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Jose Alandy Phones & Addresses

  • 2091 San Onofre Dr, Camarillo, CA 93012 (805) 987-4514
  • 2751 Truman St, Camarillo, CA 93010 (805) 987-4514
  • 1302 Echo Wind Ave, Henderson, NV 89052 (805) 987-4514
  • Las Vegas, NV
  • Ventura, CA
  • 2091 San Onofre Dr, Camarillo, CA 93012 (805) 757-1702

Work

Position: Professional/Technical

Education

Degree: Graduate or professional degree

Publications

Us Patents

Dual Walled Transfer Tube

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US Patent:
7717473, May 18, 2010
Filed:
Jul 30, 2007
Appl. No.:
11/830095
Inventors:
Geoffrey R. Zhang - Van Nuys CA, US
Jose Alandy - Camarillo CA, US
Assignee:
Parker-Hannifin Corporation - Cleveland OH
International Classification:
F16L 27/00
US Classification:
2851217, 2851211, 28512315, 2851453, 285263, 285302
Abstract:
A dual walled transfer tube connecting two sub-flow systems and conveying the system fluid from one subsystem to another when there are large radial and axial movements or offsets between the connecting ends of the subsystem. The dual walled transfer tube has a fitting at either end and a single ball joint proximate each fitting to allow the transfer tube to accommodate changes in radial position of the fittings. The dual walled transfer tube utilizes a main inner fluid passage and an outer secondary fluid passage, each fluid passage having a slip joint to allow the transfer tube to accommodate changes in axial length between the fittings.

Pressure Balanced Transfer Tube Assembly With First And Second Inner Housings That Move Telescopically

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US Patent:
8480133, Jul 9, 2013
Filed:
Jul 16, 2009
Appl. No.:
12/504469
Inventors:
Geoffrey R. Zhang - Van Nuys CA, US
Jose M. Alandy - Camarillo CA, US
Assignee:
Parker-Hannifin Corporation - Cleveland OH
International Classification:
F16L 27/12
F16L 39/04
US Classification:
2851453, 2851281, 2851291, 2851451, 2851454, 285265, 285302, 285900
Abstract:
Provided is an apparatus for connecting two sub-flow systems (e. g. airplane fuel tanks) and conveying a fluid between the two sub-systems using a pressured balanced transfer tube, particularly when there are large radial and axial movements or offsets between the sub-systems. Unlike conventional fluid transfer systems, the present apparatus allows for the pressure in the transfer tube to be balanced to internalize the pressure forces and prevent the exertion of pressure forces on the sub-systems connected to the transfer tube.

Breakaway Thread-Lock Quick Connect/Disconnect Coupling

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US Patent:
20120090696, Apr 19, 2012
Filed:
Oct 13, 2011
Appl. No.:
13/272264
Inventors:
Geoffrey R. Zhang - Van Nuys CA, US
Tim Carmody - Camarillo CA, US
Jose M. Alandy - Camarillo CA, US
Siavosh S. Kakavand - Santa Paula CA, US
International Classification:
F15D 1/00
US Classification:
137 1501, 137798
Abstract:
A female coupler for a breakaway thread-lock quick disconnect coupling having a retainer wire positioned interiorly of an outer housing and a coupler support portion that prevents contamination of the retainer wire and a capture space formed by grooves in the outer housing and an inner housing, which may prevent degradation of performance and/or decrease the chances that the retainer wire is dislodged.

Mudline Casing Hanger Tieback Adaptor With Adjustable Load Ring

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US Patent:
46535896, Mar 31, 1987
Filed:
Jun 17, 1985
Appl. No.:
6/745052
Inventors:
Jose M. Alandy - Camarillo CA
Assignee:
Vetco Gray Inc - Ventura CA
International Classification:
F21B 33043
US Classification:
166382
Abstract:
A method and apparatus comprising a mudline casing hanger tieback adaptor with an adjustable load ring for connecting an installed subsea wellhead on the mudline suspension system. The mudline casing hanger tieback adaptor (180) includes a mudline hanger adaptor body (182) with an adjustable load ring 184, a packoff nut (104) and packoff (102), casing pup (186), and a tieback tool (190), all of which are lowered on a running tool to be connected to an already installed subsea wellhead (80) and sealably connected to an already installed casing hanger (64) on the innermost casing of a mudline supsension system. The adjustability of the load ring compensates for any tolerance buildup in the already installed casing (32) and adjustably shouldering the load ring (184) on the wellhead (80) transfers the load imposed on the innermost tieback tool (190) and casing hanger (70) back to the wellhead (80) during the high pressure testing of the packoff seal (202) between the tieback tool (190) and casing hanger. The annulus (200) between the mudline casing hanger tieback adaptor (180) and the wellhead (80) is sealed by setting the packoff (202) and the latter is locked down by an adaptor lockdown mechanism (234) threaded into the bore of the wellhead.

Lockdown Connector For Mudline Wellhead Tieback Adaptor

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US Patent:
46537783, Mar 31, 1987
Filed:
Jun 17, 1985
Appl. No.:
6/745049
Inventors:
Jose M. Alandy - Camarillo CA
Assignee:
Vetco Gray Inc - Ventura CA
International Classification:
F16L 3712
US Classification:
285 18
Abstract:
Disclosed is a method and apparatus comprising a lockdown connector 20 which connects a subsea wellhead 74 to an outer conductor pipe 10 of the mudline suspension system 12 to convert a mudline suspension system to a subsea well system while providing adjustability in both the longitudinal and radial directions and providing a means by which loads imposed on the wellhead are transferred to the outermost conductor pipe.

Quick Disconnect Coupling

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US Patent:
51234475, Jun 23, 1992
Filed:
Mar 11, 1991
Appl. No.:
7/667654
Inventors:
John H. Calvin - Carpenteria CA
Jose M. Alandy - Camarillo CA
Jack Y. Wakasa - Los Angeles CA
International Classification:
F16L 3728
US Classification:
13761403
Abstract:
A quick disconnect coupling for connecting together two conduits in a high pressure fluid-carrying system. The coupling includes a female part (coupler) and a male part (nipple) each provided with a flow through channel, and each provided with a cut-off valve. The nipple is designed to be inserted into the flow-through channel of the coupler to cause the two parts automatically to be firmly latched together and to be sealed to one another during a pre-mating condition, without opening cut-off valves in the nipple and coupler. This initial pre-mating action isolates any fluid contained in the two parts of the coupling from the environment. Then, an axial force applied to the outer housing of the coupler causes both the nipple and coupler valves to open to establish fluid flow through the coupling. Pressure balancing features are incorporated into the valves to permit the use of significantly lower axial force to open valves as compared with the force required to open the valves of the prior art couplings of the same general type.
Jose M Alandy from Camarillo, CA, age ~73 Get Report