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Raymond P Haluda

from South Bend, IN
Age ~90
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Also known as:
Ray P Haluda
Phone and address:
60055 Myrtle Rd, South Bend, IN 46614
(574) 289-5006
Related to:
Robert Frank Gerencser, 57Sarah E Haluda, 29Marcus Nusbaum, 38Roxanne Nusbaum, 69Lester L Nusbaum, 70Samantha M Gorzkiewicz, 36Mitchal Nusbaum, 52
Connected to:
Sharon K Halula, 84Martin G Halum, 44Siegfried M Halus, 81David C Haluska, 39Kendra J Haluska, 51Laura K Haluza, 52Rebecca Haluzak, 43Chad A Halvarson, 48David M Halvensleben, 38Addison R Halverson, 38

Raymond Haluda Phones & Addresses

  • 60055 Myrtle Rd, South Bend, IN 46614 (574) 289-5006
  • 60099 Myrtle Rd, South Bend, IN 46614
  • 4226 Irish Hills Dr #1A, South Bend, IN 46614
  • 60055 Myrtle Rd, South Bend, IN 46614

Industries

Design

Resumes

Resumes

Raymond Haluda Photo 1

Independent Design Professional

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Location:
South Bend, Indiana Area
Industry:
Design

Publications

Us Patents

Fluid Mixing Dispenser

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US Patent:
48281484, May 9, 1989
Filed:
Mar 29, 1988
Appl. No.:
7/178766
Inventors:
Raymond P. Haluda - South Bend IN
John F. Trout - St. Charles IL
Assignee:
Lily Corporation - Aurora IL
International Classification:
B67D 546
US Classification:
222134
Abstract:
A dispenser for flowable materials, such as resins, which includes dual opposed pistons. As each piston fills with material, the piston rods extend into contact with an actuator member. A cam member is activated when the rods are fully extended to force the material out of the cylinders where it is mixed and then discharged from the dispenser.

Disc Brake With Wedge Pins

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US Patent:
44187980, Dec 6, 1983
Filed:
Oct 12, 1982
Appl. No.:
6/433576
Inventors:
Donald D. Johannesen - South Bend IN
Raymond P. Haluda - South Bend IN
Assignee:
The Bendix Corporation - Southfield MI
International Classification:
F16D 6502
US Classification:
188 7345
Abstract:
A floating-caliper disc brake (1) includes a non-rotating torque member (36) which carries the caliper (22) in fixed radial position relative to the disc (12) via a pair of pins (56, 58). The torque member and caliper each have matching grooves (44, 46, 48, 50) which, when placed in registry, define a pair of apertures (52, 54) between the caliper and the arms (38, 40) of the torque member. The pins are complementary in cross-section to the shape of these apertures so as to space apart the caliper and the torque member when the pins are inserted into the apertures. Brake torque is transferred from the caliper to the torque member solely through the pins. Sliding of the caliper along the pins provides for axial movement of the caliper relative to the torque member and brake rotor, but the caliper is otherwise restrained from movement in the radial and circumferential directions. One of the pins (58) includes a pair of opposed wedge-defining members (66, 68). The wedge-defining members are resiliently biased into engagement with each other to eliminate radial and circumferential clearances between the caliper and torque member.

Disc Brake

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US Patent:
43100759, Jan 12, 1982
Filed:
Mar 10, 1980
Appl. No.:
6/128425
Inventors:
Donald D. Johannesen - South Bend IN
Raymond P. Haluda - South Bend IN
Assignee:
The Bendix Corporation - Southfield MI
International Classification:
F16D 6502
US Classification:
188 7345
Abstract:
A floating-caliper disc brake (10) includes a non-rotating torque member (38) which carries the caliper (22) in fixed radial position relative to the disc (12) via a pair of pins (50). The torque member and caliper each have matching grooves (46, 48) which, when placed in registry, define a pair of apertures (49) between the caliper and the arms (40, 42) of the torque member. The pins are complementary in cross-section to the shape of these apertures so as to space apart the caliper and the torque member when the pins are inserted into the apertures. Brake torque is transferred from the caliper to the torque member solely through the pins which may be made of a material resistant to corrosion. Sliding of the caliper along the pins provides for axial movement of the caliper relative to the torque member and brake rotor, but the caliper is otherwise restrained from movement in the radial and circumferential directions.

Hydraulic Pump With Ball Bearing Pistons

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US Patent:
56014171, Feb 11, 1997
Filed:
Nov 21, 1995
Appl. No.:
8/560203
Inventors:
Raymond P. Haluda - South Bend IN
John J. Hoffman - South Bend IN
Charles Lord - Niles MI
Assignee:
Ball Bearing Pump, Inc. - South Bend IN
International Classification:
F04B 2708
US Classification:
417271
Abstract:
A hydraulic power unit combining a number of cylinders using ball bearings to displace hydraulic fluid sequentially with controlled flow to a number of hydraulic actuators. A power unit could combine a minimum of two cylinders through ten or twelve cylinders in a practical hydraulic power unit. The inherent bi-directional nature of this combination of fluid displacing ball bearings, cylinder and porting arrangement offers a unique opportunity to change fluid flow by reversing input drive. The torsional reaction component of the opposed reciprocator drives is utilized to rotate the core cylinder assembly to realign outlet and return fluid flow. This realignment can be used to reverse the fluid circuits or redirect the fluid to other work.

Recreational Vehicle Frame

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US Patent:
51141833, May 19, 1992
Filed:
Sep 19, 1990
Appl. No.:
7/585320
Inventors:
Raymond Haluda - Elkhart IN
Ramon Michen - Mishawaka IN
Assignee:
Coachmen Industries, Inc. - Elkhart IN
International Classification:
B62D 2100
B62D 2111
US Classification:
280781
Abstract:
A frame for a recreational vehicle wherein the rear frame section is dropped or offset relative to the front frame section. The drop frame permits a recreational vehicle body carried by the frame to have a ample inside head room with a smaller outside profile. A pair of substantially vertical shock absorbers extend between frame connected shock towers and torsion bar connected wheel carrying pivot arms.
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Raymond P Haluda from South Bend, IN, age ~90 Get Report