PORTHOLE DIE MOLD STRUCTURE HAVING PLURALITY OF WELDING CHAMBERS
The present invention refers to a porthole in the material flowing through the plurality of junction chamber to an flowing through wide bonding to bond region and deriving pressure based on an error between a junction points into are disclosed. Tube extrusion die for forming any metal material to have a desired shape is provided in the third conduit, such as an aluminum tube extrusion die aluminum billet is heated to a predetermined temperature in the case of mounted extrusion die coat the same under high pressure into an extruder 21 are used to enhance the desired shapes. The extrusion die useful mainly by conduits and chassis number article comprises a number tank and, in addition electric, electronic, construction, such as an automobile in which various number article produced industrial needed, these advise a consumer depending on the needs of the basis of the texture as well as proving to be a are disclosed. As one example of the mold insert ring is inserted into the bridge die assembly for extruding in air, in which the mandrel is a mandrel for insertion into the center bridge fixed part, and a porthole in the periphery of the formed in the nanometer range. 'S beak is formed in the tube in a mold process as follows. First semi-molten material is introduced through the inlet, through a porthole die extrusion holes discharge which, of the interior cavity, the contour and shape of the channels of the periphery of the extrusion hole formed by the very [tu one of the. On the other hand, according to the extrusion head extrusion molding structure for fabrics of the existing method of extrusion pressure cut producing high disease need not so far operator under high pressure check valve in the higher temperature heating than extrusion or semi molten material to be extruded steel flow of molten materials such as extrusion kneading method and semi workstation in number are disclosed. However, high temperature and high pressure flow is rapid the bridge like semi molten source material into a drive unit temperature changes and high voltage environment the mandrel, and therefore of the metallic material may be significantly degraded durability or door which is frequently broken number, the number tank and replace expensive mold infrequently to function as, the maintenance cost of the door on the basis number point at the disclosed. A porthole using die extrusion method is the very [tu using die an extrudate having a cross-section forming a complex hole number curve number bath method as Pd. The use of porthole die extrusion, regardless of small length to a mandrel tube allows the number can be disclosed. The material of the container flows through a multi hole having a porthole, and a plurality of divided through a porthole from silkworm cocoon, brazed with a high pressure encountered in the welding chamber. The aluminum alloy has the following and strong bond factor effective disclosed. However, the number changes to the porthole using die extrusion method against the work expense reduction, extrusion die during welding in the chamber solid state results generated along a direction length of extrusion as torch that auricle are disclosed. The number in the case of a porthole die extrusion pressure is generated during the test article during use destructive weld seam collision point number etc. door. Critical to quality such as extruded aluminum tube in said joint surface bonding, bonding quality enhancement in order welding chamber pressure that occurs in the bonding by the bonding pressure improved improved and bonding pressure generating time continuance of the become critical for extending and duration is equal to the need for changing structure of extrusion die. Method and device in a number of the existing method for semi-solid seamless extruded tube number bath patent number 10 - 0982534 call registration include nucleotide (2010. 09. 16) can be referencing. Said document describes solid/liquid or liquid/liquid phase bonding semi-solid which is formed during extrusion due to welding line number billion formation regions, expanding impact even welding line and preventing the destruction seamless extruded tube number bath solution technique semi-disclosure as follows. 10 krone provided 0982534 B (patent document 1) The present invention refers to said of the existing method as a cache coherency point door number, are formed in the aluminum tube is in the form of a porthole extrusion die in a process tank in the case of most criticism die number having only one junction chamber in that bonding pressure bonded at both sidewalls of the lower adverse, successive plural junction chamber and vice versa by configuring the extrusion material strain and deformation of the valid height, maintaining continuous bond to the lower junction chamber to develop a pressure by allowing the object to improve the quality of the extruded with the footpad [...] number are disclosed. Said plurality of bonding such as a cyclone chamber having a porthole die mold structure for the present invention according to supplied strand (5) storing container (10); said container (10) of a lower porthole body (20); said porthole body (20) toward the lower center of the mandrel (23); said porthole body (20) in the composition of the extrusion die (30); and said extrusion die (30) in said mandrel (23) inserted formed from joined junction chamber (40); wherein, said porthole body (20) is said container (10) fitted to a billet in (5) is divided into a plurality strands a plurality of porthole (21) is formed, said mandrel (23) is a plurality of said porthole (21) which extends upwards from the inside of the lower, said junction chamber (40) and to lower member is disposed continuously along extrusion by packing material girders (5) leading to high strain and deformation of the valid and vice versa, causes continuous bond to the pressured. Said plurality of junction chamber (40) is, said plurality of porthole (21) connected directly to the lower end of the hollow ring-shaped chamber a number 1 junction chamber (41) and said number 1 junction chamber (41) connected directly to the lower end of the inner hollow chamber lower as the direction from said mandrel (23) disposed outward of center side number 2 junction chamber (43) having a predetermined wavelength. Said mandrel (23) is, said porthole body (20) so that extend downward in number 1 junction chamber (41) the formation of number 1 mandrel body (24) and said number 1 mandrel body (24) extends angularly tilted in one direction the lower number 2 junction chamber (43) the formation of number 2 mandrel body (25) having a predetermined wavelength. Said number 2 mandrel body (25) is, its upper end is said mandrel (23) mounted along a radial direction of after distance extension, an insulating layer along said mandrel (23) extending towards the center of the airscrew. Such as described above the present invention according to a plurality of junction chamber having a porthole die mold structure packing material extrusion during the extrusion aluminum tube by applying successive plural junction chamber effective strain and deformation of the girders and vice versa height, a plurality of junction chamber constituting pressure generating area and continue at a junction chamber number 2 during lower pressure generating time increasing the number of bonded junction causes improved quality for joining aluminum extruded tube. The present invention refers to extrusion of material in melting temperature hereinafter deficiency causes local surface temperature is maintained as a low potential. Figure 1 the present invention according to a plurality of junction chamber having a porthole die mold structure which shows, Figure 2 shows a view of the present invention according to a porthole die mold structure and also cutting sensors mounted thereon, Figure 4 shows a container 3 also received a porthole and a plurality of junction chamber pressurizing the girders to also flowing from the process and describing surface, Figure 5 shows a comparison of the existing method of the present invention an extrusion die and also a plurality of junction chambers on distribution which shows an extrusion material, Figure 6 of the existing method which shows an extrusion material extrusion die and a plurality of junction chambers effective strain distribution, Figure 7 a plurality of junction chambers which are extrusion mounted on the extrusion load variation time, Figure 8 of the existing method of the present invention an extrusion die and shock of a porthole die package which shows pressure distribution, Figure 9 number 2 junction chamber according to junction pressure distribution which shows vertical length, Figure 10 number 2 junction chamber according to junction pressure distribution width of visible substrate. Hereinafter, with reference to the attached drawing of the present invention in the embodiment further detailed the on-sensors other. However, in the embodiment in the present invention refers to hereinafter is limited to various different disclosure which is embodied in the form of percussion, in the embodiment of the present invention disclosure are and can be utilized for only the complete, to categories of the invention completely for alerting the person with skill in the art being ball number are disclosed. The absorbent article in a drawing code identical elements defines other. Each of the drawings in adding references components, although other drawing even for the same components displayed on a possible code accomplishing the same may have a significantly negative. In addition, the present invention is connected to the described, publicly known or a function of the associated specific description the subject matter of invention description if a haze can be decided to be dispensed to each other. In addition, the constitution of the invention described is provided to element, number 1, number 2, A, B, (a), (b) using terms such as can be. Other components such terms having an element discriminate between the hell of, its terms corresponding components are not limited by the nature of the or the like or sequence. Any component and other components "connected", "coupled" or "connected" are blocked when described, other components or constituents are directly linked can be connected but, components for each other "connected" between components, "coupled" or "connected" is a device that may be will be. Hereinafter, with reference to the present invention according to a plurality of junction chamber having a porthole die 1 to 10 also mold structure also describe the other. A porthole die mold structure supplied strand (5) storing container (10), container (10) of a lower porthole body (20), a porthole body (20) toward the lower center of the mandrel (23), a porthole body (20) in the composition of the extrusion die (30) and an extrusion die (30) formed in a junction chamber (40) having a predetermined wavelength. A porthole body (20) container (10) into a billet in the coordinates (5) divided into a plurality strands a plurality of porthole (21) formed therein. Said porthole (21) is a plurality of disposed thereon at regular intervals on the circumference. A porthole body (20) comprises a plurality of porthole (21) that extends in the direction of from the inside of the lower mandrel (23) has. Said mandrel (23) number 1 the mandrel body (24), number 1 mandrel body (24) extending lower tilted in one direction number 2 mandrel body (25) and number 2 mandrel body (25) formed at the lower end of mandrel end (26) comprise a. Number 2 mandrel body (25) of the top contour is number 2 mandrel body (25) mounted along a radial direction of after distance extension, an insulating layer along number 2 mandrel body (25) extending towards the center of the airscrew. I.e., number 2 mandrel body (25) has a curved top number 1 mandrel body (24) is formed at a diameter greater than the diameter of the lower placed needed for the airscrew. Said mandrel (23) extrusion die (30) so as to remain inserted in the junction chamber (40) formation substrate. Extrusion die (30) comprises a plurality of porthole (21) state entering the billet is removed through a plurality of junction chamber (40) and sequentially through bonding, finally discharged through tubular number article to be disclosed. A plurality of junction chamber (40) is an extrusion die (30) number 1 in mandrel body (24) includes a source number 1 the arrangement of the junction chamber (41) and an extrusion die (30) number 2 in mandrel body (25) includes a source number 2 the arrangement of the junction chamber (43) having a predetermined wavelength. Number 1 junction chamber (41) comprises a plurality of porthole (21) connected directly to the lower end of the hollow chamber as, number 1 mandrel body (24) around the ring-shaped chamber configuration are disclosed. Number 2 junction chamber (43) is number 1 junction chamber (41) connected directly to the lower end of the inner hollow chamber as, number 2 mandrel body (25) around the ring-shaped chamber configuration are disclosed. The present invention refers to successive plural junction chamber (40) packing material extrusion by adding constituting effective strain and deformation of the girders and vice versa height, constituting a lower number 2 junction chamber (43) to develop a pressure by allowing the extruded for maintaining continuous bond to the improved quality of causes. Figure 5 shows a comparison of the existing method of the present invention an extrusion die and a plurality of junction chambers on extrusion material distribution also show other. Upsetting (upsetting) extrusion process, the positioning (dividing), welding (welding) and forming (forming) of step substrate. Of the existing method of the present invention an extrusion die and comparing a porthole die mold structure if, upsetting and temperature distribution in the positioning process but it is generating nearly uniformly, welding and forming step can be while making sure that the temperature difference is becoming expanded. Forming step at the lower end of making sure that the units 20 can be formed as a possible. Figure 6 of the existing method extrusion die and a plurality of junction chambers effective strain distribution extrusion material exhibits a substrate. In the present invention number 2 junction chamber (43) according to various vertical length and width effective strain distribution which shows an extrusion material which, overall include a plurality of junction chamber (40) rises about the bonding surface of the valid strain state can be confirmed. A plurality of junction chambers mounted on the extrusion load variation time Figure 7 extrusion exhibit substrate. Extrusion load is upsetting, positioning, welding and forming process tends increased while variations of visible substrate. The positioning step for transferring a sudden application on which are raised and clear the upsetting step, substantially constant on facing surfaces of the positioning step, welding step a sharp rise curve and, forming step changes vertical view other. As compared to the extrusion die of the existing method, the present invention according to a porthole die mold structure through extrusion material fluctuation is upsetting, the positioning step extrusion load variation but welding and forming step are determined can be extremely small making sure that the pushing load. Figure 8 of the existing method of the present invention an extrusion die and a porthole die package distribution of pressure shock of show other. The lower end of the single junction chamber part welding zone on one side is formed but, in the present invention number 1 and number 2 junction chamber junction chamber longitudinally along the welding zone making sure that the entire region can be formed. Figure 9 shows a vertical length which shows pressure distribution according to junction junction chamber also number 2, number 2 is the width of the junction chamber pressure distribution according to junction 10 show other. As the present invention according to the above-described plurality of junction chamber having a porthole die mold structure comprises a plurality of joining chamber joined by applying aluminum tube during the extrusion junction chamber pressure generating area and bonding pressure generating time increasing the number of improved quality for joining aluminum extruded tube causes. "Comprising" described above, such as the term "constituting disclosed" or "has disclosed", without a specially opposite substrate, keeping means corresponding components may be three, but [...] number further comprises other components of the other components of the should be interpreted. All the terms including the scientific or technical, not defined differently, the present invention is provided by the same person with skill in the art in the art it will generally have the meanings. A pre-defined term typically used on the respective technical terms the context of semantics and a match must be interpreted, it is apparent that in the present invention broadly define not, or overly formal sense interpreted not ideal. A feature of the present invention sends more description is provided to exemplify the generally described, the present invention if the properties of the present invention is provided to essentially inputted from deviating from a person with skill in the art in various modifications and deformable will. Thus, the present invention in the embodiment of the present invention are to define the disclosure but rather to explain the feature and, in the embodiment of the present invention by not the limited range of such feature. Under the protection range of the present invention must be interpreted by fee so as to range, and the range of the present invention feature in a range equal to all rights will be interpreted. According to the present invention, a porthole die mold structure having a plurality of welding chambers comprises: a container (10) to store a supplied billet (5); a porthole body (20) disposed below the container (10); a mandrel (23) protruding from a lower center of the porthole body (20); an extrusion die (30) disposed below the porthole body (20); and a welding chamber (40) formed by inserting and coupling the mandrel (23) into the extrusion die (30), wherein the porthole body (20) is formed with a plurality of portholes (21) to divide the billet (5) press-fitted into the container (10) into a plurality of strands, wherein the mandrel (23) extends downward from an inner side of the plurality of portholes (21), wherein a plurality of the welding chambers (40) are continuously arranged in a vertical direction to increase an amount of deformation of the billet (5) which is an extrusion material, thus increasing an effective rate of deformation and generating a continuous welding pressure. COPYRIGHT KIPO 2017 Supplied strand (5) storing container (10); said container (10) of a lower porthole body (20); said porthole body (20) toward the lower center of the mandrel (23); said porthole body (20) in the composition of the extrusion die (30); and said extrusion die (30) in said mandrel (23) inserted formed from joined junction chamber (40); wherein, said porthole body (20) is said container (10) fitted to a billet in (5) is divided into a plurality strands a plurality of porthole (21) is formed, said mandrel (23) is a plurality of said porthole (21) which extends upwards from the inside of the lower, said junction chamber (40) and to lower member is disposed continuously along extrusion by packing material girders (5) valid and increased height of a sudden strain, to develop a pressure continuous bond, a porthole die mold structure. According to Claim 1, said plurality of junction chamber (40) includes, a plurality of said porthole (21) connected directly to the lower end of the hollow ring-shaped chamber a number 1 junction chamber (41) and said number 1 junction chamber (41) connected directly to the lower end of the inner hollow chamber lower as the direction from said mandrel (23) disposed outward of center side number 2 junction chamber (43) including a, a porthole die mold structure. According to Claim 1, said mandrel (23) is, said porthole body (20) so that extend downward in number 1 junction chamber (41) the formation of number 1 mandrel body (24) and said number 1 mandrel body (24) extends angularly tilted in one direction the lower number 2 junction chamber (43) the formation of number 2 mandrel body (25) including a, a porthole die mold structure. According to Claim 3, said number 2 mandrel body (25) is, its upper end is said mandrel (23) mounted along a radial direction of after distance extension, an insulating layer along said mandrel (23) thereof is extended toward the center of, a porthole die mold structure.
