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Richard Berrend Phones & Addresses

  • 304 Tecumseh Rd, New Holstein, WI 53061 (920) 898-5483
  • W304 Tecumseh Rd, New Holstein, WI 53061 (920) 898-5483
  • Frederick, CO
  • Chicago, IL
  • Denver, CO
  • W304 Tecumseh Rd, New Holstein, WI 53061 (920) 304-0080

Work

Position: Retired

Education

Degree: High school graduate or higher

Publications

Us Patents

Multiple Oiler Assembly

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US Patent:
46090746, Sep 2, 1986
Filed:
Jun 24, 1985
Appl. No.:
6/747678
Inventors:
Richard E. Berrend - New Holstein WI
Assignee:
Oil-Rite Corporation - Manitowoc WI
International Classification:
F16N 710
US Classification:
184 81
Abstract:
A multiple oiler assembly includes a plurality of valve members providing for the delivery of oil lubricant to corresponding lubrication points. Each valve member includes a first bore that extends laterally and opens to one side of the valve. The opposite side of the valve members is provided with a laterally projecting sleeve having a bore that opens to the remote end of the sleeve and extends coaxially with the first bore and communicates with the first bore to provide each valve member with a transversely extending oil lubricant through-passage. The outside diameter of the sleeve generally corresponds to the diameter of the first bore such that the sleeve of each valve member can be plugged into the first bore of the next preceding valve member to form a gang mounted valve member arrangement.

Adapter For Replaceable Lubricant Storage Cartridge

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US Patent:
61490377, Nov 21, 2000
Filed:
Aug 6, 1998
Appl. No.:
9/129817
Inventors:
Richard E. Berrend - New Holstein WI
Assignee:
Lube Devices, Inc. - Manitowoc WI
International Classification:
B65D 8854
US Classification:
222326
Abstract:
A lubricant transfer device such as a lubricant metering device is provided that includes a lubricant dispenser that can use a standard replaceable lubricant storage cartridge as a lubricant source. The dispenser includes an adapter that is configured for mounting on a lubricant metering pump or the like and that can selectively receive the standard storage cartridge. The adapter permits the coupling of the storage cartridge to the pump so as to prevent unintended axial movement of the storage cartridge with respect to the pump and so as to provide an air-tight seal between the storage cartridge and the adapter, thereby permitting lubricant to be drawn out of the storage cartridge under negative pressure generated by operation of the pump. The adapter preferably includes an adapter body mounted over an inlet of the pump and a retaining ring that screws into the adapter body so as to clamp a bead, extending around a rim at the bottom axial end of the storage cartridge, between the retaining ring and the adapter body. A seal, preferably taking the form of an annular gasket compressed between the bottom end of the storage cartridge and an upwardly facing annular surface of the adapter body, prevents air from leaking past the adapter and into the storage cartridge.

Pumped Fluid Metering Device For The Precise Feeding Of A Fluid

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US Patent:
58761896, Mar 2, 1999
Filed:
Dec 9, 1997
Appl. No.:
8/987595
Inventors:
Gus J. Lukas - Manitowoc WI
Richard E. Berrend - New Holstein WI
Assignee:
Lube Devices, Inc. - Manitowoc WI
International Classification:
F04B 1700
US Classification:
417392
Abstract:
A metering device for the precision feeding of a liquid, such as, for example, an oil lubricant. The device has a fluid supply chamber with a working medium such as oil and which in turn is in open communication with a metering chamber also containing the medium fluid. A fluid pumping piston passes through the supply chamber and then into the metering chamber. Upon entering the metering chamber, the pumping piston passes through an annular flexible seal of generally U-shaped cross section that has a pair of axially extending lips which act, respectively, along the piston and the metering chamber to thereby form a one-way valve therebetween. The piston forces the fluid out of the metering chamber and the volume displaced by the piston can be adjusted by adjusting the axial position of the metering chamber and thereby vary the extent to which the pumping piston enters the metering chamber.
Richard E Berrend from New Holstein, WI, age ~84 Get Report