Abstract: A multifunction illumination lamp is provided. The multifunction illuminating lamp includes a body, an illuminating device, and a charging device. The illuminating device includes a plurality of LED units. Each LED unit includes red (R), green (G), and blue (B) color light emitting diodes (LED). The circuit controller controls currents flowing through the R, G, B LEDs, so as to control luminances of the R, G, B LEDs, and the controlled luminances of the R, G, B LEDs are adapted for mixing to achieve different color gamut. The charging device includes a transmitter and a receiver. When connected with a power supply, the transmitter generates an energy beam. The receiver is independent from the body and being adapted for constructing a circuit loop with an external electronic apparatus. The receiver transforms the received energy beam into electric energy and charges the electric energy into the electronic apparatus.

Abstract: A brake mechanism includes a trigger device and a brake device arranged in a casing of a tool. The trigger device is a switch to activate the power. The brake device is to depress the power that is transmitted to the output shaft. The output shaft is wrapped by a flexible band which has one end fixed to the casing and the other end is connected to a connection device which is activated by the trigger device or the brake device so as to be pull the flexible band to change the friction to the output shaft.

Abstract: A trigger-brake structure for tool machine comprises a trigger device and a brake device arranged in a machine base, in which the trigger device is employed for starting a power switch while the brake device for constraining the power transmission. The trigger-brake structure for tool machine is characterized in that a transmission axle for power transmission is arranged in the machine base; a leverage trigger of the trigger device will apply force to another lever in the brake device when the trigger is rotated to move a self-restoring switch to therefore start the power of the machine base; and, the brake device is comprised of a flange of a spring for receiving a force applied by the trigger through a lever so that the stretch degree of a spring leaf surrounding the transmission axle can be controlled by the trigger device to thereby change the frictional force of contact surface between the spring leaf and the transmission axle.

Abstract: A safety device includes a trigger for activating a first switch and a brake device for braking the output shaft of the electric tool. The trigger is controlled by a safety button that pivots a pivotal member that is engaged with a rotatable member when an intermediate member of the brake device is shifted by operating the brake device. The rotatable member matched with the pivotal member is rotated to activate a second switch. The electric power is provided to the output shaft when both the first and second switches are activated.

Abstract: A clutch safety switch of a power chainsaw includes a safety member slidably connected to the casing and a trigger which is not able to be squeezed when the safety member is not slid away. A gear connected to the power source has engaging recesses and a clutch member is rotatably mounted to an output shaft which is independent from the gear. An engaging member is movably mounted to the output shaft and retained in a central hole in the clutch member. A link is connected between the safety member and the clutch member which is rotated and moved toward the gear to let engaging member be engaged with the recesses in the gear to transfer the power to the output shaft.

Abstract: A vehicle headlight includes a light source, such as a light bulb, arranged inside a concave reflector. A mechanism is incorporated in the headlight for switching between high beam and low beam of the headlight. The switching mechanism includes a base fixed inside the vehicle headlight and retaining the light bulb. A frame is mounted to the base. Two shielding members are pivotally mounted to the frame on opposite sides of the bulb. A control plate is pivoted to the base and driven by a solenoid between active and inactive positions.

Abstract: A position shifting plate for an air blowing device includes a casing having an inlet defined in an underside of the casing and an outlet defined in an end of the casing. An annular neck extends from the underside of the casing and encloses the inlet. A gap is defined between the underside of the casing and the neck. A guide member extends from the underside of the casing. A shifting plate has a grated portion and a hole. A flange extends from the shifting plate and two rails extend inward from the flange so as to be movably inserted in the gap. The shifting plate movably contacts the guide member to shift the hole or the grated portion to cover the inlet of the casing.

Abstract: A headlamp base comprises a housing body and a lighting element, wherein a rear shield is arranged behind the housing body such that some electric components connected with the lighting element, such as power cords, a starter, a stabilizer, and connection terminals, etc., are all disposed in the rear shield without needing any extra space so as to protect those electric components against dust, wet, or other foreign particles and thereby prolong the lifetime of an automobile headlamp.

Abstract: A clutch safety switch of a power chainsaw includes a safety member slidably connected to the casing and a trigger which is not able to be squeezed when the safety member is not slid away. A gear connected to the power source has engaging recesses and a clutch device member is rotatably mounted to an output shaft which is independent from the gear. A link is connected between the safety member and a plate connected to the clutch member which is rotated to engage the output shaft with the gear by sliding the safety member. A lever is connected to the plate which is pivoted by pushing the lever to allow the link to move in a horizontal portion of an L-shaped slot in the plate to make the safety member be pushed back to disengage the clutch device from the gear to release the connection.

Abstract: A clutch safety switch of a power chainsaw includes a safety member slidably connected to the casing and a trigger which is not able to be squeezed when the safety member is not slid away. A gear connected to the power source has engaging recesses and a clutch device member is rotatably mounted to an output shaft which is independent from the gear. A link is connected between the safety member and a plate connected to the clutch member which is rotated to engage the output shaft with the gear by sliding the safety member. A lever is connected to the plate which is pivoted by pushing the lever to allow the link to move in a horizontal portion of an L-shaped slot in the plate to make the safety member be pushed back to disengage the clutch device from the gear to release the connection.

Abstract: A clutch safety switch of a power chainsaw includes a safety member slidably connected to the casing and a trigger which is not able to be squeezed when the safety member is not slid away. A gear connected to the power source has engaging recesses and a clutch member is rotatably mounted to an output shaft which is independent from the gear. An engaging member is movably mounted to the output shaft and retained in a central hole in the clutch member. A link is connected between the safety member and the clutch member which is rotated and moved toward the gear to let engaging member be engaged with the recesses in the gear to transfer the power to the output shaft.

Abstract: An adjusting device has a driving disk with two diametrically oppositely formed arcuate tracks formed thereon and a driven plate securely connected to the chain saw and having multiple bosses evenly and horizontally distributed on the driven plate. The two arcuate tracks are alternately received between two adjacent bosses such that when the driving disk rotates, the driven plate is moved linearly, which results in the adjustment of the tension of the chain saw.

Abstract: A position shifting plate for an air blowing device includes a casing having an inlet defined in an underside of the casing and an outlet defined in an end of the casing. An annular neck extends from the underside of the casing and encloses the inlet. A gap is defined between the underside of the casing and the neck. A guide member extends from the underside of the casing. A shifting plate has a netted portion and a hole. A flange extends from the shifting plate and two rails extend inward from the flange so as to be movably inserted in the gap. The shifting plate movably contacts the guide member to shift the hole or the netted portion to cover the inlet of the casing.

Abstract: A two-stage self-locking switch for electric hand tools mainly comprises a trigger base structure, an auto-return switch, a tigger-controlling structure, a trigger structure, and a cover for the trigger base structure. Wherein the trigger-controlling structure pivoted to the trigger base structure comprises namely a button connected with an arresting part on its bottom and a flexible slice on the bottom of its front, and the flexible slice is connected with both an upward extending retaining key and a downward extending reversed hook plate. Whereas, the trigger structure is pivoted to the trigger base structure with respect to the position of the trigger-controlling structure, and on the appropriate positions of the front of the trigger structure corresponding to the arresting part and the reversed hook plate is provided with a resisting plate and a hook plate respectively.

Abstract: A two-stage self-locking switch for electric hand tools mainly comprises a trigger base structure, an auto-return switch, a trigger-controlling structure, a trigger structure, and a cover for the trigger base structure. Wherein the trigger-controlling structure pivoted to the trigger base structure comprises mainly a button connected with an arresting part on its bottom and with a flexible slice on bottom of its front, and the flexible slice is connected with both a upward extending retaining key and a downward extending reversed hook plate. Whereas, the trigger structure is pivoted to the trigger base structure with respect to the position of the trigger-controlling structure, and on the appropriate positions of the front of the trigger structure corresponding to the arresting part and the reversed hook plate is provided with a resisting plate and a hook plate respectively.

Abstract: A locking device for output shaft of electric tools includes a plurality of brake pads arranged as a circle in a passage in a casing and the brake pads can be limited by a driving disk to co-rotate with a cam mounted on an output shaft. When the output shaft is rotated manually, the brake pads are pushed by the cam and contact the inside of the passage so as to secure the output shaft to output a torque. The driving disk has a hole wherein two hill portions extend from two opposite sides of the hole. The output shaft extends through the hole. A cover plate is mounted to the driving disk and has an aperture whose two opposite sides are located alignment with the two opposite sides of the hole in the driving disk. The driving disk has pawls on a surface thereof and limit the brake pads not to contact the inside of the passage.