SVNET - Revision history

Mcone at 19:50, 2 September 2014

2014-09-02T19:50:30Z

Mcone at 22:18, 28 July 2006

2006-07-28T22:18:01Z

Mcone: /* Supravision Network Protocol */

2006-07-28T22:15:59Z

‎Supravision Network Protocol

Mcone at 22:15, 28 July 2006

2006-07-28T22:15:43Z

Mcone: /* How SVNET Works */

2006-07-28T22:14:47Z

‎How SVNET Works

Mcone: /* Supravision Network Protocol */

2006-07-28T22:14:22Z

‎Supravision Network Protocol

Mcone at 22:13, 28 July 2006

2006-07-28T22:13:46Z

Mcone at 18:25, 28 July 2006

2006-07-28T18:25:26Z

Mcone at 18:24, 28 July 2006

2006-07-28T18:24:36Z

Mcone at 18:24, 28 July 2006

2006-07-28T18:24:11Z

@@ Line 3: / Line 3: @@
 ===SVNET = Supravision Network Protocol===
-The Supravision Network Protocol is owned and administrated by ROMER.  This protocol allows bi-directional communications with benders.  It was developed by Foad Rekabi as a way to pass Supravision data from measuring center to bender and back.
+This protocol allows bi-directional communications with benders.  It was developed by Foad Rekabi as a way to pass Supravision data from measuring center to bender and back.
 <br><br>
 A good number of benders use this protocol for communications as it is used in the ROMER measuring centers - an arm that is common in the tube fabrication industry.

@@ Line 4: / Line 4: @@
 The Supravision Network Protocol is owned and administrated by ROMER.  This protocol allows bi-directional communications with benders.  It was developed by Foad Rekabi as a way to pass Supravision data from measuring center to bender and back.
 <br><br>
 A good number of benders use this protocol for communications as it is used in the ROMER measuring centers - an arm that is common in the tube fabrication industry.
@@ Line 11: / Line 9: @@
 ===How SVNET Works===
-The protocol sends data using file data.  The files created are used to give commands to the bender and to transfer data to and from the bender.
+The protocol uses command and data files in a shared network drive to pass data between the two computers.  The protocol allows for up to 99 benders.  Corrected bender data and master XYZ data can be passed between the measuring center and bender computers.
 <br><br>
 For example, this protocol can send a command file to bender 1, 2, or 3,  etc., up to bender 99, indicating that the computer sending the command (the Benderlink computer) is SENDING data to the bender.  If the bender is watching for the presence of this data, then the bender opens this file only if the data is meant for that bender number.  Commands for any other bender will be ignored, as they will be acted on by the appropriate bender if it is online.  The data is imported and handled by the bender control.

@@ Line 1: / Line 1: @@
 __toc__
-===Supravision Network Protocol===
+===SVNET = Supravision Network Protocol===
 The Supravision Network Protocol is owned and administrated by ROMER.  This protocol allows bi-directional communications with benders.  It was developed by Foad Rekabi as a way to pass Supravision data from measuring center to bender and back.

@@ Line 1: / Line 1: @@
 ===Supravision Network Protocol===
@@ Line 10: / Line 12: @@
 The protocol sends data using file data.  The files created are used to give commands to the bender and to transfer data to and from the bender.
 <br><br>
 For example, this protocol can send a command file to bender 1, 2, or 3,  etc., up to bender 99, indicating that the computer sending the command (the Benderlink computer) is SENDING data to the bender.  If the bender is watching for the presence of this data, then the bender opens this file only if the data is meant for that bender number.  Commands for any other bender will be ignored, as they will be acted on by the appropriate bender if it is online.  The data is imported and handled by the bender control.
 <br><br>
 The exact method in which this incoming data is handled differs depending on the type of bender.  The CNC Bender software that Advanced Tubular developed automatically takes the software into memory and displays this information on the screen.  Other programs may require the operator to press a button to load the new data.
 <br><br>
 A RECALL is similar to a SEND, but with some extra steps.
 --[[User:Mcone|Mcone]] 14:21, 28 July 2006 (EDT)

@@ Line 10: / Line 10: @@
 The protocol sends data using file data.  The files created are used to give commands to the bender and to transfer data to and from the bender.
 For example, this protocol can send a command file to bender 1, 2, or 3,  etc., up to bender 99, indicating that the computer sending the command (the Benderlink computer) is SENDING data to the bender.  If the bender is watching for the presence of this data, then the bender opens this file only if the data is meant for that bender number.  Commands for any other bender will be ignored, as they will be acted on by the appropriate bender if it is online.  The data is imported and handled by the bender control.
 The exact method in which this incoming data is handled differs depending on the type of bender.  The CNC Bender software that Advanced Tubular developed automatically takes the software into memory and displays this information on the screen.  Other programs may require the operator to press a button to load the new data.
 A RECALL is similar to a SEND, but with some extra steps.

← Older revision		Revision as of 22:13, 28 July 2006
Line 4:		Line 4:

	The protocol uses command and data files in a shared network drive to pass data between the two computers. The protocol allows for up to 99 benders. Corrected bender data and master XYZ data can be passed between the measuring center and bender computers.		The protocol uses command and data files in a shared network drive to pass data between the two computers. The protocol allows for up to 99 benders. Corrected bender data and master XYZ data can be passed between the measuring center and bender computers.
		+
		+	A good number of benders use this protocol for communications as it is used in the ROMER measuring centers - an arm that is common in the tube fabrication industry.
		+
		+
		+
		+	===How SVNET Works===
		+
		+	The protocol sends data using file data. The files created are used to give commands to the bender and to transfer data to and from the bender.
		+
		+	For example, this protocol can send a command file to bender 1, 2, or 3, etc., up to bender 99, indicating that the computer sending the command (the Benderlink computer) is SENDING data to the bender. If the bender is watching for the presence of this data, then the bender opens this file only if the data is meant for that bender number. Commands for any other bender will be ignored, as they will be acted on by the appropriate bender if it is online. The data is imported and handled by the bender control.
		+
		+	The exact method in which this incoming data is handled differs depending on the type of bender. The CNC Bender software that Advanced Tubular developed automatically takes the software into memory and displays this information on the screen. Other programs may require the operator to press a button to load the new data.
		+
		+	A RECALL is similar to a SEND, but with some extra steps.
		+
		+
		+
		+
		+
		+

	--[[User:Mcone\|Mcone]] 14:21, 28 July 2006 (EDT)		--[[User:Mcone\|Mcone]] 14:21, 28 July 2006 (EDT)

← Older revision		Revision as of 18:25, 28 July 2006
Line 1:		Line 1:
−	~~'''~~Supravision Network Protocol~~'''~~	+	===Supravision Network Protocol===

	The Supravision Network Protocol is owned and administrated by ROMER. This protocol allows bi-directional communications with benders. It was developed by Foad Rekabi as a way to pass Supravision data from measuring center to bender and back.		The Supravision Network Protocol is owned and administrated by ROMER. This protocol allows bi-directional communications with benders. It was developed by Foad Rekabi as a way to pass Supravision data from measuring center to bender and back.

← Older revision		Revision as of 18:24, 28 July 2006
Line 1:		Line 1:
−	Supravision Network Protocol	+	'''Supravision Network Protocol'''

	The Supravision Network Protocol is owned and administrated by ROMER. This protocol allows bi-directional communications with benders. It was developed by Foad Rekabi as a way to pass Supravision data from measuring center to bender and back.		The Supravision Network Protocol is owned and administrated by ROMER. This protocol allows bi-directional communications with benders. It was developed by Foad Rekabi as a way to pass Supravision data from measuring center to bender and back.