TWI261658B - Forming method of heat pipe with continuous juxtaposed conveyance and apparatus thereof - Google Patents

Abstract

The present invention relates to a forming method of heat pipe with continuous juxtaposed conveyance and the apparatus thereof, the method that heat pipe materials are continuously juxtaposed and closely adjacent to one another, to enable the afterward feeding material to continuous pushing, and in the meanwhile, the processing operation like degassing of the internal of the heat pipes, pipe opening sealing, and soldering, etc. are performed at the same time, and the devices directly used by the method.

Description

1261658 V. INSTRUCTION DESCRIPTION OF THE INVENTION (1) Technical Field of the Invention The present invention relates to a heat pipe connection, a device, and a device thereof, and more particularly to a method for forming a heat pipe pipe connected to a sub-array and pushing it Squeeze the feed, and arrange in the push, sub-column, by means of mutual, welding, etc., and the square t-step together for degassing, pressing, [prior art] to directly use the device . _ Press 'Because the heat pipe has the south heat transfer energy rate, light weight, no moving parts, structure μ fast heat transfer, high heat conduction, can transfer a lot of heat and does not eliminate the characteristics of electric single and multi-purpose, the heat dissipation demand. In addition, the conventional heat-drying is therefore very suitable for the electronic structure of the wick, and the inner wall of the capillary structure is provided with capillary structure (web, etc., by the capillary of the capillary structure = the capillary fluid having a capillary action (working Fiuid), which can facilitate the work of the hot official, filling, and 1 in the production process, 'must clean and retreat through the pipe, speak a body, remove non-condensable gases and seal the pipe, etc. Between the machining process ^ ^ , between the machining program 'usually the positioning or conveying when the heat pipe is clamped by the mechanical claw clamp, so that it is not only easy to damage the pipe body due to the clamping of the hot official body by the claw clamp, but also because of the mechanical The claw clamp needs to be moved in one way and one retreat. This will cause too much time for the mechanical claws to reciprocate and move in the whole production process, and it is impossible to speed up the production speed to improve the production efficiency. Herein, in order to improve and solve the above-mentioned shortcomings, the present inventors have devoted themselves to research and cooperate with the application of the theory, and finally proposed a present invention which is reasonable in design and effective in improving the above-mentioned defects.

Page 5 1261658 V. INSTRUCTION DESCRIPTION (2) [Disclosure] The main object of the present invention is to form a method and apparatus for the same, which utilizes 钕:? The heat pipe is continuously juxtaposed in the following days:: ί can be pushed in the adjacent connection of the pipes: the official material is continuously arranged in parallel, and the internal heat pipe is shaken, and the pipe is pushed and connected to the processing operation.敎;: far: the purpose of the mouth sealing pressure, - the production efficiency. Continuous manufacturing of ..., s, and in order to achieve the above purpose, the forming method of the column transport 'includes': provides a heat pipe continuous and a) feeds: the capillary is electrically woven Z. Continued juxtaposition Arrangement, so that each pipe is connected = the pipe of the fluid, so that the degassing of each pipe will be degassed after bucking: the pipe is connected to each pipe = the material is fed; the heat is input to remove Gas; η feeding process in the process of pressing · · in each pipe continued to push who is extremely sturdy, into the pipe mouth to press; and; 々 process d) · · in the pipe connection of each pipe The mouth is welded. , ^ in the process of feeding. a port j In order to achieve the above purpose, the forming device that is too sent 'includes - force':: mention: "continuous heat pipe" η mechanism and a welding mechanism; its feeding mechanism, a β, the processing table has a distance from each other = The mechanism has - processing:: force: defined on the workbench - from the feed end towards the exit: end mountain and: - discharge 35, and in the ': plus, the stage is arranged along the feeding direction; t 进 feed direction, mechanism and the welding mechanism. By means of a new one; heating unit, -___ ...g continuous parallel input 1261658 V, invention description (3) sent to the forming device. [Embodiment] In order to make the present invention more fully understand the features and technical contents of the present invention, the following detailed description of the present invention and the accompanying drawings are provided. Hair, limiter. '-2' refers to the first and second figures, which are the side view and the top view of the present invention, respectively. The present invention provides a forming device for continuously transporting heat pipes in parallel, wherein: 'including a feeding mechanism 2, a pressing mechanism 3 and a welding mechanism 4; the phase 2 2 mechanism 2" has a processing table 20 The processing table 20 has a feeding position of 2 〇〇 and a discharging end 201, and when the pipe 1 is horizontally high, the position of the pipe 1 is 〇2 Positioned at the discharge end 2 0 1 is the processing table 20 - one port is placed obliquely from high to low, and in the material direction 21, the second end is extended from the feeding end 20 0 toward the discharge end 201 The feed 1 is continuous and 7 rows are & set at 1 in the feed direction 21, and successively pushed by each ', so that each L-block 20 is on, and each pipe 1 is behind The inlet 22 and the W platform 20 are fed along with the feedr. 22 is the needle; the pressing mechanism 3 is arranged in the order of 21, and the heating unit body is heated up in addition to the 7th pipe. 4, wherein the heating unit tube 丨 is 虱, and each tube 丨 is in /, quantity, so that the work flow in the tube 1 can be pushed when the degassing is completed.

In the process of pushing the front and the temperature to the action of the press machine, the d can be used by the rear. ' 1261658 —————— V. Invention description (4) In addition to “ ί 4 together with the third and fourth figures, “4 = after the process, the sealing end of the pipe 1 must be 12 g of material 1 through the above The sealing end of Lv 4 material 1 is protruding from the processing a 2〇—compressed and closed, and the mechanism 3 is located at the sealing end of the pipe #1 1〇; ''side outer' makes the above-mentioned press-fit-group respectively It is located at the sealing end 〇 upper and lower two and the pressing mechanism 3 is equipped with a C processing table 2 〇 upper heating unit 22 and then: = 30, so each tube - two corpse mechanism 3 sealing mold 3. When degassing, it can seal the mold 3 ° in the dusty pipe 1 can be closed 10, the sealing edge i, g material] the sealing end〗 〇 heat is still warm state, please - and refer to the fifth figure and Make the seal more tight. After the seal of the industrial organization 3, still use the: V material! = the sealing end push technology, so that after the sealing: 1 feeding action; the welding mechanism 4 For a little soldering machine: to the degassing, sealing, etc. of the pipe at the welding mechanism 4: Structure 11 'So, the heat can be completed. In addition, the heat pipe forming device f can be used for scooping _, p heart material mechanism 5 Set at Feeding machine ^ material mechanism 5, the retreating member 5 can be made by the m material end 201, and has a - dispensing material as shown in the seventh figure, when the processing A20 is actuated; The work of the work of the purple mouth of the official material 1 is still in c; do 4 丄 ja factory 丨 & 官 官 官 官 官 官 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ The end 20 0 enters the table 20 51 against the processing table 20 =: "The material returning mechanism 5 can be used to carry out the storage end 201 by the material of the material of the material, so that the various positions on the processing table are The material distribution piece 51 can be added to the work of the industry, and the right part of the pipe 1 is completed for the processing to be processed, and the _ ^ & material is withdrawn from the processing and page 8 1261658. 5) The pipe 1 that has been withdrawn and processed can be conveyed to the hoarding station through a receiving plate 6 for inspection or other related heat pipe processing operations. Therefore, by the above-described configuration, the forming apparatus of the heat pipe of the present invention can be continuously conveyed in parallel. Further, as shown in the eighth and ninth diagrams, the processing table 20 of the feeding mechanism 2 can also be horizontally placed, and a pushing mechanism 7 is disposed on the processing table 20; the pushing mechanism 7 is A pulley set 70 having at least one contact pressure on the surface of the pipe 1 and a motor 7 1 for driving the pulley set 70; and in the embodiment of the present invention, the two pulley sets 70 respectively Pressing on both sides of the surface of the pipe 1 (as shown in the ninth figure), the pipe 1 can be made from the feed end 2 0 0 of the processing table 20 toward the discharge end 2 0 1 by the push mechanism 7 The conveying can also achieve the purpose of continuously conveying the pipe 1 . Furthermore, as shown in the tenth figure, when the heat pipe forming device is provided with the pushing mechanism 7, the heat pipe forming device may be placed vertically or obliquely (not shown), and the respective pipes 1 are processed in an upright state. It is different from the horizontal processing state of each of the above-mentioned pipes 1. According to the above heat pipe forming apparatus, the present invention provides a heat pipe connection > continuous side-by-side conveying forming method, the steps of which are as follows: a) Feeding: a capillary structure 12 and a working fluid 13 will be built in (as shown in the third figure) The pipe 1 shown in the figure is arranged in parallel, and the respective pipes 1 are successively pushed and fed; in this step, each pipe 1 can be pushed by a slope and gravity, or added as a push. Institution 7 and so on to provide the power of push; in the way of using the slope and gravity, each pipe 1 is horizontally

V. INSTRUCTIONS (6) Line transport and processing can be performed by pushing either vertical or tilted. , power, b) degassing: in each pipe 1 pipe 1 input heat to degas; 3 push the feeding process, each pipe 1 is pressed horizontally (for each) · connected to each pipe庐Complete official materials 1 0 nozzles are pressed 8.5, squeezing and feeding process, degassing d) welding ··1, 于, and then the official material 10 0 nozzles ;, in the process of squeezing the feed, press the e) return material · will complete the above steps & the mouth is, by the above steps ^ ^ pipe 1 exit processing. Continued parallel forming process. /Heart, the heat pipe connection of the present invention can be obtained. Therefore, with the heat pipe and the device of the present invention, it is not only unnecessary to use the conventional machine, the 'sub-arrival forming method and the damage of the material thereof, and at the same time, due to the claws of the tubes 7 By clamping the heat pipe, it can avoid the adjacent connection of the pipe, so it can be replaced by the rear side, and then replaced by the parallel arrangement, and the materials are advanced with each other, and the heat pipe 1 is pushed together to perform the push so that the pipes can be welded. Waiting for processing,! ^I, check the degassing, nozzle sealing, and production efficiency. The continuous manufacturing of & and the improvement of the production, the invention is indeed lacking in knowledge, and because of the purpose of the new and new t§ M pre-month, and solve the problem of Li Shenjing # #, A π € "祆 及 及 进步 进步 , , 发明 发明 发明 发明 发明 发明 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ..."""""""""""""""""

Page 10 1261658

Page 11 1261658 Brief description of the drawings [Simplified description of the drawings] The first figure is a side view of the present invention. The second drawing is a top plan view of the present invention. The third figure is a schematic view (1) of the action of the present invention by pressing. The fourth figure is a schematic diagram of the action of the invention by pressing (2). Fig. 5 is a schematic view (1) of the action of welding according to the present invention. Fig. 6 is a schematic view showing the action of welding according to the present invention (2). The seventh figure is a schematic diagram of the action of the present invention when it is returned. Figure 8 is a side elevational view of another embodiment of the present invention. Figure 9 is a rear view showing another embodiment of the present invention. Figure 10 is a rear view showing still another embodiment of the present invention. [component representative symbol] <present invention>

Page 12 Tube 1 Sealing end 10 Sealing structure 11 Capillary structure 12 Working fluid 13 Feeding mechanism 2 Processing station 20 Feeding end 200 Discharge end 201 Feeding direction 21 Heating unit 22 Pressing mechanism 3 1261658

Page 13

Claims (1)

1261658 VI. Patent Application No.1 A forming method for continuous parallel transport of heat pipes includes the following steps: a) Feeding: The pipes with built-in capillary structure and working fluid are arranged in parallel, so that the pipes can be pushed continuously. And b) degassing: in the process of pushing the feeding of each pipe, the heat is input to each pipe for degassing; c) pressing: in the process of continuously pushing the feeding of each pipe, The pipe end of the pipe that has been degassed is pressed; and d) welding: in the process of continuously pushing and feeding the pipes, the pipe joints after pressing are welded. 2. The method for forming a continuous heat-conducting parallel heat pipe according to claim 1, wherein each of the pipes is continuously slanted by gravity and gravity, and the heat pipe according to claim 1 is continuously and juxtaposed. The forming method, wherein each of the pipes is continuously pushed by pushing power. 4. The forming method of the parallel heat transport of the heat pipes according to the first aspect of the patent application, wherein each of the pipes is conveyed and processed in a horizontal state, and the heat pipes according to the first aspect of the patent application are continuously arranged in parallel. The forming method of P, wherein each of the pipes is conveyed and processed in a vertical state, and the forming method of the heat pipes according to the first aspect of the patent application is continuously and parallelly conveyed, wherein each of the pipes is conveyed in an inclined state. machining Page 14 1261658 VI. Scope of application for patents 7. Forming method such as pipe withdrawal plus 8 XJO —- early entering, which is far away from the feeding end towards the feeding direction welding mechanism. 9. The forming device 10, the formed forming device and the driving device 11, the position 12 for sending the forming device, the forming device 13 for feeding, the forming device 14 for feeding, and the heat pipe continuous according to the first item of the patent application. Parallel transportation, which further includes step e) returning material: the work of the above steps will be completed. The forming device for continuously transporting the heat pipes in parallel comprises a heating material mechanism, a pressing mechanism and a welding mechanism; the feeding mechanism has a processing table, the processing table has a feeding end and a discharging end, and The feeding direction of the discharge end extending is defined on the processing table, and the heating unit, the pressing mechanism and the heat pipe described in item 8 of the patent application are sequentially arranged in parallel on the processing table. , wherein the feeding mechanism of the feeding mechanism is configured with a pusher, such as an application for exclusive placement, wherein the pulley is applied for an exclusive arrangement, wherein the pulley is applied. If the application is specific, if the application is specific, the heat pipe as described in item 9 of the patent application is continuously parallel. The push mechanism has at least one pulley set and a group of motors. The heat pipe described in item 8 is continuously and parallelly fed. The feed end of the feed mechanism is tied to the heat pipe according to item 8 of the discharge end. The heat pipe is continuously juxtaposed. The press mechanism has a set of sealing molds. The heat pipe continuous parallel welding mechanism described in item 8 of the benefit range is a spot welder. The heat pipe described in item 8 of the range is continuously parallel Page 15 1261658 VI. Patent Application The forming device is further provided with a material returning mechanism, and the material returning mechanism is disposed at the discharging end of the feeding mechanism. 1 . The forming apparatus of the heat pipe according to claim 14 , wherein the returning mechanism has a material dividing member and controls the movement of the materializing member by a pneumatic cylinder. _ 1 6 . The forming apparatus for continuous parallel transport of the heat pipes according to claim 14 of the patent application, wherein the returning mechanism is connected to a receiving plate. Reference Page 16