Diebold - Green, OH since Aug 2011
Integrated Services Analyst
LPS Field Services Nov 2008 - Sep 2011
IT Business Analyst at LPS
Micros Retail Systems 2007 - 2008
QA Analyst
The present invention provides novel ratchet head configurations for externally capturing a ratchet mechanism within the head of a powered ratchet wrench, such as a pneumatic ratchet wrench for example. Externally capturing the ratchet mechanism prevents the separation of the ears of the ratchet mechanism, caused by the application of torque to the ratchet head design. In prior art designs, repeated application of torque to the ratchet head caused separation of the ratchet head ears, and in turn, malfunctioning of the ratchet caused by loss of tension between the yoke of the ratchet and ratchet head itself. By preventing the ears from separating, the present invention maintains proper operation, and increased tool life. Furthermore, the tools maintenance and repair costs are decreased.
Mechanics Custom Tools Corporation - Christiana DE
International Classification:
B25B013/46
US Classification:
81 5739, 81 57, 81 58
Abstract:
A power ratchet wrench assembly having a tensionless head wherein operation of the ratchet mechanism does not require a tensioning means for applying a frictional force against the ratchet mechanism to inhibit rotational movement of the ratchet mechanism. In one embodiment, the invention provides a first gear, a second gear, and a ratchet mechanism having a drive body; wherein the drive body is alternately: coupled to the first gear and ratcheting with the second gear, and coupled to the second gear and ratcheting with the first gear.
A power ratchet wrench assembly having a tensionless head wherein operation of the ratchet mechanism does not require a tensioning means for applying a frictional force against the ratchet mechanism to inhibit rotational movement of the ratchet mechanism. In one embodiment, the invention provides a first gear, a second gear, and a ratchet mechanism having a drive body; wherein the drive body is alternately: coupled to the first gear and ratcheting with the second gear, and coupled to the second gear and ratcheting with the first gear.
A power ratchet wrench assembly having a tensionless head wherein operation of the ratchet mechanism does not require a tensioning means for applying a frictional force against the ratchet mechanism to inhibit rotational movement of the ratchet mechanism. In one embodiment, the invention provides a first gear, a second gear, and a ratchet mechanism having a drive body; wherein the drive body is alternately: coupled to the first gear and ratcheting with the second gear, and coupled to the second gear and ratcheting with the first gear.
Jeff Mitcheltree - Cuyahoga Falls OH, US John Horvath - Cuyahoga Falls OH, US
Assignee:
NMTC, Inc. - Stow OH
International Classification:
B25B 13/46
US Classification:
81 5739
Abstract:
A ratchet wrench assembly having a spring assembly positioned in the ratchet head. The ratchet wrench has a handle portion, a head portion with a yoke having yoke teeth, a ratchet mechanism drive body positioned in the head portion, and one or more pawls positioned in the drive body. The yoke is capable of reciprocating between movement with the pawls of the drive body operatively engaging the yoke teeth and movement with the pawls of the drive body disengaged from the yoke teeth. The spring assembly is positioned in the drive body and is capable of retaining the drive body in position when the yoke reciprocates from a first direction to a second direction.
Ad-Hoc Secure Communication Networking Based On Formation Flight Technology
An ad-hoc secure communication network and methods of communicating with a fleet of vehicles using the ad-hoc communication network is provided. The method includes communicating relatively long range communication signals to a fleet router. The fleet router is a select one of the vehicles in the fleet. The method further includes forming an ad-hoc communication network between the fleet vehicles to communicate relatively short range communication signals between the vehicles in the fleet. Wherein each vehicle in the fleet uses surveillance information to determine the network topology and each vehicle routes messages based on the discovered network topology.
System And Method For Delivery Of Non-Textual Controller Pilot Data Link Communications (Cpdlc) For Pilot Review
Thomas D. Judd - Woodinville WA, US John M. Horvath - Newcastle WA, US
Assignee:
HONEYWELL INTERNATIONAL INC. - Morristown NJ
International Classification:
G06F 3/048 G06F 15/16
US Classification:
709206, 715773, 709217, 715764
Abstract:
An avionics system comprises a control device having an input/output interface to receive a Controller Pilot Data Link Communication (CPDLC) message; a textual-based Human-Machine Interface (HMI) coupled to the control device, the textual-based HMI operable to display textual content in the received CPDLC message based on instructions from the control device; and a graphical display unit coupled to the control device. The control device is operable to determine if graphical content is contained in the received CPDLC message. If the received CPDLC message contains graphical content, the control device is operable to send the graphical content to the graphical display unit and to provide instructions to the textual-based HMI to display a notification that the received CPDLC message contains graphical content.
Mechanics Custom Tools Corporation - Wilmington DE
International Classification:
B25B 1700
US Classification:
81 5739
Abstract:
A lubrication port is placed in the yoke of a pneumatic powered ratchet wrench or the head of a hand powered ratchet wrench. The lubrication port is placed so that it intersects with the teeth formed on the circumference of the bore formed in the yoke or the ratchet head which come in contact with the teeth formed on the outer ends of the pawl(s) of a ratchet mechanism. This allows for the application of lubricants, preferably grease, to the area of engagement between the teeth formed on the circumference of the bore of the yoke, ratchet head or ratchet mechanism and the teeth formed on the outer ends of the pawl(s) of a ratchet mechanism. Application of lubricants through the lubrication port of the present invention also allows for lubrication of the moving components of the ratchet assembly. Moreover, in a pneumatic powered ratchet wrench the lubrication port allows for application of lubricants to the drive bushing and crank of the wrench. Optionally, this port may be bored to apply lubricants directly to the drive bushing and crank of a pneumatic wrench.