Benjamin S Huang, 493943 Grove Ave, Palo Alto, CA 94303

6849960, Feb 1, 2005

Aug 21, 2002

10/226373

Albert Hartman - Palo Alto CA, US
Benjamin Huang - Palo Alto CA, US
Robert Reay - Mountain View CA, US

High Tide Associates, Inc. - Palo Alto CA

H02P 904

290 1C

A portable power source () includes a housing (), a stator component (), a rotor component (), a crank assembly (), and a control system (). The stator component () is secured to the housing (), the rotor component () rotates relative to the stator component () and the crank assembly () is coupled to the rotor component (). The crank assembly () is rotated by the user relative to the housing (). As provided herein, rotation of the crank assembly () by the user results in rotation of the rotor component () relative to the stator component (). In one embodiment, the control system () controls the amount of torque required to rotate the crank assembly (). For example, the amount of torque required to rotate the crank assembly () is varied according to the rotational position of the crank assembly ().

6930403, Aug 16, 2005

Oct 23, 2003

10/693600

Albert Hartman - Palo Alto CA, US
Benjamin Huang - Palo Alto CA, US
William Akin - Morgan Hill CA, US
Brooks Leman - Santa Clara CA, US
John Masles - San Jose CA, US
Joe Tomasic - Milpitas CA, US

High Tide Associates, Inc. - Palo Alto CA

H02P009/04

290 1A, 290 1 D, 290 1 E, 322 1, 322 28, 310 50, 310 83, 310 51, 310156

A portable power source () includes a housing (), a stator component (), a rotor component (), a crank assembly (), and a control system (). The stator component () is secured to the housing (), the rotor component () rotates relative to the stator component () and the crank assembly () is coupled to the rotor component (). The crank assembly () is rotated by the user relative to the housing (). As provided herein, rotation of the crank assembly () by the user results in rotation of the rotor component () relative to the stator component (). In one embodiment, the control system () controls the amount of torque required to rotate the crank assembly (). For example, the amount of torque required to rotate the crank assembly () is varied according to the rotational position of the crank assembly (). In one embodiment, the crank assembly () includes a one-way drive mechanism assembly () that allows for unidirection rotation of the rotor component () and pedals (A)(B) that move up and down.

6943459, Sep 13, 2005

Jan 22, 2004

10/763709

Albert Hartman - Palo Alto CA, US
Benjamin Huang - Palo Alto CA, US
Robert Reay - Mountain View CA, US

High Tide Associates, Inc. - Palo Alto CA

H02K007/18

290 1C, 290 1 R

A portable power source () includes a housing (), a stator component (), a rotor component (), a crank assembly (), and a control system (). The stator component () is secured to the housing (), the rotor component () rotates relative to the stator component () and the crank assembly () is coupled to the rotor component (). The crank assembly () is rotated by the user relative to the housing (). As provided herein, rotation of the crank assembly () by the user results in rotation of the rotor component () relative to the stator component (). In one embodiment, the control system () controls the amount of torque required to rotate the crank assembly (). For example, the amount of torque required to rotate the crank assembly () is varied according to the rotational position of the crank assembly ().

7049708, May 23, 2006

Jan 3, 2005

11/029123

Albert Hartman - Palo Alto CA, US
Benjamin Huang - Palo Alto CA, US
William Akin - Morgan Hill CA, US
Brooks Leman - Santa Clara CA, US
John Masles - San Jose CA, US
Joe Tomasic - Milpitas CA, US

F02B 63/04

290 1A, 290 1 C, 290 1 E, 290 38 A

A portable power source () includes a housing (), a stator component (), a rotor component (), a crank assembly (), and a control system (). The stator component () is secured to the housing (), the rotor component () rotates relative to the stator component () and the crank assembly () is coupled to the rotor component (). The crank assembly () is rotated by the user relative to the housing (). As provided herein, rotation of the crank assembly () by the user results in rotation of the rotor component () relative to the stator component (). In one embodiment, the control system () controls the amount of torque required to rotate the crank assembly (). For example, the amount of torque required to rotate the crank assembly () is varied according to the rotational position of the crank assembly (). In one embodiment, the crank assembly () includes a one-way drive mechanism assembly () that allows for unidirection rotation of the rotor component () and pedals (A) (B) that move up and down.

7566979, Jul 28, 2009

Oct 25, 2006

11/552855

Albert Hartman - Palo Alto CA, US
Benjamin Huang - Palo Alto CA, US
William Akin - Morgan Hill CA, US
John Masles - San Jose CA, US
Joe Tomasic - San Jose CA, US
Wendy Lorimer - Ann Arbor MI, US

High Tide Associates, Inc. - Palo Alto CA

H02K 7/18

290 1R, 290 54, 290 40 C

A power source that is powered by a user to generate electrical energy includes a generator assembly and a fluid source. The generator assembly includes a rotor, a stator, and a fluid driven motor that is coupled to the rotor. Movement of the rotor relative to the stator results in the generation of electrical energy. The fluid source is manually powered by the user to direct pressurized fluid to the fluid driven motor to move the rotor relative to the stator. The fluid source can include a first fluid pump that is powered by the user to generate the pressurized fluid and a second fluid pump that is powered by the user to generate the pressurized fluid. One or both of the fluid pumps can include a fluid bellows that is powered by the user to generate the pressurized fluid. Alternatively, one or both of the fluid pumps can include a cylinder and a piston that is moved within the cylinder by the user to generate the pressurized fluid.

7675202, Mar 9, 2010

Jul 18, 2007

11/879881

Benjamin Huang - Milpitas CA, US

H02K 41/00

310 13, 335222

A linear voice coil motor having a radially magnetized magnet structure. The voice coil motor includes an outer yoke an inner yoke magnetically coupled with and extending inside of the outer yoke. An air gap defined between the outer yoke and the inner yoke. A voice coil assembly is mounted so as to enable movement between the voice coil assembly and at least one of the yokes. In one embodiment the magnet structure is an isotropic magnet structure. In one embodiment the magnet structure is formed by a plurality of ring magnets. In one embodiment the magnet structure is formed by a plurality of isotropic ring magnets.

5631787, May 20, 1997

Jul 19, 1995

8/504357

Benjamin Huang - Palo Alto CA
Richard G. Ramsdell - Saratoga CA

Quantum Corporation - Milpitas CA

G11B 3314

360 9702

In a disk drive including a conventional head and disk assembly containing a spindle motor for rotating a disk hub at a constant angular velocity and at least one rotating disk mounted to the hub, apparatus comprising a base having a peripheral sidewall surrounding the base. The base supports the head and disk assembly within an interior space defined by the peripheral sidewalls in combination with the base. To reduce the power consumption as well as the operating temperature of the disk drive by controlling and confining the air mass proximate the disk, a shroud is positioned within the interior space and proximate the disk such that the shroud substantially circumscribes the circumference of the disk for an arc of approximately 320 degrees.

2015018, Jun 25, 2015

Dec 19, 2013

14/134082

- Austin TX, US
Alexander B. Hoefler - Austin TX, US
Benjamin S. Huang - Austin TX, US
Anis M. Jarrar - Austin TX, US

FREESCALE SEMICONDUCTOR, INC. - Austin TX

H03K 3/012
H03K 3/356

A CMOS cell incorporated on an integrated circuit including a PMOS transistor and an NMOS transistor. The current terminals of the PMOS and NMOS transistors are coupled in series between a lower voltage supply rail and a reference rail. The well connection of the PMOS transistor is coupled to an upper voltage supply rail having a voltage level greater than the lower voltage supply rail. The CMOS cell has low voltage swing and low leakage current to reduce power consumption. A second PMOS and NMOS transistor pair may be included and coupled in similar manner and to the first PMOS and NMOS pair to form a non-inverting cell. The PMOS transistors may be implemented in an N-well that is conductively tied to the upper supply voltage rail to avoid isolation barriers. The cell may be used in a clock tree to significantly reduce power consumption of the integrated circuit.