Abstract: A disclosure relates to a gear two-way clutching mechanism that is acted between the power output and the loading and mainly comprising a power source, a loading, a clutching unit and a deceleration unit. When the first output gear of the loading unit is driven by the power source to rotate to a predetermined position, the teeth missing portion is tangential with and corresponds to the buffer gear, or the wheel teeth portion meshes the buffer gear. The clutching unit connected between the power source, and the loading can perform clutch without working and enables the loading end to freely rotate, or the clutching unit can perform mesh working so that power of the power source is directly outputted to the loading end. With the deceleration unit connected to rear section and/or front section of the clutching unit, speed reduction ratio of the transmission chain connected between the power source and the loading can change to achieve effect of enhancing or changing output torque.

Abstract: A disclosure relates to a gear two-way clutching mechanism that is acted between the power output and the loading and mainly comprising a power source, a loading, a clutching unit and a deceleration unit. When the first output gear of the loading unit is driven by the power source to rotate to a predetermined position, the teeth missing portion is tangential with and corresponds to the buffer gear, or the wheel teeth portion meshes the buffer gear. The clutching unit connected between the power source, and the loading can perform clutch without working and enables the loading end to freely rotate, or the clutching unit can perform mesh working so that power of the power source is directly outputted to the loading end. With the deceleration unit connected to rear section and/or front section of the clutching unit, speed reduction ratio of the transmission chain connected between the power source and the loading can change to achieve effect of enhancing or changing output torque.

Abstract: A stove knob capable of automatically shutting down a stove in cooperation with heat includes a knob body, an adapter module and a steering joint. The adapter module and the steering joint are selected to be individually or mutually pivoted and then installed between the knob body and the ignition shaft of the stove, and the knob body can be installed to an automatic thermal shutdown machine to fit the use of various different stoves and achieve the effect of expanding the scope of use. The knob body, the adapter and the steering joint can pivotally combined by different orientations and pivotally connected to an ignition shaft of the stove in a predetermined direction, so that a rotary handle of the knob body can be aligned with the best direction and angle towards a user to provide smooth and convenient operations.

Abstract: The invention relates to an improved driving device of stove safety protective equipment that is a driving device of driving a knob of a safety protective equipment to rotate and comprising a driving body, a first driving member, a clutch body, a second driving member and a driving tooth disc. When the knob is at an original position that does not ignite, the driving tooth disc integrally combined with the knob pushes the clutch body to allow the second driving member to mesh the driving tooth disc at idle state. The knob is smoothly rotated to implement ignition and regulation motions. At the same time, the driving body can also be rotated to enable the first driving member to move away from the clutch body so that the clutch body exactly and stably comes off the second driving member. The driving body rotates to allow the first driving member moving away from the clutch body, and the clutch body is driven to rotate to engage the second driving member.

Abstract: The invention relates to an improved driving device of stove safety protective equipment that is a driving device of driving a knob of a safety protective equipment to rotate and comprising a driving body, a first driving member, a clutch body, a second driving member and a driving tooth disc. When the knob is at an original position that does not ignite, the driving tooth disc integrally combined with the knob pushes the clutch body to allow the second driving member to mesh the driving tooth disc at idle state. The knob is smoothly rotated to implement ignition and regulation motions. At the same time, the driving body can also be rotated to enable the first driving member to move away from the clutch body so that the clutch body exactly and stably comes off the second driving member. The driving body rotates to allow the first driving member moving away from the clutch body, and the clutch body is driven to rotate to engage the second driving member.

Abstract: A containing device includes a first container, a second container and a lid. The first container is provided for containing a powder or particulate substance and includes a first leading-out opening and a second leading-out opening. The lid is combined to an upper end or a lower end of the first container upper end or lower end for sealing and resisting moisture of the content of the first container. The second container is movably pivoted in the first container and includes a fixed number of receiving grooves, and the receiving groove has a leading-in opening, a release outlet and a separating board. When the leading-in opening of the second container is displaced to a position corresponsive to the first leading-out opening of the first container, the release outlet is sealed, so that a fixed quantity of content of the first container enters into the second container.

Abstract: A containing device includes a first container, a second container and a lid. The first container is provided for containing a powder or particulate substance and includes a first leading-out opening and a second leading-out opening. The lid is combined to an upper end or a lower end of the first container upper end or lower end for sealing and resisting moisture of the content of the first container. The second container is movably pivoted in the first container and includes a fixed number of receiving grooves, and the receiving groove has a leading-in opening, a release outlet and a separating board. When the leading-in opening of the second container is displaced to a position corresponsive to the first leading-out opening of the first container, the release outlet is sealed, so that a fixed quantity of content of the first container enters into the second container.

Abstract: A portable cup attached to a product container in eludes a cup lid attached to the portable cup or the bottom of the portable cup, and the cup lid has a sealing device sealed and combined to the mouth of the portable cup. With the cup lid appropriately sealed and combined to the mouth of the portable cup, a product contained in the container has the easy packing, easy-to-carry and easy-to-use effects and the portable cup has the moistureproof, leakproof and quality assurance functions to the packed product. Such portable cup achieves the expected effects of environmental protection, cost-effectiveness, and waste reduction.