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    • 2. 发明公开
    • SOLE FOR SEESAW FOOTWEAR
    • 适合SEESAW鞋类
    • EP2073655A1
    • 2009-07-01
    • EP07833225.1
    • 2007-10-09
    • Lee, Tae Sung
    • LEE, Tae Sung
    • A43B13/14
    • A43B13/183A43B7/147A43B13/10A43B13/12A43B13/145A43B13/146
    • A footwear sole having a dual- structure midsole, in which a seesaw movement can be performed to enhance an exercise effect during walking. The seesaw-motion footwear sole includes a main midsole having a convex projection in the central portion of the underside thereof to define a walking axis; a sub-midsole coupled to the underside of the main midsole and made of a softer material than that of the main midsole in order to exhibit a primary shock absorbing function, wherein the sub-midsole allows the main midsole to perform a seesaw movement on the basis of the walking axis in backward and forward directions during walking; and an outsole coupled to the sub-midsole. The seesaw-motion footwear sole can be applied to a variety of shoes such as running shoes, and can advantageously provide an excellent exercise effect, which is superior to that provided by heelless shoes of the prior art.
    • 一种具有双结构中底的鞋底,其中可以进行跷跷板运动以增强步行期间的锻炼效果。 跷跷板运动鞋底包括主中底,该主中底在其下侧的中央部分具有凸起的凸起以限定出行走轴线; 与主鞋底夹层的下侧连接并且由比主鞋底夹层的材料更柔软的材料制成的次中底以展现主要的减震功能,其中次中底允许主中底在鞋底上执行跷跷板运动 步行时在前后方向上的步行轴的基础; 和连接到该中底的外底。 跷跷板运动鞋鞋底可以应用于各种鞋,如跑鞋,并且可以有利地提供出色的运动效果,其优于现有技术的无鞋鞋提供的运动效果。
    • 4. 发明申请
    • REMOTE RESPONSE SHOES
    • 远程响应鞋
    • WO2005011418A3
    • 2005-03-31
    • PCT/KR2004001673
    • 2004-07-07
    • LEE TAE-SUNG
    • LEE TAE-SUNG
    • A43B20060101A43B3/00
    • A43B3/001A43B3/0005A43B3/0021
    • The present invention relates to a shoe, and there is provided a remote response shoe in accordance with the present invention which comprises a control circuit unit inserted into the outsole of the shoe, a display unit formed at one side of the shoe and generating an externally recognizable display according to a control signal of the control circuit unit, a radio receiving unit formed at one side of the shoe and receiving an external radio control command and inputting it into the control circuit unit and a remote controller inputting the external radio control command to the radio receiving unit, wherein the shoe responds through the display unit if the control command is input into the remote controller, and therefore the remote responding shoe of the present invention makes it easy to find their own shoes in the places like restaurants, schools, kindergartens, etc. where shoes are stored close together as a number of shoes become identifiable and displayed according to a remote control command, and forms a display for their own shoes without filling in the owner's name by configuring the shoe responding only to their own remote controller to thus enable the user to be aware of the distance between the remote controller and the shoe.
    • 本发明涉及一种鞋,且有在根据本发明的包括插入到鞋的外底的控制电路单元,形成在鞋的一侧上的显示单元提供的远程响应鞋和产生外部 根据控制电路部的控制信号可识别的显示,一个无线电接收在鞋的一侧形成单元和接收外部无线电控制命令,并将其输入到控制电路单元和遥控器输入的外部无线电控制命令 无线电接收单元,其中,所述鞋通过如果控制命令被输入到所述遥控器在显示单元响应,并因此,本发明的远程响应鞋可以很容易地找到自己的鞋在像饭店,学校的地方, 幼儿园等等,鞋被紧密地存放在一起,因为许多鞋根据远程公司变得可识别和显示 ntrol命令,并形成用于自己的鞋子的显示,而不通过配置鞋只响应其自己的遥控器,从而使用户能够知道在远程控制器和鞋之间的距离在所有者的名称填充。
    • 5. 发明申请
    • REMOTE RESPONSE SHOES
    • 远程反应鞋
    • WO2005011418A2
    • 2005-02-10
    • PCT/KR2004/001673
    • 2004-07-07
    • LEE, Tae-Sung
    • LEE, Tae-Sung
    • A43B
    • A43B3/001A43B3/0005A43B3/0021
    • The present invention relates to a shoe, and there is provided a remote response shoe in accordance with the present invention which comprises a control circuit unit inserted into the outsole of the shoe, a display unit formed at one side of the shoe and generating an externally recognizable display according to a control signal of the control circuit unit, a radio receiving unit formed at one side of the shoe and receiving an external radio control command and inputting it into the control circuit unit and a remote controller inputting the external radio control command to the radio receiving unit, wherein the shoe responds through the display unit if the control command is input into the remote controller, and therefore the remote responding shoe of the present invention makes it easy to find their own shoes in the places like restaurants, schools, kindergartens, etc. where shoes are stored close together as a number of shoes become identifiable and displayed according to a remote control command, and forms a display for their own shoes without filling in the owner's name by configuring the shoe responding only to their own remote controller to thus enable the user to be aware of the distance between the remote controller and the shoe.
    • 本发明涉及一种鞋,并且提供了根据本发明的远程响应鞋,其包括插入鞋的外底中的控制电路单元,形成在鞋的一侧并产生外部的显示单元 根据控制电路单元的控制信号可识别的显示;无线电接收单元,形成在鞋的一侧,并接收外部无线电控制命令并将其输入到控制电路单元;以及遥控器,将外部无线电控制命令输入 无线电接收单元,其中如果控制命令被输入到遥控器中,鞋子通过显示单元进行响应,因此本发明的远程响应鞋可以容易地在诸如餐馆,学校等的地方找到自己的鞋子, 幼儿园等,其中鞋子一起存放在一起,因为许多鞋子可以根据远程公司被识别并显示 ntrol命令,并通过配置仅响应自己的遥控器的鞋子来填写自己的鞋子而形成自己的鞋子的显示器,从而使得用户能够意识到遥控器和鞋子之间的距离。
    • 6. 发明申请
    • NOVEL RENEWABLE ENERGY GENERATOR
    • 新的可再生能源发电机
    • WO2011105725A3
    • 2011-11-24
    • PCT/KR2011001134
    • 2011-02-22
    • LEE TAE SUNG
    • LEE TAE SUNG
    • F03B13/10B63B38/00F03B17/06
    • F03B17/005Y02E10/28
    • The present invention relates to a novel renewable energy generator which does not discharge pollution or carbon dioxide. The invention provides a novel renewable energy generator that stably and continuously produces electric energy from a floating structure using an underwater generating means, which comprises: a pair of pistons within respective cylinders, each cylinder having two additional hollow pistons, wherein energy is generated underwater using the force of water which flows into and out of the cylinders. The electric energy is produced via a four-stage process whereby energy is generated by a power differential built up through linear movement of each piston and combined linear movements between the pistons and the hollow pistons. Power is generated by the size differences of the surfaces of the pistons, and the separation and combination of the hollow pistons and each of the pair of cylinders, which are positioned at a predetermined underwater depth with consistent water pressure.
    • 本发明涉及一种不排放污染或二氧化碳的新型可再生能源发电机。 本发明提供了一种新颖的可再生能源发电机,其使用水下发电装置从浮动结构稳定并连续地产生电能,其包括:在相应气缸内的一对活塞,每个气缸具有两个额外的中空活塞,其中能量在水下使用 流入和流出气缸的水的力。 电能通过四阶段过程产生,由此通过每个活塞的线性运动和活塞与中空活塞之间的组合的线性运动构建的功率差异产生能量。 动力由活塞表面的尺寸差异以及中空活塞与一对气缸的分离和组合产生,这些气缸以一致的水压位于预定的水下深度。
    • 7. 发明申请
    • SOLE FOR SEESAW FOOTWEAR
    • 适合SEESAW足球
    • WO2008044854A1
    • 2008-04-17
    • PCT/KR2007/004914
    • 2007-10-09
    • LEE, Tae Sung
    • LEE, Tae Sung
    • A43B13/14
    • A43B13/183A43B7/147A43B13/10A43B13/12A43B13/145A43B13/146
    • A footwear sole having a dual- structure midsole, in which a seesaw movement can be performed to enhance an exercise effect during walking. The seesaw-motion footwear sole includes a main midsole having a convex projection in the central portion of the underside thereof to define a walking axis; a sub-midsole coupled to the underside of the main midsole and made of a softer material than that of the main midsole in order to exhibit a primary shock absorbing function, wherein the sub-midsole allows the main midsole to perform a seesaw movement on the basis of the walking axis in backward and forward directions during walking; and an outsole coupled to the sub-midsole. The seesaw-motion footwear sole can be applied to a variety of shoes such as running shoes, and can advantageously provide an excellent exercise effect, which is superior to that provided by heelless shoes of the prior art.
    • 具有双重结构中底的鞋底,其中可以执行跷跷板运动以增强行走中的运动效果。 跷跷板鞋底包括在其下侧的中心部分中具有凸起突起的主中底,以限定步行轴; 一个亚中底,其联接到主中底的下侧,并且由比主要中底的材料更柔软的材料制成,以便呈现主要的冲击吸收功能,其中,该副中底允许主中底在该中底上进行跷跷板运动 行走时行走轴向前后方向的基础; 和外底联接到子中底。 跷跷板鞋底可以应用于各种鞋,例如跑鞋,并且可以有利地提供优于现有技术的无鞋鞋所提供的优异的运动效果。
    • 8. 发明申请
    • SUBSTRATE PROCESSING SYSTEM
    • 基板加工系统
    • WO2010131878A3
    • 2011-02-24
    • PCT/KR2010002952
    • 2010-05-10
    • SNU PRECISION CO LTDBAE KYUNG BINYOON HYUNG SEOKKANG CHANG HOHAN KYUNG ROKNAMGOONG SUNG TAELEE TAE SUNG
    • BAE KYUNG BINYOON HYUNG SEOKKANG CHANG HOHAN KYUNG ROKNAMGOONG SUNG TAELEE TAE SUNG
    • H01L51/56H05B33/10
    • H05B33/10B05B15/045B05D1/02B05D3/067
    • The present invention relates to a substrate processing system, and more particularly, to a substrate processing system comprising antifouling means for preventing the interior of a chamber from being fouled by the diffusion of organic compounds during a process of coating a substrate with said organic compounds. The substrate processing system according to the present invention comprises a coating module and a hardening module. The coating module includes a spray unit and a pump. The spray unit sprays organic compounds on the substrate in the chamber, and has a cooling plate which is spaced apart from the substrate and which has a cooling path formed therein for circulating a coolant in order to prevent the diffusion of the dripping organic compounds which are not coated on the substrate. The pump has a cooling trap arranged in a lower portion outside the chamber, said pump being connected to the spray unit through a pump connection pipe having a branched or curved portion formed in the direction intersecting the direction in which the pump connection pipe extends lengthwise. The hardening module irradiates ultraviolet rays by means of an ultraviolet lamp onto the substrate coated with the organic compounds, and has a heating coil for heating a transmissive window interposed between the substrate and the ultraviolet lamp.
    • 本发明涉及一种基板处理系统,更具体地说,涉及一种基板处理系统,该基板处理系统包括防污装置,该防污装置用于在用所述有机化合物涂覆基板的过程中防止室内部被有机化合物扩散而被污染。 根据本发明的基板处理系统包括涂覆模块和硬化模块。 涂层模块包括喷雾单元和泵。 喷雾单元将有机化合物喷射在室中的基材上,并且具有与基板间隔开的冷却板,并且其中形成有用于循环冷却剂的冷却路径,以防止滴落的有机化合物的扩散 未涂覆在基材上。 泵具有布置在室外部下部的冷却捕集器,所述泵通过泵连接管连接到喷射单元,该泵连接管具有在与泵连接管纵向延伸的方向相交的方向上形成的分支或弯曲部分。 硬化模块通过紫外线灯将紫外线照射到涂有有机化合物的基材上,并具有用于加热插入在基板和紫外线灯之间的透射窗的加热线圈。
    • 9. 发明申请
    • ORGANIC LIGHT EMITTING DEVICE AND MANUFACTURING METHOD THEREOF
    • 有机发光装置及其制造方法
    • WO2009142427A3
    • 2010-02-18
    • PCT/KR2009002634
    • 2009-05-19
    • SNU PRECISION CO LTDKANG CHANG HONAMGOONG SUNG TAELEE TAE SUNG
    • KANG CHANG HONAMGOONG SUNG TAELEE TAE SUNG
    • H01L51/50
    • H01L51/525H01L51/5246
    • A method for manufacturing an organic light emitting device according to the present invention includes the steps of: forming a plurality of spacers and an organic light emitting layer on a substrate, such that the spacers are spaced apart from each other; introducing the substrate with the spacers and the organic light emitting layer into a vacuum-state chamber; filling a filler to coat the organic light emitting layer and hardening the resultant structure; applying a sealant to the space where the filler is not applied, from among the spaces formed between the spacers by the spacing of the spacers; disposing encapsulating portions onto the spacers, the sealant and the filler; encapsulating the chamber by hardening the sealant; and slowly venting the encapsulated vacuum-state chamber to remove air gaps formed between upper surfaces of the spacers, the sealant and the filler and the encapsulating portions. As described above, the present invention performs a first encapsulation by using the filler which is filled to coat the organic light emitting layer containing a protective layer, and performs a second encapsulation on the region of the substrate with no organic light emitting layer by using the sealant, thereby suppressing moisture and oxygen from entering the organic light emitting layer and thus improving the lifespan of the device.
    • 根据本发明的制造有机发光器件的方法包括以下步骤:在衬底上形成多个间隔物和有机发光层,使得间隔物彼此间隔开; 将具有间隔物和有机发光层的基板引入真空状态室; 填充填料以涂覆有机发光层并硬化所得结构; 通过间隔物的间隔从形成在间隔物之间​​的空间之间施加密封剂到填充物未被施加的空间; 将封装部分设置在间隔件上,密封剂和填料上; 通过硬化密封剂来封装腔室; 并缓慢地排出封装的真空状态室以去除间隔件,密封剂和填料的上表面之间形成的空气间隙和封装部分。 如上所述,本发明通过使用被填充以涂覆含有保护层的有机发光层的填料来进行第一封装,并且通过使用无机发光层在基板的区域上进行第二封装 从而抑制水分和氧气进入有机发光层,从而提高装置的使用寿命。