Abstract:
A method of manufacturing a functional polymer material, the method including: preparing a polymer resin composition containing a semiconductor metal oxide by mixing and kneading the semiconductor metal oxide and a polymer resin; forming a polymer material of a predetermined shape by shaping the polymer resin composition; and carrying a metal nanoparticle on a metal oxide particle, dispersed on a surface of the polymer material, by photo-depositing the metal nanoparticle on the polymer material. Metal nanoparticles such as silver (Ag), platinum (Pt), gold (Au), copper (Cu), and zinc (Zn) are carried on a surface of the polymer material.
Abstract:
A liquid crystal display (LCD) device including a display panel and a light supply assembly is provided. The display panel includes a polymer dispersed liquid crystal (PDLC) layer. Also, the light supply assembly is provided on a rear surface of the PDLC layer to supply at least one portion of a light into an inclined direction with respect to a vertical direction of an incidence surface of the PDLC layer. Also, since the light supply assembly includes a reflection-refraction member to reflect an external light, such as sunlight, between a light source and the PDLC layer, a vertically entering straight light from the light source towards the display panel may be reduced and a reflection effect by the external light may be enhanced.
Abstract:
A magnetic hybrid AMR/PHR based sensing device comprises a magnetic field receiver (4) having a magnetic hybrid AMR/PHR sensor and a first magnetic field transmitter (6) having a magneto-resistive or low resistive second track with a closed loop shape or a cross junction shape. The magnetic field receiver (4) and the magnetic field transmitter (6) are superimposed, secured to and separated by a first insulating spacer (62) configured to align respectively the first easy axis (18) and the first hard axis t(28) to the second easy axis (48) and the second hard axis (58), then rotate the said second axis (48, 58) from the said first axis (18, 18) at a predetermined fixed offset angle α, and to maintain this axis arrangement as well as a fixed separation distance e- 12 between the first track (10) and the second track (40) in a range from few micrometers to few nanometers.
Abstract:
A robot includes a central member, and a plurality of robot arms, each having one end connected to the central member to rotate on a longitudinal axis of the central member, and the robot arms are connected to different portions of the central member to rotate independently and incoherently with respect to each other.
Abstract:
A three-dimensional (3D) emitting apparatus includes a table on which an object is to be disposed, a robot arm to perform a task on the object, an emitting member provided at an end portion of the robot arm, and a controller to control an operation of the robot arm or a position of the emitting member, wherein the table and the robot arm may move relatively in a vertical or horizontal direction, the emitting member may move along a trajectory of rotation of the robot arm, and the trajectory of rotation may be provided in a form of a concentric sphere having a center at which a target point is disposed.
Abstract:
The present invention refers to a method of controlling a session for an OMA DM protocol for remotely managing a mobile terminal, which enables a DM server to process, in one session, a plurality of instructions requested at time intervals from the same DM client in the OMA DM protocol. The present invention provides a method for controlling a session between a server and a client which requests instructions at predetermined time intervals in an open mobile alliance device management (OMA DM) protocol, the method comprising the steps of: transmitting resultant data to the server in response to an instruction input from the server; receiving, by the client, a status code, which is a response to the resultant message, and a session message for maintaining a current session during a predetermined period of time, through the server; and maintaining the current session until receiving a new message from the server, in response to the received session message.
Abstract translation:本发明涉及一种控制用于远程管理移动终端的OMA DM协议的会话的方法,其使得DM服务器能够在一个会话中处理从相同DM客户端在时间间隔中请求的多个指令 OMA DM协议。 本发明提供了一种用于控制服务器和客户端之间的会话的方法,所述会话在开放移动联盟设备管理(OMA DM)协议中以预定时间间隔请求指令,所述方法包括以下步骤:将结果数据发送到服务器 响应从服务器输入的指令; 由客户端通过服务器接收作为对所得到的消息的响应的状态代码和用于在预定时间段内维护当前会话的会话消息; 并且响应于所接收的会话消息,保持当前会话直到从服务器接收到新消息。
Abstract:
The present invention relates to a magnetically actuated microrobot using a bio-based organism, and more particularly, a microrobot including a therapeutic cell or a biomembrane organism; and magnetic nanoparticles that are separated at a temperature equivalent to or higher than a decomposition temperature (T d ), and a therapeutic system using the same.