Abstract: A kitchen smoke exhauster includes a driving device, a pressure-control device, a time-control device, an enzyme-containing device and a spray device assembled together therewith. A natural and harmless enzyme composition contained in a reservoir of the enzyme-containing device is atomized via the spray device to well mix with the discharging oil vapor for decomposition under the control of the driving device and the pressure-control device. Thus, it is capable of preventing the air of our environment from pollution of cooking fume and avoiding the cooking oil residues therein to cause the danger of a fire so as to further protect the health of our lives.

Abstract: A kitchen smoke exhauster includes a driving device, a pressure-control device, a time-control device, an enzyme-containing device and a spray device assembled together therewith. A natural and harmless enzyme composition contained in a reservoir of the enzime-containing device is atomized via the spray device to well mix with the discharging oil vapor for decomposition under the control of the driving device and the pressure-control device. Thus, it is capable of preventing the air of our environment from pollution of cooking fume and avoiding the cooking oil residues therein to cause the danger of a fire so as to further protect the health of our lives.

Abstract: An electronic device includes a first conductive polymer layer sandwiched between a first external metal foil electrode and a first internal metal foil electrode, a second conductive polymer layer sandwiched between a second internal metal foil electrode and a second external metal foil electrode, a layer of fiber-reinforced epoxy resin bonding the first and second internal electrodes together, a first terminal providing electrical contact between the first internal electrode and the second external electrode, and a second terminal providing electrical contact between the second internal electrode and the first external electrode. In a preferred embodiment, the polymer layers exhibit PTC behavior, and the terminals are formed by a solder layer applied over a plated layer of conductive metal. Insulative layers are preferably provided on the external electrodes, and located so as to insulate the first and second terminals from each other.

Abstract: An electronic device has three conductive polymer layers sandwiched between two external electrodes and two internal electrodes. The electrodes are staggered to create a first set of electrodes, in contact with a first terminal, alternating with a second set of electrodes in contact with a second terminal.

Abstract: An electronic device has three conductive polymer layers sandwiched between two external electrodes and two internal electrodes. The electrodes are staggered to create a first set of electrodes, in contact with a first terminal, alternating with a second set of electrodes in contact with a second terminal.