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EP0239048A2 Expired / Lapsed EP ⏱️ 0.0 years remaining

Low-temperature destroyer

Assignee: Warsaw University of Technology
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Filing: 1987-03-23
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Granted: —
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Expires: 2007-03-23
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Abstract

Abstract Low-temperature destroyer is provided with thermoelectric modules (5), whose cold junction is in thermal contact with core (2) of cryoprobe (1). Thermoelectric modules (5) are connected in multi-stage thermoelectric cascades (4), which are arranged around the core (2) of cryoprobe (1). The cold junction of the highest stage of every cascade (4) is structurally connected with the core (2) of the cryoprobe (1), whereas the hot junction of the first stage of every cascade (4) is connected structurally with a cooling system (6). Moreover, to the core (2) of the cryoprobe (1) there is mounted a sorption pump (7) for maintaining inside the casing (3) a static vacuum, and in said casing (3) there is installed a vacuum valve (8).

Inventors

  • 👤 Marceli Stanislaw Czachor
  • 👤 Justyn Mikolajczak
  • 👤 Roman Waclaw Osinski
  • 👤 Bogdan Ireneusz Szkup
  • 👤 Tomasz Wartanowicz

Bibliographic Details

Application Number —
Jurisdiction EP
Data Source google_patents
Last Synchronized 2026-10-25 17:30
CPC Classifications
F; F25; F25B; F25B21/00; F25B21/02; A; A61; A61B; A61B18/00; A61B18/02

Claims Analysis

Total Claims: 2
Claim 1
Independent Claim 99 words
Low-temperature destroyer with cryoprobe employing Peltier effect characterized by thermoelectric modules (5) connected in thermoelectric multi-stage cascades (4) and arranged around core (2) of cryoprobe (1), the cold junction of the highest stage of every cascade (4) being connected structurally with the core (2) of cryoprobe (1) and the hot junction of the first stage of every cascade (4) being connected structurally with the cooling system (6) a sorption pump (7) being mounted to the core (2) of cryoprobe (1) for maintaining a static vacuum inside the casing (3) a vacuum valve (8) being mounted in said casing (3).
Claim 2
Dependent Claim 99 words
Low-temperature destroyer with cryoprobe employing Peltier effect characterized by thermoelectric modules (5) connected in thermoelectric multi-stage cascades (4) and arranged around core (2) of cryoprobe (1), the cold junction of the highest stage of every cascade (4) being connected structurally with the core (2) of cryoprobe (1) and the hot junction of the first stage of every cascade (4) being connected structurally with the cooling system (6) a sorption pump (7) being mounted to the core (2) of cryoprobe (1) for maintaining a static vacuum inside the casing (3) a vacuum valve (8) being mounted in said casing (3).

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