حسگر هوشمند اشغال فضای کاری: مدیریت فضا با دید پیشرفته
بینشهای جدید برای فضای کار شما: هوشمندتر از همیشه
Coverage Calculator Tool
Smart U-Turn Detection
Ultra Large Detection Area
Maximum 16 Detection Regions
Device Management & Application Development
LoRaWAN® & PoE Versions for Broader Applications
Up to 95% Industry-Leading Accuracy
100% Anonymous Detection (Compliant with GDPR)
Smart People Flow Analysis
حداکثر استفاده از فضا: بینشهایی برای شکستن محدودیتها
حسگر اشغال فضای Milesight با دادههای ناشناس شمارش افراد به شما کمک میکنه تا استفاده از فضاتون رو ببینید و درک کنید.
Applicable to spaces such as workplaces where privacy is highly valued
Low Power Consumption | Easy and Wireless Deployment | Long Distance Transmission
Applicable to spaces such as workplaces where privacy is highly valued
Low Power Consumption Easy and Wireless Deployment Long Distance Transmission
Applicable to spaces such as airports where needs highly mounted devices for wide vision
Up to 7m Installation Height Up to 126m Large Detection Area
LoRaWAN® Wireless Deployment
Easy and convenient wireless deployment dispenses with being perplexed by network connection. The benefits of LoRa technologies guarantee low power consumption, long-distance transmission, and anonymous detection.
تشخیص ۱۰۰٪ ناشناس
پهنای باند باریک LoRaWAN® دادهها رو بدون هیچ اطلاعات قابلشناسایی شخصی منتقل میکنه و ۱۰۰٪ حفاظت از حریم خصوصی رو از مبدا تضمین میکنه. هیچ نگرانیای نیست، این حسگر با GDPR سازگاره
دقت بالا تا ۹۵٪: شمارش با اطمینان
با الگوریتم هوش مصنوعی داخلی، حسگر اشغال فضای کاری AI میتونه شمارش رو با دقت بالا انجام بده. دقت با یادگیری عمیق مداوم بهبود پیدا میکنه.
تشخیص هوشمند U-Turn: فقط شمارش واقعیها
با تشخیص مسیرهای U شکل جریان افراد، دقت حسگر تضمین میشه تا از شمارش غیرضروری جلوگیری کنه. مثلاً، شمارش اضافی افرادی که فقط در منطقه پرسه میزنن و واقعاً وارد محل نمیشن، فیلتر میشه.
تحلیل جریان افراد: هر حرکت رو زیر نظر داشته باش
امکان تنظیم منطقه موردنظر با حداکثر چهار ضلع وجود داره. افرادی که در جهتهای مختلف حرکت میکنن، شناسایی و شمارش میشن که برای تحلیل جریان افراد و آمار مناطق پرتردد، بهویژه در فروشگاههای خردهفروشی، پاساژها، سوپرمارکتها و غیره، خیلی مفیده.
تشخیص زمان توقف: مدیریت هوشمند با دادههای دقیق
با قابلیتهای دقیق نظارت بر تردد افراد، VS121 بینشهای ارزشمندی ارائه میده تا مدیریت رو در کسبوکارهای مختلف مثل بانکها، فروشگاههای خردهفروشی و باشگاههای ورزشی بهبود بده و امکان تصمیمگیریهای آگاهانه و بهینهسازی عملیات رو فراهم کنه.
Higher Ceiling Mount
Breaking the barrier of the limited installation, the optional higher ceiling mount version is available to be deployed at a height of up to 7m. It is ideal for high-ceiling applications like retail stores and shopping centers, bringing flexible scenario adaptability to enhance practicability
منطقه تشخیص وسیع: پوشش گسترده با یک دستگاه
Milesight VS121 با میدان دید فوقعریض، امکان تشخیص در مناطق وسیع رو فراهم میکنه. نسخه استاندارد میتونه تا ۱۲۷.۸۴ مترمربع رو در ارتفاع ۴ متر با یه دستگاه پوشش بده، در حالی که نسخه نصب بلند تا ۷۷ مترمربع رو در ارتفاع ۷ متر پوشش میده. کاربران میتونن نسخه مناسب رو بر اساس سناریوهای کاربردی خاص خودشون انتخاب کنن تا تعداد دستگاههای تشخیص موردنیاز رو کاهش بدن و هزینهها و کارایی رو بهینه کنن.
۱۶ منطقه تشخیص سفارشی: کنترل دقیق و انعطافپذیر
تا ۱۶ منطقه سفارشی میتونه برای تشخیص دقیق تنظیم بشه. هر منطقه مستقله و میتونه بهصورت جداگانه تشخیص بده و هشدارها رو فعال کنه، که نیازهای کاربردی خاص رو برآورده میکنه و واقعاً شخصیسازی رو محقق میکنه. علاوه بر این، میتونین برنامه زمانی رو برای عملکرد انعطافپذیرتر و سفارشی تنظیم کنین.
شمارش افراد Line Crossing: دادههای دقیقتر با خطوط منعطف
با قابلیت شمارش دوطرفه که از ترسیم خطوط نامنظم پشتیبانی میکنه، حسگر با نرخ تشخیص فوقالعاده ۹۵٪ دادههای شمارش افراد دقیقتر و آگاهانهتری ارائه میده.
Milesight D2D Communication
پروتکل انحصاری مبتنی بر LoRa® شرکت Milesight به VS121 امکان میده بهراحتی با سایر دستگاههای LoRaWAN® Milesight بدون نیاز به زیرساخت شبکه ارتباط برقرار کنه. امکاناتی مثل روشنایی میتونن از طریق اتصال هوشمند بهطور دقیق، بهموقع و خودکار پاسخ بدن و انرژی رو برای کارکنان مدیریت صرفهجویی کنن.
Typical Applications
Occupancy Sensor for Smart Workplace
It helps to acquire workplace occupancy information via people counting. By getting extensive data, it forms a valuable information network in the workplace, which greatly promotes data-oriented management. The office, workstation, meeting room utilization, etc, and everything related can be turned into informed and strategic decision-making
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You May Want to Know
What are workplace occupancy sensors used for?
Workplace occupancy sensors help improve office efficiency, employee comfort, and resource management. They monitor space utilization, providing real-time data on which areas are crowded or underused, helping optimize office layouts. These sensors also support energy savings by controlling lighting and HVAC systems based on occupancy. They enhance the employee experience by aiding in hot desking and alerting staff to cleaning needs. Additionally, they provide data for informed decisions and improve safety by monitoring occupancy limits.
What is the difference between an occupancy sensor and a motion sensor?
The main difference between an occupancy sensor and a motion sensor is their purpose and sensitivity.
Occupancy Sensors: Specifically designed to detect the presence of people in a particular space. More than movement, they aim to detect whether a space is continuously occupied, even if there’s minimal movement. These sensors may use dual-technology approaches to reduce false positives and improve detection accuracy in static scenarios.
Motion Sensors: Detect physical movement within a certain range. They sense a change in position or movement of objects within the sensor’s field of view. These sensors primarily use PIR (Passive Infrared), which detects body heat, and sometimes ultrasonic technology, which detects sound waves bouncing off moving objects.
What kinds of workplaces are occupancy sensors suitable for?
Occupancy sensors are suitable for a variety of workplaces where monitoring space utilization and optimizing energy efficiency are important. Here are some examples:
Private and Open-plan Offices: To manage lighting, HVAC, and space utilization based on real-time occupancy data.
Conference Rooms and Meeting Spaces: To detect presence for effective booking and usage management.
Flexible Workplaces: To track desk or seat occupancy for better resource allocation and facility management.
Restrooms: To ensure efficient cleaning schedules based on actual usage data and improve space efficiency.
They are also commonly used in educational institutions (e.g. classrooms, libraries, and hallways) and healthcare facilities (e.g. patient rooms, exam rooms, and waiting areas).
What data insights can occupancy sensors provide about office usage patterns?
Occupancy sensors can provide valuable data insights that reveal how office spaces are used. This data is especially useful for facilities management, workspace optimization, and strategic planning. Here are some key insights:
Space Utilization: Workplace occupancy sensors can identify the most and least frequently used areas, allowing for better layout planning and resource allocation.
Peak Usage Times: Data on when the office is most and least occupied can help manage energy consumption and schedule maintenance tasks more effectively.
Room Booking and Meeting Patterns: Occupancy sensors detect unused but reserved rooms to prevent ghost meetings and support room management decisions.
In-office Presence and Desk Allocation: With hybrid work policies, occupancy sensors track in-office attendance patterns to better support activity-based work zones.
Traffic Flow and Movement Patterns: Occupancy sensors in hallways, elevators, and entrances provide insights into how people move through the office, identifying high-traffic areas and bottlenecks for redesigning layouts or planning cleaning schedules.
How much money do occupancy sensors save?
Occupancy sensors can lead to significant cost savings by optimizing energy usage and improving space management. The exact savings can vary depending on the specific application and environment. In a case study involving over 4,400 units of Milesight sensors deployed across 62 commercial buildings in Canada, the energy cost savings exceeded $250,000 in just the first quarter of 2022.
| Field of View | Standard Version: 190 ° Horizontal, 112 ° Vertical High Ceiling Mount Version: 129.4 ° Horizontal, 68.4 ° Vertical | |
| Installation Height | Standard Version: 2.5m to 4m High Ceiling Mount Version: 5m to 7m | |
| Detection Rate1 | Region Counting: Up to 95% Line Crossing Counting: Up to 95% People Flow Analysis: Up to 98% | |
| Advanced Function | ||
|---|---|---|
| Regional People Counting & Dwell Time Detection | Upto 16 areas (up to 10 sides for each area) for regional people counting and dwell time detection | |
| Bi-DirectionalPeople Counting | Support | |
| U-turnsFiltering | Filter redundant counting of people wandering in the bi-directional people counting areas | |
| People Flow Analysis | Calculate the traffic of different directions at most 4 edges | |
| Privacy Mask |
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| Data Retransmission |
| |
| LoRaWAN® Transmission | ||
| Protocol | LoRaWAN®, Milesight D2D | |
| Frequency | CN470/IN865/RU864/EU868/US915/AU915/KR920/AS923-1&2&3&4 | |
| Tx Power | 16 dBm (868 MHz)/20 dBm (915 MHz)/19 dBm (470 MHz) | |
| Sensitivity | -137 dBm @300bps | |
| Mode | OTAA/ABP Class C | |
| Ethernet Transmission | ||
| Ethernet Port | - | |
| Network Protocol | - | |
| Physical Characteristics | ||
| Power Supply | 5VDC / 1.5A by Type-C Port | |
| Power Consumption | 3.5W | |
| Operating Temperature | -5°C ~ +55°C | |
| Storage Temperature | -20°C ~ +60°C | |
| Relative Humidity | 0 ~ 95% (Non-condensing) | |
| Ingress Protection | 0 ~ 95% (Non-condensing) | |
| Ingress Protection | IP30 | |
| Housing | PC + Cast Aluminium | |
| Color&Weight | White/Black (Optional), 126.9g | |
| Dimension | 85 × 85 × 20 mm (3.35 × 3.35 × 0.79 in) | |
| Installation | Ceiling Mounting | |
| Approvals | ||
| Regulatory | CE, FCC, Telec, GDPR | |
| Environmental | RoHS |
| Field of View | Standard Version: 190 ° Horizontal, 112 ° Vertical High Ceiling Mount Version: 129.4 ° Horizontal, 68.4 ° Vertical | |
| Installation Height | Standard Version: 2.5m to 4m High Ceiling Mount Version: 5m to 7m | |
| Detection Rate1 | Region Counting: Up to 95% Line Crossing Counting: Up to 95% People Flow Analysis: Up to 98% | |
| Advanced Function | ||
|---|---|---|
| Regional People Counting & Dwell Time Detection | Upto 16 areas (up to 10 sides for each area) for regional people counting and dwell time detection | |
| Bi-DirectionalPeople Counting | Support | |
| U-turnsFiltering | Filter redundant counting of people wandering in the bi-directional people counting areas | |
| People Flow Analysis | Calculate the traffic of different directions at most 4 edges | |
| Privacy Mask |
| |
| Data Retransmission |
| |
| Ethernet Transmission | ||
| Ethernet Port | 1 × RJ45 10/100 Mbps (PoE PD) | |
| Ethernet Isolation | 1.5 kV RMS | |
| Network Protocol | HTTP, RTSP, NTP, SSH, BACnet/IP, etc. | |
| Other Interfaces | ||
| Wi-Fi | - | |
| DI/DO | 1/1 | |
| Serial Interface | 1 × RS485 (Under Development) | |
| Button | 1 × Reset Button | |
| LED Indicators |
| |
| Power Input | 2-pin 3.5 mm Terminal Block | |
| Physical Characteristics | ||
| Power Supply | 1. 5VDC / 2A by Terminal Block 2. 802.3af PoE | |
| Power Consumption | 1. DC:3.5W 2. POE:4.5W | |
| Operating Temperature | -5°C ~ +55°C | |
| Storage Temperature | -20°C ~ +60°C | |
| Relative Humidity | 0 ~ 95% (Non-condensing) | |
| Ingress Protection | IP30 | |
| Housing | PC + Cast Aluminium | |
| Color&Weight | White, 186g | |
| Dimension | 85 × 85 × 20 mm (3.35 × 3.35 × 0.79 in) | |
| Installation | Ceiling Mounting | |
| Approvals | ||
| Regulatory | CE, FCC, Telec, GDPR | |
| Environmental | RoHS |
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