Gold Nanotech, Inc.

James Tang

A bed assembly includes a bed having a head end, a foot end and a frame which is connected between the head end and the foot end. A water-proof pad is located between the head end and the foot end. The water-proof pad can be tightened, loosened and movable up and down. A bed board unit is pivotably connected to two sides of the frame so that the bed board unit is opened and closed when needed. An inflatable tub or bedpan is located beneath the bed so that when the bed board unit is opened, the patient can use the inflatable tub or the bedpan and does not have to be removed from the bed.

Bed assembly

A liquid introducing device transfers a fixed amount of liquid medicine into atomized particles. The liquid medicine is connected to the liquid introducing device which allows the users to quickly replace the bottles and avoid cross infection between different medicines. The liquid introducing device is powered by electric power to atomize the liquid quickly. The liquid introducing device includes a chamber which cooperated with an electro-magnetic valve switch which controls a fixed amount of air in the chamber such that the fixed amount of the air can be pressurized and output stably. The pressurized air passes through the tube without delay and loss.

Fixed-amount pressurized atomization device

A metal particle manufacturing system includes: a first airtight container, in which a metal film is placed and conveyed; a plasma melting chamber for heating and melting the metal film into ultrafine particle metal; a second airtight container for cooling and suspending the ultrafine particle metal for collection and being taken out; and a circulating conveyor belt for providing conveying channels between the first airtight container, the plasma melting chamber and the second airtight container. Airtight channels are provided to cover between the first airtight container, the plasma melting chamber and the second airtight container. With this implementation, the highly pure ultrafine particle metal with the purity reaching 99.99% can be obtained.

Metal particle manufacturing system

A drug delivery device mainly has a housing, which can be easily held and operated. The housing has one end formed with an adjustment seat capable of adjusting a range distance, and the other end connected to a gas pressure control source for providing mainstream and substream gas pressures. Disposed in the housing are a drug delivery pressuring tube, an embedded drug-can connecting seat or an external drug-can connecting seat, a replaceable drug-can container and a gas communication tube. According to this design, the minor liquid drug can be controlled, the drug-can can be replaced and the continuous quantitative injection of drug can be made. Also, all damaged or dirty members of the invention may be disassembled, cleaned or replaced.

Drug delivery device

A drug pressuring and delivering system has an internal quantitative pusher for providing stable and precise drug delivery, and a drug pressuring and delivering device for introducing a compression gas for pressuring and ejecting a drug into an atomized drug. The quantitative pusher adopts a bidirectional motor for driving a screw rod to rotate forward or reversely to push the push rod forward or backward, such that the drug is delivered through a solenoid and a drug delivering needle in a cylinder drug delivering pipe and then quantitatively delivered to a drug delivery pressuring tube. In addition, an introduced mainstream gas in the drug delivery pressuring tube forms a gas-liquid mixing and pressuring action to achieve the precisely quantitative and uniform atomization high speed ejection function. Also, all members of the invention can be assembled/disassembled, so that the damaged or contaminated members can be detached, cleaned or replaced.

Growing community of inventors

Taipei, Taiwan

James Tang