2016 THERMAL CAMERA Oversea Pre-sales Team

Transcription

1 2016 THERMAL CAMERA Oversea Pre-sales Team

2 HIKVISION thermal camera development history Independent research and development camera module Outstanding image/fast delivery/personalized customization Different 2013 Independent thermal Develop 2010 Thermal network No.1 at camera worldwide research and development camera module cameras for multiapplications 2004 Develop Megapixel HD network camera thermal camera camera Hikvision perfect algorithm camera technology sharing

3

4

5 CONTENTS Principle of Thermal Radiation Core Competence Products & Application Scenarios

6 Part 1 Principle of Thermal Radiation

7 Principle of Thermal Radiation Infrared & Thermal Radiation Except the visible light, there is one kind of invisible light we called it infrared ray. All the objects above absolute zero can radiate electromagnetic wave (infrared) constantly. we called this phenomenon the Thermal Radiation Visible light & near-infrared: μm Medium-infrared: 3.5~4 μm Thermal infrared: 8~14 μm Thermal radiation of different objects 0.76 μm Near-infrared 0.38 μm 0.76 μm 1000 μm Shortinfrare Mediuminfrared Longinfrared WLWIR Far-infrared 1 μm 3 μm 5 μm 14 μm 30 μm 1000 μm

8 Principle of Thermal Radiation Everything (temperature above absolute zero -273 ) in nature has the thermal radiation

9 Principle of Thermal Radiation Image-forming Principle Lens: Germanium lens, reflect visible light and ultraviolet light Thermal Radiation Germanium lens UFPA ISP FPGA DSP Video Stream UFPA change the thermal radiation to electric signal. Thermal Camera Image-forming Principle

10 Principle of Thermal Radiation Image-forming Principle Sensor: Resolution is the most important parameter of sensor. Right now, the mainstream of resolution in the market are: 160x120/384x288/640x512/1024x

11 Principle of Thermal Radiation Image-forming Principle Pixel interval: Right now, the mainstream of resolution in the market are: 17μm/25μm/30μm/35μm. Small pixel interval means more cost-effective.

12 Principle of Thermal Radiation Thermal technical classification Environmental Suitability Ultra detection Observation prevent theft Thermometric prevent fire Accurate Thermometric Temperature Exception

13 Key features of observation product Environmental Suitability Suitable for foggy environment. No supplement light in the night. Find the hidden objects

14 Application of observation product Suitable for foggy environment. No supplement light in the night. Seaside Border

15 Key features of observation product Optical light Infrared Thermal

16 Application of observation product Border Forest

17 Key features of observation product Passive Detection Non-IR & Invisible-IR Do not need supplement lights. Suitable for dim illumination environment.

18 Application of observation product Military applications

19 Detection distance 8mm D R I 40m 20m 160 m 50mm D R I 125m 250m 1000 m D R I Detection Recognition Identification 75mm 8mm 50mm D R I D R I D R I 61m 375m 188m 123 m 383m 491m 767m 1500m Human( m) 3067m Detection 1.5 pixels 8mm Recognition 6 pixels Identification 12 pixels 75mm D R I Notice: this distance is based on 25μm sensor m m 4600m Vehicle ( m) 30m 60m 150m

20 Key features of thermometric product Temperature Exception Accuracy: ±8 Accurate Thermometric Accuracy: ±2 /±2%

21 Application of rough thermometric product Temperature Exception Warehouse

22 Application of accurate thermometric product Fire protection(electric/petroleum/petrochemical)

23 Application of accurate thermometric product Electric & industry preventive test Fuse/engine coil/bearing/electric cable

24 Core Competence Part 2

25 Core Competence Thermal Radiation Germanium lens UFPA ISP FPGA DSP Video Stream Thermal Camera Image-forming Principle 01.Better image Independent research and development camera module 02.Better smart functions Smart analysis 03.Better applications Temperature Exception (all series products May)

26 Core Competence Image AGC OFF AGC ON

27 Core Competence Image DDE OFF DDE ON

28 Core Competence Image 3D DNR OFF 3D DNR ON

29 Image comparison(hikvision vs FLIR) FLIR HIK

30 Smart function Behaviors analysis + thermal radiation

31 Products & Application Scenarios Part 3

32 Products & Application Scenarios Hikvision self camera module DS-2TD2235D Series DS-2TD4035 Series DS-2TD2166 Series DS-2TD2136 Series DS-2TD6166 Series DS-2TD6135 Series

33 Fire detection Thermal Optical

34 Optical linkage Thermal Optical

35 Thermal & optical correction Thermal & optical image get the same central point

36 Products & Application Scenarios Integration Live view Storage Smart function VCA function ivms-5200(v3.3) NVR(V3.4.0 or above) Smart function: V3.4.7 V3.4.7 Fire detection/audio exception VCA function: Line crossing/intrusion detection/region entrance/region exiting

37 Products & Application Scenarios Handheld (Thermometric) Display 3.5 touch screen Definition Thermal: Optical: 8MP Core Competence Image (DDE/3D DNR/AGC) Thermal + Optical Thermometric & easy to use Handheld + Thermometric Power >4h Storage 64G Hikvision black SD card Application Electric & industry preventive test Fuse/engine coil/bearing/electric cable

38 Function Hot spot tracking WiFi Definition Thermal: Core Competence Image (DDE/3D DNR/AGC) EZVIZ Laser positioning/automatically sleep Handheld + Observational Application Vertical application Patrol/rescue/criminal tracking Consumer field Hiking/hunting

39 2016 Roadmap Dual-lens Bullet Camera (with bracket) Support Dual-lens PTZ Dome Camera Support 2015.Q4

40 2016 Roadmap Camera Module 384 x μm released 640 x μm Sample@Apr 384 x μm Release@Jun Positioning System Sample@Apr Release@May (Observational &Thermometric ) Bullet Camera Sample@May Release@Jun Release@Aug (Thermometric ) Handheld Thermometric Thermal camera Handheld Observational Thermal Camera Sample@May Release@Jun Sample@May Release@Jun 2015.Q4

41 Thanks