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公开(公告)号：KR1020100060332A
公开(公告)日：2010-06-07
申请号：KR1020080118899
申请日：2008-11-27
Applicant: 한국보훈복지의료공단
IPC: A61F2/54
CPC classification number: A61F2/5046 , A61F2/583 , A61F2002/5056
Abstract: PURPOSE: A manufacturing method of an artificial arm mold is provided, which can simplify the manufacturing process, reduce the manufacturing cost, and make the various shapes of artificial arms and legs for handicapped persons. CONSTITUTION: An artificial arm mold frame manufacturing method includes: a preparatory step(S10) for preparing an artificial arm; a coating step(S20) for coating the first epoxy resin in order to shape the artificial arm surface on the artificial arm surface; a step of(S30) of spreading the second epoxy resin in order to form the outer shape on the coated artificial arm; a step(S40) of drying the coated artificial arm for the predetermined time; and a separation step(S50) for separating the hardened first epoxy resin and second epoxy resin from the artificial arm.
Abstract translation: 目的：提供人造手臂模具的制造方法，其可以简化制造过程，降低制造成本，并使残疾人的人造手臂和腿部的各种形状。 构成：一种人造手臂模架制造方法，包括：准备步骤（S10），其制作人造臂; 涂覆步骤（S20），用于涂覆第一环氧树脂以便在人造臂表面上形成人造臂表面; 为了在涂覆的人造臂上形成外形，（S30）扩展第二环氧树脂的步骤; 将涂覆的人造臂干燥预定时间的步骤（S40）; 和用于从人造臂分离硬化的第一环氧树脂和第二环氧树脂的分离步骤（S50）。
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公开(公告)号：KR101418439B1
公开(公告)日：2014-07-14
申请号：KR1020130107013
申请日：2013-09-06
Applicant: 한국보훈복지의료공단
CPC classification number: A61F2/54 , A61F2/76 , A61F2002/543 , A61F2002/7605 , A61F2002/761
Abstract: A solid type silicon prosthetic hand manufacturing method which is provided by the present invention comprises: a negative mold manufacturing step (S10) for manufacturing a negative mold (10) by taking the shape of a hand; an outer cover manufacturing step (S20) for manufacturing the outer cover (20) of a prosthetic hand by pouring liquid type silicon undiluted solution (S1) into the negative mold (10) and demolding after solidifying the liquid type silicon undiluted solution (S1) for a predetermined time; an outer cover color coating step (S30) for coating a primary color on the surface of the outer cover (20) of the prosthetic hand; a positive mold manufacturing step (S40) for manufacturing a positive mold (30) based on data of a desired hand shape; an inner cover manufacturing step (S50) for manufacturing the inner cover (40) of the prosthetic hand by coating solid type silicon (S2) on the outside of the positive mold (30); an inner cover color coating step (S60) for coating a secondary color on the surface of the inner cover (40) of the prosthetic hand; a prosthetic hand body forming step (S70) for forming the main body (1) of the prosthetic hand by attaching the outer cover (20) of the prosthetic hand after covering the outer cover (20) of the prosthetic hand on the outside of the inner cover (40) of the prosthetic hand; and a prosthetic hand plastic hardening step (S80) for heating and plasticizing the main body (1) of the prosthetic hand. The present invention has effects of: remarkably improving the life span of a silicon prosthetic hand by mutually attaching the outer cover of the prosthetic hand manufactured in a hand shape to the inner cover of the prosthetic hand manufactured in the same shape in a laminated way; and preventing the damage of a skin color which is formed inside the outer cover of the prosthetic hand even if a detailed color is removed in use, by coating the skin color on the surface of the outer cover of the prosthetic hand.
Abstract translation: 本发明提供的固体硅修补手制造方法包括：用于通过取得手的形状制造阴模（10）的阴模制造步骤（S10） 用于通过将液体型硅未稀释溶液（S1）倒入负模具（10）中制造假手外壳（20）的外壳制造步骤（S20）和在固化液体型硅未稀释溶液（S1）之后脱模， 预定时间; 用于在所述假手的外罩（20）的表面上涂覆原色的外盖彩色涂布步骤（S30）; 一种用于根据期望的手形数据制造正模（30）的正模制造步骤（S40） 内盖制造工序（S50），用于通过在正模（30）的外侧涂覆固体硅（S2）来制造假手的内盖（40）; 用于在所述假手的内盖（40）的表面上涂覆二次色的内盖彩色涂布步骤（S60） 用于通过在将假手的外盖（20）覆盖在所述假手的外侧（20）的外侧上的方式安装所述假手的外盖（20）来形成所述假手的主体（1）的假肢手部形成步骤（S70） 假手的内盖（40）; 以及用于对所述假手的主体（1）进行加热和塑化的假肢手塑化硬化步骤（S80）。 本发明具有如下效果：通过将以手形制造的假肢手的外盖以层压的方式相互连接到制造的相同形状的假肢手的内盖上，显着地提高了硅修补手的使用寿命; 并且即使在使用中去除了详细的颜色，也可以通过将皮肤颜色涂布在假肢的外盖的表面上来防止在假手的外盖内形成的皮肤颜色的损伤。
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