Mark D Hanchett, Age 60316 Ellen Ave, Akron, OH 44305

8171850, May 8, 2012

Nov 17, 2008

12/272574

Mark A. Hanchett - Phoenix AZ, US
Patrick W. Smith - Scottsdale AZ, US
Alan I. Mossberg - Tierra Verde FL, US
Alan Iver Mossberg - Branford CT, US
William Lutton - Winsted CT, US
Joseph H. Bartozzi - Woodbridge CT, US

TASER International, Inc. - Scottsdale AZ

F42B 12/02
F41A 19/59

102501, 102512, 89 281

A weapon conditionally activates a cartridge. The cartridge has a projectile and a first mechanical feature. The weapon includes an activator and a station. The activator includes a second mechanical feature. The station positions the cartridge so that the first feature opposes the second feature. On condition that the first feature does not mechanically interfere with the second feature, the activator activates the cartridge to launch the projectile from the cartridge. On condition that the first feature mechanically interferes with the second feature resulting in an excess head space, the activator is inhibited by the excess head space from activating the cartridge.

8587918, Nov 19, 2013

Jul 23, 2010

12/842866

Mark A. Hanchett - Phoenix AZ, US
Mark Joseph Phelps - New Brighton MN, US
Patrick W. Smith - Scottsdale AZ, US
Steven N. D. Brundula - Chandler AZ, US
Douglas J. Landers - Phoenix AZ, US
Andrew F. Hinz - Mesa AZ, US

TASER International, Inc. - Scottsdale AZ

H05C 1/04
F41C 9/00

361232

An electronic weapon with an installed deployment unit, from which at least one tethered electrode is launched, provides a stimulus current through a target to inhibit locomotion by the target. The wire tether, also called a filament, conducts the stimulus current. The one or more electrodes, according to various aspects of the present invention, perform one or more of the following functions in any combination: binding the filament to the electrode, deploying the filament from the deployment unit, coupling the electrode to the target, and distributing a current density with respect to a region of target tissue and/or a volume of target tissue. For an electrode that includes a body and a spear, the spear may be implemented with conductive rings or with materials that include integrated conductive and insulative substances (e. g. , conductive fibers in insulative composite material). Relatively high electric field flux density at a tip of the spear may be reduced or avoided by practice of the invention.

2012001, Jan 26, 2012

Dec 28, 2010

12/979619

Mark A. Hanchett - Phoenix AZ, US
Mark Joseph Phelps - New Brighton MN, US
Patrick W. Smith - Scottsdale AZ, US
Steven N.D. Brundula - Chandler AZ, US
Douglas J. Landers - Phoenix AZ, US
Andrew F. Hinz - Mesa AZ, US

F41B 15/04

361232

An electronic weapon with an installed deployment unit, from which at least one tethered electrode is launched, provides a stimulus current through a target to inhibit locomotion by the target. The wire tether, also called a filament, conducts the stimulus current. The one or more electrodes, according to various aspects of the present invention, perform one or more of the following functions in any combination: binding the filament to the electrode, deploying the filament from the deployment unit, coupling the electrode to the target, and distributing a current density with respect to a region of target tissue and/or a volume of target tissue. For an electrode that includes a body and a spear, the spear may be implemented with conductive rings or with materials that include integrated conductive and insulative substances (e.g., conductive fibers in insulative composite material). Relatively high electric field flux density at a tip of the spear may be reduced or avoided by practice of the invention.

2012017, Jul 5, 2012

Dec 31, 2010

12/983163

Thomas W. Beechey - Scottsdale AZ, US
Michael J. Campbell - Scottsdale AZ, US
Mark A. Hanchett - Phoenix AZ, US

F41B 15/04
H01R 43/00
A01K 15/00

361232, 29825

A deployment unit for an electronic control device (ECD) used as a weapon provides a current from a signal generator of the ECD through tissue of a human or animal target. The deployment unit includes a housing, an interface, a filament, and an electrode. The interface couples the housing to the signal generator. The filament includes a first end coupled to the interface for receiving the current and comprises a second end. The filament conducts the current for inhibiting voluntary movement by the target. The electrode, stored in the housing prior to deployment, mechanically couples the filament to the target when deployed. The electrode includes an assembly of a first part and a second part that after assembly cooperate to bind the second end of the filament to the electrode.

2013030, Nov 21, 2013

May 19, 2012

13/475957

Mark A. Hanchett - Phoenix AZ, US
Andrew F. Hinz - Mesa AZ, US
Jeffrey Ho - Minneapolis MN, US

F42B 12/54

102438, 102502

Methods and apparatus for delivering a dosage of a drug to a target use an electrode that may deliver the drug and/or a current through the target to impede locomotion of the target. Delivery of a dosage may be accomplished by selecting one or more electrodes from a plurality of electrodes to deliver the drug or by metering deliver of the drug from one or more electrodes. Delivery of the current may be accomplished by one or more, preferably two electrodes. The electrodes that deliver the current through the target may also cooperate to deliver the dosage of the drug to the target.

D638090, May 17, 2011

Dec 31, 2008

29/330236

Mark A. Hanchett - Tempe AZ, US

TASER International, Inc. - Scottsdale AZ

2203

D22115

2022035, Nov 10, 2022

Jul 21, 2022

17/869833

- Mesa AZ, US
Mark Hanchett - Mesa AZ, US

Atlis Motor Vehicles, Inc. - Mesa AZ

B62D 6/00
B62D 5/04

A system of an electric vehicle configured to compensate for spin of the electric vehicle that results from slipping of one or more wheels. A controller detects when one or more wheels are slipping and/or a spin (e.g., rotation) of the electric vehicle that results from a torsion force as a result of the slipping. The controller instructs the steering system to orient one or more of the wheels that are not slipping in a direction opposite the direction of rotation to attempt to reduce or eliminate rotation of the electric vehicle and/or to maintain the present direction of travel.

2022032, Oct 13, 2022

Jun 29, 2022

17/852460

- Mesa AZ, US
Archit Deshpande - Tempe AZ, US
Craig Trzebny - Phoenix AZ, US
Demarco Cason - Tempe AZ, US
Mark Hanchett - Mesa AZ, US

Atlis Motor Vehicles, Inc. - Mesa AZ

H01M 50/545
H01M 50/107
H01M 50/152
H01M 50/536
H01M 50/538

A battery cell that includes grating for coupling to the tabs of the electrodes of the battery cell. Anode and cathode electrodes may be organized as electrode groups. The anode tabs of the anode electrodes of an electrode group may physically contact each other to form an anode tab group. The cathode tabs of the cathode electrodes of an electrode group may physically contact each other to form a cathode tab group. The anode tab group may be positioned through the opening between the bars of the anode grating. The cathode tab group may be positioned through the opening between the bars of the cathode grating. The anode grating and the cathode grating may mechanically and electrically couple to the anode terminal and the cathode terminal of the battery cell.