Abstract: A data storage device securing mechanism is used to secure a data storage device on a board. The data storage device securing mechanism includes a bracket secured on the board, a pivot shaft secured on the bracket, and a latch piece rotatably installed on the pivot shaft. The bracket includes a plurality of sliding grooves. The latch piece includes a latch portion. The data storage device is configured to be slidably installed on the sliding groove. The latch piece is configured to be rotated and be received in the sliding groove. The latch portion is configured to be resisted against the data storage device to secure the data storage device on the bracket.

Abstract: A plug includes a plug main body used to engage with a socket and a securing member secured to the plug main body. The securing member includes a securing portion. When the plug is engaged with the socket, the securing member is rotatable relative to the socket to engage the securing portion with the socket. The disclosure further provides a connector with the plug.

Abstract: An adjustable apparatus which supports and fixes an electronic device includes a mounting device and a moving device. The moving device includes at least one first rod, at least one second rod, and a rotating member. The at least one first rod is rotatably connected with the mounting device and the rotating member. The at least one second rod is connected with the rotating member and the electronic device. The at least one first rod and the at least one second rod form a rotatable planar linkage. The moving device can transform from a folded state to an extended state to adjust the height and orientation of the electronic device and its distance from a user.

Abstract: A connector plug includes a main body, a securing base extending from the main body, and an operating member moveably attached to the securing base. The connector plug is used to engage in a socket, and the connector plug is disengaged from the socket by the operating member.

Abstract: A keyboard includes a main body. The main body includes an operating panel used to input commands to an electronic device and a switch located on the operating panel. The main body is used to couple to a motherboard of the electronic device, and the switch is used to power on/off the electronic device when the main body is coupled to the motherboard. The disclosure further offers an electronic device with the keyboard.

Abstract: A securing structure includes a base, a support member, a linking member, and a lock. The support member pivots and attaches to the base. The linking member pivots and is coupled to the support member and is slidably coupled to the base. The support member is configured to position in an original position, received in the base or in a working position, extending from the base. The linking member is configured to support the support member located in the working position. The lock is slidably attached to the support member. When the support member is positioned in the working position, the lock is configured to secure an object.

Abstract: A plug includes a plug main body used to engage with a socket and a securing member secured to the plug main body. The securing member includes a securing portion. When the plug is engaged with the socket, the securing member is rotatable relative to the socket to engage the securing portion with the socket. The disclosure further provides a connector with the plug.

Abstract: An all-in-one computer includes a shell, a stand, and a plate. The stand and the plate are engaged with the shell. The stand includes at least one first supporting pole and a second supporting pole. The second supporting pole is configured to move relative to the at least one first supporting pole. The plate defines a plurality of grooves. An extending direction of the plurality of grooves is substantially parallel to each other. An end of the second supporting pole can engage with one of the plurality of grooves to support the shell.

Abstract: A connecting device includes a connector and a jumper. The connector includes an enclosure and two terminals mounted in the enclosure. The two terminals are spaced apart. Each terminal includes a contact defining a latching hole. The jumper includes a case and a conductor received in the case. The conductor includes two contacting arms. Each contacting arm includes a latching portion. Each contact extends into the case, each latching portion is engaged in one of the two latching holes to mount the jumper to the connector, and the two terminals are electronically coupled to each other.

Abstract: A video phone with a viewing stand includes a main portion and a base to be secured to the main portion. Each side of the main portion defines a sliding groove and includes a limiting column. Each end of the base is equipped with a positioning column and a block. The positioning column is configured to be inserted into the sliding groove and to slide in the sliding groove to drive the main portion from a horizontal position to a vertical position or vice versa. The block is configured to slide into a first position to allow the main portion to be in the horizontal position, or in a second position to resist against the limiting column to allow the main portion to be in the vertical position.

Abstract: A data storage device securing mechanism is used to secure a data storage device on a board. The data storage device securing mechanism includes a bracket secured on the board, a pivot shaft secured on the bracket, and a latch piece rotatably installed on the pivot shaft. The bracket includes a plurality of sliding grooves. The latch piece includes a latch portion. The data storage device is configured to be slidably installed on the sliding groove. The latch piece is configured to be rotated and be received in the sliding groove. The latch portion is configured to be resisted against the data storage device to secure the data storage device on the bracket.

Abstract: A connecting device includes a connector and a jumper. The connector includes an enclosure and two terminals mounted in the enclosure. The two terminals are spaced apart. Each terminal includes a contact defining a latching hole. The jumper includes a case and a conductor received in the case. The conductor includes two contacting arms. Each contacting arm includes a latching portion. Each contact extends into the case, each latching portion is engaged in one of the two latching holes to mount the jumper to the connector, and the two terminals are electronically coupled to each other.

Abstract: Electronic device assembly includes a first electronic device and a second electronic device moveably received in the first electronic device. The first electronic device includes a controller. The second electronic device includes a connecting module. When the second electronic device is received in the first electronic device, the connecting module is connected to the controller; thereby the controller is configured to control the second electronic device to display on the first electronic device.

Abstract: An all-in-one computer includes a shell, a stand, and a plate. The stand and the plate are engaged with the shell. The stand includes at least one first supporting pole and a second supporting pole. The second supporting pole is configured to move relative to the at least one first supporting pole. The plate defines a plurality of grooves. An extending direction of the plurality of grooves is substantially parallel to each other. An end of the second supporting pole can engage with one of the plurality of grooves to support the shell.

Abstract: Electronic device includes a host and a base supporting the host. The base includes a base body and a protecting member. A receiving portion is located on the base body, and a bracket is received in the receiving portion. The bracket is used to receive a disk drive, and the protecting member is secured to the base body and covers the bracket in the receiving portion.

Abstract: A securing structure includes a base, a support member, a linking member, and a lock. The support member pivots and attaches to the base. The linking member pivots and is coupled to the support member and is slidably coupled to the base. The support member is configured to position in an original position, received in the base or in a working position, extending from the base. The linking member is configured to support the support member located in the working position. The lock is slidably attached to the support member. When the support member is positioned in the working position, the lock is configured to secure an object.

Abstract: A power supply includes a circuit board, a cable assembly, a voltage conversion component, and a DC voltage conversion component. The circuit board includes a connector. The cable assembly, the voltage conversion component, and the DC voltage conversion component are electrically connected to the circuit board. The cable assembly includes an external connector configured to connect to a peripheral circuit. The voltage conversion component can convert an AC voltage to a first DC voltage. The DC voltage conversion component can convert the first DC voltage to a second DC voltage. The power supply further includes a DC voltage conversion card to convert the second DC voltage to a third DC voltage. The cable assembly outputs the third DC voltage when the DC voltage conversion card is engaged with the connector, and the cable assembly outputs the second DC voltage when the DC voltage conversion card is disengaged from the connector.

Abstract: A heat dissipation device includes a fan, a heat dissipating member, a water pipe, and a water drawing device. The heat dissipating member includes a plurality of fins which are hollowed to permit the passage of water. The water pipe includes an inlet pipe and an outlet pipe. The water drawing device is configured to pump water to the inlet pipe, and draw the water back from the outlet pipe through the plurality of fins to cool the plurality of fins.

Abstract: A mounting apparatus includes a securing plate and a mounting tray. The securing plate defines an opening and includes a bottom surface and a top surface opposite to the bottom surface. The mounting tray is used to secure input/output devices and includes a positioning portion and a resilient portion. The positioning portion is attached to the bottom surface. The resilient portion includes a resilient block clipped with a first edge of the opening. The resilient portion is deformable to disengage the resilient block from the first edge of the opening.

Abstract: A connector assembly includes a first connector and a second connector. The first connector defines a plurality of inserting holes. A receiving slit defined between adjacent two of the plurality of inserting holes. The second connector includes a plurality of pins. A positioning piece is formed between adjacent two of the plurality of pins. The second connector is inserted in the first connector when the positioning piece is aligned to the receiving slit. The positioning piece abuts an outer portion of the first connector to prevent the second connector from being wrongly inserted in the first connector when the positioning piece is not aligned to the receiving slit.