CN202093454U

CN202093454U - Novel notebook dustproof heat radiator

Info

Publication number: CN202093454U
Application number: CN2011201478722U
Authority: CN
Inventors: 胡族
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-05-11
Filing date: 2011-05-11
Publication date: 2011-12-28
Anticipated expiration: 2021-05-11

Abstract

The utility model provides a novel notebook dustproof heat radiator, which relates to the field of a computer accessory and consists of a host board (1), a chip (2), a heat tube (3), a fan (4), a heat radiation fin (5) and a filter screen (6), wherein the chip (2) is arranged on the host board (1) and is connected with the heat tube (3), one end of the heat tube (3) is arranged inside the heat radiation fin (5), the fan (4) is tightly combined with the heat radiation fin (5), and the filter screen (6) is arranged at one side of the heat radiation fin (5). The novel notebook dustproof heat radiator can give consideration to both the heat accumulation and the heat radiation in a main board element hard disc, the trouble that a notebook produces high temperature and noise due to the dust accumulation is avoided, the structure is simple, and the construction is novel.

Description

A kind of novel notebook heat abstractor that prevents dust

Technical field:

The utility model relates to the computer fittings field, relates in particular to the dustproof heat abstractor of a kind of novel notebook.

Background technology:

Raising along with people's living standard, people use notebook computer now, but because the notebook computer volume is too small, internal components is installed compact, heat radiation difficulty relatively, be easy to cause internal temperature too high, influence is used, and the while also can make the aging quickening of computer even damage, and loses very big, especially in summer, the outside air temperature height, computer works long hours, and heating is more obvious when moving too much software, heat radiation is difficulty more, dust also enters in the computer easily, and is very big to computer injury, the temperature rise when reducing working with notebook computer, people can only can bring a lot of inconvenience to the end user like this by the outside device that increases auxiliary heat dissipation.

The utility model content:

The purpose of this utility model provides the dustproof heat abstractor of a kind of novel notebook, and it can take into account the heat radiation of mainboard original paper hard disk internal memory, avoids computer to be subjected to the puzzlement that produces high temperature and noise behind the dust accretions, and simple in structure, structure is novel.

In order to solve the existing problem of background technology, the utility model is by the following technical solutions: it is made up of motherboard 1, chip 2, heat pipe 3, fan 4, heat radiator 5, filter screen 6; Motherboard 1 is provided with chip 2, and chip 2 is connected with heat pipe 3, and an end of heat pipe 3 is arranged in the heat radiator 5, and fan 4 is combined closely with heat radiator 5, and filter screen 6 is arranged on a side of heat radiator 5.

Described fan 4 is the design of turbine flabellum, and the air draft performance is good.

The utility model in use, cold wind enters from the ventilating opening of mainboard, internal memory, hard disk, arrives main heat dissipation region, through filter screen 6, heat radiator 5, last fan 4 is taken hot blast outside the body out of, has solved the problem of notebook computer heat radiation difficulty, better prolongs notebook computer service time, the filter screen 6 of motherboard 1 inside can be pulled down cleaning, the permanent health that keeps notebook inside plays the dustproof effect, and is practical.

The utility model can be taken into account the heat radiation of mainboard original paper hard disk internal memory, avoids computer to be subjected to the puzzlement that produces high temperature and noise behind the dust accretions, and simple in structure, structure is novel.

Description of drawings:

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is a filter screen planimetric map of the present utility model.

Embodiment:

With reference to Fig. 1, Fig. 2, this embodiment by the following technical solutions: it is made up of motherboard 1, chip 2, heat pipe 3, fan 4, heat radiator 5, filter screen 6; Motherboard 1 is provided with chip 2, and chip 2 is connected with heat pipe 3, and an end of heat pipe 3 is arranged in the heat radiator 5, and fan 4 is combined closely with heat radiator 5, and filter screen 6 is arranged on a side of heat radiator 5.

This embodiment in use, cold wind enters from the ventilating opening of mainboard, internal memory, hard disk, arrives main heat dissipation region, through filter screen 6, heat radiator 5, last fan 4 is taken hot blast outside the body out of, has solved the problem of notebook computer heat radiation difficulty, better prolongs notebook computer service time, the filter screen 6 of motherboard 1 inside can be pulled down cleaning, the permanent health that keeps notebook inside plays the dustproof effect, and is practical.

This embodiment can be taken into account the heat radiation of mainboard original paper hard disk internal memory, avoids computer to be subjected to the puzzlement that produces high temperature and noise behind the dust accretions, and simple in structure, structure is novel.

Claims

1. the dustproof heat abstractor of a novel notebook is characterized in that it is made up of motherboard (1), chip (2), heat pipe (3), fan (4), heat radiator (5), filter screen (6); Motherboard (1) is provided with chip (2), and chip (2) is connected with heat pipe (3), and an end of heat pipe (3) is arranged in the heat radiator (5), and fan (4) is combined closely with heat radiator (5), and filter screen (6) is arranged on a side of heat radiator (5).

2. a kind of novel notebook according to claim 1 heat abstractor that prevents dust is characterized in that described fan (4) is the design of turbine flabellum.