Abstract: Manufacturing method for tempered glass circuit board, including steps of: by means of a halftone, evenly painting a layer of silver plasma onto the surface of a glass and waiting until the silver plasma dries; thereafter, gradually increasing temperature of the glass from 30° C.; when the temperature reaches 450˜550° C., thermally fully fusing the surface of the glass with the silver plasma; continuously increasing the temperature to 750±2% ° C. to temper the glass; and thereafter, gradually decreasing the temperature to room temperature to achieve a tempered glass circuit board. A circuit can be directly soldered on the surface of the tempered glass instead of any conductive tempered glass.

Abstract: Fat weighing scale including a reinforced glass or acry-made square step board and a display panel and several control buttons arranged on front side of the step board. The display panel is connected to internal control chip set and cells. The center of the step board is provided with a conductive section which is connected with the control chip set in the display panel. An upper cover and a seat body are mated with each other on each corner of the step board. Each seat body is co-used with a transmission sensor, a switch seat, a restoring spring, a press leg, a press leg seat and a seat cover mated with the seat body. The transmission sensor is connected with a control chip connected to the control chip set of the display panel. Two conductive wires are wound between two seat bodies on two sides of the step board to serially connect the same. The switch seat is drivingly connected under the transmission sensor and provided with a switch at the center. The press leg is a case having a central projecting post.

Abstract: Fat weighing scale including a reinforced glass or acry-made square step board and a display panel and several control buttons arranged on front side of the step board. The display panel is connected to internal control chip set and cells. The center of the step board is provided with a conductive section which is connected with the control chip set in the display panel. An upper cover and a seat body are mated with each other on each corner of the step board. Each seat body is co-used with a transmission sensor, a switch seat, a restoring spring, a press leg, a press leg seat and a seat cover mated with the seat body. The transmission sensor is connected with a control chip connected to the control chip set of the display panel. Two conductive wires are wound between two seat bodies on two sides of the step board to serially connect the same. The switch seat is drivingly connected under the transmission sensor and provided with a switch at the center. The press leg is a case having a central projecting post.