further%u0020applications%u0020examples 

The Matsushita FP Web-Server module connects FP Series programmable controllers to the intranet/ internet. Simply assign an IP address to the FP Web-Server and connect the PLC to the FP Web-Server via the serial RS232C port.
The FP Web-Server can be used as stand alone Modem / Ethernet gateway:
- FP Web-Server can be dialled up via modem for local or network access
- One remote gateway for multiple FP Web-Servers in a local Ethernet network
- Remote password handling

Online demo:   »  62.134.44.202 *link

examples Panasonic The MEW mini FP-WebServer 23.10.2002 fp-webserverv02.pdf 384,05 KB

Panasonic Electric Works Deutschland GmbH - FP WEB-SERVER 2 »   www.panasonic-electric-works.de/pewde/de/html/640.php *link

Orceo, Germany, offers a range of products named PWRlock. With PWRlock small and medium companies get the possibility of supervising entrances professionally. The PWRlock products include transponders, reader units, innovative control systems and administration tools. PWRlock is a completely new development based on latest hardware and software.

The small housing of the PWRlock units allow simple use even in traditional control cabinets of building automation systems and on the DIN rail in any environment. Still one small PWRlock can support up to 16 reader units and up to 1000 keys. Each PWRlock unit allows individual time, day and module configuration. Different configurations support universal use for traditional entrance doors, electric doors, starting of machine applications and more.

orceo GmbH »   www.orceo.com/de/pwrlock/ *link

Current consumption reduce by intelligent controlling of electrical loads using the IPC@CHIP^® and power-line communication.

examples Documentation - Author Tobias Rapp 29.07.2002 powerline_rev1.zip 3,1 MB

Erstellen von Softwaremodulen für den IPC@CHIP^® am Beispiel einer über das Internet steuerbaren Webcam.
Über den IPC@CHIP^® wird ein mit einer Kamera ausgestatteter Roboter über das Internet gesteuert.

examples Assessable Webcam Documentation - Author Florian Grieshaber 06.05.2002 studienarbeit4ipcgrieshaber.zip 1,8 MB Assessable Webcam Documentation - Author Jan Hofer 06.05.2002 studienarbeit_hofer.zip 1,9 MB

Realisation and programming of an experimental IPC@CHIP^® board with DCF77-receiver and a connector to read and write I2C Chip-cards. The use of the Board as a network time server is also implemented.

examples Time recording with DCF and chip-card reader Documentation 13.05.2002 pa_dokumentation.zip 1,5 MB Time recording with DCF and chip-card reader ORCAD circuit diagram and layout 13.05.2002 pa_orcard.zip 130,96 KB Time recording with DCF and chip-card reader Software 13.05.2002 pa_programme.zip 2,3 MB Time recording with DCF and chip-card reader Sourcecode 13.05.2002 pa_sourcecode.zip 2,5 MB

Within the scope of a diploma thesis at Beck, a sample for real time control applications with an A/D converter has been made up.
The application is based on the embedded controller IPC@CHIP^® SC13 and the development board DK50, which has been extended with a 12-Bit A/D converter and a PWM output.

The software PI regulator (PI = proportional integral) within the application uses the value provided by the A/D converter as setting parameter. The further control parameters and data are set and visualized by using the Web interface.The functionality of the sample has been proved, considering the example of a mass flow regulation in a flow channel. Consequently, the IPC@CHIP^® embedded Web controller is ready for use for challenging regulation tasks with analogue signal processing, combined with internet communication for industrial process technology and powertrain engineering.

examples Low Cost PI Regler with PC@CHIP Thesis 30.09.2004 flow_control.pdf 986,76 KB Low Cost PI Regler with PC@CHIP Sourcecode 30.09.2004 flow_control.zip 987,93 KB

Realisation of an access control including time recording has been developed based on the DK51 in the context of an engineer thesis. The data is saved and respectively read out by the Socket port and then inserted into a remote MySQL-database. A 1-wire device, the iButton, has been attached to a serial port to realise the access control has. The administration of the complete data takes place by means of the dynamic websites compiled by PHP.

examples Documentation - Time recording width IPC@CHIP® 20.07.2005 zeiterfassung_docu.pdf 4,0 MB Sourcecode - Time recording width IPC@CHIP® 20.07.2005 zeiterfassung_source.zip 324,16 KB

Adaptation of a super-market to the state-of-art - that was the idea of the engineer paper. An extensive data base which updates the price tags fully automatically is to be compiled. The building up, changing and deleting of product data is carried out by means of a C++Builder program. The displays on the product shelves will then be automatically updated. The corresponding data is sent to the IPC@CHIP^® via an Ethernet connection which then distributes the data to the displays by means of the I²C-Bus, which has, in this case been switched. By switching the I²C-Bus it is possible to connect the theoretical number of 1024 displays to one IPC@CHIP^®. From the high amount of IPC@CHIP^®"s that can be connected with the server, the number of controlled displays run into millions. For this project appropriate hardware has been developed.

examples Documentation - Updating of price tags 20.07.2005 preisschild_docu.pdf 2,8 MB Sourcecode - Updating of price tags 20.07.2005 preisschild_source.zip 4,2 MB

Implementierung eines XML und SOAP (Simple Object Access Protokoll) basierenden Web-Services auf dem IPC@CHIP^® SC12.

examples Webservices with IPC@CHIP® SC12 Sourcecode - Client 10.04.2006 sc12-webservice-clients.zip 1,3 MB Webservices with IPC@CHIP® SC12 Assignment from Séverin Lemaignan 10.04.2006 studienarbeit_lemaignan-sc12-webservice.pdf 4,0 MB Webservices with IPC@CHIP® SC12 Sourcecode - Server 10.04.2006 sc12-webservice-server.zip 130,26 KB