Emmendorfer
David D. Emmendorfer, Clearwater, FL US
Patent application number | Description | Published |
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20130277903 | Precision Vise Jaw Plates - A vise jaw plate includes a plurality of equally sized holes arranged in a pattern and extending through a front side of the vise jaw plate which cooperate with dowel pins and work holders to position and support a work piece. Horizontally spaced mounting bores are arranged for cooperative alignment with vise jaw mounting holes to permit the attachment of the vise jaw plate to the vise jaw. The mounting bores include a first frustoconical portion, a second frustoconical portion and a straight bore portion joining the confronting narrow ends of the first and second frustoconcial portions. The mounting bores and the vise jaw mounting holes have offset center-lines that become coaxially aligned during attachment of the vise jaw plate to the vise jaw causing the vise jaw plate to become fully seated against a deck surface of the vise. | 10-24-2013 |
20130277904 | Adjustable Angle Workpiece Positioning Disc - An adjustable angle workpiece positioning disc includes a partial quarter section defining confronting and intersecting surfaces that form an orthogonal angle therebetween. A central through hole located at the center of the disc. Disc coordinate axes originated at the center of the central through hole. Pluralities of angle through holes are arrayed about the central through hole. The disc is mountable to the plate by doweling the central through hole with a dowel pin receiving hole and by doweling one angle through hole with a dowel pin receiving hole in accordance with a desired revolved angle between the disc coordinate axes and the plate coordinate axes. | 10-24-2013 |
Michael Emmendorfer, St. Peters, MO US
Patent application number | Description | Published |
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20090274156 | CARRIER ETHERNET OVER DOCSIS - A network includes a provider edge device with logic to encapsulate Ethernet frames received from customer equipment into Data Over Cable Service Interface Specification (DOCSIS) frames using Layer Two Tunneling Protocol. The provider edge device further includes logic to implement a virtual switch instance (VSI). | 11-05-2009 |
Michael Emmendorfer, Aurora, CO US
Patent application number | Description | Published |
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20080285592 | Extended layer two tunneling protocol applications and architectures - A device, deployed at the edge of a provider network, includes logic to receive traffic from one or more customer edge devices, and to encapsulate the customer traffic into a Layer 2 tunnel of an IP frame. The IP frame in further included within an Ethernet frame, and quality of service priority bits are promoted from the customer traffic into both the IP frame and the Ethernet frame. | 11-20-2008 |
Mike Emmendorfer, Chesterfield, MO US
Patent application number | Description | Published |
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20080232801 | METHOD AND SYSTEM FOR TRANSPORTING DOCSIS COMMUNICATION SIGNALS OVER A PASSIVE OPTICAL NETWORK - A translation agent adapts DOCSIS information, primarily QoS information, for transmission over a PON. The agent places into an IP address field of a DHCP message the MAC address of an ONU associated with a CPE device attempting to register with a CMTS. The translation agent intercepts DHCP reply messages from the DHCP server using the MAC address of the ONU. The translation agent extracts information, including an IP address of the client CPE assigned by the DHCP server. The agent downloads a configuration file for the CPE device using the configuration filename and configuration file server contained in a DHCP reply message. Information contained in the configuration file is converted from content in a format used by DOCSIS, to content in a format used by PON devices. The translated content includes QoS parameters, functions related to which are controlled at the ONU by an OLT coupled to the CMTS. | 09-25-2008 |