Abstract: A layer stack including a first bonding dielectric material layer, a dielectric metal oxide layer, and a second bonding dielectric material layer is formed over a top surface of a substrate including a substrate semiconductor layer. A conductive material layer is formed by depositing a conductive material over the second bonding dielectric material layer. The substrate semiconductor layer is thinned by removing portions of the substrate semiconductor layer that are distal from the layer stack, whereby a remaining portion of the substrate semiconductor layer includes a top semiconductor layer. A semiconductor device may be formed on the top semiconductor layer.

Abstract: A method of forming an integrated circuit, including forming a n-type doped well (N-well) and a p-type doped well (P-well) disposed side by side on a semiconductor substrate, forming a first fin active region extruded from the N-well and a second fin active region extruded from the P-well, forming a first isolation feature inserted between and vertically extending through the N-well and the P-well, and forming a second isolation feature over the N-well and the P-well and laterally contacting the first and the second fin active regions.

Abstract: A bobbin used in a transformer is disclosed. The bobbin includes a main body, two side walls, two wire collecting bases and at least one extension wire collecting base. The main body has a tunnel. The two side walls are disposed on the two ends of the main body, respectively. The tunnel passes through the two ends of the main body and the two side walls. The two wire collecting bases are disposed on the two side walls respectively or on one of the two side walls. Each wire collecting base has at least one wire collecting part. The extension wire collecting base has at least one extension wire collecting part. The extension wire collecting base can couple with the wire collecting base.

Abstract: A multi-output buck converting apparatus with a controllable energy-releasing function includes a main buck converter and at least one auxiliary buck converter to provide multi-output voltages. The multi-output buck converting apparatus further includes an energy releasing unit and an abnormal voltage signal generating unit. The abnormal voltage signal generating unit generates a control signal to control a switch device of the energy releasing unit when the multi-output buck converting apparatus shuts down. Therefore, the energy, which is stored in the auxiliary buck converter, can be released through the energy releasing unit so as to avoid returning the energy to the main buck converter and rebounding a main output voltage.

Abstract: A bobbin used in a transformer is disclosed. The bobbin includes a main body, two side walls, two wire collecting bases and at least one extension wire collecting base. The main body has a tunnel. The two side walls are disposed on the two ends of the main body, respectively. The tunnel passes through the two ends of the main body and the two side walls. The two wire collecting bases are disposed on the two side walls respectively or on one of the two side walls. Each wire collecting base has at least one wire collecting part. The extension wire collecting base has at least one extension wire collecting part. The extension wire collecting base can couple with the wire collecting base.

Abstract: A multi-output buck converting apparatus with a shutdown protection includes a main buck converter and at least one auxiliary buck converter to provide multi-output voltages. The multi-output buck converting apparatus further includes an abnormal voltage signal generating unit. The abnormal voltage signal generating unit generates a control signal to control switch devices of the auxiliary buck converter when the multi-output buck converting apparatus shuts down. Therefore, the stored energy in the auxiliary buck converter can be released through internal loops or external loops with connected operational loads so as to avoid the recovering energy rebounding a main output voltage of the main buck converter.

Abstract: A multi-output buck converting apparatus with a controllable energy-releasing function includes a main buck converter and at least one auxiliary buck converter to provide multi-output voltages. The multi-output buck converting apparatus further includes an energy releasing unit and an abnormal voltage signal generating unit. The abnormal voltage signal generating unit generates a control signal to control a switch device of the energy releasing unit when the multi-output buck converting apparatus shuts down. Therefore, the energy, which is stored in the auxiliary buck converter, can be released through the energy releasing unit so as to avoid returning the energy to the main buck converter and rebounding a main output voltage.

Abstract: A multi-output buck converting apparatus with a shutdown protection includes a main buck converter and at least one auxiliary buck converter to provide multi-output voltages. The multi-output buck converting apparatus further includes an abnormal voltage signal generating unit. The abnormal voltage signal generating unit generates a control signal to control switch devices of the auxiliary buck converter when the multi-output buck converting apparatus shuts down. Therefore, the stored energy in the auxiliary buck converter can be released through internal loops or external loops with connected operational loads so as to avoid the recovering energy rebounding a main output voltage of the main buck converter.

Abstract: A switch device includes two contactors. Each contactor respectively includes at least two conductors, a magnet, and a coil spring. The conductors are connected to a power source via a powered electronic circuit. The circuit is designed to be in a normally open or closed initial condition. The magnet is directly or indirectly connected to the conductors. The coil spring is directly or indirectly located between the conductors and the magnet. The conductors change their normally open or closed condition into a temporarily closed or open condition to turn on or off the switch device when the contacts move near enough to permit magnets to interact magnetically. The coil spring forces the conductors to recover their original normally open or closed condition when the magnets cease to interact magnetically.

Abstract: An aquatic ornamental landscape device includes a main portion provided in a water tank and made of a soft material with its specific weight not larger than that of the water so as to float in the water tank, and connected with a down leading member to stay at a certain location without hampering the main portion from swinging or wriggling, a magnetic member provided in the main portion, and a magnetic inducing base provided at the outer side of the water tank and containing a hollow housing to accommodate a motor and a gear set driven by the motor while an axial of the gear set is connected also to a magnetic member which is driven and rotates to generate changed magnetic field against the water tank for the main portion to stay in its place and naturally swing or wriggle when subject to the alternative magnetic force of attraction and repulsion between the magnetic members in the main portion and the magnetic inductive base.

Abstract: A decorative water lamp includes a water container, a support base located under the water container and having an upper mouth, a light emitter unit fixed under the upper mouth and having a plurality of light emitters (such as LED) of different colors--green, red and blue--to be lit up in various orders to shine the water in the water container through the upper mouth of the support base. Air is blown by a pump controller fixed in the support base through an air tube extending in the water container to produce shocked water current flowing in a regular rhythm added with colored lights from the light emitters, which is controlled to light up in various orders by means of an electronic circuit board powered by a power supplier.

Abstract: A climbing toy device has a ring, a first climbing toy, a climbing mechanism disposed in the first climbing toy, a rope connected to the ring and the climbing mechanism, a second climbing toy, and a string connected to the ring and the second climbing toy.

Abstract: A climbing toy machine has a motor, a drive pinion set, a climbing gear set, a first rack plate, a second rack plate, and a retard gear. The drive pinion set and the climbing gear set are disposed between the first rack plate and the second rack plate. The drive pinion set engages with the climbing gear set. A disk is disposed under the first and the second rack plates. A seat is disposed on the disk. A first and a second U-shaped plates are disposed on the seat to receive the first rack plate. A third and a fourth U-shaped plates are disposed on the seat to receive the second rack plate. A movable plate is disposed between the first and the second rack plates. A press plate is connected to the movable plate. A protruded bar is disposed on the movable plate. A separator is disposed between the movable plate and the second rack plate. A spool is disposed between the separator and the second rack plate.

Abstract: A rolling toy comprises a ball, an expandable coil, and a connecting device connected to the ball and the expandable coil. The ball has a first semispherical shell and a second semispherical shell engaging with the first semispherical shell. A hole is formed in the ball. An aperture is formed in a front end of the expandable coil. The connecting device has a rod, a plate and a block. The connecting device is made of a flexible material. The length of the plate is larger than the diameter of the hole. The length of the block is larger than the diameter of the aperture. The rod has a first end connected to the plate and a second end connected to the block. The plate is folded and inserted in the hole. The block is folded and inserted in the aperture.

Abstract: A rolling toy includes a sphere body composed of two parts between which a axle is connected, a frame disposed in the sphere body and having a motor disposed thereto which is mechanically connected to a gear assembly, an end gear of the gear assembly fixedly mounted to the axle, a magnetic switch disposed to the frame and including a switch element and a first magnetic element, a weight disposed to the frame and located opposite to the first magnetic element, a second magnetic element magnetically adhered to an outer surface of the sphere body and magnetically lifting the first magnetic element so as to actuate the magnetic switch to let the gear assembly be operated such that when the sphere is rolled, the second magnetic element will always be magnetically adhered to an upper position of the rolling sphere body.