METHOD OF MANUFACTURING PIPE WITH MULTILAYERED STRUCTURE
The present invention refers to at least one pipe 3 through intermediate multifunction pipe with a drawing process method relates to the total tube, disposed intermediate the shape deformation during draw of pipes for no as well as multifunction, draw from deforming each pipe to minimize strain annealing process formed by, multilayer structure pipe functionality with dimensional accuracy is improved significantly reduce the cost of the pipe line are a multilayer structure manufacturing method are disclosed. Heat pipe large ship, marine plant, inputted to a, variety of industry inner etc. used in airplane. Such as in the case of 1 also shown in during heat pipe 3, to space the interior and exterior of container (container, pipe A and pipe C) into which the working fluid in the interior of the container can be moved to the LEDs (wick, pipe B) consists of. The gaseous working fluid by absorbing heat from the heat pipe 3 in the direction of or in heat evaporates into the vaporizing water in, outside temperature is low while working fluid condensed in the process where the gas state disposed on the heat exchanging combustion chamber. The heat during such 3, phase change due to external energy available from the base plate using heat or as heating device, recently, building number wet and air conditioning, vehicle, aircraft, car transportation means including cooling device, solar, geothermal heat, heating and cooling system using waste heat such as well as to increased demand of heat pipe as assistant device are disclosed. Drawing process (drawing) carboxylic acid derivatives to the digital number the pipes of pipe number sol other preferred owing to the high pressure liquid coolant to the elongate dimension at a low cost. Conventional, draw the heat pipe method using a number of tank 3, as shown in fig. 2, container (container) through draw forming the outside pipe and the inner pipe (pipe C) (pipe A) number after a high pressure liquid coolant, coolant through the extrusion optimized back-structure is formed after a number intermediate pipe (pipe B) high pressure liquid coolant, 1 difference draw outside pipe through intermediate pipe after the total it refers, it became the total tube 1 through a method for the total tube placed in the inner space 2 difference draw difference number encoded into inner tank. The method is, at least in the total tube 2 as well as Conference drawing process can be used, since the total tube intermediate pipe in correct a, deformation of the intermediate pipe inevitably disclosed. On the other hand, because of heat pipe functional handphone and multifunction a need for increased, current intermediate pipe structure in a simple structure, the more complex the design of current gradually regards likely, draw intermediate pipe deformation so that they can be, incorporated into the original design of the functionality damage, design freedom low door number point at the disclosed. In addition, intermediate pipe deformation drawing process, in the second pipe will not be subjected to severe deformation if due to work hardening heat treatment such as annealing can be according to need, additional thermal treatments subsequent door number point an increase in production costs disapproval. On the other hand, is to patent document, CO2 Gas with circulating internal electric soldering and, said plurality of intermediate apparatus for processing are formed internal apparatus for processing a diameter smaller than said internal electric soldering to envelope the whole arranged to each other so that the adjacent member is disposed in the inner electric soldering and intermediate apparatus for processing assembly steps and, said internal electric soldering and intermediate electric soldering disposed in outer periphery of the outer periphery of the internal apparatus for processing a plurality of intermediate apparatus for processing all the shapes are capable of firmly wrapping inside said insert assembly having an outer apparatus for processing into external apparatus for processing assembly steps and internal electric soldering and a plurality of intermediate apparatus for processing, said external apparatus for processing assembly steps are assembled internal electric soldering and a plurality of intermediate apparatus for processing introduced to said external apparatus for processing a pipe pulling is put into compressing said compression apparatus for processing a plurality of intermediate reduced diameter of external apparatus for processing a drawing operation switch and modified condition coupled to a plurality of intermediate apparatus for processing and internal it is demanded that an external apparatus for processing into a multilayer structure for heat exchanger pipe manufacturing method comprising the steps of external apparatus for processing drawing over the disclosure. The method using apparatus for processing a plurality of intermediate heat exchange structure is made in favor of the drawing process of deformation, and the number of intermediates for the pipe, wick (wick) compared to general design freedom exists in the structure from the pin is point number. The present invention refers to, multifunction pipe with at least one pipe 3 through intermediate drawing process the total tube compress, for multifunction pipe free from deformation point, draw from deforming each pipe strain can be a multilayer structure to minimize the number and pipe manufacturing method number [...] if less than 1000. In order to solve the present invention refers to said number and, disposed most on the outside of the external pipe, most on inside and inner pipe, said multi-layer structure that is located between the internal pipe and external pipe to pipe manufacturing method intermediate pipe, said intermediate pipe outside pipe involves inserting the inner pipe, said outer pipe and said intermediate pipe using about axial tube drawing process, by mechanically bonding the pipe and said internal pipe, said intermediate pipe in said draw pipe manufacturing method without causing plastic deformation of the multilayer structure a number [...] substrate. Than, disposed about the intermediate pipe and an external pipe [...] inner pipe an order, the total tube without substantial deformation in accordance with the intermediate pipe. The apparatus for filling up a DC intermediate pipe is complicated even if its shape in the longitudinal direction, in accordance with the dielectric layer structure consisting of pipe performance number. In addition, intermediate pipe since there is no mechanical strain, poor mechanical strain according to intermediate pipe strength need not change money to be coated. In addition, external pipe and internal pipe to required strain mechanical in the total tube appropriately share to rotate, unlike the total tube process of the existing method in which the strain or a particular pipe, due to work hardening properties can be minimize changes in specification management is easy as well as, through heat treatment such as annealing process can be omitted-release device, pipe operator is included in the multilayer structure prepared by the number is equal to or higher dimensional accuracy. One embodiment of the present invention in one form, said intermediate pipe 1 or more pipe can be made. I.e., said intermediate pipe consisting of two pipe 1 may also be used but, draw little deformation in the through-connected to the front end, intermediate pipe in advance the total tube treated 2 burns, multiple tube arranged in a double-pipe 3 disapproval. Through, a fibrous pipe various function number in accordance with the dielectric layer. One embodiment of the present invention in one form, each heat exchange medium for receiving the fixing ribs of the intermediate pipe can be. , the total tube with internal pipe which is disposed inside said space is formed through the intermediate pipe to pin (fin) such as in the form of a structure can be formed. One embodiment of the present invention in one form, with axial tube expanding said one reduces the drawing process can be. One embodiment of the present invention in one form, are located inside the mandrel for expanding said inner pipe can be performed. The present invention according to manufacturing method involves the following effect can be achieved. First, the axial tube disposed intermediate the pipe and the outside pipe about the function, which the total tube by using the inner pipe which, during this process the total tube condition applied only elastic deformation such as to maintain said function for pipe made which does not substantially shape deforming, require complicated various components in accordance with the number of pipes for fit to the shape of the function is small. In addition, function and properties as well as plastic deformation of pipes for pipe for functions that varies but variation in shape of a functional loss, the plastic deformation of the present invention a direct current, a pulverizer of pipes for drawing function thereof can prevent the degradation occurs. In addition, axial tube process as compared to the total tube only of the existing method method in a radio communication network, the present invention refers to a pipe and an external pipe simultaneously since the inner axial tube, to minimize an amount of deformation of the outside pipe can be, pipe specification management is easy as well as, pipe specification without need for the management thermal treatments such as annealing can be operator is included in dimensional accuracy. In addition, in transferring the substrate simultaneously with axial tube external device and, after machining for management of surface roughness of outer and inner of hereinafter disclosed. Figure 1 in general 3 indicating the structure of heat pipe are disclosed. Figure 2 shows a number of the existing method method using a heat pipe also draw bath during 3 to explain schematic are disclosed. In the embodiment of the present invention also Figure 3 shows a heat pipe using a device according to one of the schematic diagram of the drawing process number tank 3 are disclosed. Figure 4 shows a schematic of the present invention also reduces the axial tube in expanding and one in the embodiment according to draw state are disclosed. Of the present invention in the embodiment described techniques used to date shows backing describe a plurality types including the meaning of the phrase and opposite meaning also are disclosed. The specific properties of the stream comprising the meanings grudge polysemy, region, integer, step, operation. Element and/or components and another specific properties of the embodied, region, integer, step, operation. Element, component and/or the presence of a group number or additional [...] are not correct. Although not defined other, techniques used herein including all terms in the present invention is provided to the terms and scientific terms is generally 155.520 same meaning in semantics and understanding are disclosed. In addition, normally used a pre-defined terms dictionary that corresponds to the respective technical document currently disclosure content interpreted not further defined, or a sense ideal formula is not be interpreted. The present invention according to multilayer structure manufacturing method in the embodiment with reference to a specific pipe for drawing the preface is detailed as follows. In the embodiment of the present invention Figure 3 shows a number of using heat pipe 3 according to draw one also is drawn for the schematic diagram of the tank device are disclosed. The drawing device used in the present invention (10) is greatly, pushing unit (100) and, drawing unit (200) including combustion chamber. Double, said pushing unit (100) is, drawing unit using a hydraulic system (200) in the plasma are attracted direction capillary (300) to be press fit into a unit a predetermined compressive force are disclosed. In addition, said drawing unit (200) is blow-in pushing unit (100) by fitted to a capillary (300) disposed on outer circumferences of said capillary (300) to a predetermined outer diameter reducing dies (210) on, said capillary (300) by rotating in a reactor could attract (220) on, capillary disposed inside said inner pipe expanding mandrel in capillary configuration (230) and, said clamp (220) on the mandrel (230) the driving force (not shown) comprising a hydraulic system that number [...] effected. Said dice (210) so that the inner diameter of drawn to taper direction drawing process sampling (300) and axial tube constituting the outer pipe is modification, said mandrel (230) the outer diameter of said capillary (300) greater than the diameter of internal pipe constituting the installed internal pipe is expanding drawing process can be modified so as to be disclosed. Said capillary (300) during the 3 consisting of a structure, the outside pipe (310) and the inner pipe (330) intermediate pipe (320) the vessel could be bonded each other. Intermediate pipe (320) includes said internal pipe (330) for forming heat exchange flow with the interior structures such as e.g. pin (fin) inner direction in the nanometer range. On the other hand, said intermediate pipe (320) is made of pipe without necessarily 1, intermediate pipe (320) burns 2 itself, such as a double-pipe 3 is composed of a multilayer structure, as a result capillary (300) by means of the structure of double-pipe or more 4 disapproval. Said container serves the outside pipe (310) and the inner pipe (330) is made out of, general carbon steel, stainless steel, aluminum, copper, nickel or alloys thereof on the cover various areas such as number bath 1308. Said intermediate pipe (320) is to be considered at the inner surface of cooling, heat transfer characteristics and bigger material, e.g. aluminum, copper, titanium, or their alloys can be used but, composite are not correct. Next, drawing device of the present invention pipe manufacturing method using multilayer structure is described substrate. <Multilayer structure constituting pipes of pipe number bath> First, capillary (300) constituting the outside pipe (310) is, number is large relative to the diameter of the outer pipe has a multilayer structure be tank intermediate pipe (320) having an inner diameter is large relative to the diameter of the preparing or, if there is no such pipe is, housing and the tube by using a drawing device (tube sinking) process using the, outer diameter required fixing substrate. Capillary (300) constituting the intermediate pipe (310) is, in order to receive a heating medium into which the pins (fin) generated structure is used, if pin (fin) structure of mold formed using the pin (fin), publicly known or hot extrusion process, draw number using high pressure liquid coolant therein. The, intermediate pipe (310) outside diameter and the inner diameter finally number of outer diameter and inner diameter equal to the number to be tank pipe multilayer structure in high pressure liquid coolant 4700. Capillary (300) constituting the internal pipe (330) is, while having an outer diameter which is smaller than said number tank be multilayer structure the pipe intermediate pipe (310) having an inside diameter greater than an outside diameter of preparing or, if there is no such pipe is, housing and the tube by using a drawing device (tube sinking) process using the, outer diameter and inner diameter required fixing substrate. <By drawing the total tube step> Than the outside pipe (310), intermediate pipe (320) and internal pipe (330) is prepared, the outside pipe (310) an intermediate pipe (320) and the inner pipe (330) for sampling the drawing inserting (300) for making other. The capillary made (300) a, using dice pushing unit (210) and to press, press-tip clamp (220) signal and generates, using a hydraulic system clamp (220) and attract, mandrel (230) to move in the direction opposite to each other. The pushing unit (100) with pressure input of drawing unit (200) preferably the same draw force can be maintained. Figure 4 shows a schematic of the present invention also reduces the axial tube in expanding and one in the embodiment according to draw state are disclosed. As shown in the variation also 4, dice (210) comprises an outer pipe (310) and when axial tube, scanned intermediate pipe (320) can be reduced to the outside diameter and of substantially the same, mandrel (230) outer circumference part of the dice (210) so that a small portion of the most outer most diameter is formed having a diameter larger, and the diameter internal pipe (330) the mandrel (230) when expanding by, internal pipe (330) an outer intermediate pipe (330) substantially equal to the inner diameter of to in the nanometer range. In this way, die (210) on, mandrel (230) and size of the outside pipe (310), intermediate pipe (320) and internal pipe (330) fitted to an inner diameter of an outer because, when performing drawing process, intermediate pipe (320) is subjected to a substantially without is under or over. But, when the total tube, the outside pipe (31) intermediate pipe (320), and an intermediate pipe (320) and the inner pipe (330) is mechanically separated from the frictional forces exerted on them by means of pipe is not silane coupling agent must be imparted, intermediate pipe (320) but will not be subjected to elastic deformation of the little modification within the range, intermediate pipe (320) substantial deformation not. Through this method has an excellent dimensional accuracy, does not require annealing is, any number of intermediate pipe deformation not subject to high pressure liquid coolant pipe in the structure 3 can be. 10: Drawing device 100: Pushing unit 200: Drawing unit 210: Dice 220: Clamp 230: Mandrel 300: Capillary 310: The outside pipe 320: Intermediate pipe 330: Internal pipe The present invention relates to a method of joining through a drawing process of three or more pipes including a multifunctional pipe formed in the middle thereof. More specifically, the present invention relates to a method of manufacturing a pipe with a multilayered structure, the method which not only improves functionality of the pipe with the multilayered structure, but also can remarkably reduce process costs by preventing shape deformation of the multifunctional pipe formed in the middle and minimizing deformation rates of the respective pipes deformed in the drawing process, thereby skipping a subsequent heat treatment process. The method according to the present invention, as a method of manufacturing a pipe with a multilayered structure including an outer pipe which is deposited in an outermost portion, an inner pipe which is disposed in an innermost portion, and an intermediate pipe which is disposed between the outer pipe and the inner pipe, comprises the steps of: inserting the intermediate pipe and inner pipe into the outer pipe; and reducing diameter of the outer pipe and expanding diameter of the inner pipe centering around the intermediate pipe using the drawing process, thereby mechanically joining the outer pipe and the inner pipe, wherein the drawing process is performed in such a way that plastic deformation of the intermediate pipe is prevented from being generated. COPYRIGHT KIPO 2017 Disposed most on the outside of the external pipe, most on inside and inner pipe, said multi-layer structure that is located between the internal pipe and external pipe to pipe manufacturing method intermediate pipe, said intermediate pipe outside pipe involves inserting the inner pipe, said outer pipe and said intermediate pipe using about axial tube drawing process, by mechanically bonding the pipe and said internal pipe, drawing process does not take place in said plastic deformation of said intermediate pipe characterized pipe manufacturing method to a multilayer structure. According to Claim 1, characterized in that said intermediate pipe 1 or more pipe consisting of multilayer structure pipe manufacturing method. According to Claim 1, said each heat exchange medium for the intermediate pipe receiving space formed multilayer structure manufacturing method characterized in that pipe. According to Claim 1, characterized in that said multilayer structure with axial tube in an expanding pipe manufacturing method. According to Claim 1, in said draw, said expanding the internal pipe is positioned inside the pipe using the pipe manufacturing method characterized in that the mandrel for a multilayer structure.
