INSERT INJECTION MOLDING METHOD USING FIBER-REINFORCED COMPOSITE MATERIAL AND INJECTION MOLDED PRODUCT USING SAME
The present invention refers to insert injection molding method and relates to injection-molding, more particularly fiber-reinforced composite material for coating articles method and injection-molded articles to a bushing are disclosed. Fiber-reinforced composite material comprises glass fiber, carbon fiber, aramid, high strength fibers such as Kevlar impregnated with a polymer base material such as plastic or epoxy material to enhance the strength high performance are disclosed. Fiber-reinforced composite material that is capable fine powders but high strength structure forms, but can be implemented in any shape that allows for number has disadvantages low design freedom. For example, a bumper back-general plastic material metallic material lower number the excellent high pressure liquid coolant design freedom but can save cost, lack of rigidity collision performance adsorption fixing plate disclosed. The temperature detector, a bumper back-fiber-reinforced composite material is rigid and secure collisions enhanced performance or high pressure liquid coolant number, product number number single ppars free design generates high pressure liquid coolant is formed a lead part it is young circle separately combining the manner these additional number designation cost is raised and the shortcomings inherent deliquescing agent has a lightness are scarce. The present invention refers to fiber-reinforced composite material insert by using high design freedom, an advantageous high strength fiber-reinforced composite material formed on the edge of one side of a molded article and method for injection molding nozzle under public affairs number are disclosed. The purpose of the invention is fiber-reinforced composite material using injection molding method of a bushing and a number public box injection-molding can be recycled. It is another object of the present invention the mold manufacturing method advantageously injection-molding a high strength high design freedom public box number and can be recycled. To achieve this object the present invention refers to insert material impregnated fiber-reinforced composite material for high strength fibers in the resin step; said fiber-reinforced composite material number bath of an insert forming step pre-surfaces are formed to be insert; and said insert is disposed on the injection mold for injection molding step and a resin injection injection article number tank; the method including injection molding a number under public affairs substrate. At the definition stage said insert said insert section is formed, said injection molding step said swing said support part and is supported on one side, said injection molding said insert in said support protrusion in the screwed-in insert injection molding said resin injection to prevent deformation of the preferably. Said insert said insert support groove formed with through holes formed peripheral or, preferably through the injection mold in which said moving portion. Said support groove formed into the through hole, said through hole is inserted into the cathode-ray tube can be multi-stage to be formed. On the other hand, said fiber-reinforced composite material resin, said resin is injected into the injection mold can be allogenic of resin. In addition, the present invention refers to bumper assembling structure for use in injection molding, is manufactured by fiber-reinforced composite material is characterized in that the buried section of a bushing and the injection molded product number under public affairs substrate. NC machine tool is placed on said injection molding face sheet metal material formed of a bushing coupled to the buried preferably. Said metal sheet with an electron emission material, preferably filled resin to said injection needle. The present invention according to insert injection molding method and the insert material by using injection-molding the fiber-reinforced composite material, has a high degree of freedom has superior strength design advantages. The present invention according to insert injection molding method number bath to bumper front threaded part forms have cost effect further compressed with assembly of the members. Figure 1 shows a fiber-reinforced composite material using insert injection molding process order indicating also the present invention according to method are disclosed. Figure 2 shows a the present invention according to also insert injection molding method using a step for forming a fiber-reinforced composite material in the injection mold indicating are disclosed. Figure 3 shows a fiber-reinforced composite material of the present invention according to insert injection molding method also in insert indicating the method are disclosed. Figure 4 shows a fiber-reinforced composite material of the present invention according to insert injection molding method also in insert indicating the method are disclosed. Figure 5 shows a number indicating the present invention according to insert injection molding method also to the bumper back-produced therewith are disclosed. Figure 6 shows a number indicating the present invention according to insert injection molding method also is used the metal plate material insert hundred to being empty, bumper produced therewith are disclosed. The terms used in the specification and claim is not interpreted to define conventional or word or a pre-sense and in, its own invention best method described in the invention for most appropriately define a general outline of a term that feeling by principle, technical idea of the present invention must be interpreted semantics and general outline that is 2000. In addition, in the embodiment of the present invention are shown in the drawing the specification on a configuration and will most preferably sends a one in the embodiment, the technical idea of the present invention both not replace, the application point may replace their various variants are equal with accomplishing understanding can be negative. Figure 1 shows a fiber-reinforced composite material using insert injection molding process order indicating also the present invention according to method are disclosed. The fiber-reinforced composite material formed using the present invention according to insert injection molding method of a bushing to each an ethylene, implemented by designed by injection molding complex shape to improve freedom to micrographs. As shown, the present invention according to insert injection molding method step (S110) on the fiber reinforced composite material, insert forming step (S120) on, by means of injection molding step (S130). Fiber-reinforced composite material (S110) may be used as fiber-reinforced composite material insert is provided in the step number tank are disclosed. Fiber-reinforced composite material comprises reinforcing fibers base material impregnated with a polymer resin bath a number are disclosed. Fiber-reinforced composite material to form the shape of a generally plate-like or sheet is tank number, order number special shape high pressure liquid coolant economical and effort are consumed. The present invention refers to the use of a fiber-reinforced composite material insert material, fiber-reinforced composite material is plate-like or sheet-like fiber-reinforced composite material including the step (S110) provided, method required a plate connected to the chamber. Next, insert forming step (S120) is provided with a fiber-reinforced composite material forming the mixture into a pre-shaped are disclosed. In the form of plate-like injection molded article when somewhere does not require additional pre-shaped, if fiber-reinforced composite material is pre-shaped in a predetermined three-dimensional shape by molding the molded accomplishing. Molding the fiber-reinforced composite material is heated before the vacuum is pre-shaped to mold method can be made. At this time, providing a fiber-reinforced composite material may also be used but does not need separate molded, fiber-reinforced composite material molding mold for injection molding using shape of disapproval. Next, injection molding step (S130) is pre-shaped in an insert molded into the fiber-reinforced composite material is disposed on the mold, injection and a resin injection step completes an injection molding are disclosed. Is a single piece injection mold complex shape provided at an implement complex shape in degree of freedom in design as compared to known fiber-reinforced composite material by using only when tank number and, side TCP has a vertically. Figure 2 shows a the present invention according to also insert injection molding method using a step for forming a fiber-reinforced composite material in the injection mold indicating are disclosed. Fiber-reinforced composite material resin thermoplastic resin is used, fiber-reinforced composite material molding press against the heating can be anatomically shaped. The, fiber-reinforced composite material (10) is heated bottom mold for injection molding (100) is disposed on the, upper mold (200) fiber-reinforced composite material (10) can be molding shape while being pressed. The bottom mold (100) an elastic supporting holder (110) is provided in a, an upper die (200) and said holder (110) between the fiber-reinforced composite material (10) is to preferably can be fixed. And, an upper die (200) lower and upper mold (100) for injection molding resin resin infusion device is in a closed state (150) from an upper die using (200) gate (152) of the molded article molded using the change number jaws can be complete. Figure 3 shows a fiber-reinforced composite material of the present invention according to insert injection molding method also in insert indicating the method are disclosed. Fiber-reinforced composite material internal to the mold for injection molding of a bushing in injection molded articles made of a resin injection number where it is high pressure liquid coolant for injection molding, the polyester content on the gate (of Figure 2 152) around fiber-reinforced composite material (10) is the detection by injection pressure of resin such as deformation of the can. In addition, insulator with injection molded article when the expulsion by through hole fiber-reinforced composite material is injection pressure of resin molding may be filled while in the terminal. In order to solve the present invention refers to such door number point, in effect insert molding fiber-reinforced latency support grooves (12) is formed, insert a fiber-reinforced composite material (10) that is provided with a lower mold (100) to said support grooves (12) which are inserted into the cathode-ray tube (120) on one side, fiber-reinforced composite material through the hole of the home (12) lower mold (100) formed supported (120) configured to be coupled to by, insert material fiber-reinforced composite material (10) by the pressure in the resin can be maintained unchanged during a shaped to shape preferably. The support groove (12) and cathode-ray tube (120) includes a gate portion or resin, formed with continuous holes situated on the perimeter of the molded article, and rigidly securing the mold defect can occur to portions can be preferably. Figure 4 shows a fiber-reinforced composite material of the present invention according to insert injection molding method also in insert indicating the method are disclosed. As shown, fiber-reinforced composite material (10) is formed on the support grooves (14) formed in the opposite, cathode-ray tube (130) formed in multiple stages is fiber-reinforced composite material insert (10) to have a constant lower and the steam are disclosed. As well as support grooves (14) in the same manner as in the embodiment aforementioned not through-holes may be formed in the form of a recess on a disapproval. Cathode-ray tube (130) a support groove (14) corresponding to the inner diameter of the support groove (14) which are inserted into a small diameter part (134) on said support grooves (14) formed in a large cross-section than said support grooves (14) to support without inserted into small (132) having a predetermined wavelength. Insert material fiber-reinforced composite material (10) and lower (100) between the clearance are gradually lowered, the injected resin is removed by isotropic etching clearance, fiber-reinforced composite material (10) such that the injected resin on both sides, insert is placed outside has a form embedded number can be injection molded articles made of high pressure liquid coolant. Figure 5 shows a number indicating the present invention according to insert injection molding method also to the bumper back-produced therewith are disclosed. Front threaded part number bath it became bumper is made of a metal material, plastic material for cost and weight bumper developed hundred being empty, progressing disclosed. General bumper back number tank made of a plastic material by moulding design is provided to increase the flexibility the English single piece can be occupied area is a boundary between the bumper back-high pressure liquid coolant number greater effect of the mold. However there are limit in the impact energy absorbing performance are ensured in general plastic material strength limit have been monolithically fabricated. In addition, fiber-reinforced composite materials using high strength aspects of a secure collision bumper back number bath is provided to increase performance advantages but, generates a complex shape that is limited in design free part is assembled into a single piece number bath in information received from a separate add-on parts, in terms of cost or weight adverse disclosed. However, the present invention according to the fiber-reinforced composite material insert to an insert injection molding method, injection molding through implement a complex shape so that, for a complex multi component and, a collision can be required performance can be secured. As shown, bumper beam assembling (300) of the fiber reinforced composite material is is buried by a bushing, can secure strength required, the external complex shape may be equal to or higher than integrated by injection molding. In the drawing, the through hole (310) to the perimeter of the support grooves (312) formed can be sure that the. As above-mentioned through hole (310) of the periphery of the fiber-reinforced composite material being modified in shape of injection molding process to prevent micrographs. On the other hand, metal material insert vice-boomhundred being empty, bumper can be further coupled to the body. The body mating hundred being empty, bumper guide pin (410) which is required, the guide pin (410) motor is filled in the metal, said metal sheet of a bushing made of injection-molded guide pin (410) number can be integrally molded bumper back-high pressure liquid coolant. Figure 6 shows a number indicating the present invention according to insert injection molding method also is used the metal plate material insert hundred to being empty, bumper produced therewith are disclosed. As shown, the bumper hundred to being empty, insert metal plate material (400) includes a guide pin (410) is formed integrally, plurality of through hole (420) with each other. Injection molding through hole (420) injection molding resin filled into the interior of the Pat, the flat sheet (400) is more tenaciously buried with a separate door can be passed to the external interface number. In the embodiment above-described is exemplary in all of which must be understood to was not limiting, of the present invention represented by the aforementioned range will be described rather than carry claim are disclosed. The meaning of the claim be carry as well as and range, some general outline and the form of the present invention all changing and deformable equivalent range should interpreted. S110: fiber reinforced composite material provided step S120: insert forming step S130: injection molding step 10: fiber reinforced composite material 12, 14: support grooves 100: lower and upper mold 110: holder 120, 130: cathode-ray tube 132: small 134: smaller diameter section 200: upper mold 300: assembling structure for a bumper 310: through hole 312: support grooves 400: metal insert 410: NC machine tool 420: through hole The present invention relates to an insert injection molding method and an injection molded product using the same. More specifically, disclosed are an injection molding method using a fiber-reinforced composite material as an insert, and an injection molded product. Provided in the present invention is the injection molding method, which comprises: a step of arranging a fiber-reinforced composite material in which a high-strength fiber as an insert material is impregnated in a resin; an insert forming step for molding the fiber-reinforced composite material as a preparatory shape to manufacture an insert; and an injection molding step for arranging the insert on an injection mold and inserting a resin to manufacture the injection molded product. Provided is the manufacturing method of an injection molded product, having the high degree of design freedom. COPYRIGHT KIPO 2016 Insert material in the resin impregnated fiber-reinforced composite material high strength fibers step; said fiber-reinforced composite material number bath of an insert forming step pre-surfaces are formed to be insert; and said insert is disposed on the injection mold for injection molding step and a resin injection injection article number bath; including a injection molding method. According to Claim 1, said cross section is formed at the definition stage insert said insert, said injection molding step said swing said support part and is supported on one side, said injection molding said insert in said support protrusion in the screwed-in insert injection molding said resin injection molding method characterized in prevented from deforming. According to Claim 2, said projection formed with through holes formed on the support and forms an characterized in that said insert molding method. According to Claim 2, said moving said support projection and forms an injection mold in which the plate portion characterized by injection molding method. According to Claim 2, said cathode-ray tube is inserted into the support groove forming said multi-stage to be characterized by injection molding method. According to Claim 1, said fiber-reinforced composite material resin, said resin is injected into the injection mold of resin molding method characterized an allogenic. Bumper assembling structure for use in injection molding, is manufactured by fiber-reinforced composite material is characterized in that the buried section of a bushing and the injection molded article. According to Claim 7, said injection molding formed metal plate is placed on the face of a bushing coupled NC machine tool characterized in that the buried material injection molded article. According to Claim 8, said metal sheet having an electron emission material, characterized in that said injection resin filled with plasmas are produced in injection molded articles.
