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AssigneesMorix Co., Ltd., Silicon Engineering Laboratory Ltd., Sunx Trading Co., Ltd.
InventorShiro Sakuragi
Estimating the term…
A thermoelectric chip unit (1) comprises equal numbers of n-type thermoelectric semiconductor elements (30n) and p-type thermoelectric semiconductor elements (30p) that are held embedded within a single chip substrate (2). It is therefore difficult for the crystals of the thermoelectric semiconductor elements (30) to split at the cleavage surfaces thereof. The thermoelectric chip unit (1) can be made to be flexible by forming the chip substrate (2) of a flexible insulator such as plastic or rubber. A thermoelectric unit (4) comprises this thermoelectric chip unit (1) to which are attached electrodes (5). The thermoelectric unit (4) can be made to be flexible by forming the electrodes (5) of flexible members such as thin copper plates. A thermoelectric module (6) comprises the thermoelectric unit (4) to which is attached a flexible sheet or cover (8). This thermoelectric module (6) can be used as a cooling device for a computer's CPU or a semiconductor laser, or in an insulated refrigerator.
A thermoelectric element comprising equal numbers of n-type thermoelectric semiconductor elements and p-type thermoelectric semiconductor elements, together with a single chip substrate, wherein said n-type thermoelectric semiconductor elements and p-type thermoelectric semiconductor elements are held embedded within said chip substrate, wherein the thermoelectric semiconductor elements are connected by electrodes, and wherein the electrodes are formed of a flexible conductive material.
A thermoelectric element comprising equal numbers of n-type thermoelectric semiconductor elements and p-type thermoelectric semiconductor elements, together with a single chip substrate, wherein said n-type thermoelectric semiconductor elements and p-type thermoelectric semiconductor elements are held embedded within said chip substrate, wherein the thermoelectric semiconductor elements are connected by electrodes, and further covered with a flexible material.
A thermoelectric element comprising equal numbers of n-type thermoelectric semiconductor elements and p-type thermoelectric semiconductor elements, together with a single chip substrate, wherein said n-type thermoelectric semiconductor elements and p-type thermoelectric semiconductor elements are held embedded within said chip substrate, wherein the thermoelectric semiconductor elements are connected by electrodes, and further covered with a flexible material and further mounted on a flexible sheet.
A thermoelectric element wherein thermoelectric elements, each configured of a thermoelectric semiconductor element sandwiched between a heat-absorbing side substrate and heat-radiating side substrate, are attached at a certain spacing to a flexible sheet.
A cooling or heating device using a thermoelectric element as a cooling or heating source, wherein the thermoelectric element is configured of equal numbers of n-type thermoelectric semiconductor elements and p-type thermoelectric semiconductor elements, a single chip substrate formed of a flexible insulator, and electrodes;
A cooling or heating device using a thermoelectric element as a cooling or heating source, wherein the thermoelectric element is configured of equal numbers of n-type thermoelectric semiconductor elements and p-type thermoelectric semiconductor elements, a single chip substrate formed of a flexible insulator, and electrodes;
A cooling or heating device using a thermoelectric element as a cooling or heating source, wherein thermoelectric elements, each configured of a thermoelectric semiconductor element sandwiched between a heat-absorbing side substrate and heat-radiating side substrate, are attached at a certain spacing to a flexible sheet.
Dependencies are inferred from the claim text.