TW449656B - Heat pipe connector - Google Patents

Abstract

The primary function of the heat pipe connector of this invention is to join a plurality of heat pipes for effectively transferring the thermal energy input from a heat pipe to a neighboring heat pipe via a connector. Such a heat pipe connector includes two portions (connector body and connector connecting passageway). Both parts are designed to be made of hollow, metal body that is filled with a super thermal conductive material. The hollow interior of the connector body includes a super thermal conductive material. Heat source thermal energy is inputted to the connector through the heat pipe. The super thermal conductive material in the hollow interior of the connector absorbs the thermal energy and rapidly generate wave motion so as to rapidly and effectively output the thermal energy to the heat pipe to be transferred to, so as to generate highly efficient heat transfer effect. The connector connecting passageway may be a unitary, hollow, penetrating tubular connecting passageway, or a plurality of hollow, penetrating tubular connecting passageways, and can be designed according to different size requirements. The connector may also serve as a heat-receiving end of the heat pipe, for collecting or transferring thermal energy.

Description

44965 β 1 No. 89102910 V. Description of the invention (1) The main function of this creative guide is to use the thermal energy, if it can. The heat pipe connection channel and the two bodies and the internal filling part contain thermal superconducting connectors. Efficiency actors. The connecting channel, or a plurality of change-seeking designers who think that the heat collector collects a plurality of heat-conducting pipes connected to the heat energy output. The so-called genus tubes here are the components in the tube (such as the rapid heat transfer by the molecular heating method in B, so it is also called How to connect the guide and the simple connection? I want to design a hollow interior with a correction. The main and plural heat pipes of the heat pipe connect are connected, and the heat pipe input effect is transmitted through the connector and then transmitted out. Adjacent heat pipe connectors are divided into two parts (connector body, connector part). These two parts are designed to be formed by hollow metal superconducting material made of metal. The hollow material inside the connector body, The heat energy of the heat source is input to the connector through the heat conduction tube. The thermal superconducting material absorbs the heat energy to generate fluctuations quickly, and outputs the heat to the heat pipe to be conducted to generate a high efficiency. The heat conductor connection channel can be a single hollow through pipe connected to the hollow shell. The connection channel 'can be used according to different sizes, and the connector can also be used as the heated end of a heat pipe and a heat transfer. This connection is possible Fast and non-fragile and resistance to joints can effectively turn the heat into the designer. Heat pipe refers to copper, aluminum or other gold containing liquid or pure water that can transfer heat at high speed, or special gold , Barium, and other metals), or other thermal superconducting materials, the high-speed vibration and friction generated by the time to make the thermal energy fluctuate, so the heat transfer pipe is faster than the general thermal conductivity of the heat conduction pipe (thermal superconducting pipe). The current application of heat pipes is gradually increasing. # Heat pipe heat energy is effectively transferred to different heat pipes? How to fast 3 speeds with several different heat pipes? Many manufacturers all over the world have # enough to develop effective products. ”This creative heat pipe connector is made of the same material as the thermal superconducting material contained in the heat pipe.

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^ 9S56 Case No. 89102910 V. Description of the invention (2) For the molder, the application time is very short. Absorption and conduction are used for superconducting materials. The degree of gradient heat and heat transfer efficiency is rapidly generated because the connector is transported by the heat pipe. Therefore, the heat absorption of the wave and the creation of a tube through the tube need to achieve the best results in different sizes. The implementation method should be adjusted for the year and month. Because of the thermal superconductivity, the heat a is researched on the heat pipe. In the input to the connection, the thermal conduction effect is used as a thermal conduction pipe, or the design of the design changes is required. In detail, the material transfers heat from its hot end to its cold end, and the temperature difference between the transmission end and the cold end is also small. Quick connectors traditional connectors can not connect poorly. The internal air conditioner can quickly and quickly increase the number of air conditioners in the connector. Ming Ming: The design of the connector is fast, and the cold end of the creative guide fills the hot connector and the efficiency rises. The connection core can be mated through this, only for the metal material heat conduction body and the heat pipe are not the same heat and the temperature difference between the temperature of the traditional connector itself and the hot end is large. The designer of the heat sink tube connector, the superconducting material 'heat source heat energy The warp thermal superconducting material absorbs the heat energy and outputs it to the heat pipe to be conducted. The channel can be a single hollow through-hole connection channel, and according to the actual needs of the market, the drawing number and illustration connect the creative drawing tube to the sealed body to form. Machine heat transfer, charger body 'one of them. The guidance technology is filled in the thermal official connector 4, which is composed of a metal material hollow heat conduction 42 and a heat conduction pipe connector connection channel 41. The sealing body contains a thermal superconducting material 43, and the plate-mounted heating pipe connector has The thermal superconducting material contained inside is a plastic, shaped & element sealed in the vacuum cavity of the heat pipe connector with an inorganic element medium of yttrium, barium, copper, and oxidation. After the inorganic compound medium is heated, the molecules have thermal conductivity characteristics.

Page 6 ^ 49656-Case No. 891Q2910 _____________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________ 's vibrations and frictions (3) produce a superconducting change, and the metal oxalate in the element molecule immediately absorbs heat and changes to oxidation Yttrium 'barium carbonate rapidly excites the heat energy of the heat source in a wave shape and transfers heat. During the heat transfer process, the heat of the heat source is transmitted quickly by the molecules at 28,000 vibrations per second through the input heat energy heat pipe, and the barium carbonate molecules inside the connector body are used to make the thermal energy fast at 2800 vibrations per second. The wheel is transferred to the connector body, and then the heat energy of the heat source is quickly transferred to the output heat energy heat pipe through the connector body. Fig. 1 'The main function of the heat pipe connector' is to input the heat energy inputted from the heat pipe 2 of the input heat energy, and insert the heat pipe connection end into the heat pipe connector connection channel 41 to quickly and effectively fill the heat inside the sealing body. The superconducting material 43 can rapidly transfer heat in a manner of generating thermal energy fluctuations, and the heat is transmitted to the heat pipe connector body 42 and then transmitted by the heat pipe connector 4 ^ 埶 = 透? The connection channel 41 of the heat pipe connector is placed into the heat transfer pipe 3 of the wheel and the heat energy guide, and is transmitted to the heat pipe 3 for outputting heat energy. … Figures 1 and 2 are the heat energy of the heat source] into the heat conduction total output heat energy heat conduction pipe 3, and placed in the heat conduction pipe connector connection channel 41 of the appropriate size of the guide tube / anger, will be J energy; The ends 21, 24 and the output heat energy heat transfer pipe are fixedly connected to the connection end Ί 二 ^ ^ 2 close to the two ends of the heat transfer pipe connector connection channel 41 at the end of the code ^ flattened or f-curved, you can easily install and fix this heat transfer pipe to this connection; ^ As shown in Figure II.1 to 7, the main body 42 of the heat transfer tube connector 4 and the connection channel 41 of the heat transfer tube connector can be directly connected to the heat sink by bending the same type as shown in Figure 7 series. Another composition of the red spring-shaped heat pipe connector ai is

^ 49656 V. Description of the invention (4) Figure 4. ^ 89102910 Correction ends 32, 22 and guide A A. In order to increase the heat output and input connection area of the heat pipe, the connection channel 41 of the wheel-in connector can have a larger heat conduction. The contact connection end 32 is bent, the heat conduction official connection end 22 and the output heat energy heat conduction pipe channel 4 丨 are formed into a U shape in a remote shape, and then the heat conduction pipe connector is connected to connect the heat conduction effect in Fig. 5 and the different composition methods of the heat conduction effect. The heat sink body 62 is directly connected to the heat pipe connector 埶, β ′, and the heat pipe connector 6. The heat receiving pipe is connected to the heated end using ΪJ. It is used as a heat source output heat conduction pipe 5 for heat input, C, and heat transfer designers. The heat source 1 will have Thermal superconducting material = 6. Inside, and quickly and effectively transfer the heat energy contained in the sealed body to the implantation guide = Quickly transfer heat in a way that generates thermal energy fluctuations, connect the connection end 52, and then ^ 1 ^ the connector connection channel 61 for heat conduction Tube wheel out of the stage to press private + will ..., the designer of the special function of this output heat pipe. Examples of materials, such as high-temperature superconducting compound powders with high-speed heat transfer 2 ::::; T c 〇 [YBC〇] [HRfTn TBCCO] superconducting powder, mercury-barium-calcium-copper-oxide superconducting powder, bismuth gill calcium Copper oxide compound [BSCC〇]

Li and other superconducting powders 1 use the high ΐϊ generated when their molecules are heated; ′, * to cause thermal energy to rapidly transfer heat in a wavy manner, and because of its rapid heat transfer, it is called a thermal superconducting compound. …,. Comparing the actual effect of the metal connector and the heat pipe connector, the metal connector cannot efficiently transmit the heat energy of the heat source, for example: the heat energy of the heat source at 85 degrees Celsius passes through the metal connector, and the temperature output at its end after 55 seconds is 55 degrees Celsius degree. For example: the heat energy of a heat source of 85 degrees Celsius passes through the connector of the heat pipe, and after 2 seconds, the output temperature of the heat source is 83 degrees Celsius.

449 6 5 β Case No. 89102910_ Year and month Amendment _ V. Description of the invention (5) The heat pipe connector can indeed achieve a good connection effect. The above is a detailed description of the creation. In addition to using this creation, it is simple to process, cheap, and easy to install. And the heat conduction effect is very good, which is fully in line with industrial economic benefits, and helps to solve the problem of heat energy conduction of heat pipes. This creation can be said to have the value of creativity, practicability and industrial utilization, so it fully complies with the statutory requirements for invention patents, apply in accordance with the law, and please pray for the patent as soon as possible.

44965 a Case No. 89102910 Amendment Brief Description of Drawings Description of Drawing Numbers: Figure 1 A perspective view of the finished composition of the heat pipe connector. Figure 2. The heat pipe connector is connected to the heat pipe connection end of the heat source. The heat energy input from the heat pipe is effectively transmitted through the connector to the adjacent heat pipe to transfer the heat energy to the heat sink. Figure III.1 A perspective view of a rectangular heat pipe connector with a single hollow through pipe connection channel. Figure III.2 A perspective view of a rectangular heat pipe connector with a plurality of hollow through pipe connection channels. Figure 3.3. Perspective view of a cylindrical heat pipe connector with multiple hollow through-pipe connection channels. Figure III.4 A perspective view of a rectangular heat-conducting official connection ts of a plurality of hollow through-pipe connection channels. Figure III.5 A perspective view of a rectangular heat-conducting pipe connector with a plurality of double-row hollow through-pipe connecting channels. Figure III.6 A perspective view of a round-branch heat pipe connector of a plurality of hollow through-pipe connection channels. Figure III.7 Three-dimensional view of the cylindrical heat-conducting tube connector of a plurality of hollow through-tube connection channels. Figure IV.1 perspective view of the finished composition of the heat pipe connector. Figure IV.2 Perspective view of the finished composition of the heat pipe connector. Figure 5 The heat pipe connector is used as the heat receiving end of the heat pipe, which is a perspective view of heat collection and heat conduction. 26. The heat pipe connector is applied as the heat source output heat pipe to the party's hot end using the 'm heat energy collection and heat conduction perspective view

Page 10 449656 _Case No. 89102910_ Year Month Revision _ Simple description of the formula Picture description: 1 Heat source. 2 Enter the heat pipe. 21 Input heat energy heat pipe fixed connection end. 22 Input thermal energy heat pipe connection end. · 2 4 Input heat energy heat pipe fixed connection end. 3 Output heat energy heat pipe. 31 The fixed end of the heat pipe for heat output. 32 Output thermal energy heat pipe connection end. 34 Fixed connection end of heat pipe for heat output. 4 Heat pipe connector. 41 Heat pipe connector connection channel. 42 Heat pipe connector body. 43 The hollow interior of the heat pipe connector is filled with thermal superconducting material. 5 Heat pipe for heat output. 52 Connection end of heat pipe for heat output. 6 The heat pipe connector is used as the heated end of the heat source output heat pipe, which is used to collect heat and conduct heat. 61 Heat pipe connector connection channel. 62 Heat pipe connector body. 63 The hollow interior of the heat pipe connector contains thermal superconducting material.

Claims (1)

4 ^ 9656 The scope of the patent application for the application is to guide the connection II, β will connect the pigeons ^ Α is connected to a plurality of heat pipes, and the channel '8 input d can be effectively transmitted to the neighbor through the connector and then output. _ Heat piper's composition consists of two parts, one is the connector body and the other is the connection channel. These two parts are processed by a hollow sealed body with metal characteristics and filled with thermal superconducting material. Shaper. 2. The heat pipe connector as described in item 1 of the patent scope of Shen '' The connection channel of the heat pipe connector can be a single hollow through pipe connection channel, a plurality of hollow through pipe connection channels, and can be according to different shapes and sizes Demand change designer. The heat-conducting pipe connector described above is used at the heated end, and it is thought that if the item 1 or item 2 of the scope of the patent application is applied, this heat-conducting pipe connector can also be used as a heat-conducting pipe to collect heat and conduct heat.