Abstract: A liquid ornament is revealed. The liquid ornament includes a closed container and a film sheet. A liquid ornament is received in the closed container and is displayed. The liquid ornament consists of combinations of at least two of a first liquid, a second liquid and at least one ornament. The film sheet is formed by a first end surface and a second surface opposite to the first end surface. The first end surface is attached to a connection part of the closed container while the second end surface is attached to a surface of a solid object.

Abstract: A dynamic liquid ornament including a transparent container, an ornamental object and a base is revealed. The transparent container has an opening on a bottom thereof, at least one cavity filled with liquid, and a neck portion on the bottom of the cavity. The size of the ornamental object is larger than the neck portion of the cavity. Thus the ornamental object is compressed and elastically-deformed to pass through the opening of the transparent container, the neck portion of the cavity, and suspend in the liquid. A first magnet is disposed on the bottom of the ornamental object. The base mounted with a rotation device therein is connected to the bottom of the transparent container. The rotation device is connected to a second magnet for driving the second magnet to rotate. The first magnet is affected by the second magnet to make the ornamental object rotate.

Abstract: A work output device is revealed. The work output device includes two motor rotors respectively arrange at two ends of a horizontal main rotating shaft. An outer transmission shaft of each motor rotor starts rotating after the power is turned on. The rotating outer transmission shaft drives the main rotating shaft to rotate in one direction through a speed change gear mechanism. The motor rotors are synchronously driven to rotate around the main rotating shaft and move from a lower position to a higher position. At the moment, the power is turned off and the motor rotors turn back from the higher position to the lower position with the help of gravity. Thus a cycle of repetitive up-and-down half circle rotation is completed. Moreover, the main rotating shaft drives a work output shaft to rotate by a torque controller.

Abstract: An electric inversion table includes a base, a bench and a driving device. The bench is disposed on the base and is rotated between a horizontal position and a vertical position. The driving device connects the bench to the base for driving the bench to rotate between the horizontal position and the vertical position. When power failure occurs or a motor of the driving device is out of order, users can release locked status by a clutch of the driving device so as to turn the bench from the vertical position back to the horizontal position safely by the body weight.

Abstract: A work output device is revealed. The work output device includes two motor rotors respectively arrange at two ends of a horizontal main rotating shaft. An outer transmission shaft of each motor rotor starts rotating after the power is turned on. The rotating outer transmission shaft drives the main rotating shaft to rotate in one direction through a speed change gear mechanism. The motor rotors are synchronously driven to rotate around the main rotating shaft and move from a lower position to a higher position. At the moment, the power is turned off and the motor rotors turn back from the higher position to the lower position with the help of gravity. Thus a cycle of repetitive up-and-down half circle rotation is completed. Moreover, the main rotating shaft drives a work output shaft to rotate by a torque controller.

Abstract: An energy saving device rotating a half circle and turning back with the help of gravity is revealed. In the first half cycle of a circle movement, a transmission shaft of a motor rotor is controlled to rotate and further drive a first rotating shaft rotating in one direction by a first speed change gear mechanism. The transmission shaft synchronously drives the motor rotor to rotate a half circle, from a lowest position to a highest position on a circumference of the circle. In the other half cycle, the transmission shaft of the motor rotor stops rotating and the motor rotor returns from the highest position to the lowest position with the help of gravity. Thus the half circle rotation of the motor rotor is completed and the first rotating shaft is driven to rotate in one direction continuously so as to achieve energy saving effect.

Abstract: A water ball with a bubble eliminating device is revealed. A bottom cover is connected to an opening edge on the bottom of a transparent container so as to form a closed container that is filled with a fluid. The bottom cover is disposed with a hole and a sheet with elasticity is placed over the hole to close the hole. The sheet is used to regulate pressure changes of the fluid in the water ball caused by volume changes. Thus the formation of bubbles is prevented and the crack of the enclosed container due to increased fluid pressure is prevented.

Abstract: A water ball ornament with a bubble chamber is revealed. A closed container formed by a transparent container and a bottom cover that covers an opening edge of the transparent container is filled with a liquid. A bubble chamber is disposed projectingly under the bottom cover and having a through tube that connects with an inner space of the closed container so as to hide and receive bubbles generated in the closed container. When the closed container is rotated an angle to various positions, the liquid level in the bubble chamber is always over a lower end opening of the through tube so that the bubbles in the bubble chamber will not go back to the closed container.

Abstract: A compass ornament includes a base and a rotatable balancing stand disposed on the base. A seat is disposed on top of the base as a rotation seat of the balancing stand. The balancing stand is a symmetrical rack symmetrical to a rotation axis and having at least a rack passing through the rotation axis. A shaft arranged on the center point of the rack is connected with and supported by a seat on the base to form a pivot point for rotation. Each of the two sides of the balancing stand is disposed symmetrically with a magnetic block with the same weight so that the balancing stand is in a balance status while the northern and southern poles of the two magnetic blocks are in the same direction. An azimuth scale is disposed on the balancing stand and is corresponding to the southern and northern magnetic poles of the magnetic blocks for indicating directions and showing detailed angles.

Abstract: A compass including a decorative container and a bearing is disclosed. The decorative container is disposed on top of the bearing while a base for spire is arranged on surface of the container. A symmetrical C-shaped balancing stand has two brackets for accommodation of heavy objects on bottom of two sides thereof. A magnetized bar is transversely arranged on the symmetrical C-shaped balancing stand and a center point of the magnetized bar aligns a central shaft of the balancing stand. A projective spire is arranged on center shaft of the bottom of the balancing stand for being located on the base for spire so as to form a pivot point for rotation. Therefore, the balancing stand rotates freely above the decorative container and the magnetized bar thereof aligns with earth's magnetic field so as to drive the balancing stand to rotate and indicate directions.

Abstract: An anti-theft device is provided for a vehicle having a wheel axle and a vehicle wheel that includes a wheel rim coupled co-rotatably to the wheel axle, and a pneumatic tire mounted on the wheel rim. The anti-theft device includes a tire-deflating unit and a deflation controller. The tire-deflating unit is adapted to be coupled to the vehicle wheel, and is operable in a deflating state for deflating the pneumatic tire. The deflation controller is coupled to the tire-deflating unit, and is operable in an activated state, in which the deflation controller detects movement of the vehicle and enables operation of the tire-deflating unit in the deflating state upon detecting movement of the vehicle.

Abstract: A compass including a container for liquid, a floating body, a vertical shaft, a pointer and an ornament such as pens is disclosed. The container is disposed horizontally with an axial hole on top surface thereof while the floating body such as a pen holder floats on liquid inside the container. The vertical shaft vertically arranged on a center line of the floating body. Moreover, the vertical shaft inserts through the axial hole and connects with an extension rod. The pointer and the ornament are further loaded on the extension rod. A magnetized bar is transversely disposed on the floating body or the vertical shaft and a central point of the magnetized bar aligns the center line of the floating body so that the S pole of the magnetized bar faces the direction that the pointer indicates.

Abstract: A buoyant dynamic ornament includes a water storage tank, a transparent buoyant tank, a plurality of floats, and a water level control. By the water level control, the water flowing in and out the water storage tank and the buoyant tank is controlled and the water level varies so as to provide the floats buoyancy. Thus the floats rise or sink according to the variation of water level. At the same time, the figures or light on the floats also moves up and down. The dynamic decorative effect is achieved.

Abstract: A toilet seat with decorative effect includes a toilet lid as well as a circular seat with a plurality of isolated sections. Each of the isolated section forms a transparent closed space for accommodating liquid or ornaments with different colors such as single-liquid with lustrous foil fragments or dual-liquid with floats so as to achieve a colorful decorative effect. Thus no matter the toilet lid or the circular seat is lifted up or put down, the isolated sections with liquid and ornament have decorative effects. The toilet seat can also match the interior design of the whole bathroom.

Abstract: A mouse for computer has a transparent casing containing one or two types of liquid and/or floating ornaments and connected to a rear portion of the mouse on where an operator's hand is normally rested. The transparent casing is provided at a lower edge of an inner side thereof with a lug having a central through hole, such that the lug is located and firmly held between locking post and cylinder provided on upper and lower cases of the mouse by a fastening screw extended through the locking post and cylinder as well as the central hole of the lug, enabling the transparent casing to assemble to the upper and lower cases of the mouse in a simple and stable manner. Printed pictures or words or designs may be attached to the transparent casing at suitable places to serve as backgrounds of the floating ornaments or as an advertisement.

Abstract: A soft-shelled ornament includes a transparent soft shell being clamped along an annular flange between a hold-down ring and a seat. The hold-down ring and the seat are tightly sealed into an integral unit by way of supersonic welding along two heat-sealing lines correspondingly provided at their contact surfaces. The hold-down ring and the seat are also provided at the contact surfaces radially inside said heat-sealing lines with two corresponding annular recesses for tightly receiving a leak-proof rubber ring therebetween. A flexible rubber plate is connected to the seat to bear against and close an inner end of a fluid inlet provided on the seat, so that a fluid is allowed to flow into but not out of the soft shell via the fluid inlet.

Abstract: A soft-shelled ornament includes a transparent soft shell being clamped along an annular flange between a hold-down ring and a seat. The hold-down ring and the seat are tightly sealed into an integral unit by way of supersonic welding along two heat-sealing lines correspondingly provided at their contact surfaces. The hold-down ring and the seat are also provided at the contact surfaces radially inside said heat-sealing lines with two corresponding annular recesses for tightly receiving a leak-proof rubber ring therebetween. A flexible rubber plate is connected to the seat to bear against and close an inner end of a fluid inlet provided on the seat, so that a fluid is allowed to flow into but not out of the soft shell via the fluid inlet.

Abstract: A dual-liquid ornament is provided with an exclusive magnetic floating body driving mechanism in addition to clock movement, so that a magnetic floating body in the ornament is magnetically driven by the driving mechanism to move without adversely affecting the accuracy of the clock movement. The floating body driving mechanism is rebuilt from a mass-produced clock movement by employing the basic structure and most parts of the latter, such that a new gear shaft is provided to rotate at an increased rotary speed about 6 rpm. The new gear shaft is extended from a housing of the floating body driving mechanism and has a magnet carrier connected to an outer end thereof. When the new gear shaft is rotated, the magnet carrier rotates at the same time to drive the magnetic floating body to move in the ornament.

Abstract: A soft-shelled ornament filled with fluid is provided. The soft shell of the ornament has a lower opening around which a radially inward extended flange is provided. The soft shell is connected to a base by positioning the flange between a top of the base and a retaining member that is seated on the base, and tightening a screw nut onto a lower stem of the retaining member to pull the latter toward the base and thereby pinch the flange of the soft shell between the base and the retaining member. A plunger is extended through a central hole of the retaining member with an expanded head normally pulled downward by a compression spring around the plunger to seal the central hole. When the plunger is upward pushed at a bottom thereof, fluid may be supplied from the plunger into the soft shell via a port provided on the plunger.