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It is a kind of for the Multifunctional cabinet of main frame to be centrally placed
CN209546155U
China
Worldwide applications
2018
CN
Application CN201821777382.9U events
2018-10-30
2019-10-25
Application granted
2019-10-25
Status
Expired - Fee Related
2028-10-30
Anticipated expiration
Description
translated from
Technical field
The utility model relates to computer cabinet equipment technical fields, more particularly to one kind based on being centrally placed
Calculate the Multifunctional cabinet of machine host.
Background technique
At present in IT industry, computer room generally refers to telecommunications, Netcom, movement, two-wire, electric power and government or enterprise etc.,
Service device, tens small square meters are general to place twenty or thirty cabinet, and big square meters up to ten thousand place thousands of a cabinets, very
To more, and various main frames are usually placed inside cabinet.Good cabinet environment can preferably guarantee that equipment safety can
The operation leaned on, and main frame service life is made to be protected.But many enterprises or school are through want of funds at present
High standard cabinet can not be built, cabinet environment various aspects index cannot still reach standard requirements.At present conventionally used for placing more
The cabinet of main frame, interior of equipment cabinet do not have radiator, rely solely on ventilation and radiate, so that radiating and cooling efficiency pole
Low, for simultaneous computer cabinet since structure is not reasonable, itself can generate resonance with computer, and then expand noise, be easy damage
Bad computer mainframe internal component.
Utility model content
The purpose of this utility model is that: it is asked to solve the technology of existing cooling machine cabinet low efficiency and effectiveness in vibration suppression difference
Topic, the utility model provides a kind of for the Multifunctional cabinet of main frame to be centrally placed.
The utility model specifically uses following technical scheme to achieve the goals above:
It is a kind of for being centrally placed the Multifunctional cabinet of main frame, including cabinet body, cabinet body includes being located at bottom of cabinet bulk
Water cooling area and positioned at the rest area of cabinet body middle and upper part, rest area is included in several internal equally distributed header boards and several
A vertical beam plate, several header boards and several vertical beam plates staggeredly constitute several placed cavities, are placed with computer inside placed cavity
Host, placed cavity bottom are provided with the wood based panel contacted with header board, in the vertical beam plate at placed cavity two sides, side vertical beam plate
Level is equipped with buffer unit group, and other side vertical beam intralamellar part is provided with the water cooling tube for being covered with entire vertical beam plate, and water cooling tube one
Divide serpentine-like shape and both ends are accessed in water cooling area, water cooling area is internally provided with water tank, and water tank is connected with water pump, water pump connection
There are heat-exchanger rig, one access water tank of water cooling tube and other end connection heat-exchanger rig.
On the basis of above technical scheme, the water cooling tube in all vertical beam plates is separately connected different heat-exchanger rigs, owns
Heat-exchanger rig is separately connected different water pumps, and all water pumps are all connected with same water tank.
On the basis of above technical scheme, heat-exchanger rig includes sequentially connected heat exchanger A and heat exchanger B, and heat exchanger A connects
Water pump, heat exchanger B connection water cooling tube are provided with copper block in heat exchanger A, and it is logical that serpentine-like heat exchange is provided with inside copper block
Road, the inside heat exchanger B are full of coolant, are provided through heat exchanger B and serpentine-like heat exchanger tube in coolant.
On the basis of above technical scheme, buffer unit group includes four horizontal compressions for being threaded through vertical beam plate from top to bottom
Mechanism, two of them hold-down mechanism contact the main frame on the left of vertical beam plate inside placed cavity, other two hold-down mechanism connects
Touch the main frame on the right side of vertical beam plate inside placed cavity.
On the basis of above technical scheme, hold-down mechanism includes operating head, threaded rod and support frame, threaded rod be provided with
The threaded hole of vertical beam plate cooperates, and support frame side is fixed on threaded rod tail end and opposite side is equipped with slidable traveller,
Support frame inner surface is fixed with compressed spring A, and traveller one end is contacted with compressed spring A and the other end is fixed with and calculates owner
The support plate of machine contact, is provided with the compressed spring B of winding traveller between support plate and support frame.
On the basis of above technical scheme, wood based panel is manufactured using pine, and rubber is provided between wood based panel and header board
Layer, rubber layer includes several semicircle shape rubber blocks.
The beneficial effects of the utility model are as follows:
1, the utility model is novel in design, the water in water tank is extracted into heat-exchanger rig by water pump, after heat-exchanger rig freezes
Cooling water is generated, cooling water flow to the water cooling tube in vertical beam plate again, constantly exchanges heat by water cooling tube, and then to against vertical beam plate
Main frame carries out forced heat radiation, and compact-sized, heat exchange area is big, and heat exchange efficiency is high, passes through buffer unit group and wood based panel
Vibration damping is carried out, can reduce vibration, resonance is reduced and generates probability, while reducing noise.
2, in the utility model, multiple water pumps and multiple heat-exchanger rigs further improve water velocity and refrigerating efficiency,
The temperature inside whole cabinet is allowed to be maintained at ideal state；The heat transfer block of heat exchanger A is copper block, and the specific heat of water is much higher than
Copper, there is a stronger appearance thermal energy power, therefore copper has an extraordinary heat-sinking capability, copper heat transfer block can in a short period of time by
Temperature in water tank lowers, and heat exchanger B is allowed by coolant further to freeze by tentatively cooling water, heat exchanger tube and heat exchange
Channel is serpentine-like to also improve heat exchange area, improves refrigeration effect, further improves the heat dissipation effect of whole cabinet.
3, in the utility model, hold-down mechanism can carry out left and right by rotation and move back and forth, and can directly fix to be located at and put
The different main frame of intracavitary portion's specification is set, hold-down mechanism uses buffer structure, main frame horizontal direction is shaken
It is dynamic to be eliminated, and then reduce noise, buffer capacity is carried out by dual spring and allows to compress pretightning force bigger, allows main frame and perpendicular
Beam slab directly contact it is even closer, and then improve water cooling forced heat radiation efficiency.
4, in the utility model, the wood based panel of pine production has better cushion performance, while wood based panel and header board
Semicircle shape rubber block on contact surface further improves buffer shock-absorbing effect, while having the function of radio reception noise reduction, realizes most
Bigization noise reduction, while further decreasing resonance possibility occurrence.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural side view of the utility model；
Fig. 3 is the structural schematic diagram at the utility model A；
Fig. 4 is the structural schematic diagram at the utility model B；
1- cabinet body, 2- water cooling area, the rest area 3-, 4- header board, 5- vertical beam plate, 6- placed cavity, 7- main frame, 8- wood
Scutum, 9- buffer unit group, 9.1- hold-down mechanism, 9.1.1- operating head, 9.1.2- threaded rod, 9.1.3- support frame, 9.1.4-
Traveller, 9.1.5- compressed spring A, 9.1.6- support plate, 9.1.7- compressed spring B, 10- water cooling tube, 11- water tank, 12- water pump,
13- heat-exchanger rig, 13.1- heat exchanger A, 13.2- heat exchanger B, 14- semicircle shape rubber block.
Specific embodiment
In order to which those skilled in the art better understand the utility model, with reference to the accompanying drawing with following embodiment to this
Utility model is described in further detail.
Embodiment 1
As shown in Fig. 1 to Fig. 2, the present embodiment provides a kind of for the Multifunctional cabinet of main frame to be centrally placed, and wraps
Cabinet body 1 is included, cabinet body 1 includes positioned at the water cooling area 2 of 1 bottom of cabinet body and positioned at the rest area 3 of 1 middle and upper part of cabinet body, and rest area 3 includes
In several internal equally distributed header boards 4 and several vertical beam plates 5, several header boards 4 and several vertical beam plates 5 interlock
Several placed cavities 6 are constituted, main frame 7 is placed with inside placed cavity 6,6 bottom of placed cavity is provided with to be contacted with header board 4
Wood based panel 8, in the vertical beam plate 5 at 6 two sides of placed cavity, vertical beam plate 5 level in side is equipped with buffer unit group 9, the other side
Vertical beam plate 5 is internally provided with the water cooling tube 10 for being covered with entire vertical beam plate 5, a part of serpentine-like shape of water cooling tube 10 and both ends connect
Enter in water cooling area 2, water cooling area 2 is internally provided with water tank 11, and water tank 11 is connected with water pump 12, and water pump 12 is connected with heat-exchanger rig
13,10 1 access water tanks 11 of water cooling tube and other end connect heat-exchanger rig 13.
Water in water tank 11 is extracted into heat-exchanger rig 13 by water pump 12 by the present embodiment, and heat-exchanger rig 13 generates cold after freezing
But water, cooling water flow to the water cooling tube 10 in vertical beam plate 5 again, are constantly exchanged heat by water cooling tube 10, and then to against vertical beam plate 5
Main frame 7 carries out forced heat radiation, and compact-sized, heat exchange area is big, and heat exchange efficiency is high, by buffer unit group 9 and wooden
Plate 8 carries out vibration damping, can reduce vibration, reduces resonance and generates probability, while reducing noise.
Embodiment 2
As shown in fig. 1 to fig. 4, the present embodiment is to be further optimized on the basis of embodiment 1, specifically:
Water cooling tube 10 in all vertical beam plates 5 is separately connected different heat-exchanger rigs 13, and all heat-exchanger rigs 13 connect respectively
Different water pumps 12 is connect, all water pumps 12 are all connected with same water tank 11.
Heat-exchanger rig 13 includes sequentially connected heat exchanger A13.1 and heat exchanger B13.2, heat exchanger A13.1 connection water pump
12, heat exchanger B13.2 connection water cooling tube 10 is provided with copper block in heat exchanger A13.1, serpentine-like change is provided with inside copper block
The passage of heat, the inside heat exchanger B13.2 are full of coolant, are provided through heat exchanger B13.2 and serpentine-like heat exchange in coolant
Pipe.
In the present embodiment, multiple water pumps 12 and multiple heat-exchanger rigs 13 further improve water velocity and refrigerating efficiency,
The temperature inside whole cabinet is allowed to be maintained at ideal state；The heat transfer block of heat exchanger A13.1 is copper block, and the specific heat of water is far high
In copper, there is stronger appearance thermal energy power, therefore copper has extraordinary heat-sinking capability, copper heat transfer block can be in a short period of time
Temperature in water tank 11 is lowered, heat exchanger B13.2 is allowed by coolant further to freeze by tentatively cooling water, exchanges heat
Pipe and heat exchanger channels are serpentine-like also improves heat exchange area, improves refrigeration effect, further improves dissipating for whole cabinet
Thermal effect.
Embodiment 3
As shown in fig. 1 to fig. 4, the present embodiment is further optimized on the basis of embodiment 2, specifically:
Buffer unit group 9 includes four horizontal hold-down mechanisms 9.1 for being threaded through vertical beam plate 5 from top to bottom, two of them pressure
Tight mechanism 9.1 contacts the main frame 7 inside 5 left side placed cavity 6 of vertical beam plate, other two hold-down mechanism 9.1 contacts vertical beam
Main frame 7 inside 5 right side placed cavity 6 of plate.
Hold-down mechanism 9.1 include operating head 9.1.1, threaded rod 9.1.2 and support frame 9.1.3, threaded rod 9.1.2 with open up
It cooperates in the threaded hole of vertical beam plate 5, the side support frame 9.1.3 is fixed on threaded rod 9.1.2 tail end and opposite side is equipped with
Slidable traveller 9.1.4, support frame 9.1.3 inner surface are fixed with compressed spring A9.1.5, the one end traveller 9.1.4 and compression
Spring A9.1.5 contact and the other end are fixed with the support plate 9.1.6 contacted with main frame 7, support plate 9.1.6 and branch
The compressed spring B9.1.7 of winding traveller 9.1.4 is provided between support frame 9.1.3.
In the present embodiment, hold-down mechanism 9.1 can carry out left and right by rotation and move back and forth, and can directly fix to be located at and place
The different main frame 7 of 6 internal specifications size of chamber, hold-down mechanism 9.1 uses buffer structure, by 7 level side of main frame
It is eliminated to vibration, and then reduces noise, buffer capacity is carried out by dual spring and allows to compress pretightning force bigger, allows main frame
7 directly contacted with vertical beam plate 5 it is even closer, and then improve water cooling forced heat radiation efficiency.
Embodiment 4
As shown in fig. 1 to fig. 4, the present embodiment is further optimized on the basis of embodiment 3, specifically:
Wood based panel 8 is manufactured using pine, and rubber layer is provided between wood based panel 8 and header board 4, and rubber layer includes several half
Round shape rubber block 14.
In the present embodiment, the wood based panel 8 of pine production has better cushion performance, while wood based panel 8 connects with header board 4
Semicircle shape rubber block 14 in contacting surface further improves buffer shock-absorbing effect, while having the function of radio reception noise reduction, realizes most
Bigization noise reduction, while further decreasing resonance possibility occurrence.
It is as described above the embodiments of the present invention.Each preferred embodiment described previously for the utility model,
Preferred embodiment in each preferred embodiment if not obvious contradictory or premised on a certain preferred embodiment,
Each preferred embodiment can any stack combinations use, the design parameter in the embodiment and embodiment be only for
The utility model verification process of clear statement utility model people, not to limit the scope of patent protection of the utility model,
The scope of patent protection of the utility model is still subject to the claims, all specifications with the utility model and attached
The variation of equivalent structure made by figure content, similarly should be included in the protection scope of the utility model.
Claims (6)
Hide Dependent
translated from
Claims (6)
Hide Dependent
translated from
1. a kind of for the Multifunctional cabinet of main frame, including cabinet body (1) to be centrally placed, which is characterized in that the cabinet body
It (1) include the water cooling area (2) positioned at cabinet body (1) bottom and the rest area (3) positioned at cabinet body (1) middle and upper part, rest area (3) include
In several internal equally distributed header boards (4) and several vertical beam plates (5), several header boards (4) and several vertical beams
Plate (5) is staggeredly constituted several placed cavities (6), is placed with main frame (7) inside placed cavity (6), the setting of placed cavity (6) bottom
There is a wood based panel (8) contacted with header board (4), in the vertical beam plate (5) at placed cavity (6) two sides, side vertical beam plate (5) is horizontal
It is equipped with buffer unit group (9), other side vertical beam plate (5) is internally provided with the water cooling tube (10) for being covered with entire vertical beam plate (5), water
A part of serpentine-like shape of cold pipe (10) and both ends are accessed in water cooling area (2), water cooling area (2) are internally provided with water tank (11),
Water tank (11) is connected with water pump (12), and water pump (12) is connected with heat-exchanger rig (13), (10) access water tanks (11) of water cooling tube
And other end connects heat-exchanger rig (13).
2. according to claim 1 a kind of for the Multifunctional cabinet of main frame to be centrally placed, which is characterized in that institute
The water cooling tube (10) stated in all vertical beam plates (5) is separately connected different heat-exchanger rigs (13), and all heat-exchanger rigs (13) are respectively
It connects different water pumps (12), all water pumps (12) are all connected with same water tank (11).
3. according to claim 2 a kind of for the Multifunctional cabinet of main frame to be centrally placed, which is characterized in that institute
Stating heat-exchanger rig (13) includes sequentially connected heat exchanger A (13.1) and heat exchanger B (13.2), heat exchanger A (13.1) connection water
It pumps (12), heat exchanger B (13.2) connection water cooling tube (10), is provided with copper block in heat exchanger A (13.1), is provided with inside copper block
Serpentine-like heat exchanger channels, heat exchanger B (13.2) is internal to be full of coolant, is provided through heat exchanger B (13.2) in coolant
Snakelike heat exchange tube.
4. according to claim 1 a kind of for the Multifunctional cabinet of main frame to be centrally placed, which is characterized in that institute
State buffer unit group (9) include four from top to bottom level be threaded through the hold-down mechanisms (9.1) of vertical beam plate (5), two of them pressure
The internal main frame (7) of placed cavity (6), other two hold-down mechanism on the left of tight mechanism (9.1) contact vertical beam plate (5)
(9.1) the internal main frame (7) of placed cavity (6) on the right side of contact vertical beam plate (5).
5. according to claim 4 a kind of for the Multifunctional cabinet of main frame to be centrally placed, which is characterized in that institute
Stating hold-down mechanism (9.1) includes operating head (9.1.1), threaded rod (9.1.2) and support frame (9.1.3), threaded rod (9.1.2) with
Be provided with vertical beam plate (5) threaded hole cooperate, the side support frame (9.1.3) be fixed on threaded rod (9.1.2) tail end and
Opposite side is equipped with slidable traveller (9.1.4), and support frame (9.1.3) inner surface is fixed with compressed spring A (9.1.5), traveller
The one end (9.1.4) is contacted with compressed spring A (9.1.5) and the other end is fixed with the support plate contacted with main frame (7)
(9.1.6) is provided with the compressed spring B of winding traveller (9.1.4) between support plate (9.1.6) and support frame (9.1.3)
(9.1.7)。
6. according to claim 1 to a kind of for the Multifunctional cabinet of main frame to be centrally placed described in any one in 5,
It is characterized in that, the wood based panel (8) is manufactured using pine, rubber layer, rubber are provided between wood based panel (8) and header board (4)
Glue-line includes several semicircle shape rubber blocks (14).