A forklift collision avoidance system is an important technological solution to improve safety in the workplace. In a busy factory environment, forklifts are essential pieces of equipment to help streamline operations and increase productivity. However, they also pose a great risk to workers due to their accidental use, caused by collisions with other vehicles or applications in their meals. Therefore, it is very important that they invest in technologies that will help them retain these risks and protect their employees.

One of these technologies is the IoT-based forklift collision avoidance system. This advanced safety solution utilizes RFID Readers and sensors mounted on your existing forklift fleet, combined with cloud computing (or software installed on-site) capabilities to monitor the movement of your facility in real time. The forklift collision avoidance system then sends alerts after a period of time across two or more vehicles, providing enough time for operators to take corrective action before any damage occurs.

The lifetime benefits of a Forklift collision avoidance system go beyond avoiding repairs in transit from collisions; this technology also helps to optimize central offices by conserving waiting times between cells and providing surveillance visibility to operations at multiple sites - all while keeping homes out of harm's way! Furthermore, since the system is built on IoT technologies such as Bluetooth Low Energy (BLE) beacons and Wi-Fi networks instead of traditional GPS tracking systems, you don't have to worry about additional costs associated with installation or maintenance, making it a smart investment option for any business that previously thought of having the capabilities of its employees!

FORKLIFT COLLISION AVOIDANCE SYSTEM with IOT Technologies

IoT technology and active RFID technologies can revolutionize the way forklifts work in factories in crash avoidance situations. Using active RFID tags on forklifts and other guards, sensors continuously monitor their movement and position. This link is then transmitted to a central system where the body of each tagged item can be tracked in real time.

With these components, the system detects possible collisions between forklifts and other or pedestrians. In addition, the system automatically applies brakes or reduces speed to avoid a collision.

The benefits of using the IoT concept in a forklift collision avoidance system are many. By providing real-time monitoring, the system helps to optimize traffic management and manage congestion in the factory. This increases overall efficiency. It also helps to show where bottlenecks occur or the need for additional resources.

Furthermore, the system provides valuable values for analyzing and optimizing the operations of the units. This information is used to identify patterns in forklift usage, monitor maintenance needs, and help improve overall safety protocols and training.

In conclusion, integrating IoT technology and active RFID technologies into a forklift collision avoidance system can provide numerous benefits for factories. By improving safety, efficiency and data collection, this technology can help companies better manage their operations and ultimately increase their profitability.

Real Time Location Systems (RTLS) have emerged as a game changer, enabling organisations to precisely track and manage their assets, personnel and processes in real time.

What is RTLS?

RTLS stands for Real Time Location Systems, referring to a set of technologies used to identify, locate and track objects or people in a defined area in real time. The system uses a combination of hardware and software components to provide accurate positioning and tracking information. It also enables organisations to make informed decisions, increase operational efficiency and improve overall safety.

Basic Components of RTLS

Tags/Transponders:

RTLS relies on small electronic devices, commonly known as tags or transponders, attached to or embedded in objects or individuals to be tracked. These tags emit unique identifiers. It includes various technologies such as RFID, Wi-Fi, Bluetooth Low Energy (BLE) or ultra-wideband (UWB).

Readers/Receivers:

Readers are strategically placed throughout the tracking area to capture signals from the tags. These receivers collect the location data transmitted by the tags. They also send it to the central software for processing.

RTLS Software:

The software component forms the heart of the RTLS system. It receives data from readers, processes it and provides real-time location information. The software includes mapping interfaces, data analytics tools and integration capabilities with other enterprise systems.

How Does RTLS Work?

It is based on the principle of trilateration or triangulation to determine the position of tags within a defined area. Trilateration involves measuring the time it takes for signals to travel between tags and readers. It then allows the system to calculate the distance between them. By using multiple readers and applying mathematical algorithms, the software can accurately determine the location of a tag in real time.

RTLS Applications

Health Services:

RTLS plays a vital role in healthcare facilities by monitoring medical equipment, supplies and personnel. It improves patient safety. It optimises workflow and reduces time spent searching for critical assets. RTLS also enables effective patient tracking and monitoring, improving staff response times and overall quality of care.

Logistics and Supply Chain:

In the logistics industry, RTLS facilitates inventory management, shipment tracking and warehouse operations. It provides real-time visibility into the movement of goods. It reduces stock-outs and improves supply chain efficiency. It also prevents valuable items from being lost or stolen, enabling better asset utilisation.

Production:

RTLS monitors equipment utilisation by tracking work in progress. Thus, it improves production processes by optimising workflows. By providing real-time asset tracking, it reduces downtime and increases productivity. The system also ensures compliance with security protocols. Thus, it increases security by preventing unauthorised access to dangerous areas.

Retail:

RTLS is revolutionising the retail industry by enabling precise inventory management, personalised customer experiences and efficient store operations. It facilitates real-time shelf monitoring. It also ensures accurate stock levels and reduces out-of-stocks. RTLS can also be used for targeted advertising and analysing customer behaviour.

Challenges and Future Trends

While RTLS offers many advantages, there are also challenges to consider, such as the need for infrastructure deployment, label battery life and data privacy concerns. However, advances in technology are continually overcoming these challenges and delivering better accuracy, longer tag battery life and enhanced security.

The future of RTLS looks promising with new technologies such as UWB and IoT integration further increasing its capabilities. Integration of RTLS with other systems such as ERP or Artificial Intelligence (AI) will provide more advanced analytical and predictive capabilities.

To summarise, RTLS has revolutionised tracking and location services in various industries. Utilising tags, readers and advanced software, the technology provides real-time visibility into assets, personnel and processes, improving efficiency, productivity and security. With ongoing technological advancements, it is poised to play a much more significant role in shaping the future of tracking and location services, driving innovation and optimisation across multiple industries.

RTLS has emerged as the latest technology that enables businesses and organizations to track and manage assets, people and processes in real-time. With the growing demand for efficient operations and enhanced security measures across various industries, RTLS has become a valuable tool to optimize workflows, increase productivity and ensure security compliance.

In this article, we will dive deep into the world of RTLS. We will explore its capabilities, benefits and applications and shed light on how it can revolutionize industries.

What is RTLS?

RTLS is a technology that enables real-time tracking and monitoring of assets or people in a defined area using wireless communication and sensor technologies. Leveraging various technologies such as GPS, Wi-Fi, RFID and Bluetooth, RTLS can provide precise location information in real-time that can be visualized and analyzed through software platforms.

How RTLS Works

RTLS uses a combination of hardware and software components to enable real-time monitoring. The hardware typically includes tags or sensors attached to assets, vehicles or worn by personnel. These tags emit signals that are received by access points strategically located throughout the facility or area of interest. The access points then transmit the data to a central server where it is processed and analyzed by RTLS software. The software provides real-time visibility and insight into the location, movement and status of the tagged assets or people.

Benefits of RTLS

RTLS offers a wide range of benefits for businesses and organizations, making it a valuable tool for optimizing operations and improving security. Some of the key benefits of RTLS include:

Advanced Asset Management:

RTLS enables businesses to efficiently track and manage their assets in real-time, reduce losses, improve asset utilization and minimize downtime. It allows inventory management and asset allocation, leading to streamlined workflows and productivity.

Improved Safety and Security:

RTLS provides real-time visibility into the location and movement of personnel, assets and vehicles. This improves safety and security in various industries. It enables real-time monitoring of safety compliance. It helps prevent accidents and ensures rapid response in emergency situations. RTLS is widely used in industries such as healthcare, manufacturing and logistics to ensure the safety of workers.

Streamlined Workflows:

RTLS automates manual processes. This helps streamline workflows by reducing errors and optimizing resource allocation. It allows businesses to identify bottlenecks, optimize routes and monitor progress in real time. This leads to improved operational efficiency and cost savings.

Enhanced Customer Service:

RTLS can be used to improve customer service by providing real-time information about the location and status of shipments or deliveries. It allows businesses to provide accurate delivery forecasts, reduce delays and increase customer satisfaction.

Compliance and Reporting:

Provides businesses with accurate, real-time data for compliance reporting, audits and performance monitoring. It helps ensure compliance with regulatory requirements, industry standards and internal policies.

RTLS applications

It finds application in a wide range of industries, enabling businesses to achieve operational excellence and improve security measures. Some of the key industries where RTLS is widely used include:

Health Services:

RTLS is widely used in healthcare facilities for asset tracking, patient monitoring and personnel management. It helps hospitals optimize patient flow, locate critical equipment and ensure patient safety.

Production and Logistics:

Used in manufacturing and logistics to track assets, manage inventory and optimize supply chain operations. It helps to improve warehouse management, reduce stock-outs and streamline production processes.

Transportation:

Used in transportation for fleet management. It allows businesses to track the real-time location of vehicles, optimize routes and improve delivery schedules. This leads to increased operational efficiency and reduced costs.

Retail:

It is used in the retail industry for inventory management, theft prevention and customer engagement. It helps retailers track the location and movement of products within the store, prevent theft or loss, and provide customers with personalized offers or promotions based on their location or preferences.

Hospitality and Entertainment:

RTLS is used in the hospitality and leisure industry for guest management, asset tracking and crowd control. It helps hotels and resorts track the location and movement of guests, manage key assets such as luggage or golf carts, and ensure smooth operations during events or conferences.

Education:

It is used in educational institutions for student security, asset tracking and access control. It helps schools and universities track the location of students, monitor their movement around campus and manage assets such as laptops or library books.

Sports and Activities:

It is used for crowd management, athlete tracking and fan engagement in sports and events. It allows organizers to track crowd movement and follow athletes during competitions. It also helps to provide interactive experiences for fans based on their position on the field.

Teknopalas Smart Hospital Tracking and Monitoring System;

It makes it much faster and easier to monitor, control and secure newborn babies, patients, staff, doctors, devices and inventories.

Time, which is one of the most important issues in many sectors, is life in the health sector. You can save time with location-based tracking and inventory tracking. With the benefit of these digital solutions, it is possible to make great differences and progress in the field of health.

What's in Teknopalas Smart Hospital Tracking and Monitoring System?

• Real Time Personnel Monitoring System
• Real Time Patient Monitoring System
• Smart Device and Inventory Tracking Management
• Mother Baby Matching and Tracking System with
• Smart Tracking
• Patient Food Tray Tracking System
• Real Time Hospital Textile Products Tracking System

Real Time Personnel Monitoring System

It allows real-time location tracking of personnel. In this way, in case of need, information on which floor and room of the hospital the doctor, nurse or other staff are on can be accessed. In addition, it can be instantly learned in which department they were last seen. Our system also provides instant reporting. As a result, the efficiency of the personnel increases.

Real Time Patient Monitoring System

It allows real-time location tracking of patients within the hospital. For security, this system allows instant detection of patients' immobilization, falling and leaving the room, and enables rapid intervention.

Smart Device and Inventory Tracking Management

The location of devices and instruments within the hospital can be determined, and entry and exit transactions can be recorded with the change of location. In cases such as the removal of valuable fixtures from the outer door, the alarm sounds with the active RFID mechanism we have installed in our system against the possibility of theft and authorized persons are informed by e-mail.

Mother Baby Matching and Tracking System with Smart Tracking

It is produced from harmless material in accordance with the standards for babies. It is worn on the newborn's ankle before leaving the delivery room. After birth, the baby and the mother are matched, preventing cases such as mixing or kidnapping of babies. In addition, the location of the baby and mother in the hospital can be monitored instantly. When the baby is separated from the mother, the alarm system is activated.

Patient Food Tray Tracking System

The menu that is suitable for each patient's diet program is delivered to the right patient. Our system consists of 3 interconnected steps;

1. Tracking the Dishroom Cycle: RFID tags are placed on each of the trays to ensure their uniqueness. At the point where they leave the dining hall, a gate is created and readings are made. At the point where the trays enter the dishwasher, a gate is also created on the conveyor and instant readings are taken. As a result of the readings taken at the entrances and exits, the control of when a tray leaves and when it arrives can be tracked individually.
2. Patient and Tray Matching: It is important that meals specially prepared for patients are given to the right patient. If a patient who needs to be on a diet is given the wrong menu, life-threatening situations may occur. In this system, the patient and the tray are matched during the meal preparation process. The tray taken to the room is left in the designated area and RFID is scanned. If the tray is left in the correct room and patient, a green light is illuminated, otherwise a red light is illuminated to inform the staff. Thus, it can be easily understood whether the food is delivered to the right patient or not.
3. Collection of Trays: When the empty tray is left in the designated area in the room, it is detected by the system. The staff on duty displays the empty trays in the rooms on the system and ensures that they are collected from the rooms as soon as possible. All these processes are carried out automatically without disturbing the patient thanks to RFID technology, thus ensuring patient satisfaction at the highest level.

Real Time Hospital Textile Products Tracking System

Distribution, washing and inventory management of all textile products used by patients and staff are provided. A possible problem that may occur in textile products can be solved by accessing information such as which floor they were last found on and when they were read. In addition, reports of all products read can be accessed instantly.

ACTIVE RFID LABELING ON HARD HATS

Hello, in this article, we will tell you about the use of active RFID tags in hard hats and how this issue is used in the field of occupational health and safety. First of all, let's look at the use of hard hats in occupational safety and the history of hard hats.

USE OF HARD HATS IN OCCUPATIONAL HEALTH AND SAFETY

Research on the root causes of occupational accidents indicates that 79% of accidents are caused by unsafe behaviors and 20% by unsafe situations. When we look at the root causes, unsafe behavior and unsafe situations occur due to 'human error'. In this context, it can be said that 99% of occupational accidents are caused by human error.

Hard hats are an important piece of equipment for occupational safety. It is vital for people working in mines. Hard hats protect the head as much as possible from stone or rock falls and bumps. In addition, models with helmet lamps are very useful for miners. Those working in constructions, construction sites or shipyards should also wear hard hats. Helmets also provide good protection against weather conditions as they work outdoors. For people working in places such as the iron and steel industry and the industrial sector, wearing a hard hat is essential for safety. Protecting from temperatures up to +50 degrees, hard hats also provide protection against UV rays and electric shocks. While the helmet has gradually evolved into what it is today, it has undergone changes in material, shape and attachments according to needs.

Source: https://www.riziko.com.tr/baret-kullanimi

HISTORY OF THE HARD HAT IN OCCUPATIONAL HEALTH

Hard hat used to protect the head area in work accidents; In history, the ED Bullard Company, a family-owned company founded in 1898 by Edward Dickinson Bullard in San Francisco, USA, selling mining equipment. EW Bullard, the son of the company founder, was inspired by the helmet worn by miners in World War I to protect them from hard objects falling on their heads. He patented the helmet in 1919. The question of where the first "helmet use area" was is controversial in the USA. Some researchers say the construction of the Hoover Dam (1931), while others say the construction of the Golden Gate Bridge (1933).

Source:https://www.meslekhastaligi.net/baret-100-yasinda/

APPLICATION OF ACTIVE RFID LABELS ON HARD HATS

In order to increase the functionality of the helmets, the equipment was enhanced with Active RFID tags. Thus, Active RFID tags, each with a unique identity, were placed on the helmets and integrated with IOT technology. Thanks to the Active RFID tags prepared with software, it is aimed to track personnel and increase occupational safety measures as the main goal.

Thanks to the use of active RFID tags on helmets, personnel can be warned without the need for an authorized person by sending a personal warning or vibration. In undesirable situations encountered in the field, instant notification is made to the authorities determined in the system via e-mail or sms. It can be tracked up to 70-80 meters in open areas, and the software developers of IOT technology continue to work on increasing this distance. The system increases the precautions against work accidents. In the event that the helmet user removes the helmet or the personnel remains immobilized, notification is made via the web base. This system can be preferred to prevent accidents caused by careless employees by preventing unauthorized access to dangerous areas in work areas. Since personnel are tracked, it is possible to determine where and when the employees are located and the personnel can be reached in the field in case of danger. This system shortens the time to intervene immediately in emergencies that may occur and makes a significant contribution to occupational safety by instantly tracking your personnel within the designated areas with precision. The main purpose of the system is to reach the personnel as soon as needed, to increase occupational safety, personnel efficiency and to minimize the damages that may arise due to time losses. The system can be used in many sectors such as shipyards, construction sites, mines, iron and steel industry and industry.

HOW TO SET UP THE SYSTEM?

HARDWARE

It has been developed for systems that you want to control by accessing wirelessly. Personnel can be tracked with signals received from beacon products. They are IOT products that work with Bluetooth technology and are used for personnel tracking or occupational safety. They are placed on the helmet and emit a continuous signal. The signals emitted by the devices are detected by gateways and monitoring is provided.

INSTALLATION OF THE SYSTEM IN CLOSED AREAS

Gateways are placed on a room-by-room basis as enclosed spaces are partitioned by restrictors such as walls, glass, etc. As indicated in the sample sketch below, one Gateway per room will be sufficient. In large areas such as HOL 2, the number of gateways can be increased according to the results of the technical examination.

Total Area: 2174 m2

Total Number of Gateways: 29 Adet

INSTALLATION OF THE SYSTEM IN OPEN AREAS

In open areas, devices can be placed at wide intervals since there are no restrictors such as walls, glass, etc. to prevent the signal reception of Gateway devices.

Total Area: 318.780 m2

Average Distance Between Gateways: 65 -80 meter

Total Number of Gateways: 50 quantity

In this article, we have given information on how we can further increase occupational health and safety measures with hard hats.

You can contact us for detailed information on the subject.