It is possible to install and operate in indoor and outdoor parking lot with contactless vehicle detecting
sensor using variation of geomagnetic value.
It has advantages of low installation cost, easy installation, and connection with various application services.
Low power based battery/Wireless communication
Easy installation without power & communication construction
Construction directly on the parking side without any structure
(Suitable for outdoor & on-street parking lot)
Easy construction of vehicle detecting sensor without any structure
(Simple construction with buried type & protrusion type sensor)
Reduction of installation cost and labor cost
Detect indoor/outdoor illegal parking vehicle
Detect vehicle passing/traffic volume
Detect vehicle passage through risk area
(railroad crossing, construction site)
Linked operate with camera/streetlight
Parking sensor _ Ground type case
Parking sensor _ Buried type case
Parking sensor
| Item | Specifications |
|---|---|
| Wireless communication method | NB-IoT / LoRa / 920MHz RF Wireless communication |
| Operating power | 3.3vdc(D-type, 19,000mA) |
| Operating Temperature/Humidity | C: -20° ~ 80°, H: 0~60% |
| Detecting sensor | Contactless vehicle recognition by geomagnetic sensor |
| Waterproof & Dustproof | IP67 |
Providing parking information around destination using various parking sensors - parking places & its distance
from current location or destination, number of parking available spaces
Go to the parking lot (navigation linked) – directions to the selected parking lot
Operation status of each parking lot and integration of sales information (establish monitoring system of 300 parking lots nationwide)
Busan Smart Parking Business (2,500 units in 50 locations)
Busan Smart City IoT Verification (581 units in 31 locations)
The BLE based Wearable Device is a smart location confirmation service that is developed to enable users to check the location information and image information of a person who has a device using a Bluetooth module, as well as a smart phone and various networks.
Design that maximizes user’s wearing convenience
Low-power based battery type
Wireless communication: BLE
Various sensors connected in the form of laminated board
Designed compatible with LPWA and NB-IoT in the future
Real-time location tracking of device users & vehicles
Risk and emergency signal sending and receiving function
Linked operation of camera & streetlight
BT 5.0 Wearable Divice
Field installation photos
One Pass applied development in progress
Platform configuration of location security service in APT complex (H company’s 5 apartments, applying to 10,000 households)
Safety streetlight in A block
Wearable device package
Wearable device package
Intelligent IoT devices and big data analysis system for facility safety and management
Co-worked with construction companies, local governments, facility management corporations
based on experience of PyeongChang Winter Olympics facilities management (HASLLA platform operation)
A construction company's earthquake detection project, Busan bridge safety business, and S semiconductor’s
test equipment power management business are underway
Facilities management, safety service
Facility operation, network
Personal service terminal
Facilities: facilities, risk areas, risk situations
Safety: location, safety detection and notice
Security: risk, access to security area, safety diagnosis
Data Collection Platform
Analysis Platform
Service Management Platform
Device Management Platform
Service device
Monitoring system
Facility safety management service
| Collecting Information | Bridge/pier separation detection, bridge vibration detection (gyro sensor, acceleration sensor) |
| Communication method | RS-485 (wired ~ 2km), NB-IoT (LTE based nationwide wireless network) |
| Data collection cycle | Serial within 1 second, NB-IOT: Transmission and transmission period can be set when event is detected |
| Case | IP65(Option : IP67), SUS |
| - Web, App for safety diagnosis | |
| - Applied to Busan A Bridge | |
- Monitoring sensor device : Collects data from the sensor module and compares the collected information with the threshold, and send alarm information to the gateway
- Data transfer interface : Utilizing RS-485 communication widely used in industry for wired based data sending and receiving protocols and interfaces
- Intelligent gateway : Collecting information of sensor devices through wired/wireless network, and controlling field devices by safety diagnosis algorithm, and data communication with data acquisition middleware