Shopline 2D Shop Manuale utente
2D_Shop camera . English manual
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2D_Shop
Camera for Video Analytics
Thomas Nenner
March 31, 2017
Release 2.5.6
USER MANUAL
The people counter 2D_Shop is an overhead sensor which analyzes infrared Images. This Process makes
the device light variations independent that might affects other devices counting accuracy. The advantages
from this technology are:
oBidirectional counting.
o–Accuracy over 95%.
o-No shadows Influence.
o-Good accuracy in low light conditions.
This sensor provides real time analytics locally and on the cloud
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Index
1. Site and hardware considerations........................................................................................................................3
Connections diagram................................................................................................................................................3
Coverage :.................................................................................................................................................................3
Standard model. ...................................................................................................................................................3
Installation ................................................................................................................................................................4
Orientation ...............................................................................................................................................................5
Electrical ...................................................................................................................................................................5
Cabling ......................................................................................................................................................................6
Pulse system compatibility.......................................................................................................................................6
IP address switch ......................................................................................................................................................7
2. Parameters-Settings .............................................................................................................................................8
Finding the camera:..................................................................................................................................................8
Device identification.................................................................................................................................................8
Network settings ....................................................................................................................................................10
Time settings ..........................................................................................................................................................11
Channels .................................................................................................................................................................11
Data delivery...........................................................................................................................................................12
Source .....................................................................................................................................................................13
Validation............................................................................................................................................................14
Heat map ............................................................................................................................................................14
Status, and sytem ...................................................................................................................................................16
3. Local Server Configuration .................................................................................................................................17
Technical.................................................................................................................................................................19
Local PC IP address .............................................................................................................................................19
FTP program .......................................................................................................................................................19
Directories ..............................................................................................................................................................19
4. Real time analytics..............................................................................................................................................20
Documentation.......................................................................................................................................................21
2D_Shop camera . English manual
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1.Site and hardware considerations
Connections diagram
The camera sends the data on Ethernet on a server:
1.
Figure 1 Connection diagram
Coverage :
It depends on the ceiling height and on the optical parameters.
Two models are available :
Standard model for ceilings up to 3.2 meter,
High sensitivity for ceilings up to 4.5 m
Standard model.
It is based on a 3.6 mm lens
Ceiling
height
Coverage
2.2 m
1.9 m
2.4 m
2.1 m
2.6 m
2.3 m
2.8 m
2.4 m
3.0 m
2.5 m
3.2 m
2.6 m
Figure 2 Coverage for the standard model
RJ45
RJ45
POE
Injector
2D-Shop
Power
Supply
Internet
Server
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High sensitivity
Ceiling
height
Coverage
2.5 m
2.6 m
3.0 m
3.1 m
3.5 m
3.7 m
4.0 m
4.1 m
4.5 m
3.5 m
Figure 3 coverage for the high sensitivity model
Installation
The camera is attached under the ceiling with the omega shaped bracket and a pair of expansion bolts.
Figure 4 back of the camera
Attach the bracket first with a pair of expansion bolts
Then introduce the camera and fasten the 8 mm hex bolt with a 10 mm wrench.
Turn the camera so that it looks parallel to the entrance.
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Orientation
The 3 leds must be inside the shop, in order to have a simple default software installation
Inside
Figure 5 : orientation of the camera
Electrical
On the back of the camera are two connectors :
RJ45 connector : it is a POE link, the network cable carries the power and the Ethernet data.
Green pulse connector : useful when the camera is for infra red beam replacement.
POE Ethernet connection
This camera uses passive POE (power over Ethernet) connector.
The cable carries 0 Volt on pins 7,8, and +48 Volts on pins 4,5
Connecting the camera to an active POE switch will not work.
A POE power supply is provided with the camera :
Figure 6 : POE adapter
Data in goes to the IT switch
Data and power out connect to the camera
In case of multiple cameras, a poe switch is desirable.
It must be the passive type with power on 4,5 and 7,8 .
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Figure 7 : POEswitch passive
When booting up, a multicolor led blinks on the camera, and after boot up it will extinguish.
Cabling
This a reminder only.
Cat 5 or Cat6 Ethernet cable is necessary, with proper A or B cabling as shown in the next figure.
Telephone cable will not work properly even on short distances.
Figure 8 normalized cabling A or B
Pulse system compatibility
It happens that on some site no Ethernet cable is available.
Ethernet connector is used for initial tuning.
The green connector carries 4 signals
Ground , 0V
Positive voltage
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Entrances
Exits
A 15 Volts, 2A power supply is necessary. (a 12 V 1A power supply will NOT work)
When detecting the camera will produce a 15 V pulse which can be fed in a dat logger as usual.
IP address switch
Figure 9 switch and led position
By depressing the IP address switch with a paper clip during 3 seconds, the camera goes back to default
address 192.168.1.7.
IP adres reset switch
Flashing led at boot up
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2. Parameters-Settings
Finding the camera:
The camera is a network device, and all necessary settings are done through a browser, for example
internet explorer. We recommend that installer carries a laptop and a switch.
New camera
Default address of new cameras is 192.168.1.7
In order to communicate, set the laptop address to a compatible network : for example 192.168.1.xx
Connect camera to the PC , if necessary use a switch.
On the browser, type 192.168.1.7 then the camera menu must appear.
Already programmed camera
Normally the address is written on the device, and one must repeat the above operation, being sure that
the pc is in compatible address.
Suppose the 3d was in 199.188.177.166
We must set our laptop to 199.188.177.xx to be able to communicate.
Unknown address
The Cbox finder program is available to find all devices in the network.
It is available on our website : upgrade.shopline.fr
http://upgrade.shopline.fr/Utilitaires/cbox_finder.exe
Figure 10 : list of devices in the network
It will show you the list of connected devices to the local network.
Choose your device and press connect to see the device in default browser.
Device identification
This identification is useful in multiple camera use, it has no influence on file generation.
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Remember that hierarchy in people counting in shops is :
Chain of stores Mychain
Shop Paris
Door Entrance
Figure 11: Device identification
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Network settings
Figure 12 : Network settings
Device is delivered at address 192.168.1.7
DNS is set into the router which will work most of the time, if needed introduce another DNS address.
This is quite important as the camera must find the time server on the internet to update internal clock;
Automatic work or DHCP will set automatically parameters, they can be seen by “show current settings”
Indice
