Smart Portable Air Coolers: How to Integrate Battery‑Powered and App‑Connected Units into Your Smart Home

Portable air cooler buyers are no longer shopping for a single-purpose appliance. The market is moving toward smarter, more flexible cooling devices that can be scheduled, monitored remotely, and coordinated with other home systems. That shift matters for homeowners because the best way to use a portable air cooler is often not as a standalone gadget, but as part of a broader comfort strategy that includes automation, humidity control, and load shifting. Industry reporting also points to strong growth in the category, with rising interest in smart technology and energy-efficient cooling shaping buying decisions. In practical terms, that means battery coolers and app-connected units are becoming more relevant for heatwave resilience, backup comfort, and targeted cooling in spaces where central HVAC is expensive or overkill.

If you are trying to build a smarter, lower-cost heatwave plan, the real opportunity is integration. A modern portable cooler can be scheduled around peak utility rates, paired with a home energy strategy, and coordinated with a smart thermostat pairing routine that keeps the house comfortable without overcooling. This guide walks you through how to choose, connect, automate, and monitor these units so they work with your home instead of against it. It also covers when battery power is useful, how to set scenes, and how to use remote monitoring during extreme weather. For homeowners comparing options, a smart cooler can be part of the same decision process you’d use for any connected appliance, similar to choosing the right connected device value for your budget and long-term needs.

1. Why Smart Portable Air Coolers Are Gaining Momentum

1.1 Market growth is being driven by energy efficiency and convenience

The portable air cooler market is expanding because households want cooling that is cheaper to run, easier to move, and less wasteful than blasting a central system all day. Market research cited in the source material projects significant category growth through 2035, with smart technology expected to increase market penetration further. That fits the direction of the broader home tech market: buyers want control, automation, and enough intelligence to make the device feel like part of the home network. If you’ve ever built a smarter media or storage setup, the pattern is familiar: people value connected convenience when it saves time and avoids waste, much like the logic behind modular smart products or the workflow discipline discussed in automation architecture.

The biggest buying triggers are comfort during heat spikes, lower energy use, and the ability to cool only the room you’re using. That matters most in homes where central air is aging, undersized, or expensive to operate continuously. Smart portable coolers appeal to renters, homeowners in mild climates, and families who need an extra layer of cooling for bedrooms, offices, or nurseries. They are also increasingly relevant for backup planning, because a battery-powered unit can keep one room usable if the power blinks during a heatwave. In the same way consumers compare features in categories like budget tech or accessory kits, cooler buyers should compare total use case, not just sticker price.

1.2 Smart integration changes how people actually use cooling

Connected portable coolers are different because they can be scheduled, toggled by phone, and adjusted without walking across the house. That sounds simple, but the behavior change is significant. When a device is easy to control, people are more likely to use it strategically: pre-cooling a room before bedtime, shutting it off once the room is empty, or coordinating it with window opening times. This is the same reason products in other categories win when they reduce friction, as seen in app-based commerce and smart scheduling-style consumer tools; when the interface is simple, adoption rises.

For homeowners, the benefit is not just convenience. Smart control makes portable cooling more compatible with power management, occupancy patterns, and room-by-room comfort targets. A living room cooler may run only during afternoon occupancy, while a bedroom unit can ramp up after sunset and then shift to a quieter mode later. If your household already uses scenes for lights, locks, or thermostats, integrating cooling is a natural next step. Think of it as a comfort layer rather than a standalone appliance: the best results come when the cooler is part of a broader environment plan, much like how people manage recurring subscriptions by aligning usage with actual value.

1.3 Who benefits most from battery and app-connected models

Battery coolers and app-connected portable coolers are especially useful for renters, older homes, and households with uneven temperature zones. They are also a strong fit for people who work from home and need one room to stay comfortable all day without overcooling the entire house. For families, they can support a quieter nighttime routine by cooling a child’s room without a big HVAC blast or by helping a guest room become usable quickly. The portable format also helps in homes that require flexible zoning, similar to how a smart homeowner might manage multiple connected services for different rooms and schedules.

Battery-powered models are best viewed as resilience tools, not whole-home replacements. They shine during outages, in outdoor work areas, and in short-duration heat events where portability matters more than raw capacity. App-connected units, on the other hand, are best when you want remote control, monitoring, and automation through a phone or voice assistant. Many households will benefit from a hybrid approach: one plug-in app-connected cooler for everyday use and one battery-capable model for emergency or outdoor coverage. That combination is especially useful during heatwaves, when comfort needs can change hour by hour.

2. Understand the Main Types Before You Integrate Anything

2.1 Evaporative coolers vs portable air conditioners

Not every portable cooler is the same, and your integration strategy depends on the cooling type. Evaporative coolers use water evaporation to add cool, moister air to the room, which works best in dry climates and ventilated spaces. Portable air conditioners remove heat and humidity more aggressively, but they also use more power and typically need venting. The market source notes that evaporative air coolers remain dominant, while portable air conditioners are one of the fastest-growing segments because of convenience and effectiveness. If you want a calmer, more humidifying breeze for a dry room, an evaporative unit may fit better; if you need stronger temperature reduction in a sealed space, a portable AC may be the better tool.

When you are deciding how to integrate the unit into a smart home, cooling type matters because the automation logic changes. Evaporative coolers benefit from airflow, fan scheduling, and humidity checks, while portable ACs benefit from pre-cooling, occupancy automation, and peak-rate avoidance. If you are building a room-by-room strategy, it helps to compare appliance classes the same way shoppers compare major purchase categories in guides like timed buying guides or broader load-shifting strategies. The wrong type of cooler can still be a useful appliance, but it may not behave the way you expect once automation is added.

2.2 Battery coolers and backup-ready designs

Battery coolers are especially valuable for heatwave strategy because they do not depend entirely on wall power. Some include rechargeable battery packs, USB-C charging, or swappable battery systems, while others rely on external power banks or integrated backup modules. Their biggest advantage is continuity: if a storm knocks out power at 6 p.m., you may still be able to keep a bedroom or small office comfortable through the worst part of the evening. That makes them similar in spirit to portable consumer tech that is valued for resilience, like power-bank supported devices or mobile-first backup tools used when standard infrastructure is unavailable.

In integration terms, battery coolers need monitoring more than typical plug-in units. You want visibility into remaining charge, runtime estimates, and charging behavior so you can decide when to switch modes or move the unit. If the model has app support, that app should ideally show battery status, operating mode, timer settings, and error alerts. During a heatwave, a battery cooler is most effective when it is not a surprise; it should be part of your house’s weather response plan, not a last-minute scramble.

2.3 What “smart” should mean in this category

“Smart” should not just mean there is an app. A genuinely useful portable air cooler offers remote start/stop, schedule creation, mode changes, status alerts, and ideally integration with broader home platforms. The more advanced models may work with Wi-Fi, voice assistants, geofencing, and automation routines based on temperature, occupancy, or time of day. That said, the best smart home features are the ones you will actually use; if a device has ten features but the app is confusing, the value drops quickly. Good design in this category looks a lot like other consumer categories where usability matters more than flashy claims, a lesson echoed in software-controlled consumer tools and plainspoken product positioning.

For shoppers, a useful definition of smart includes reliability, not just connectivity. The unit should reconnect after an outage, retain schedules, and show clear diagnostics. The app should be stable enough to use on a busy day when you are away from home and checking in on a heat-sensitive room. If the system can’t handle power interruptions, network drops, or routine updates cleanly, it is not truly ready for home automation. This is especially important for remote monitoring during heatwaves, when the whole point is to reduce uncertainty.

3. How to Plan Your Smart Home Integration

3.1 Map the room, the loads, and the occupancy pattern

Before you connect anything, decide what problem the cooler is solving. Are you cooling a bedroom at night, a home office in the afternoon, a nursery during naps, or a garage workspace that gets punishingly hot? Each room has different occupancy patterns, different sun exposure, and different ventilation characteristics, and those differences should shape your automation. A south-facing room with large windows may need earlier pre-cooling, while a shaded office might only need a short afternoon cycle. The best approach is to treat the cooler like any other home system: start with the use case, then build the schedule around it, similar to how smart planning guides help shoppers time purchases or manage alerts and triggers.

Write down three things for each room: when it is occupied, how hot it gets, and whether the room can be ventilated. If the room is humid, evaporative cooling may be a poor fit. If the room is sealed and the cooler requires exhaust or venting, factor in window placement and hose routing. This planning stage prevents the common mistake of buying a cooler first and then trying to force automation onto an appliance that does not suit the room.

3.2 Choose the right control platform

Most smart portable coolers connect through a proprietary app, but some can be bridged into ecosystems like Alexa, Google Home, or Apple Home via native support or third-party platforms. The best platform is the one that aligns with your household’s existing routines. If you already use a smart thermostat and voice control for lighting, choose a cooler that can live in the same ecosystem or at least respond to the same phone and assistant commands. If your household is more privacy-conscious, prioritize local controls and strong on-device scheduling, and only use cloud functions where necessary. Choosing the platform is a lot like deciding between service stacks in home tech: compatibility beats novelty, a point similar to the logic behind cloud vs. local storage decisions.

Also check whether the app supports multiple users, because families often need shared access. If one parent is traveling and another is at home, both should be able to see status and adjust settings without account confusion. Look for unit history, temperature or humidity data if available, and clear notifications for low water, filter cleaning, or battery depletion. A better interface often produces better energy habits because it reduces the friction between noticing a problem and fixing it.

3.3 Decide whether you need Wi-Fi, Bluetooth, or both

Wi-Fi is the foundation for true remote monitoring because it lets you access the unit from anywhere with internet service. Bluetooth can be helpful for quick local pairing, setup, and short-range control, but it is not enough if you want to adjust a cooler while you are away from home. The ideal unit offers Wi-Fi for remote access and Bluetooth for easier commissioning, especially if the app setup is otherwise complicated. During a heatwave, the difference matters: you want to be able to check the bedroom cooler from work, not stand next to it. Think of this as the same principle that drives consumer preferences for flexible, connected devices in categories from wearables to phones and tablets.

One practical tip: if you live in a large house or a signal-fragmented apartment, test Wi-Fi strength where the cooler will sit before buying. A smart appliance with poor connectivity is just a regular appliance with more frustration. If the unit has a weak antenna or unreliable app behavior, consider adding a mesh node or choosing a model with a better connectivity reputation. Reliability is part of the smart experience.

4. Setting Up App Control the Right Way

4.1 Pair the device, then rename it clearly

The first setup mistake people make is leaving the unit with a generic name like “Cooler 1.” That makes automations and voice commands confusing later, especially if you add more than one unit. Rename the device immediately using room-based logic such as “Primary Bedroom Cooler” or “Office Battery Cooler.” Clear names reduce errors when you build scenes, and they make remote monitoring much easier when you are tired, rushed, or dealing with a heat emergency. Good naming conventions are a small detail with a big payoff, similar to the role of clean naming systems in digital products.

After pairing, check permissions and update firmware if the manufacturer supports it. Firmware updates may improve scheduling reliability, battery reporting, or network stability. If you are the kind of homeowner who likes to systematize tasks, keep a small setup log with the date you paired the unit, the app version, and the room it serves. That record helps when troubleshooting connectivity later.

4.2 Set schedules around price, temperature, and comfort

Energy scheduling is where smart portable air coolers become truly valuable. Instead of running the unit whenever the room feels uncomfortable, schedule it to start earlier at lower intensity and stop before the room becomes overcooled. The basic idea is simple: pre-cool when electricity is cheaper or when the sun load is still manageable, then reduce runtime during high-cost hours. In many homes, this means using early morning, late evening, or off-peak windows to get ahead of heat rather than reacting to it all day.

For example, a bedroom cooler might run 30 minutes before bedtime, then switch to a low fan or sleep mode after the room reaches target comfort. An office cooler might begin at 1:00 p.m. if the room heats up by mid-afternoon and end shortly after work hours. If your utility has time-of-use pricing, align the schedule with lower-cost periods whenever possible. This is similar to the logic behind broader household savings strategies, where the goal is to pay less by changing behavior rather than sacrificing comfort, as seen in cost-saving membership strategies and budget-aware shopping decisions.

4.3 Use scenes for real comfort workflows

Scenes are the easiest way to make a portable cooler feel native to the home. A “Heatwave Morning” scene might raise blinds, start the cooler in the office, and set the thermostat one degree higher in rooms that are not occupied. A “Sleep” scene might dim lights, turn on the bedroom cooler, and set a timer for four hours. A “Leaving Home” scene could shut the cooler off automatically, verify that the room is empty, and send a notification if the unit was left on.

Scenes are especially powerful when paired with other smart devices. For example, if your smart thermostat already handles central HVAC, you can use the portable cooler as a room-specific supplement rather than a duplicate cooling source. That pairing lets you keep the thermostat set a little higher while still maintaining comfort where you actually are. The result is often a better balance between comfort and energy cost than either system could achieve alone.

5. Pairing With Smart Thermostats for a Better Whole-Home Strategy

5.1 Use the portable cooler as a zone tool, not a rival to HVAC

Many homeowners make the mistake of thinking in either-or terms: either run the central system or run the portable unit. In reality, the best smart thermostat pairing strategy uses the cooler as a zone-specific supplement. If the thermostat maintains the rest of the house at a modest baseline, a portable cooler can address a hot bedroom or office without overworking the entire HVAC system. That lets you preserve comfort where it matters while avoiding unnecessary whole-house runtime.

For households with weak upstairs cooling, the portable unit can help bridge the gap during the hottest part of the day. For renters, it can compensate for a thermostat you do not control. For homeowners with variable occupancy, it can make sense to keep the central system a bit relaxed and use local cooling only in active rooms. This kind of load balancing is the same type of planning reflected in solar-plus-storage cooling strategies, where the goal is to place cooling energy where it is most effective.

5.2 Build thermostat rules that reduce conflict

Thermostat conflict happens when the central system and the portable cooler fight each other. If the room cooler is active, the thermostat should not try to chase the same space too aggressively. A practical setup is to keep the thermostat on a slightly higher baseline during occupancy and let the portable cooler handle the immediate comfort zone. In some homes, that means allowing a 1 to 3 degree adjustment in the main system while the portable cooler handles local relief. The exact numbers depend on insulation, humidity, and occupancy patterns.

If your thermostat supports automation logic, create simple rules: when bedroom cooler is running, lower fan speed in central HVAC or delay extra cooling for that zone; when the cooler shuts off, let the thermostat resume normal control. Even without direct device-to-device integration, you can coordinate them through time blocks. This avoids the common waste of cooling the whole house hard just because one room feels warm.

5.3 Coordinate with humidity and ventilation

Cooling without humidity awareness can backfire. Evaporative coolers add moisture, which is helpful in dry climates but not ideal where humidity is already high. Portable ACs dehumidify, which can make a room feel more comfortable at a higher setpoint, but they also need drainage management and ventilation. If you are pairing any cooler with a thermostat, keep an eye on humidity trends. Comfort is not just temperature; it is temperature plus moisture balance plus airflow.

One useful homeowner habit is to use the cooler alongside a standalone humidity sensor. That gives you an objective trigger for when to run the device and when to stop. If you want a more complete home-control model, this is no different from how advanced users build connected systems in other categories, such as structured management environments where rules and visibility matter more than guesswork.

6. Energy Scheduling and Heatwave Strategy

6.1 Pre-cooling before the hottest hours

Heatwave strategy is about staying ahead of thermal buildup, not reacting once the home is already uncomfortable. Pre-cooling means starting the portable cooler before the room reaches its peak temperature. That works especially well in the late morning or early afternoon, when a room can absorb heat from sunlight and internal loads. By cooling earlier, you can often use shorter, less intense cycles later.

This is particularly effective for bedrooms and offices because those rooms tend to have predictable occupancy windows. If you know you will sleep in one room every night, a 30- to 45-minute pre-cool routine can make the room easier to maintain for the rest of the night. During severe heat, start earlier and use the coolest hours of the day to your advantage. If your home also has battery storage or solar, align the pre-cooling window with available energy the same way broader strategies use solar and battery load shifting.

6.2 Use off-peak and occupancy-based schedules

Smart scheduling should reflect both electricity price and actual occupancy. If your utility charges more in the late afternoon, use the cooler earlier and let the room coast through part of the expensive window. If the room is empty for several hours, turn the unit off entirely rather than leaving it on a comfort setting. Occupancy-based scheduling is one of the easiest ways to save without compromising comfort, and it works especially well for portable units because they are intended to serve a specific room rather than a whole house.

A useful workflow is to create three modes: Occupied, Sleep, and Away. Occupied mode uses normal cooling; Sleep mode lowers fan noise and targets a slightly cooler setpoint; Away mode shuts the unit down and sends a status alert. That logic is simple but powerful, and it is similar to the kind of practical automation found in consumer tech where the product should respond to real life, not an idealized schedule.

6.3 Emergency settings for heatwaves and outages

When a heatwave turns severe, your goal shifts from optimization to resilience. If a battery cooler is part of your kit, keep it charged before the season peaks. Store the unit in a place that is easy to access and confirm that the app shows a reliable battery estimate. In an outage, you may need to prioritize one room, one person, or one sleeping area. That means choosing the most heat-sensitive space and deploying the battery unit there first.

For households with medically vulnerable occupants, remote monitoring becomes especially important because it lets caregivers check temperatures and battery status without disturbing the person in the room. If you need to move the unit, do it early, before the house becomes unbearable. Heatwave planning should be proactive, not improvised. The same principle applies across consumer tech and home systems: preparedness beats panic every time.

7. Remote Monitoring: What to Track and How to Act on It

7.1 Monitor battery, runtime, and room conditions

Remote monitoring is more useful when you know what to look for. At minimum, track battery state, current mode, fan speed, schedule status, and any device alerts. If the app provides room temperature or humidity data, that is even better because it tells you whether the unit is actually keeping up. A cooler that is on but failing to move the room toward comfort may need maintenance, better placement, or a different mode.

It helps to think of monitoring in terms of thresholds. For example, if battery drops below 30 percent and the room is still occupied, you may want to lower fan speed, move the unit closer to the sleeper, or connect it to external power. If humidity climbs too high in an evaporative setup, reduce runtime or improve ventilation. Good monitoring converts vague discomfort into specific action.

7.2 Build notifications that are actionable

Not every alert is useful. The best notifications tell you something you can do right away: low water, low battery, filter needed, offline device, or schedule override. If the app can only send generic status pings, you may end up ignoring it. Set your notifications so they are reserved for meaningful events, especially during heatwaves when alert fatigue is real.

If the device supports geofencing or away-mode triggers, use them carefully and test them before hot weather hits. You do not want a house full of people and a cooler that thinks everyone left. The ideal notification system is boring in the best possible way: it helps you prevent problems before they become emergencies. That principle is familiar in other tech categories too, including systems that rely on dependable alerts rather than flashy dashboards, such as critical alert architectures.

7.3 Create a heatwave check-in routine

During a heatwave, check your units at least morning, afternoon, and evening. Confirm connectivity, battery status, room temperature, and whether the room is still occupied. If a battery unit is serving a bedroom, verify that the person in the room is comfortable and that the settings still match the nighttime routine. This check-in can take less than a minute if the app is set up well, but it can prevent a miserable night.

Households that already manage multiple smart systems know the value of periodic review. A few minutes of attention can keep automation from drifting out of sync with real life. If your family’s schedule changes, adjust the cooler schedule immediately rather than waiting for discomfort to reveal the mismatch. That habit makes smart home integration genuinely useful instead of just impressive on paper.

8. Comparing Smart Portable Air Cooler Options

8.1 Feature comparison table

The table below shows how the main cooler types differ in practical smart-home use. It is not a substitute for model-specific specs, but it helps you narrow the field before you shop. Use it to decide which category fits your room, climate, and control needs.

8.2 What to look for on the spec sheet

Do not stop at “smart” in the marketing copy. Check whether the unit supports Wi-Fi, whether the app has good ratings, whether schedules survive power loss, and whether battery runtime is realistic under actual use. Review water tank capacity, refill frequency, fan noise, and maintenance requirements as well. A feature list is only valuable if it matches your home’s reality.

You should also look for clear warranty terms, replacement part availability, and responsive support. Cooler apps are not helpful if the hardware fails or the app stops receiving updates. Smart home buyers often learn the hard way that polish is not the same as durability, which is why disciplined comparison is as important as feature hunting. That mindset is similar to evaluating consumer products where the promise of convenience must be weighed against actual ownership experience.

8.3 A realistic buying framework for homeowners

Start by identifying your primary room, then decide whether you need daily automation, outage resilience, or both. If you live in a dry climate and only need targeted comfort, an evaporative smart cooler may be enough. If you need stronger cooling in a humid climate or a sealed bedroom, a portable AC with app control may be the better fit. If outages and heat emergencies are a concern, prioritize battery capability and remote visibility.

After that, rank the rest of the features in order of usefulness: app reliability, schedule flexibility, low noise, battery runtime, then extras like voice commands. That approach keeps you from overpaying for novelty and helps you choose the model most likely to deliver daily value. It also ensures that your cooler will fit naturally into the rest of the house, rather than becoming one more isolated gadget.

9. Maintenance and Reliability for Connected Cooling

9.1 Keep the unit clean and the app updated

Smart cooling still depends on basic maintenance. Clean filters, refill tanks, and remove mineral buildup on a regular basis so airflow and evaporation stay efficient. If the app supports firmware updates, install them during mild weather rather than waiting for the first intense heatwave. A well-maintained unit is quieter, more efficient, and more likely to respond properly to automations.

For battery models, maintenance also includes charging habits. Avoid leaving batteries empty for long periods, and test runtime before the hottest part of the season arrives. A device that works perfectly in spring but fails in July is not actually reliable. Maintenance is the quiet foundation behind every successful smart home setup.

9.2 Test failover before you need it

One of the best pro habits is to simulate the situation you are trying to prepare for. Try a short outage test by unplugging the unit if safe, confirm that the app reconnects properly, and make sure your schedules resume. If the unit is battery-powered, verify that it can run long enough for your expected outage window. This kind of practical testing exposes weak spots before a real emergency.

You can also test notification logic by triggering a low-water alert or temporarily moving the unit out of Wi-Fi range. If the alerts are confusing, reconfigure them now rather than later. Smart home systems only earn trust when they behave predictably under stress.

9.3 Protect privacy and access

Any app-connected home device deserves a quick privacy review. Use strong passwords, enable two-factor authentication if available, and remove old users or devices that no longer need access. If the app collects usage data, review the settings and disable unnecessary sharing. These steps are small but important, especially in homes where multiple family members, renters, or service providers may have access.

For households that value data control, choose products with clear privacy documentation and a stable update track record. That same discipline shows up in other smart categories where trust matters, such as device security practices and local/cloud storage decisions. A connected cooler should make life easier without creating avoidable security concerns.

10. The Homeowner’s Smart Cooler Playbook

10.1 The 5-step setup sequence

First, choose the right cooler type for your climate and room. Second, confirm app and network compatibility. Third, set names, schedules, and scenes based on occupancy. Fourth, coordinate with your smart thermostat and ventilation plan. Fifth, test the system before the hottest week of the year. This sequence turns a portable cooler into a reliable part of your comfort strategy instead of a novelty purchase.

If you want the shortest possible version of the playbook, think in terms of room, rhythm, and resilience. Room means targeting the space that actually needs help. Rhythm means aligning operation with daily life and energy prices. Resilience means preparing for outages, heatwaves, and schedule changes.

10.2 Common mistakes to avoid

The most common mistake is buying for features instead of use case. A powerful unit can still be a poor choice if it is too loud for the bedroom, too thirsty for water, or too dependent on poor Wi-Fi. Another mistake is leaving the cooler on all day because it is “smart,” when the smarter choice is targeted runtime. People also forget to integrate humidity and ventilation, which can make the room feel worse, not better.

Finally, many buyers underestimate the value of setup time. Spending twenty minutes on naming, scheduling, and testing can save dozens of hours of frustration later. Smart home integration is not about adding complexity; it is about reducing it once the system is properly configured.

10.3 When a portable cooler makes the most sense

A smart portable cooler is ideal when you need room-specific cooling, flexible deployment, or backup comfort during extreme heat. It is especially compelling in homes where central HVAC is too expensive to run all day or cannot solve uneven temperatures. If you want to coordinate cooling with daily routines, utility rates, and home automation, the category has real value. The market’s growth reflects that shift: consumers want practical comfort with control, not just another appliance.

For many homes, the winning combination is a central thermostat for baseline comfort and a smart portable unit for local precision. That pairing can reduce waste, improve sleep, and keep key rooms usable during the worst parts of summer. In other words, the best smart portable air cooler is not just cool air in a box; it is a flexible comfort tool that fits the way modern homes actually live.

Pro Tip: The best heatwave strategy is to pre-cool the room you’ll actually use, then let automation shut the unit off once comfort is reached. That single habit can save more energy than running the cooler reactively all afternoon.

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