1. A releasable locking cap and container having a common longitudinal axis where the container has an opening with at least one container thread adjacent the opening with the thread sized and located to threadingly engage at least one cap thread formed on a skirt of the cap by relative rotation about the longitudinal axis, comprising:
a shaped end on at least one of the cap or container thread and a barb on the other of the at least one cap or container thread, the barb being on a leading end of the thread;
a resilient locking tab extending from one of the cap’s skirt or container, the locking tab being spaced apart from the shaped end a distance along the longitudinal axis sufficient to allow passage of the barb beyond the shaped end and a second position sufficiently close to resiliently urge the barb into overlapping rotational alignment with the shaped end, the shaped end being configured to lockingly engage the barb, the resilient locking tab and the shaped end overlapping along the rotational direction so that a plane containing the longitudinal axis intersects both the locking tab and the shaped end;
wherein the thread on the container comprises a bayonet having an inclined leading end and a recess formed between the shaped end and a stop at a trailing end of the bayonet, with the barb comprising a lug on the skirt of the cap sized to fit in the recess and rotationally align with the shaped end.
2. The locking cap and container of claim 1 wherein the locking tab extends from the skirt of the cap, and leads the lug, and is located closer to a top of the cap than is the lug.
3. The locking cap and container of claim 1 wherein the locking tab extends from the container and is aligned with the recess and is located below the recess a distance sufficient to engage the lug and to resiliently urge the lug into the recess.
4. A releasable locking cap and container where the container has an opening surrounded by a neck with at least one container thread thereon that is sized and located to threadingly engage at least one cap thread formed on a skirt of the cap, the container having a longitudinal axis, comprising:
first means formed on at least one of the cap or container thread and second means formed on the other of the at least one cap or container thread, the means aligning to form a lock restraining rotation of the cap in one direction when the means are aligned and allowing relative rotation along the one direction and opposite the one direction when the means are not aligned;
a resilient locking tab extending from one of the skirt of the cap or on the container neck located to abut something on the other of the skirt or container neck and thereby generate a resilient force to urge the second means into overlapping rotational alignment with the first means the locking tab extending along said first and second means so that a line parallel to the longitudinal axis intersects the locking the first and second means and the locking tab when the means are aligned to form the lock;
wherein the first means comprises a bayonet extending from the container and the second means comprises a lug extending from the skirt of the cap, with the locking tab also extending from the skirt and located closer to a top of the cap than the lug.
5. A releasable locking cap and container where the container has an opening surrounded by a neck with at least one container thread thereon that is sized and located to threadingly engage at least one cap thread formed on a skirt of the cap, the container having a longitudinal axis, comprising:
first means formed on at least one of the cap or container thread and second means formed on the other of the at least one cap or container thread the means aligning to form a lock restraining rotation of the cap in one direction when the means are aligned and allowing relative rotation along the one direction and opposite the one direction when the means are not aligned;
a resilient locking tab extending from one of the skirt of the cap or the container neck located to abut something on the other of the skirt or container neck and thereby generate a resilient force to urge the second means into overlapping rotational alignment with the first means the locking tab extending along said first and second means so that a line parallel to the longitudinal axis intersects the locking the first and second means and the locking tab when the means are aligned to form the lock;
wherein the first means comprises a bayonet extending from the container and the second means comprises a lug extending from the skirt of the cap, with the locking tab located adjacent a recess formed in the bayonet and spaced a distance from the bayonet sufficient allow passage of the lug into the recess while resiliently urging the lug into the recess to lock the cap to the container.
6. A method for releasably locking a cap on a container having an opening with at least one container thread located on a neck of the container adjacent the opening, the thread being sized and located to threadingly engage at least one cap thread formed on a skirt of the cap, comprising:
providing one of the cap or container threads with a barb extending from the thread;
providing the other of the cap or container thread with a locking end located adjacent the barb when the cap is locked on the container;
engaging the at least one cap and container threads and providing relative rotation in a first direction between the cap and body to tighten the cap on the container and to align the barb with the locking end;
resiliently urging the barb into overlapping alignment with the locking end a distance sufficient that the barb and locking end engage if the direction of the relative rotation is reversed, the resilient urging being provided by a resilient locking tab extending from one of the container or the skirt of the cap, the locking tab being spaced apart from and extending along a length of an adjacent thread a distance to permit a thread on the other of the container or cap from which the barb extends to pass between the locking tab and the thread while being resiliently urged against the adjacent thread
wherein the thread on the container comprises a bayonet having an inclined surface and a recess and the thread on the cap comprises a lug sized to mate with the recess to lock the cap to the container, and the resilient locking tab is located on the neck of the container.
7. A method for releasably locking a cap on a container having an opening with at least one container thread located on a neck of the container adjacent the opening, the thread being sized and located to threadingly engage at least one cap thread formed on a skirt of the cap, comprising:
providing one of the cap or container threads with a barb extending from the thread;
providing the other of the cap or container thread with a locking end located adjacent the barb when the cap is locked on the container;
engaging the at least one cap and container threads and providing relative rotation in a first direction between the cap and body to tighten the cap on the container and to align the barb with the locking end;
resiliently urging the barb into overlapping alignment with the locking end a distance sufficient that the barb and locking end engage if the direction of the relative rotation is reversed the resilient urging being provided by a resilient locking tab extending from one of the container or the skirt of the cap, the locking tab being spaced apart from and extending along a length of an adjacent thread a distance to permit a thread on the other of the container or cap from which the barb extends to pass between the locking tab and the thread while being resiliently urged against the adjacent thread;
wherein the thread on the container comprises a bayonet having an inclined surface and a recess, and the thread on the cap comprises a lug sized to mate with the recess to lock the cap to the container, and the resilient locking tab is located on the skirt of the cap and located closer to a top of the cap than is the lug.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. An automobile dual-power automatic transmission box, for supplying power to a wheel to drive and move an automobile, and comprising;
a first power source, for supplying power required for rotating a first drive shaft;
a second drive shaft, driven and rotated by the first drive shaft;
a third drive shaft, for driving the wheel;
a second power source;
a clutch unit, for driving the second power source to supply power required for rotating the third drive shaft if the wheel runs at a speed smaller than a predetermined value, and driving the first power source power required for rotating the third drive shaft if the wheel runs at a speed greater than a predetermined value; and
a speed change unit, for reducing a rotating speed of the second drive shaft until the rotating speed approaches the rotating speed of the third drive shaft if the wheel runs at a speed equal to the predetermined value, and then the clutch unit can drive the first power source to supply power required for rotating the third drive shaft.
2. The automobile dual-power automatic transmission box of claim 1, wherein the first power source is an internal combustion engine, and the second power source is an electric drive motor.
3. The automobile dual-power automatic transmission box of claim 1, wherein the clutch unit is a one-way clutch.
4. The automobile dual-power automatic transmission box of claim 1, wherein the second power source is installed inside a wheel hub of the automobile.