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Automatic mowers have revolutionized lawn care, offering convenience and efficiency. As more homeowners and businesses turn to these innovative devices, it’s essential to understand the technology that powers them. This article delves into the key components and features of automatic mowers, explaining how they work and what you should consider before making a purchase.

How Automatic Mowers Work

Automatic mowers, also known as robotic mowers, operate using a combination of sensors, software, and mechanical systems. These machines are designed to autonomously maintain lawns, navigating obstacles and varying terrains with ease.

Navigation Systems

Automatic mowers use GPS, boundary wires, and sensors to navigate. GPS systems allow the mower to map the area and create an efficient mowing pattern. Boundary wires, installed along the perimeter of the lawn, send signals to the mower, ensuring it stays within designated areas. Sensors detect obstacles and changes in terrain, allowing the mower to avoid collisions and adjust its path accordingly.

Cutting Mechanisms

The cutting mechanisms of automatic mowers vary, but most use rotating blades or cutting discs. These blades are designed to cut grass into fine clippings, which then fall back into the lawn as natural fertilizer. The height and speed of the blades can be adjusted to suit different types of grass and lawn conditions.

Power and Battery Life

Battery Technology

Automatic mowers are typically powered by lithium-ion batteries, known for their high energy density and long lifespan. These batteries provide the necessary power for the mower to operate for several hours on a single charge. When the battery runs low, the mower automatically returns to its charging station.

Charging Stations

The charging station is a crucial component of the automatic mower system. It serves as the home base where the mower recharges and can be programmed to start and stop mowing at specific times. Some advanced models feature solar-powered charging stations, enhancing energy efficiency and reducing electricity costs.

Smart Features and Connectivity

Mobile Apps and Remote Control

Many automatic mowers come with mobile apps that allow users to control and monitor their mowers remotely. Through these apps, users can schedule mowing sessions, adjust settings, and receive notifications about the mower’s status. This connectivity provides convenience and ensures optimal performance.

Integration with Smart Home Systems

Some automatic mowers integrate with smart home systems, allowing users to control their mowers using voice commands or through a centralized smart home hub. This integration enhances user experience and offers seamless operation within a smart home ecosystem.

Safety Features

Sensors and Collision Detection

Safety is a paramount concern with automatic mowers. These devices are equipped with various sensors that detect obstacles and changes in terrain. Collision detection systems help prevent accidents by stopping the mower when an obstacle is encountered.

Child and Pet Safety

Manufacturers have implemented safety features to protect children and pets. For instance, some mowers have lift and tilt sensors that automatically stop the blades if the mower is lifted or tilted. Additionally, boundary wires and no-go zones can be set up to keep the mower away from areas where children and pets play.

Environmental Benefits

Reduced Emissions

Automatic mowers are environmentally friendly, producing zero emissions during operation. This is a significant advantage over traditional gas-powered mowers, which contribute to air pollution and greenhouse gas emissions.

Energy Efficiency

The energy efficiency of automatic mowers is another environmental benefit. With programmable schedules and efficient battery usage, these mowers consume less energy compared to manually operated electric mowers. Some models even use renewable energy sources, like solar power, to further reduce their environmental impact.

Considerations Before Purchase

Lawn Size and Complexity

When choosing an automatic mower, consider the size and complexity of your lawn. Larger lawns may require mowers with longer battery life and larger cutting widths. Complex lawns with numerous obstacles and varying terrains might benefit from advanced navigation systems and robust sensors.

Budget and Features

Automatic mowers come in a wide range of prices, reflecting their features and capabilities. Determine your budget and prioritize features that are most important to you, such as GPS navigation, mobile app connectivity, or solar charging.

Maintenance and Support

Consider the maintenance requirements and availability of support services for the mower. Regular blade replacements, software updates, and access to customer support are essential for ensuring the longevity and performance of the mower.

Conclusion

Understanding the technology behind automatic mowers can help you make an informed decision when purchasing one for your lawn. These innovative devices offer numerous benefits, from convenience and efficiency to environmental friendliness. By considering the key components and features discussed in this article, you can choose an automatic mower that best suits your needs and enjoy a well-maintained lawn with minimal effort.

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Backpack leaf blowers have revolutionized the way homeowners and professionals manage their outdoor spaces. These powerful tools are designed to make yard maintenance more efficient and less strenuous. With technological advancements, backpack leaf blowers have become more feature-rich, offering users a range of innovative functionalities. Here are some of the standout features you should know about.

Ergonomic Design

One of the most significant improvements in backpack leaf blowers is the ergonomic design. Manufacturers have focused on creating units that are comfortable to wear for extended periods. Padded shoulder straps and back support systems distribute the weight evenly, reducing strain on the user. Some models also feature adjustable harnesses to fit different body types, ensuring maximum comfort and efficiency during use.

Enhanced Engine Performance

Modern backpack leaf blowers come equipped with advanced engines that provide superior power and efficiency. These engines are designed to deliver high airspeed and volume, making it easier to clear large areas quickly. Many models now include 4-stroke engines, which are more fuel-efficient and produce fewer emissions compared to traditional 2-stroke engines. This not only benefits the environment but also reduces operating costs over time.

Noise Reduction Technology

Noise is a common concern with leaf blowers, especially in residential areas. Innovative backpack leaf blowers now incorporate noise reduction technology to minimize sound levels without compromising performance. Features such as insulated engine covers, low-noise mufflers, and improved fan designs help reduce the noise output, making these tools more neighbor-friendly.

Advanced Filtration Systems

Working in dusty environments can clog the air intake and reduce the blower’s performance. To combat this, many backpack leaf blowers now come with advanced filtration systems. These systems typically include multi-stage filters that capture dust and debris before they reach the engine. This not only prolongs the engine’s lifespan but also ensures consistent performance even in the dirtiest conditions.

Variable Speed Control

Having control over the airflow is crucial for efficient yard work. Innovative backpack leaf blowers offer variable speed control, allowing users to adjust the blower’s power to suit different tasks. Whether you need a gentle breeze to clear light debris or a powerful gust to move wet leaves, variable speed control provides the flexibility to handle various scenarios with ease.

Cruise Control

For extended periods of use, holding down the throttle can be tiring. Many modern backpack leaf blowers now feature cruise control, which lets you set and maintain a constant speed without having to keep your finger on the trigger. This feature not only reduces hand fatigue but also ensures a consistent performance throughout the job.

Anti-Vibration Technology

Vibrations from prolonged use of a leaf blower can cause discomfort and even lead to repetitive strain injuries. To address this issue, manufacturers have introduced anti-vibration technology in their backpack leaf blowers. By incorporating vibration-dampening materials and isolators, these blowers significantly reduce the amount of vibration felt by the user, enhancing comfort and safety.

Smart Start Technology

Starting a leaf blower, especially in cold weather, can sometimes be challenging. Smart start technology simplifies this process by reducing the resistance in the starter cord, making it easier to pull. Some models even include electronic ignition systems that ensure a quick and reliable start every time, saving time and effort.

Eco-Friendly Options

As environmental concerns grow, so does the demand for eco-friendly tools. Many backpack leaf blowers now feature eco-friendly options such as low-emission engines and the ability to use bio-based fuels. These options help reduce the environmental impact of yard maintenance, making it easier for users to maintain their properties responsibly.

Integrated Mulching Capability

Some backpack leaf blowers come with integrated mulching capabilities, allowing users to not only blow leaves but also mulch them. This feature is particularly useful for gardeners who want to recycle organic matter into their soil. The mulched leaves can be used as compost or ground cover, promoting a healthier garden ecosystem.

Conclusion

Backpack leaf blowers have come a long way from their early iterations. Today’s models are packed with innovative features designed to enhance comfort, performance, and environmental friendliness. From ergonomic designs and advanced engine technology to noise reduction and eco-friendly options, these tools are becoming indispensable for efficient and effective yard maintenance. When choosing a backpack leaf blower, consider these innovative features to find the model that best suits your needs.

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An electric vehicle getting charge

Electric vehicles (EVs): The concept of electric vehicles is no longer just a concept. Affordable and increasingly useful, they are becoming more and more popular. If you’re thinking about purchasing one, here’s what you need to know…

Bengaluru saw the launch of a small two-door electric vehicle (EV) around two decades ago. Following Mahindra’s 2010 acquisition of the company, the E2O reintroduced three years later. As a two-door model, the E20 priced rather high and didn’t make quite the impact it could have.

A number of battery-powered two-wheelers and three-wheelers have launched in India in the last few years. Most of them had flimsy bodies, and their ride and handling were terrible as well. Battery-powered electric motors usually require hours of charging due to their heavy lead-acid batteries. The situation has steadily improved, however. In addition to some promising electric scooters, such as the TVS iQube, the Bajaj Chetak and the Ather 450X, major car brands such as Hyundai, Tata Motors, MG and Mercedes-Benz have introduced new generation EVs. Although EV sales are increasing, are they ready to challenge internal combustion engines?

Advantages of electric power:

Featuring a futuristic design: Due to fewer running parts and the fact that battery packs are mostly underneath the floor, most EVs have a futuristic design. This allows them to have more room inside and out. There are a number of connectivity features available in modern EVs. The majority of performance parameters can be monitored via mobile applications.

Powerful electric motors: An electric motor provides instant acceleration through its quietness and torque. For instance, the Tata Nexon EV can accelerate from 0 to 100 kmph in 9.9 seconds (the petrol version takes 11.7 seconds and the diesel version 13.7 seconds). In 3.3 seconds, the Ather 450X can accelerate from zero to 40 kmph, while the TVS iQube does it in 4.2 seconds.

A variety of driving modes: A variety of driving modes are available in most EVs, which filter the power outputs for either mileage or performance. An electric two-wheeler has another feature: its motor can reversed at the touch of a button, allowing it to reverse into a parking space. Safely accomplishing this is made possible by a speed limiter.

Low Operating cost: Electric vehicles have a low operational cost, which is one of their biggest advantages. Based on 15,000 km per year, and at 1.10 per km, the Hyundai Kona EV can operated for as low as Rs 21,500 per year, including servicing. Over Rs 1 lakh would required to operate a similarly-sized petrol SUV.

Affordability: Electric vehicles are not yet affordable. There are two scooters that cost around Rs 1.46 lakh each: the Ather 450X and the Bajaj Chetak. The cheapest of the bunch is the TVS iQube, which costs Rs 1.08 lakh ex-showroom, Delhi. Registration, insurance, and road tax are extra charges.

Driving range: Many electric vehicle owners suffer from ‘driving range anxiety’. Despite rapid progress in technology and fast-charging stations appearing in metros, it may be some time before enough of them are available to provide buyer confidence. Modern EVs known for their long driving range. For instance, the Hyundai Kona has a claimed range of 452 kilometers, while the MG ZS EV has a claimed range of 419 kilometers. There has also been a rise in the popularity of electric scooters. A decent 116 kilometers can covered by the Ather 450X and the TVS iQube.

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best-home-security-systems-in-2022

Easy to install, equipped with motion sensors, loud sirens, and professional monitoring, the best DIY home security systems are easy to install and easy to use. You can monitor your home for less with a DIY home security system, while still having the option of hiring a professional to do so. It is much easier to set up these DIY home security systems than they would be if they were installed by a professional. All the necessary components are sent to you, such as entry sensors, keypads, fobs, and sirens, and since most of the sensors are wireless, they are very easy to install. It is usually sufficient to use a screwdriver in most cases. 

Almost all DIY security systems also come with professional monitoring, which alerts the authorities if a break-in occurs or if other emergencies occur in your home. There are even security kits that can control smart home things like lights, locks, and smoke detectors. 

With so many affordable options, how do you choose? Our own homes were used to test the best DIY security systems.

How can I protect my home with a DIY security system?

Based on our tests, we think the Abode Essentials Starter Kit is the best DIY home security system. The smart security bundle starts at around Rs 44238, making it one of the most inexpensive smart security solutions available. It also offers smart home capabilities, which means you can integrate smart bulbs and smart door locks with it. As part of Apple’s smart home platform, the system is compatible with HomeKit as well.

Those on a budget can get all the basics with the Ooma Home Security Kit, which includes motion sensors and some smart home integrations. Despite adding cellular and battery backups since launch, both cost extra, making this less of a bargain than it was originally.  

Home security systems: how to choose the best

What is the total number of entryways and doors you would like monitored?

Motion and door sensors are usually included in security kits. A house with many windows will require more sensors, however. It can quickly add up if you add more sensors.

Convenience equals key fobs

You should consider a security system with a key fob or remote access if you frequently have people coming in and out of your homes – such as dog walkers or house cleaners.

Several app-based solutions allow you to set up individual PIN codes for each household member, while others include ID tags included in the box. Those who are particularly concerned about this may find the Nest Secure to be a better choice since it simply scans their keychain each time they come and go from the house.

Are you interested in professional monitoring?

What is the cost of extra protection for your home per month? Subscription prices increase as the kit size and number of monitoring devices increase. (Ooma Home Security kit does not provide professional monitoring, though it does start at Rs 3314 a month.) Some companies, including ADT, also cover specific triggers at Rs 1800 a month. The cost of around-the-clock surveillance can reach Rs 2500 per month in some cases. Registration with your city or county may also be required, which will also increase the overall cost of professional monitoring.

What do you think about making this a part of your smart home?

Many security systems can be integrated with devices like smart locks, such as unlocking the door and letting the system disarm itself, but not all will work with devices like security cameras and light sensors. The most compatible system is Abode’s, while Nest does a reasonable job as well.

How easy is it to use the app?

If you would love to use an app with your security system, consider a system that has one. The corresponding website usually has a preview of these things. A good indicator of the overall user experience is a review of an app in the Apple App Store or Google Play Store. Your security system isn’t going to be very useful if it doesn’t have a functional portal or gateway.

Home security systems installed by professionals versus DIY

An empowering experience can be had when you install a home or business security system. When you wanted to equip your home with sensors and sirens, you would have had to call a company such as ADT, sign a contract, and wait for a technician to come over and set everything up. Nowadays, you can simply select a kit that meets your security requirements.

Having a home security system installed may have the greatest advantages, including the availability of professional monitoring at your convenience. Those who work from home, say, might not need a security service because they’re always home to watch what’s happening. But you can use an app to keep an eye on the house when you’re away for several days.

Testing DIY home security systems

Over the course of three months, we tested DIY home security systems in a two-story townhouse in the suburbs. There are a bunch of sensors included in each kit. A security gateway and motion sensor were placed near the entrance of the house on the first floor, with the security gateways facing the front door at a height of six feet. Each entry sensor was tested using a sliding glass door (to see if it picked up cat movement).

Our tests were conducted by setting off the alarms and leaving the house so that we could determine what decibel power their sirens had. Every monitoring service was signed up to see their response in case of the trigger. To test its ability in case of a power outage, each gateway was unplugged and used in battery mode. A Google Wi-Fi node nearest the front door was used if the gateway required an Ethernet connection.

Android 8.0 or later was used to test all mobile apps. Google Chrome and Microsoft Edge were used to test all browser apps.

It is possible that some security systems will not rely heavily on the mobile app, such as Samsung SmartThings ADT security kits, which come with touch screens, or SimpliSafe Essentials kits, which have keypads. Even if you don’t carry your phone everywhere, these are worth considering.

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