DR. BONNIE C LAMBERT, DAOM, LAC
Acupuncture at Fairview Dr, Dee, OR
License number
Oregon AC00338
Category
Acupuncture
Type
Acupuncturist
Address
Address
3865 Fairview Dr, Dee, OR 97031
Phone
(541) 490-7311
Professional information
Bonnie C Lambert, Hood River OR - LAC
Specialties:
Acupuncture
Address:
3865 Fairview Dr, Hood River 97031
Languages:
English
Bonnie C Lambert, Hood River OR
Specialties:
Acupuncturist
Address:
3865 Fairview Dr, Hood River, OR 97031
Method And Apparatus For Refrigerant Recovery
US Patent:
5303559, Apr 19, 1994
Filed:
Apr 2, 1993
Appl. No.:
8/042601
Inventors:
Christophe Jean-Paul Sevrain - Ridgefield WA
Bonnie C. Lambert - Hood River OR
Bonnie C. Lambert - Hood River OR
Assignee:
Micropump Corporation - Vancouver WA
International Classification:
F25B 4500
US Classification:
62 77
Abstract:
Refrigerant is recovered using a single pump unit, regardless of the refrigerant's phase. This is achieved by sensing the phase of the refrigerant and changing the pump's operation accordingly. The refrigerant phase can be sensed by a temperature-responsive element, such as a thermistor, or by other phase-sensing technology. In a preferred embodiment, the pump unit is a vane pump whose rotational speed is changed in response to the refrigerant's phase. If liquid refrigerant is sensed,, the pump operates at a lower speed. If gas refrigerant is sensed, the pump operates at a higher speed. The two speeds are chosen so that the pump will draw an EPA-specified vacuum on the refrigerant present. In other vane-pump embodiments, the pump's operation is changed by changing rotational speed.
Method And Apparatus For Refrigerant Recovery
US Patent:
5235821, Aug 17, 1993
Filed:
Dec 31, 1992
Appl. No.:
7/999606
Inventors:
Christophe J. Sevrain - Ridgefield WA
Bonnie C. Lambert - Hood River OR
Bonnie C. Lambert - Hood River OR
Assignee:
Micropump Corporation - Vancouver WA
International Classification:
F25B 4500
US Classification:
62149
Abstract:
Refrigerant is recovered using a single pump unit, regardless of the refrigerant's phase. This is achieved by sensing the phase of the refrigerant and changing the pump's operation accordingly. The refrigerant phase can be sensed by a temperature-responsive element, such as a thermistor, or by other phase-sensing technology. In a preferred embodiment, the pump unit is a vane pump whose rotational speed is changed in response to the refrigerant's phase. If liquid refrigerant is sensed, the pump operates at a lower speed. If gas refrigerant is sensed, the pump operates at a higher speed. The two speeds are chosen so that the pump will draw an EPA-specified vacuum on the refrigerant present. In other vane-pump embodiments, the pump's operation is changed by changing the pump's mechanical configuration, rather than its rotational speed.