46results about How to "Improve outstanding performance" patented technology

The invention relates to a capacitance type touch control panel input device for user holding to produce capacitance inductor of capacitance type touch control panel. The capacitance type touch control panel comprises: a conductive pen head, made of conductive material for contacting capacitance type touch control panel; a pen body, one end of which connects or deploys conductive pen head; and a connection part, between pen head and pen body, for user holding capacitance inductor producing a capacitance type touch control panel with conductive pen head. The invention comprises conductive pen head, pen body of relative big area for contacting user palm and for user holding, and finger touchable pen body; conductive pen head and connection part can be scarf joint in pairs. The conductive pen head can uses polyester as inside filler of pen head, uses metal material as clad, or uses mixed polyester and metal material as pen head conductive material to increase contact surface with capacitance type touch control panel, thereby resolving problem of relative short moving distance resulting from relative large area of finger for contacting capacitance type touch control panel, and capacitance inducted variation resulting from sweating of hand.

The invention relates to a sliding structure and an electronic device applied by the same. The sliding structure is matched with a shell and comprises a plate body, a column body and a limit piece, wherein at least one part of the plate body is exposed out of the shell, the column body is connected with the plate body and is provided with a concave part; the limit piece is provided with a bolt andat least one clip, the bolt is inserted into the concave part, and the clip is clamped at the periphery of the column body. The electronic device comprises a shell, a plate body, a column body and alimit piece, wherein the shell is provided with a groove, at least one part of the plate body is exposed out of the shell, the column body is connected with the plate body and provided with a concavepart, the column body is arranged in the groove in a penetrating way and slides in the groove, the limit piece is provided with a bolt and at least one clip, the bolt is inserted in the concave part,and the clip is clamped at the periphery of the column body. On the premise of not increasing the complexity of the manufacture procedure, the sliding structure is stably connected to the shell of theelectronic device by using a structural fixing mode, the structure reliability can be improved without increasing the cost incidence of the product, the excellent rate of the manufacture procedure can be improved, and the product cost can be lowered.

The invention relates to a securing arrangement of a frameless glass door, comprising a body, an operating piece, a linkage device and a lockset, wherein, the body is provided with a case which is provided with a mounting hole, a lockhole and a lower covering pillar; the operating piece is combined with the mounting hole and provided with a pushing arm which is provided with a covering pole; a first elastic piece is arranged between the covering pole and the lower covering pillar; the linkage device is provided with a clamping plate, a linkage arm and a pulling arm; the clamping plate is provided with a buckling head, an upper combination arm and a lower combination arm; the lower combination arm is protrudent with a lower combination pillar; a second elastic piece is sleeved between the body and the lower combination pillar; a third elastic piece is arranged between the pulling arm and the case, thereby providing the securing arrangement of a frameless glass door which can be operated stably with a long service life and achieve firm locking effect.

The invention relates to a drive circuit and a power converter containing the drive circuit. The power converter comprises a main switch controlled by a driving signal, a main transformer receiving an input power supply in a switching way by the main switch, and a switching circuit which outputs a synchronizing signal and comprises a switch used for determining the receive status of an external connection load power supply; the drive circuit includes a dead pole time controller and an opposite phase generator; wherein, the dead pole time controller is provided with a second switch and a fourth switch, and the fourth switch is controlled by the synchronizing signal to control the conducting state of the second switch; the opposite phase generator is provided with a first switch and a fifthswitch which are controlled by the driving signal, and the fifth switch is controlled by the first and the second switches to output a switching signal that has the opposite phase to the driving signal, and the switching circuit is controlled; furthermore, dead pole time spacing is kept between the synchronizing signal and the switching signal. The invention can actively modify the switching signal, ensures the phenomenon of reverse current not to occur, leads the circuit to be synchronous and improves the drive capability by using the drive circuit.

The invention relates to a material separating device of a test device, which comprises a blockage arm, a first clamping jaw set, a first swing arm set, a second clamping jaw set, a second swing arm set, a first forward pushing block, a second forward pushing block, a third swing arm set, a down pressing seat and a power source, wherein the blockage arm is arranged at the front end of the material separating device and controls the entrance of a first element to be detected; the first clamping jaw set is arranged in back of the blockage arm and used for clamping the first element to be detected; the first swing arm set is arranged in back of the first clamping jaw set and used for controlling and clamping; the second clamping jaw set is arranged at the other side of the front end of the material separating device, positioned in back of the first clamping jaw set and used for clamping a second element to be detected; the second swing arm set is arranged in back of the second clamping jaw set; the first forward pushing block is arranged in back of the first swing arm set and connected with the second forward pushing block, and pushes the first clamping jaw set to move forward; the second forward pushing block controls the motion of the blockage arm; the third swing arm set is arranged in back of the first forward pushing block, and pushes the second and first forward pushing blocks forward; the down pressing seat is arranged above the first, second and third swing arm sets; and the power source is arranged above the down pressing seat and connected with the down pressing seat, and drives the down pressing seat. Because the material separating device has only one power source and the power source drives all elements to separate materials, the material separating speed canbe increased and the volume of a feeding mechanism can be reduced.