gear (87) and third belt (95) wheel (88), the first gear (87) are engaged with second gear (89) and second gear
(89) set is fixed in the 6th shaft (90), and the 6th shaft (90), which is rotationally connected with, to be fixed on build-in cavities (83) bottom wall and erect
To on the 5th thin plate (91) of extension, it is inherently corresponding with third belt (95) wheel (88) that the second gear (89) goes back coaxial sleeve
The 4th belt pulley (92), be connected with the first belt (93), the 4th skin between ipsilateral two first belts (93) wheel (84)
It is connected with the second belt (94) between the second belt (94) wheel (85) of belt wheel (92) corresponding thereto, third belt (95) wheel
(88) it is connected with third belt (95) between the second belt (94) wheel (85) corresponding thereto, the mutually matched two rectangles sun
Energy solar panel (81) constitutes inclined-plane and trapezoid boss (77) both lateral sides are equipped with the water-guiding hole (96) matched with inclined-plane, the ladder
Shape boss (77) longitudinal direction two sidewalls be located at build-in cavities (83) end portion be vertically equipped at intervals with edge be parallel to trapezoid boss (77)
The ventilation hole (97) that bottom surface is arranged and is laterally extended is located at the sky of the counter body (1) bottom wall and the first thin plate (8) lower end
It is interior to be equipped with battery (101).
9. the computer equipment that one kind according to claim 1 can carry out CFD numerical simulation, which is characterized in that described
It is equipped at intervals with multiple third rectangular openings (98) on one thin plate (8), is fixed with radiator fan (99) in the third rectangular opening (98),
Lateral separation is equipped with multiple the second strip holes (100) longitudinally extended on counter body (1) roof.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810673281.5A CN108958397B (en) | 2018-06-27 | 2018-06-27 | Computer equipment capable of carrying out CFD numerical simulation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810673281.5A CN108958397B (en) | 2018-06-27 | 2018-06-27 | Computer equipment capable of carrying out CFD numerical simulation |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108958397A true CN108958397A (en) | 2018-12-07 |
| CN108958397B CN108958397B (en) | 2020-05-01 |
Family
ID=64486962
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810673281.5A Active CN108958397B (en) | 2018-06-27 | 2018-06-27 | Computer equipment capable of carrying out CFD numerical simulation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108958397B (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109782852A (en) * | 2019-02-02 | 2019-05-21 | 哈尔滨学院 | A kind of novel signal processing platform |
| CN109799887A (en) * | 2019-03-14 | 2019-05-24 | 合肥清若科技有限公司 | A kind of computer radiating dustproof shell with defencive function |
| CN110225682A (en) * | 2019-06-28 | 2019-09-10 | 太仓德纳森机电工程有限公司 | A kind of damping and slide-prevention device for electrical control cabinet |
| CN112384017A (en) * | 2019-09-29 | 2021-02-19 | 南阳理工学院 | Dustproof heat radiation assembly for communication equipment |
| CN112616268A (en) * | 2020-12-10 | 2021-04-06 | 浙江丹力智控技术有限公司 | Intelligent cloud programmable controller and IO module |
| WO2021209077A3 (en) * | 2021-07-09 | 2022-05-19 | 郑州航空工业管理学院 | High performance sparse matrix algorithm analysis system in aviation cfd numerical simulation |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6955212B1 (en) * | 2004-04-20 | 2005-10-18 | Adda Corporation | Water-cooler radiator module |
| CN203799329U (en) * | 2014-04-21 | 2014-08-27 | 山东劳动职业技术学院 | Computer case for mobile workstation |
| CN106527612A (en) * | 2016-10-28 | 2017-03-22 | 王永妍 | Computer case with multiple protection function |
| CN206805392U (en) * | 2017-04-14 | 2017-12-26 | 无锡城市职业技术学院 | A kind of computer host box with high efficient shock-proof heat dispersion |
| CN207164670U (en) * | 2017-08-28 | 2018-03-30 | 王柯 | A kind of mainframe box with damping dust-proof radiating function |
| CN107861583A (en) * | 2017-12-27 | 2018-03-30 | 河南小树电子科技有限公司 | A kind of computer host box with damping and heat sinking function |
-
2018
- 2018-06-27 CN CN201810673281.5A patent/CN108958397B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6955212B1 (en) * | 2004-04-20 | 2005-10-18 | Adda Corporation | Water-cooler radiator module |
| CN203799329U (en) * | 2014-04-21 | 2014-08-27 | 山东劳动职业技术学院 | Computer case for mobile workstation |
| CN106527612A (en) * | 2016-10-28 | 2017-03-22 | 王永妍 | Computer case with multiple protection function |
| CN206805392U (en) * | 2017-04-14 | 2017-12-26 | 无锡城市职业技术学院 | A kind of computer host box with high efficient shock-proof heat dispersion |
| CN207164670U (en) * | 2017-08-28 | 2018-03-30 | 王柯 | A kind of mainframe box with damping dust-proof radiating function |
| CN107861583A (en) * | 2017-12-27 | 2018-03-30 | 河南小树电子科技有限公司 | A kind of computer host box with damping and heat sinking function |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109782852A (en) * | 2019-02-02 | 2019-05-21 | 哈尔滨学院 | A kind of novel signal processing platform |
| CN109782852B (en) * | 2019-02-02 | 2019-08-30 | 哈尔滨学院 | A kind of novel signal processing platform |
| CN109799887A (en) * | 2019-03-14 | 2019-05-24 | 合肥清若科技有限公司 | A kind of computer radiating dustproof shell with defencive function |
| CN109799887B (en) * | 2019-03-14 | 2021-04-23 | 北京神州数码云科信息技术有限公司 | Computer heat dissipation dustproof shell with protection function |
| CN110225682A (en) * | 2019-06-28 | 2019-09-10 | 太仓德纳森机电工程有限公司 | A kind of damping and slide-prevention device for electrical control cabinet |
| CN112384017A (en) * | 2019-09-29 | 2021-02-19 | 南阳理工学院 | Dustproof heat radiation assembly for communication equipment |
| CN112384017B (en) * | 2019-09-29 | 2021-11-09 | 南阳理工学院 | Dustproof heat radiation assembly for communication equipment |
| CN112616268A (en) * | 2020-12-10 | 2021-04-06 | 浙江丹力智控技术有限公司 | Intelligent cloud programmable controller and IO module |
| WO2021209077A3 (en) * | 2021-07-09 | 2022-05-19 | 郑州航空工业管理学院 | High performance sparse matrix algorithm analysis system in aviation cfd numerical simulation |
Also Published As
| Publication number | Publication date |
|---|---|
| CN108958397B (en) | 2020-05-01 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN108958397A (en) | A kind of computer equipment carrying out CFD numerical simulation | |
| CN207303697U (en) | A kind of electric power cabinet with heat sinking function | |
| CN110913623B (en) | Wisdom public security fortune dimension control box with box environmental control mechanism | |
| CN207487287U (en) | A kind of rare earth permanent-magnetic material drying unit | |
| CN207969281U (en) | A kind of BMS communication test devices convenient for heat dissipation | |
| CN208736101U (en) | Drying unit is used in a kind of production of lithium battery | |
| CN113504820A (en) | Industrial personal computer CPU heat dissipation device and use method | |
| CN206712298U (en) | A kind of combined electrical cabinet of temperature controllable | |
| CN206256861U (en) | A kind of multifunctional intellectual door | |
| CN216285125U (en) | Indoor air intelligent monitoring early warning device | |
| CN208112555U (en) | A kind of rotatable photovoltaic bracket | |
| CN108462430B (en) | A kind of modified device of solar generating | |
| CN215529694U (en) | Automatic heat dissipation device applied to shelter unit | |
| CN108598955B (en) | A kind of switchgear with cooling function | |
| CN212648827U (en) | Electric control cabinet with dehumidification function | |
| CN106992435B (en) | A kind of novel electric power installation cabinet device | |
| CN207691215U (en) | A kind of power engineering heat dissipation power equipment | |
| CN209670687U (en) | The light-duty main skid of cold-storage door | |
| CN208012321U (en) | A kind of electrodes of lithium-ion batteries flash baking device | |
| CN206829699U (en) | A kind of cold passage with adjust automatically skylight | |
| CN216434837U (en) | Cloud computer that security performance is high | |
| CN217470510U (en) | Unattended intelligent weighing system controller | |
| CN211400567U (en) | Electric heating air blast drying cabinet with air volume adjusting function | |
| CN207636953U (en) | A kind of intelligent electrical controller | |
| CN209306790U (en) | A kind of novel intelligent cage type elevator ceiling ventilation device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |