Abstract: A method includes forming a source/drain region in a semiconductor fin; after forming the source/drain region, implanting first impurities into the source/drain region; and after implanting the first impurities, implanting second impurities into the source/drain region. The first impurities have a lower formation enthalpy than the second impurities. The method further includes after implanting the second impurities, annealing the source/drain region.

Abstract: A case structure for an electronic device of the present invention at least includes a main body and at least one side piece detachably mounted to at least one side of the main body such that different sizes of case structures could be manufactured only by changing the size of the side piece while keeping the main body unchanged, thereby reducing molding cost for developing new electronic devices, saving a large amount of time needed to design, test and modify cases as well as saving human resources and reducing the manufacturing cost.

Abstract: A body structure for a notebook type computer includes a cover, a motherboard, and a base. An electronic device integrated on the motherboard is used to fix a locking member, and the locking member can be interlocked with a locking means formed on a bottom surface of the cover. The arrangement of the locking member and locking means can replace provision of screw members at a central area in the conventional technology and overcome drawbacks caused therefrom.

Abstract: A press-type latch device for establishing latched and unlatched states with a hook includes: a press member having a press portion and connection portions extending from the press portion; and a spring member having a bottom portion and first and second latch arms extending from the bottom portion. A latch space is formed between the first and second latch arms to allow the hook to enter into the latch space and engage with at least one of the latch arms. The spring member has insertion holes formed on the first latch arm to allow the connection portions to pass through and abut against the second latch arm, when pressing the press portion, the second latch arm is pushed away from the first latch arm by the abutting connection portions, thereby unlatching the hook from the latch space.

Abstract: An electronic device hinge structure includes at least one rotation shaft horizontally protruded on a side of a display unit of the electronic device and having a bearing portion formed on at least one end thereof; and at least one bearing member formed on a side of a base unit of the electronic device at a position corresponding to the rotation shaft on the display unit, and having a supporting portion formed thereon at a position corresponding to the bearing portion, such that the bearing portion correspondingly abuts against and is supported on the supporting portion so as to reinforce structural strength of the display unit and prevent scratches of a housing of the electronic device caused by bezels on the display unit if being deformed by external force.

Abstract: A body structure for notebook type computer includes a cover, a motherboard, and a base. An electronic device integrated on the motherboard is used to fix a locking member, and the locking member can be interlocked with a locking means formed on a bottom surface of the cover. The arrangement of locking member and locking means can replace provision of screw members at a central area in the conventional technology and overcome drawbacks caused thereby.

Abstract: A case structure for an electronic device of the present invention at least includes a main body and at least one side piece detachably mounted to at least one side of the main body such that different sizes of case structures could be manufactured only by changing the size of the side piece while keeping the main body unchanged, thereby reducing molding cost for developing new electronic devices, saving a large amount of time needed to design, test and modify cases as well as saving human resources and reducing the manufacturing cost.

Abstract: A casing of an electronic device is proposed, which includes a first casing member having at least an expansion interface slot for being connected with an expansion device, and an opening corresponding to the expansion interface slot; a second casing member covering the first casing member and having a gap corresponding to the expansion interface slot; and a detachable covering member capable of being detachably assembled to the gap of the second casing member, wherein the gap can reduce the fall of level between the casing members and avoid an opening of an expansion interface slot being obstructed due to a downward oblique configuration of the casing, allowing the expansion interface slot of the first casing member to functions normally and avoiding dust from entering into the expansion interface slot, thereby improving the connection and signal transmission quality.

Abstract: A press-type latch device for establishing latched and unlatched states with a hook includes: a press member having a press portion and connection portions extending from the press portion; and a spring member having a bottom portion and first and second latch arms extending from the bottom portion. A latch space is formed between the first and second latch arms to allow the hook to enter into the latch space and engage with at least one of the latch arms. The spring member has insertion holes formed on the first latch arm to allow the connection portions to pass through and abut against the second latch arm, when pressing the press portion, the second latch arm is pushed away from the first latch arm by the abutting connection portions, thereby unlatching the hook from the latch space.

Abstract: A packaging material is used as a buffering and packaging apparatus for an electronic device arranged in a packaging box. The packaging material has a buffer holder, a side clip and at least one buffering portion. The buffering holder adjoins the bottom of the packaging box. The side clip extending upwardly from the buffering holder clamps to both sides and base of the electronic device. The buffering component extending from the side clip horizontally with respect to the buffer holder abuts against the sidewall of the packaging box.

Abstract: An electronic device hinge structure includes at least one rotation shaft horizontally protruded on a side of a display unit of the electronic device and having a bearing portion formed on at least one end thereof; and at least one bearing member formed on a side of a base unit of the electronic device at a position corresponding to the rotation shaft on the display unit, and having a supporting portion formed thereon at a position corresponding to the bearing portion, such that the bearing portion correspondingly abuts against and is supported on the supporting portion so as to reinforce structural strength of the display unit and prevent scratches of a housing of the electronic device caused by bezels on the display unit if being deformed by external force.

Abstract: A notebook computer display is disclosed having a display monitor and a joint portion that is located on a side of the display monitor. The joint portion is connected to the display monitor to support the display monitor and to serve as a reinforcement to prevent stress concentration. With the reinforcement, torsion generated during the folding/unfolding operation of the display monitor is dispersed to other parts of the display monitor, so as to prevent damage to the corner caused by stress concentration, while prolonging the durability of the folding/unfolding mechanism of the display monitor.

Abstract: Disclosed is an engagement/disengagement mechanism provided on a peripheral allowing the peripheral to be engaged with and disengaged from a notebook computer effortlessly without the need of extra tools. To attach the peripheral to the back of the notebook computer, the user needs just to align the connector and hooks on the peripheral with the counterpart connector and opening on the back of the notebook computer, and then push forcibly the peripheral against the back of the notebook computer. To detach the peripheral from the notebook computer, the user needs just to push the presser down and then pull the peripheral backwards to make the detachment. It is this simple to make the engagement and disengagement between the peripheral and the notebook computer.