Abstract: A kind of the complex architecture for dispersing heat includes one graphite device and one metal device with heat conductibility. The metal device, such as copper or aluminum, combines with the graphite device. The metal device transmits heat to the normal direction, and then transmits heat to the horizontal direction by graphite. This design of the complex architecture can transmit and dissipate heat to all regions of the graphite device so that its dissipation efficiency is better.

Abstract: An electromagnetic-shielding device is disclosed to shield EMI by way of covering an electromagnetic-shielding mask on electric components. Wherein a positioning structure is downward elongated from the electromagnetic-shielding mask into a hole of a PCB, and an interfering structure of the positioning structure then interferes a surface of a bottom of the PCB or a surface of the hole of the PCB in order to firmly mount the electromagnetic-shielding mask on the PCB.

Abstract: A shielding device for EMI shielding is disposed on a housing of an electronic device with an electronic component disposed on a circuit board, comprises a shielding cover and an elastic unit. The shielding cover is connected on the housing, the elastic unit is disposed on the shielding cover, and the shielding cover is covered on an outside of the electronic component, whereby forming a shielding device for EMI shielding that the shielding cover is adapted in various materials to reduce substantially material costs and it is easily to return to shielding status after lifting without installing extra back-shielding upper cover.

Abstract: An electromagnetic interference shielding structure includes a shielding housing to enclose an electronic component and reduce electromagnetic interference. Two tearable line-grooves are separately formed at a top surface of the shielding housing, and two long slots and two recesses are formed at two rounded portions of two sides of the shielding housing. A cover plate is movably formed between the two tearable line-grooves and the two long slots. The cover plate is removable from the shielding housing during maintenance, and a cover lid is used to restore the shielding housing. The cover lid has a top surface being as high as the top surface of the shielding housing. There is no height difference to meet the requirement of modern communication product about slim and light-weighted.

Abstract: An electromagnetic interference (EMI) protective elastic plate has a contact wall having a pair of upper sidewalls extending downwardly and perpendicularly from two sides thereof A connect wall extends downwardly and forwardly from an end of the contact wall and is formed with an upper bending portion therebetween. The other end of the connect wall forms a lower bending portion with a backward concave. A solder wall connects with the lower bending portion and has a pair of lower sidewalls extending upwardly and perpendicularly from two sides thereof. The upper sidewalls and the lower sidewalls are slidably buckled to each other.

Abstract: An electromagnetic interference (EMI) protective elastic plate has a contact wall having a pair of upper sidewalls extending downwardly and perpendicularly from two sides thereof. A connect wall extends downwardly and forwardly from an end of the contact wall and is formed with an upper bending portion therebetween. The other end of the connect wall forms a lower bending portion with a backward concave. A solder wall connects with the lower bending portion and has a pair of lower sidewalls extending upwardly and perpendicularly from two sides thereof. The upper sidewalls and the lower sidewalls are slidably buckled to each other.

Abstract: A spring plate structure for use in a motherboard to contact and support an EMI protective shield is constructed having a bottom bonding wall and a top contact wall, a first sidewall fixedly connected between the bottom bonding wall and the top contact wall at one side, a second sidewall obliquely downwardly extended from the top contact wall opposite to the first sidewall and coupled to an endpiece at one side of the bottom bonding wall by a slip joint.

Abstract: An EMI protective spring plate having an oblique supporting portion diagonally connected between a flat top contact portion and a flat bottom soldering portion, a front sliding portion obliquely downwardly extended from one end of the flat top contact portion toward the flat bottom soldering portion and inserted through a lower slot in the oblique supporting portion, and a rear sliding portion obliquely upwardly extended from one end of the flat bottom soldering portion toward the flat top contact portion and inserted through an upper slot in the oblique supporting portion.

Abstract: An EMI protective spring plate having an oblique supporting portion diagonally connected between a flat top contact portion and a flat bottom soldering portion, a front sliding portion obliquely downwardly extended from one end of the flat top contact portion toward the flat bottom soldering portion and inserted through a lower slot in the oblique supporting portion, and a rear sliding portion obliquely upwardly extended from one end of the flat bottom soldering portion toward the flat top contact portion and inserted through an upper slot in the oblique supporting portion.

Abstract: An elastic system for preventing electromagnetic interference to a computer central processing is disclosed. Two lateral sides of the contact surface and the welding surface are extended with a vertical upper stopper and a vertical lower stopper; upper portions of the upper stopper and the lower stopper are alternatively arranged. Therefore, each elastic conductive piece has a closed structure. No outer object will be hooked or fall thereinto. A hole is formed on the welding surface. Since the welding surface is combined to the computer mainframe board through a tin glue. Therefore, the computer mainframe board has a preferred sticky force.

Abstract: An elastomer for preventing electromagnetic interruption to a computer central processing unit includes at least one elastic conductive piece. An enhancing portion is bent inwards between the second arc portion and the welding surface. The lower edge of the enhancing portion is formed with an inclined surface having a proper orientation (preferably 45 degrees). Thereby, as the elastic conductive piece is pressed downwards, it can be avoided that the combining portion of the second arc portion, welding surface and tin glue is broken.

Abstract: The present invention proposes an improved structure for preventing electromagnetic interference (EMI) of a central processing unit (CPU), which structure includes a base, a shielding element, at least a first pin, and at least a second pin. The present invention is characterized in that fixing pins are formed by extending downwards two opposite sides of the shielding element. When the shielding element is closed, it can be firmly gripped at two sides of the base via the fixing pins thereof. Because the shielding element can be steadily closed, the lapping parts thereof can contact exactly with the main body of the second pin so that the second pin can be electrically grounded with the motherboard. Therefore, better electromagnetic shielding function can be achieved. Moreover, the bottom ends of the solder parts of the first pin and the second pin are bent to form flat shapes so that solder parts thereof can be soldered on the motherboard by using the surface mounting technique.

Abstract: A manufacturing method of elastic plate structure for preventing electromagnetic interference comprises step of: preparing a Be—Cu plate and performing thermal treatment to the Be—Cu plate; electroplating the Be—Cu plate; punching and processing the Be—Cu plate to form elastic plate structure for preventing EMI. The above-manufactured Be—Cu plate has the advantages of excellent conductivity, flexibility, low resistance and non-oxidation, thus providing added-value to product using the elastic plate structure.

Abstract: The present invention proposes a modified structure for preventing EMI of a CPU. The proposed modified structure comprises a base, a shielding element, two first pins, and two second pins. A CPU can be mounted in the base. Two first pin sockets are installed at one side of the base, and two second pin sockets are installed at the other side of the base. Pin-receiving holes are disposed on each of the pin sockets. Pivot joints are installed at one side of the shielding element, and lapping parts are installed at the other side of the shielding element. Each first pin has a main body extending to form a plugging part. The plugging parts of the first pins are plugged in the pin-receiving holes of the first pin sockets of the base. Each second pin has a main body extending to form a plugging part. The plugging parts of the second pins are plugged in the pin-receiving holes of the second pin sockets of the base. The shielding element can be closed or unfolded.

Abstract: A material assembly of a wear proof element used in a rotary axis structure and the method thereof, wherein the wear proof element used in a rotary axis structure comprises Nylon, glass fiber and Teflon of a predetermined ratio. After heating, drying, and injection to these material, a wear proof element used in a rotary axis structure. Thereby, a wear proof element with an adjustable twisting force, wear proof ability, and without adding lubricate oil is obtained. Also, the cost is reduced and lifetime thereof is prolonged.

Abstract: A straight axle type rotating axle structure comprises a housing, a sleeve, and a spindle. The inner part of the housing is formed as a container, one end of which is formed with an opening. A slot is installed on the inner wall of the opening. A plurality of spaced trenches are installed on the opening, and a joint end is formed on one end of the housing. The sleeve is fixed within the container in the housing. The two ends of the spindle are formed with an axle portion and a joint end, respectively. The convex ring is circularly installed between the axle portion and a joint end. A twisting force is provided by the friction force between the axle portion and the sleeve, and the convex ring is fitting into the slot of the housing. By above structure, a rotating axle structure is formed, by which a twisting force is provided by a coaxial manner. It has a simple structure and is easy to be assembled. Therefore, the manufacturing cost is reduced greatly.

Abstract: The subject invention relates to a type of accommodating hinge mechanism, comprising two positioning plates, an inner shaft and an outer shaft; the inner shaft and the outer shaft are respectively joined to a positioning plate; the inner shaft is inserted inside the outer shaft, and so positioned by the matching jutted ring and the dented ring to compose a hinge mechanism; the two positioning plates serve to position the LCD monitor and the main unit of a notebook computer; the connecting wires of the LCD monitor and the main unit can pull through the slots of the positioning plate, the inner shaft and the outer shaft to inside the inner shaft, and then the slot on the inner shaft is sealed; by way of said mechanism, the hinge serves to accommodate the connecting wires and hide them inside the hinge, thus avoiding the need to reserve additional space for the connecting wires.

Abstract: The subject matter relates to a turning shaft structure, characterized in its improvement aimed at a previous case which involves the inconvenience of being restricted by the radius of the screw when the turning shaft structure is applied to a notebook computer, comprising: a first fixing plate, a second fixing plate, a screw, a first pad and a second pad; the first end of said screw involves a shaft part, said shaft part to be mounted by said first pad, said first fixing plate and said second pad, said first pad and said second pad respectively made of nylon, fiberglass, Teflon or such materials; the improvement is featured in that said shaft part is further to be mounted by a first washer and a second washer, on the first end of said first fixing plate and the first end of said second fixing plate are respectively a first shaft hole and a second shaft hole, at the first end of said shaft part is a thread part, said thread part is to be mounted by a nut, at the second end of said screw is a rivet part, said

Abstract: An air freshener is provided. The air freshener includes a base, a battery power supply and a fan motor mounted on the base and is covered by a motor cover. The fan motor has a fan blade extending above the motor cover. A shell covers the motor cover and the fan blade. The shell has a perforated open chamber in an upper portion thereof to hold spices. A transparent shade with air vents covers the open chamber. A power switch is provided and mounted on the shell. The power switch is connected in series between the battery power supply and the fan motor for controlling the operation of the fan motor, the fan motor producing currents of air for carrying the smell of the spices out of the transparent shade into the air through the air vents of the transparent shade.