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    • 1. 发明专利
    • 分度工作台及強力高速楔形夾持裝置
    • 分度工作台及强力高速楔形夹持设备
    • TW201446399A
    • 2014-12-16
    • TW102131890
    • 2013-09-04
    • 朴東淑PARK, DONG SU
    • 朴東淑PARK, DONG SU
    • B23Q16/08
    • 本發明揭露一種新式的夾持裝置,其係改良成一自動夾持(煞車)裝置,其係將眾多功能中的旋轉控制視為改良的關鍵因素,藉此可以使得分度工作台能夠高速且極精密地驅動,並達到精準的快速煞車,提高穩定度及可靠度,同時可藉由減少失調及誤操作以確保使用壽命及優秀的功能性。夾持裝置包括一自動楔形煞車裝置300,當其被向前推時,可以更加延展以執行強力夾持,且在有需要時可以輕易地落下以執行煞車釋放,有利於夾持效能提升及增加安全性可靠度,其中自動楔形煞車裝置300具有旋轉驅動單元(圖未示)及一樞軸102之結構,包括可依據一預設油壓/氣壓上下靈敏移動之一煞車活塞320以及一楔形加壓支架,其利用一煞車墊310有效地進行快速煞車,並在煞車操作之後自動進行壓力釋放。
    • 本发明揭露一种新式的夹持设备,其系改良成一自动夹持(煞车)设备,其系将众多功能中的旋转控制视为改良的关键因素,借此可以使得分度工作台能够高速且极精密地驱动,并达到精准的快速煞车,提高稳定度及可靠度,同时可借由减少失调及误操作以确保使用寿命及优秀的功能性。夹持设备包括一自动楔形煞车设备300,当其被向前推时,可以更加延展以运行强力夹持,且在有需要时可以轻易地落下以运行煞车释放,有利于夹持性能提升及增加安全性可靠度,其中自动楔形煞车设备300具有旋转驱动单元(图未示)及一枢轴102之结构,包括可依据一默认油压/气压上下灵敏移动之一煞车活塞320以及一楔形加压支架,其利用一煞车垫310有效地进行快速煞车,并在煞车操作之后自动进行压力释放。
    • 4. 发明申请
    • MICROSD DEVICE LOADED WITH A SMART CARD
    • 装有智能卡的MICROSD设备
    • WO2011145829A3
    • 2012-01-12
    • PCT/KR2011003476
    • 2011-05-11
    • SK C&C CO LTDCHO ZANG-HEEYEO SANG-KOOPARK DONG-SU
    • CHO ZANG-HEEYEO SANG-KOOPARK DONG-SU
    • G06K19/07G06K19/077
    • G06F12/00G06K19/0721G06K19/07732G06K19/07741
    • The present invention relates to a microSD device including a smart card interface loaded with a smart card that can be issued in bulk and in card form. The disclosed present invention includes: an SD interface electrically connected to a host terminal; at least one memory module; an SD controller connected to the SD interface to provide communication between a host terminal and the memory module; at least one smart card IC for data communication with the SD controller; and a smart card interface for issuing smart cards. Since the smart card is designed to be detachable from an empty card having a size and a form that satisfy the ISO 7810 standard of a plastic card, it is possible to automatically issue the smart card using a typical card-issuing device. Since the microSD device loaded with a smart card according to the present invention is provided with a smart card function and a card form satisfying the ISO 7810 standard, it may be issued in bulk through automation using a typical automatic card-issuing device that automatically issues a credit card or a USIM card. Accordingly, when compared to an SD memory card loaded with a smart card function which is issued by a typical manual or dedicated issuing device, productivity may be drastically improved.
    • 本发明涉及一种包含智能卡接口的microSD设备,该智能卡接口装载有可以批量和卡形式发行的智能卡。 所公开的本发明包括:电连接到主机终端的SD接口; 至少一个存储器模块; 连接到SD接口的SD控制器,以提供主机终端和存储器模块之间的通信; 用于与SD控制器进行数据通信的至少一个智能卡IC; 以及用于发行智能卡的智能卡接口。 由于智能卡被设计成可以从具有满足塑料卡的ISO 7810标准的尺寸和形式的空卡可拆卸,所以可以使用典型的发卡装置自动发行智能卡。 由于根据本发明的装有智能卡的microSD装置被提供有满足ISO 7810标准的智能卡功能和卡片形式,所以可以通过使用自动发出的典型的自动发卡设备通过自动化批量发行 信用卡或USIM卡。 因此,当与由典型的手动或专用发行装置发行的装有智能卡功能的SD存储卡进行比较时,可以显着提高生产率。
    • 8. 发明申请
    • METHOD FOR MANUFACTURING HEATING SHEET
    • 制造加热片的方法
    • WO2009151238A3
    • 2010-04-01
    • PCT/KR2009003049
    • 2009-06-08
    • UNIWORM CO LTDPARK DONG SU
    • PARK DONG SU
    • A47C27/00
    • H05B3/34H05B2203/017H05B2203/029
    • The present invention relates to a method for manufacturing a heating sheet. More specifically, the present invention relates to a method for manufacturing a heating sheet which can prevent penetration of moisture inside the heater and enables comfortable use of the heater, wherein the heating sheet is manufactured by laminating a foam cloth, a warm layer, a reflective layer, a damp-proof layer, and a finishing layer in order on the upper/lower parts of a heater which is heated to a certain temperature by power supplied from the outside. The method for manufacturing the heating sheet according to the present invention comprises: a heater production step for manufacturing the heater, a foam cloth preparation step for preparing the foam cloth, a foam cloth lamination step for laminating the foam cloth on upper/lower parts of the heater, a first lamination step for laminating the warm layer on the upper part of the foam cloth and the reflective layer on the lower part of the foam cloth, and a second lamination step for laminating the finishing layer on the upper part of the warm layer and the damp-proof layer on the lower part of the reflective layer. The foam cloth preparation step includes: a solid dissolution step for injecting a solid in a heating tank and dissolving the solid at 500? for 5 ~ 10 seconds, a foam liquid mixture preparation step for mixing the dissolved solid with a foaming agent in the mixing tank, a foam liquid mixture application step for applying the mixed foam liquid mixture to a foam line, a foam cloth preparation step for producing the foam cloth by creating foam through heating the foam liquid mixture applied to the foam line at 60? ~ 120? for 5 ~ 10 seconds, and a foam cloth cutting step for cutting the foamed cloth at a certain thickness.
    • 本发明涉及加热片的制造方法。 更具体地说,本发明涉及一种加热片的制造方法,其能够防止加热器内的水分渗透,并且能够舒适地使用加热器,其中,加热片通过层压泡沫布,暖层,反射 层,防潮层和整理层,依次由从外部供电的电力加热到一定温度的加热器的上/下部。 根据本发明的制造加热片的方法包括:加热器的制造步骤,用于制备泡沫布的泡沫布制备步骤,将泡沫布层压到上部/下部的泡沫层压步骤 加热器,用于在泡沫布的上部层叠温暖层和泡沫布的下部上的反射层的第一层压步骤和用于将整理层层压在温暖的上部的第二层压步骤 层和反射层下部的防潮层。 泡沫布制备步骤包括:固体溶解步骤,用于将固体注入加热罐中并将固体溶解在500℃〜 在混合槽中混合溶解的固体与发泡剂的泡沫液体混合物制备步骤,将泡沫混合物混合物施加到泡沫管线上的泡沫液体混合物施加步骤,用于 通过在60℃下加热施加到泡沫线上的泡沫液体混合物产生泡沫来生产泡沫布。 〜120? 5〜10秒钟,以及用于将发泡布切割成一定厚度的泡沫布切割步骤。