Patent application number | Description | Published |
20100128831 | CIRCUIT FOR DETECTING CLOCK AND APPARATUS FOR PROVIDING CLOCK - A circuit for detecting a clock has a plurality of first transmission elements, a plurality of first exclusive OR gates and a first AND gate. Each first transmission element is coupled to a last first transmission element for receiving output data, and the data received by each first transmission element is transmitted to an input terminal of a next first transmission element. In addition, the input of a first transmission element is coupled to a clock source for receiving a predetermined clock signal of which a frequency is less than a frequency of a local clock signal. Furthermore, the first and second input terminals of a k | 05-27-2010 |
20110116325 | COMPUTER APPARATUS AND MEMORY ERROR SIGNAL DETECTING SYSTEM - A memory error signal detecting system including a signal extracting circuit, a flip-flop, a latch circuit, and a light sign is provided. The signal extracting circuit receives a memory error signal to output a pulse signal when the memory error signal switches from a first level to a second level. When the preset end of the flip-flop receives the pulse signal, and the maintaining time of the pulse signal is maintained for a predetermine time, the flip-flop output end is set to a high voltage level. The latch circuit determines whether to output the state of the flip-flop output according to the reset signal. The light sign operates according to the state of an output end of the latch circuit. Furthermore, a computer apparatus including the memory error signal detecting system is also provided. | 05-19-2011 |
20110273971 | DATA STORAGE SYSTEM WITH POWER BACKUP MECHANISM - A data storage system with power backup mechanism includes a storage server, N pieces of power supply modules, a plurality of programmable logic devices and a control module. The storage server consumes M units of power in operation, and supports a storage bridge bay standard. The power supply modules respectively generate power for the storage server and a set of power-related signals, wherein the maximum power output of each of the power supply modules is equal to M/N−1 units. The programmable logic devices convert the power-related signals from the power supply modules to two sets of power condition signals. The control module monitors a power condition according to the power condition signals, thereby determining a power health condition of the storage server. | 11-10-2011 |
Patent application number | Description | Published |
20110061169 | AIR MATTRESS - Disclosed herein is an air mattress including at least two separate zones. A first and second groups of elongate, inflatable cells are disposed alternately within each of the at least two separate zones. An air pump is to supply pressurized air. At least two air distributors are serially connected with the air pump for respectively distributing the pressurized air to the at least two separate zones. Each air distributor is operable to supply the pressurized air to the first and second groups of cells within each of the at least two separate zones. A pressure reducer is serially connected between any adjacent two of the at least two distributors for reducing the pressure of the pressurized air to a downstream one of any adjacent two of the at least two distributors. | 03-17-2011 |
20110071447 | COMPRESSION SLEEVE - A compression sleeve includes a first sheet, a second sheet, at least one close-loop sealing contact and at least two open-loop sealing contacts. The at least one close-loop sealing contact is formed between the first and second sheet so as to form an isolated inflatable section within the close-loop sealing contact. The at least two open-loop sealing contacts are disposed within the at least one close-loop sealing contact, wherein at least one of the at least two open-loop sealing contacts includes two through holes respectively at two opposite ends. | 03-24-2011 |
20110113970 | Volume Measuring Water Supply Device of Beverage Brewing Machine - A volume measuring water supply device of a beverage brewing machine includes a cold water manifold coupled to the cold water supply pipe of the beverage brewing machine for flowing cold water out from the beverage brewing machine, a cold water solenoid valve provided for a control of opening or shutting the cold water, a hot water manifold coupled to the hot water supply pipe of the beverage brewing machine for flowing hot water out from the beverage brewing machine, a hot water solenoid valve provided for a control of opening or shutting the hot water manifold, and a water supply pipe, coupled to the cold water manifold and the hot water manifold for filling the cold water and the hot water respectively into a brewed beverage. | 05-19-2011 |
20110252976 | BEVERAGE PREPARING APPARATUS - A beverage preparing apparatus mixes hot water from a hot water pipe with cold water from a cold water pipe to produce a mixed water flow with an appropriate temperature to be delivered to a liquid dispenser. When a brewing solenoid valve is opened, the liquid dispenser delivers the mixed water flow to a preparing container that contains a beverage composition to prepare a beverage. When the brewing solenoid valve is shut, the liquid dispenser delivers the mixed water flow into a hot water inlet pipe. When a hot water inlet solenoid valve is opened, the mixed water flow is added into the beverage directly. When the brewing solenoid valve and hot water inlet solenoid valve are shut, the hot water in the heat exchanger is vaporized and passed through a pre-heating circulation pipeline to pre-heat the liquid dispenser and returned to a heat exchanger to constitute a pre-heating circulation. | 10-20-2011 |
Patent application number | Description | Published |
20100018402 | Thermostatic brewing mechanism - A brewing mechanism has a pump, a pipe assembly, a boiler, a supply pipe, a heat exchanger, a feed pipe, a hot water pipe, a brewing group and thermoregulating group. The pipe assembly and the supply pipe both connect to the pump. The boiler is connected to the supply pipe and has a reservoir. The heat exchanger is mounted through the reservoir of the boiler. The feed pipe is mounted between the heat exchanger and pipe assembly. The hot water pipe connects the heat exchanger. The brewing group connects to the hot water pipe. The thermoregulating group is mounted between the brewing group and the pipe assembly. The brewing mechanism has advantages of being more thermostatic by the thermoregulating group directly introducing water into the brewing group. | 01-28-2010 |
20100018407 | Thermostatic brewing mechanism with a structure for adjusting volume or concentration of a beverage obtained thereby - A brewing mechanism has a pump, a pipe assembly, a boiler, a supply pipe, a heat exchanger, a feed pipe, a hot water pipe, a brewing group, thermoregulating group and a filling group. The pipe assembly and the supply pipe both connect to the pump. The boiler is connected to the supply pipe. The heat exchanger is mounted through the boiler. The feed pipe is mounted between the heat exchanger and pipe assembly. The hot water pipe connects to the heat exchanger and the brewing group. The thermoregulating group is mounted between the brewing group and the pipe assembly. The filling group connects to the pipe assembly and has an outlet to allow water from pipe assembly flow out. The brewing mechanism is convenient to obtain a beverage thermostatically and to adjust volume or concentration of the beverage. | 01-28-2010 |
Patent application number | Description | Published |
20110072706 | Insect-Shaped Fake Bait Structure and a Shaping Method Thereof - The present invention relates to an insect-shaped fake bait structure and a shaping method thereof. The insect-shaped fake bait structure includes a wing made of a metallic plate. The wing is formed with a plurality of guiding holes, a plurality of line holes, a fishhook hole, and a plurality of through holes. A portion of the wing about near the plurality of through holes is formed by die casting with a metallic material through an insect-shaped mold to form an insect-shaped body. The wing is integrated with the insect-shaped body by filling a material in the plurality of through holes. When the present invention is in use, the wing will swing by the turbulent flow through the plurality of guiding holes for attracting fish to attack the insect-shaped fake bait so that a fishhook is adapted to hook fish. | 03-31-2011 |
20110107653 | Hidden Fishhook Structure Having a Fish Shape - A hidden fishhook structure having a fish shape includes an extendable device, two limiting boards, two engaging boards, and two semi-fish bodies. The extendable device is placed in between the two limiting boards. The two limiting boards are placed in between the two engaging boards. The two engaging boards are placed in between the semi-fish bodies to form a false fish for attracting fish. When a rear fish is hooked, a dragging board of the extendable device will be pulled outwards. Due to the confinement of a limiting recess, an elastic member, connecting rods and a hook member are linked to drive the hook member to extend and slide. A hook of the hook member is exposed from an extending opening to hook the mouth of the real fish securely. By the elasticity of the elastic member, this hidden fishhook structure is capable of re-use and safety. | 05-12-2011 |
20110119984 | Structure to conceal fishhook inside false fish - A structure to conceal fishhook inside false fish is disclosed by that two false fishes being combined to disguise as a real fish for hooking fish is formed with a locking space for lockingly housing two locking plates having a chamber for concealingly housing a fishhook dispenser and tying device, wherein an axle ring of one or several hooking bodies and one end of an elastic member are lockingly fixed by an axle with axle hole as the axis center, and a double ring member is pulled to move up for a distance by the fishing line from the pull-opening made at top end of upper part thereof to drive fishhooks to spring out of side spring out openings thereof so as to hook fish mouth precisely and to recover by elastic recovery force of said elastic member thereby achieving the effectiveness of safety and repeated use. | 05-26-2011 |
20110239521 | Compact Fake Bait Structure - A compact fake bait structure includes a transparent counterweight fake bait, at least one dual-ring member and a colored fake bait. The transparent counterweight fake bait has an opening at a rear end thereof for connecting with one end of the dual-ring member. Another end of the dual-ring member is pivotally connected with a front end of the colored fake bait. When the user tosses a fishing line, the fishing line can be tossed farther through the gravitational acceleration of the transparent counterweight fake bait. The colored fake bait colored with pattern and connected with the dual-ring ring swings at the rear end of the transparent counterweight fake bait like a real fish so as to attract a real fish to be hooked easily. Besides, the transparent counterweight fake bait is not easily to be seen, preventing the real fish from being frightened away. | 10-06-2011 |
20120186134 | FAKE BAIT HAVING ADJUSTMENT DEVICE - A fake bait having an adjustment device includes a main body, an engaging member and a resistant board. The main body has an accommodation trough at a head portion thereof and an inclined board in the accommodation trough. The engaging member has a toothed section which is biased by a resilient element. The resistant board has a toothed portion to engage with the toothed section of the engaging member. The engaging member and the resistant board are received in the accommodation trough and located on the inclined board. When the resistant board is pulled, the resistant board biased by the resilient element of the engaging member is adjusted forward or backward through the teethed portion of the resistant board to engage with the teethed section of the engaging member, providing a positioning effect. | 07-26-2012 |
20120260559 | STRUCTURE TO HIDE FEEDING STUFF INSIDE A FALSE FISH - A structure to hide feeding stuffs inside a false fish, whereof a chamber is provided at a proper location inside the false fish and several slots are installed inside the said chamber whose space is inset into by a container, the said container is installed with seeping holes and is installed with elastic locking pieces at its peripheral edge. When the container is inset into the chamber, the locking pieces are inserted into the said slots for positioning the container, so that feeding stuffs can be loaded inside the said container to drip slowly into the water through the seeping holes to attract fishes gathering so as to achieve the effect of seducing fishes to the hooks. | 10-18-2012 |
Patent application number | Description | Published |
20130235633 | CONTROL CIRCUIT FOR POWER CONVERTER AND METHOD THEREOF - A control circuit for a power converter has a current source, a sampling circuit, a signal processing circuit, a driving circuit, and a shared pin. The shared pin is used for coupling with a resistor and a switch. The current source, coupled with the shared pin, provides a current through the shared pin to the resistor in a first period. The sampling circuit, coupled with the shared pin, samples signals on the shared pin for generating a first sampling value and a second sampling value. The signal processing circuit, coupled with the sampling circuit, compares the first sampling value and the second sampling value. The driving circuit generates driving signals for conducting the switch. When the difference of the first sampling value and the second sampling value is less than a predetermined value, the signal processing circuit configures the driving circuit to intermittently conduct the switch in a second period. | 09-12-2013 |
20130342127 | LED CONTROL DEVICE FOR PHASE-CUT DIMMING SYSTEM AND CONTROL METHOD THEREOF - An LED control device for configuring a phase-cut dimming system includes an LED and a switch. The LED control device configures the conduction status of the switch so as to supply power to the LED according to an input signal. The LED control device further detects whether the input signal is phase-cut. When the input signal is phase-cut, the LED control device stores the signal values of the internal circuits. Afterward, when the input signal is not phase-cut, the LED control device restores the stored signal values so that the internal circuits may resume to the previous operation status rapidly. | 12-26-2013 |