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Implantable biochemical fuel cell. [German patent]

Patent:

Abstract

Implantable biochemical fuel cells for the operation of heart pacemakers or artificial hearts convert oxidisable body substances such as glucose on the anode side and reduce the oxygen contained in body fluids at the cathode. The anode and cathode are separated by membranes which are impermeable to albumen and blood corpuscles in body fluids. A chemical shortcircuit cannot occur in practice if, according to the invention, one or more selective oxygen electrodes with carbon as catalyst are arranged so that the mixture which diffuses into the cell from body fluids during operation reaches the fuel cell electrode through the porous oxygen electrode. The membranes used must be permeable to water. Cellulose, polymerised polyvinyl alcohol or an ion exchanger with a buffering capacity between pH5 and 8 act as permeable materials.
Publication Date:
Sep 14, 1978
Product Type:
Patent
Report Number:
DE 2200054; C
Reference Number:
EDB-80-011023
Subject:
30 DIRECT ENERGY CONVERSION; BIOCHEMICAL FUEL CELLS; DESIGN; CARDIAC PACEMAKERS; MECHANICAL HEART; ACTIVATED CARBON; BATTERY SEPARATORS; CATHODES; IMPLANTS; MEMBRANES; ADSORBENTS; CARBON; DIRECT ENERGY CONVERTERS; ELECTROCHEMICAL CELLS; ELECTRODES; ELEMENTS; FUEL CELLS; MEDICAL SUPPLIES; NONMETALS; PROSTHESES; 300501* - Fuel Cells- Design & Development; 300504 - Fuel Cells- Applications
OSTI ID:
5850511
Country of Origin:
Germany
Language:
German
Submitting Site:
DE
Size:
Pages: 4
Announcement Date:

Patent:

Citation Formats

Richter, G, and Rao, J R. Implantable biochemical fuel cell. [German patent]. Germany: N. p., 1978. Web.
Richter, G, & Rao, J R. Implantable biochemical fuel cell. [German patent]. Germany.
Richter, G, and Rao, J R. 1978. "Implantable biochemical fuel cell. [German patent]." Germany.
@misc{etde_5850511,
title = {Implantable biochemical fuel cell. [German patent]}
author = {Richter, G, and Rao, J R}
abstractNote = {Implantable biochemical fuel cells for the operation of heart pacemakers or artificial hearts convert oxidisable body substances such as glucose on the anode side and reduce the oxygen contained in body fluids at the cathode. The anode and cathode are separated by membranes which are impermeable to albumen and blood corpuscles in body fluids. A chemical shortcircuit cannot occur in practice if, according to the invention, one or more selective oxygen electrodes with carbon as catalyst are arranged so that the mixture which diffuses into the cell from body fluids during operation reaches the fuel cell electrode through the porous oxygen electrode. The membranes used must be permeable to water. Cellulose, polymerised polyvinyl alcohol or an ion exchanger with a buffering capacity between pH5 and 8 act as permeable materials.}
place = {Germany}
year = {1978}
month = {Sep}
}