本发明散热装置固定及拆卸均简单便捷。
The heat radiating device is fixed and dismounted simply, conveniently and fast.
本发明还涉及一种所述安全帽的散热装置。
The invention also relates to a heat dissipating device of the safety helmet.
功能键：设置启动次要散热装置的温度上限。
Function Keys: Set the temperature to activate the secondary cooling radiator to operate at high speed.
该散热装置拆卸风扇时无需工具，操作方便。
When the fan of the heat radiating device is dismounted, tools are not needed and the operation is convenient.
另外本发明还提供一种安装该散热装置的方法。
In addition, the invention also provides a method for mounting the heat sink.
本发明还提供了该直通风散热装置的控制方法。
The invention also discloses method for controlling the heat sink in type of conduction through.
一种安全帽，其包括：一个外壳和一个散热装置。
A safety helmet comprises a shell and a heat dissipating device.
请记住，安装适当的散热装置，以防止损坏元件。
Remember to install appropriate heat sinks to protect components from damage.
该液冷式散热装置结构紧凑、占用空间小且安装方便。
The liquid cooling type heat sink is compact in structure, small in occupation and convenient in assembly.
该散热装置具较佳的散热性能的同时具较低的制造成本。
The heat sink has the advantages of better heat dispersion and lower cost of manufacture.
本发明涉及一种散热装置，其包含导热底座以及多个散热模块。
The invention relates to a heat-dissipation device, which comprises a heat conducting base and a plurality of heat-dissipation modules.
它由集热板、隔热层、散热装置以及相应的电源管理电路组成。
It makes up of heat energy collected board, heat insulation, radiator and power management circuitry.
所述散热装置通过简单紧凑的结构使散热器更好地固定在电路板上。
The cooling device fixes the radiators on the circuit board through a simple and compact structure.
本发明所提供的热管导热效率高，适合应用于电子器件的散热装置中。
The heat pipe of the present invention has high heat conducting efficiency, and is suitable for application in the heat sink for electronic device.
电气控制柜要配有排风、散热装置以及具有良好的屏蔽作用防止电磁干。
The electric cabinet shall be equipped with fan and ventilation equipments, in addition to well-designed shield for EMI compliance.
本发明关于一种电子组件与散热装置的组合结构，其包含：一锁固组件；
The invention relates a combined structure of electronic component and radiator, comprising: a locking component;
本发明的课题是提供一种将冷却系统制造得紧凑、并且均热性优异的散热装置。
A heat sink which can make a cooling system compact and has excellent heat uniformity, and a cooling unit which is compact and has excellent heat uniformity are provided.
该散热装置的弹片可松动地套置于 该颈部上，使弹片能很好的定位于电路板上。
The elastic sheet of the heat sink can be loosely sleeved on the neck to make the elastic sheet better positioned on the circuit board.
高功耗带来的高热量使得芯片的封装和散热装置造价巨增，并存在技术上的限制。
The higher calories which the higher power consumption bring out make the chip encapsulation and coolant device's cost increase more, even there are technique restrictions.
焊料膜制造方法，装备有焊料膜的散热装置，以及半导体器件与散热装置的连接体。
Solder film manufacturing method, heat sink furnished with solder film, and semiconductor-device-and-heat-sink junction.
这种阀门可以用在多种应用环境，用于降低来自系统的热水温度，特别是用于散热装置。
They can be used for a variety of applications to reduce the temperature of the hot water from the system, and are ideal for radiant heat applications.
所述散热装置包括至少一个均热单元、至少一个半导体致冷器及一个薄膜型太阳能电池。
The heat dissipating device comprises at least a soaking unit, at least one semiconductor cooling device and a membrane solar energy battery.
没过多久，“台风”战机以其独特的散热装置，一举成为了二战期间对地攻击机的典范。
It was not long before this sturdy aircraft, with its distinctive frontal radiator scoop, had become the benchmark of all ground attack aircraft to serve in World War II.
散热装置，它由底板及多孔性金属体构成，其特征是：该多孔性金属体为结合于底板之上。
The radiator is composed of a bottom board and a porous metal body. The radiator is characterized in that the porous metal body is combined on the bottom board.
一种固定夹具，用于中央处理器散热装置上，其包括一扣件和一装设至该扣件上的对应弹片。
A fixture for fixing the radiator of CPU is composed of a fastener and a correspondent elastic piece installed to the fastener.
一种散热装置及具有该散热装置的笔记本电脑，该散热装置包括一吸热体及至少一散热鳍片组。
The invention discloses a radiating device and a notebook computer having the same. The radiating device comprises a heat absorber and at least one radiating fin group.
所述扩展卡散热装置可进一步给所述扩展卡上的发热元件进行散热，以提高系统整体的散热效率。
The heat dissipating device for the expansion card can further dissipate heat of the heating element of the expansion card to improve the heat dissipating efficiency of the whole system.
本文就是将这一课题作为研究的对象，开发一种高效、节能的电子元器件无泵液体自循环散热装置。
This paper thinks of this subject as study object and develops an effective, energy-saving liquid self-circulating radiator without pump for electronic component.
解决该散热装置的关键之一在于使载热介质迅速完全地循环，关键之二在于减小蒸发段的传热热阻。
The one key to resolve the heat-transfer effect lies in making the refrigerant circulating rapidly and completely, the other one lies in decreasing the thermoresistance of evaporating section.
解决该散热装置的关键之一在于使载热介质迅速完全地循环，关键之二在于减小蒸发段的传热热阻。
The one key to resolve the heat-transfer effect lies in making the refrigerant circulating rapidly and completely, the other one lies in decreasing the thermoresistance of evaporating section.
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