Abstract: A carrier includes a base assembly movably coupled to a transfer rail, a seating plate disposed above the base assembly and having a battery cell seated on an upper surface thereof, a pressurizing and fixing portion for fixing the battery cell to the seating plate by pressurizing the battery cell, and an elastic member for pressurizing the pressurizing and fixing portion toward the seating plate side, wherein the pressurizing and fixing portion is coupled to the base assembly to move in a first direction, which is a horizontal direction, and a second direction, which is a vertical direction.

Abstract: A carrier includes a base assembly movably coupled to a transfer rail, a seating plate disposed above the base assembly and having a battery cell seated on an upper surface thereof, a pressurizing and fixing portion for fixing the battery cell to the seating plate by pressurizing the battery cell, and an elastic member for pressurizing the pressurizing and fixing portion toward the seating plate side, wherein the pressurizing and fixing portion is coupled to the base assembly to move in a first direction, which is a horizontal direction, and a second direction, which is a vertical direction.

Abstract: A case opening apparatus is disclosed. In some implementations, the case opening apparatus may include a suction portion including a first suction portion configured to suction an upper portion of a case of a battery cell being in a folded state and a second suction portion configured to suction a lower portion of the case, and a rotation driving portion configured to open the inside of the case by rotating the first suction portion.

Abstract: A sealing apparatus is disclosed. In some implementations, the sealing apparatus includes a process chamber having an internal space, a cell loading portion configured to load a plurality of battery cells and enter the internal space of the process chamber, a plurality of sealing units disposed in the internal space of the process chamber, the plurality of sealing units configured to partially seal the battery cells, respectively, and a driving portion configured to move the plurality of sealing units such that the plurality of sealing units come into contact with the plurality of battery cells, respectively.

Abstract: An embodiment front pillar reinforcement system of a vehicle includes a front pillar inner having a first plurality of walls defining a first cavity, a front pillar outer facing the front pillar inner and having a second plurality of walls defining a second cavity, and a front pillar inner reinforcement received in the first cavity of the front pillar inner and having a third plurality of walls coupled to the first plurality of walls of the front pillar inner, respectively.

Abstract: According to various embodiments of the present invention, an electronic device can comprise: a circuit board; an electronic component arranged on one surface of the circuit board; a thermal conductive member arranged so as to correspond to the upper surface of the electronic component; and a thermal interface member arranged between the electronic component and the thermal conductive member and comprising a carbon fiber. The electronic device can be variously implemented according to embodiments.

Abstract: The present invention relates to a system for authenticating an original copyright holder using a blockchain and a method of authenticating an original copyright holder using a blockchain.

Abstract: A book recommendation method includes, (1) a step in which a book recommendation server generates a story flow emotion graph for each of the plural number of books; (2) a step in which the book recommendation server calculates the similarity between the story flow emotion graph of a first book and the story flow emotion graph of a second book; and (3) a step of displaying one or more similar books similar to the first book according to the similarity by the book recommendation server.

Abstract: An embodiment provides a method for measuring particles on a wafer surface, the method including: disposing and rotating a wafer on a stage; irradiating a laser in a first region of a center of a surface of the rotating wafer, a second region between the first region and a third region, and the third region at an edge thereof; and measuring a laser reflected from the first to third regions of the wafer, wherein a second output of the laser irradiated in the second region is larger than a first output of the laser irradiated in the first region and a third output of the laser irradiated in the third region is larger than the second output of the laser irradiated in the second region.

Abstract: An embodiment provides a method for measuring particles on a wafer surface, the method including: disposing and rotating a wafer on a stage; irradiating a laser in a first region of a center of a surface of the rotating wafer, a second region between the first region and a third region, and the third region at an edge thereof; and measuring a laser reflected from the first to third regions of the wafer, wherein a second output of the laser irradiated in the second region is larger than a first output of the laser irradiated in the first region and a third output of the laser irradiated in the third region is larger than the second output of the laser irradiated in the second region.

Abstract: Provided are an apparatus and method for checking Personal Computer (PC) security. The apparatus includes a check module for checking a security configuration of a PC on the basis of a check policy received from a security check server and outputting check results, and a control module for changing the security configuration of the PC on the basis of a control policy received from the security check server and the check results received from the check module. According to the apparatus, a security check agent installed in each PC performs security check and changes a security configuration according to a control policy, such that the security configurations of PCs in a network can be managed collectively.

Abstract: Provided are a system and method for checking the security of a personal computer (PC). The system and method automatically check security to protect a PC from computer hacking, viruses, worms, Trojan horses, etc., and inform or cure a vulnerable point. The system and method automatically check and modify all the security check items so that a user who may not have professional computer knowledge can readily cope with a cyber attack, and describe the vulnerable point and the result of the cure to the user with ease. Therefore, the system and method can maintain a PC in its up-to-date state to prevent damage from a cyber attack, and minimize damage from a cyber threat against the main system and service.

Abstract: Provided are an apparatus and method for checking Personal Computer (PC) security. The apparatus includes a check module for checking a security configuration of a PC on the basis of a check policy received from a security check server and outputting check results, and a control module for changing the security configuration of the PC on the basis of a control policy received from the security check server and the check results received from the check module. According to the apparatus, a security check agent installed in each PC performs security check and changes a security configuration according to a control policy, such that the security configurations of PCs in a network can be managed collectively.

Abstract: Provided are a system and method for checking the security of a personal computer (PC). The system and method automatically check security to protect a PC from computer hacking, viruses, worms, Trojan horses, etc., and inform or cure a vulnerable point. The system and method automatically check and modify all the security check items so that a user who may not have professional computer knowledge can readily cope with a cyber attack, and describe the vulnerable point and the result of the cure to the user with ease. Therefore, the system and method can maintain a PC in its up-to-date state to prevent damage from a cyber attack, and minimize damage from a cyber threat against the main system and service.