CN2567928Y - radiator mount - Google Patents

Abstract

The utility model relates to a radiator fixing base, a storage tank is established to the central authorities department concave of a base, be equipped with the opening in the storage tank, the base is equipped with the pin joint component respectively in the both sides of neighbouring each opening one end, both sides of neighbouring each opening other end are equipped with fixed component respectively, wherein each pin joint component can be with a fixed strip one end pin joint, so after installing the radiator on the opening, can rotate the fixed strip, make the fixed strip suppression radiator, the other end card system of fixed strip is on fixed component, can fix the radiator on the base like this. Its advantages are no need of tool, high heat dissipating performance, and high resistance to pressure and vibration.

Description

radiator mount

technical field

The utility model relates to a radiator fixing seat, in particular to a radiator fixing seat on a central processing unit installed on a computer main board.

Background technique

With the rapid development of information, communication and optoelectronic industries, electronic products are gradually developing in the direction of high performance, high frequency, high speed and thinness, and the chip size is gradually miniaturized, resulting in higher and higher heat density of electronic components. Therefore , the heat dissipation effect of electronic products is a major factor that determines the stability of electronic products, and related products used for heat dissipation have a position that cannot be underestimated in the electronics industry.

The invention of the computer has brought infinite convenience to people's life. The central processing unit (hereinafter referred to as CPU) in the computer is the heart of a computer, which contains hundreds of transistors and extremely complex circuits. of the center. The central processing unit will generate high temperature during operation. If the high temperature is not dissipated quickly, the central processing unit may be burned or malfunctioned. Existing radiator clamps, as shown in Figure 1 and Figure 2, include two opposite fixing seats 10, and fixing strips 11 matched with each fixing seat 10, wherein one side of the fixing seats 10 is provided with a first Protrusion 101, the two ends of fixing seat 10 are provided with second protrusion 102, and fixed bar 11 is provided with pressing part 111, and one side of pressing part 111 is protrudingly provided with first clamping part 112, and first clamping part 112 is provided with There is a first opening 113, the two ends of the fixing bar 11 are respectively provided with a second clamping part 114, and each second clamping part 114 is provided with a second opening 115; the installation method of the radiator clamp on the motherboard 2 , be to be respectively provided with a fixing seat 10 on both sides of an adjacent CPU socket slot, form an accommodating groove between the fixing seats 10, after a central processing unit 20 is installed in the CPU socket slot, the radiator 21 Install between the two fixing seats 10, and then install the fixing strips 11 on each fixing seat 10, so that the first opening 113 on the first clamping part 112 is just clamped on the first bump 101, and each second The second opening 115 on the clamping portion 114 is just clamped on each second protrusion 102, so that the pressing portion 11 of each fixing bar 11 can press each radiator 21, so that each central processing unit 20 and each heat dissipation The device 21 is closely combined to facilitate heat dissipation. A general CPU cooling device is composed of a fan, heat sink, and buckle, and an excellent CPU heat sink must meet the following conditions: 1. Large air volume, low noise, long-lasting and durable fan; 2. Moderate size and dense fins , Heat sink with sufficient performance; 3, Pressure-resistant and shock-resistant, no need to use tools, easy to disassemble and assemble fasteners. From the above introduction, we know that different brands or types of CPUs have different types of CPU sockets. To securely and tightly fix the heat sink on the surface of the CPU, there must be appropriate fasteners to hold it. The device only pays attention to the design of the fan and heat sink, ignoring the importance of the fasteners. For example, the heatsink fixture mentioned above has either a complex structure and a large number of components, which increases the overall cost, or requires tools to disassemble. It is extremely inconvenient.

Contents of the invention

The purpose of this utility model is to provide a radiator fixing seat that can complete the disassembly and assembly of the radiator without using tools, and can resist impact and vibration, so as to prevent the radiator from falling off during transportation.

The purpose of this utility model is achieved by the following technical means: a radiator fixing base, including a base, a plurality of pivotal elements, a plurality of fixing elements and a plurality of fixing strips, wherein: the base is provided with an accommodating Groove, the accommodating groove is set in the center of the base, and there is at least one opening in it; each pivoting element is respectively set on the two sides of one end adjacent to each opening on the base; each fixing element is set on the base adjacent to each The two sides of the other end of the opening; one end of each fixing strip is a pivot portion that can be pivotally connected with each pivoting element, and the other end is a clamping portion that can just be clamped on each fixing element, and the center of each fixing strip It is bent toward the base to form a pressing portion.

Each pivoting element of the radiator fixing seat described above can be two opposite lugs, each lug is provided with a through hole in the center, and the pivot portion of each fixing strip can be bent into an L shape. Each clamping part can be extended and bent to form a handle. Each fixing element can define at least one clamping hole. A plurality of feet can be arranged on the bottom of each base, and each foot is respectively provided with a screw hole. A plurality of protruding bodies are respectively arranged on two opposite sides adjacent to each opening on the base.

The utility model has the advantages of: 1. Easy disassembly and assembly, the disassembly and assembly of the radiator can be completed without using tools; 2, shock resistance and vibration resistance, which can prevent falling off during transportation; 3, good heat dissipation performance.

Description of drawings

FIG. 1 is one perspective view of a conventional radiator clamp.

Fig. 2 is the second perspective view of the existing radiator clamp.

Fig. 3 is a perspective view of the utility model.

Fig. 4 is one of the plan views of the utility model.

Fig. 5 is the second plan view of the utility model.

Detailed ways

The structure of the present utility model is described in detail below in conjunction with accompanying drawing:

As shown in Fig. 3, Fig. 4 and Fig. 5, the utility model comprises a base 3, a plurality of pivotal elements 33, a plurality of fixing elements 34 and a plurality of fixing bars 35, and the central recess of the base 3 is provided with an accommodating Slot 30, at least one opening 31 is provided in the accommodating groove 30. After the base 3 is installed on a motherboard 4, each opening 31 can reveal a processor slot 7 located on the motherboard 4 (referring to the installation The special slot of the CPU 5), the base 3 is respectively provided with a pivot element 33 on both sides adjacent to one end of each opening 31, and is provided with a fixing element 34 on both sides adjacent to the other end of each opening 31, and each fixing bar One end of 35 is a pivot portion 351, and the pivot portion 351 can be pivotally connected with each pivoting element 33, and the other end is a clamping portion 352, and each clamping portion 352 can just be clamped on each fixing element 34. , the middle part of each fixing bar 35 is bent toward the direction of the base 3 to form a pressing part 353 .

When at least one radiator 6 is installed at a position facing each opening 31, each fixing bar 35 can use each pivot portion 351 to rotate along the pivot member 33 until each pressing portion 353 can press the radiator 6, Make each clamping portion 352 be clamped on each fixing element 34, make radiator 6 be fixed on the base 3, and contact with each central processing unit 5, can make each central processing unit 5 produce in operation like this The heat is conducted to each radiator 6 to reduce the temperature.

As shown in Figure 3, the pivoting element 33 on each base 3 can be two opposite lugs 331, each of which has a through hole 332 in the center of each lug 331, and the pivot portion 351 of each fixing bar 35 can be bent into L-shaped, so that the pivot portion 351 passes through each through hole 332, so that each fixing bar 35 is pivotally arranged on the pivot element 33, and after the pivot portion 351 passes through each through hole 332, the pivot portion 351 Make a bend at the extreme end of each fixing strip 35 to prevent from falling off from the pivoting element 33.

Because the pressing portion 353 is formed by bending toward the base 3 at the center of the fixing strip 35, as shown in FIG. After the pressing part 353 presses against the radiator 6, the pressing part 353 can make the clamping part 352 firmly clamped in the clamping hole 341 by virtue of its elasticity, and the clamping part 352 can be extended and bent into a handle 3521 for easy use Those who can rotate each fixing bar 35 by applying force to each handle 3521 conveniently.

As shown in Figures 3 to 5, a plurality of feet 36 can be set at the bottom of the base 3, and each foot 36 has a screw hole, and the main board 4 is provided with an opening that matches the feet 36, so that the screws can be used to The joint element fixes the base 3 on the motherboard 4.

When the radiator 6 is installed on the base 3, that is, it is installed in the accommodating groove 30 and on each opening 31, it can be in contact with each central processing unit 5, so that the heat generated by each central processing unit 5 Can be radiated by radiator 6, therefore, because each fixing bar 35 is to the fixing mode of each radiator 6, will make each fixing bar 35 exert on the power on each radiator 6, in turn be all applied to by each radiator 6. On the central processing unit 5, therefore, each central processing unit 5 may be caused to be crushed, so on the base 3 adjacent to the two opposite sides of each opening 31, a plurality of protruding bodies 32 are protruded respectively to disperse and dissipate heat. The device 6 is fixed on the base 3 by force.

Claims (6)

1. A radiator fixing seat, comprising a base, a plurality of pivoting elements, a plurality of fixing elements and a plurality of fixing strips, characterized in that: the base is provided with an accommodating groove, and the accommodating groove is recessed in There is at least one opening in the center of the base; the pivoting elements are arranged on the base on both sides adjacent to one end of each opening; each fixing element is arranged on the base on both sides adjacent to the other end of each opening; each One end of the fixing strip is a pivot portion that can be pivotally connected with each pivoting element, and the other end is a clamping portion that can be clamped on each fixing element. The center of each fixing strip is bent toward the base to form a pressing department. 2. A radiator fixing seat according to claim 1, wherein each pivot member can be two opposite lugs, each lug is provided with a through hole in the center, and the pivot of each fixing bar The part can be bent into an L shape. 3. The radiator fixing seat according to claim 1, wherein each locking part can be extended and bent to form a handle. 4. A heat sink fixing seat according to claim 1, wherein each fixing element can be provided with at least one clamping hole. 5. A heat sink fixing base according to claim 1, characterized in that: a plurality of feet can be provided on the bottom of each base, and each foot is respectively provided with a screw hole. 6. A heat sink fixing seat according to claim 1, wherein a plurality of convex bodies are respectively provided on two opposite sides adjacent to each opening on the base.

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