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Vai esat kādreiz pazaudējuši savu suni vai kaķi un uztraukušies, ka varbūt nekad tos vairs neredzēsiet? Pastaigas laikā jūsu mīlulis aizbēga, devās pakaļ savvaļas dzīvniekiem mežā vai nobijās no kaut kā, piemēram, skaļiem uguņošanas sprādzieniem? Vācu zīmols Max&Molly ir izstrādājis unikālu Gotcha! birku kaklasiksnām, kas palīdzēs jums atrast savu mīļoto mājdzīvnieku. Max&Molly Gotcha! Lost & Found App ir maza, apaļa birka kaklasiksnām vai iemauktiem ar unikālu QR kodu, kas saglabā visu svarīgo informāciju, kas nepieciešama, lai atrastu jūsu pazaudēto mīluli. Viss ir saistīts ar pilnīgi bezmaksas lietotni, kuru var lejupielādēt jebkurā telefonā. Identifikatora darbība ir ļoti vienkārša. Izmantojiet jebkuru Android vai Apple telefonu. Skenējiet QR kodu vai lejupielādējiet lietotni no Play Store. Izveidojiet savu profilu un pievienojiet savu mīluli. Gadījumā, ja jūsu mīlulis aizbēg vai pazūd, persona, kas to atrod, skenē kodu uz birkas un saņem informāciju par dzīvnieku, kamēr jūs saņemat paziņojumu savā lietotnē par jūsu pūkainā drauga atrašanās vietu (ja atradējam ir ieslēgti atrašanās vietas pakalpojumi). Atrādējs varēs piekļūt informācijai, ko esat pievienojis lietotnē, un, vissvarīgāk, varēs sazināties ar jums. Birkas un lietotnes darbības noteikumi ir skaidri un vienkārši. Nav slēptu izmaksu, un lietotnes izmantošana ir pilnīgi bezmaksas. Birkai nav nepieciešama uzlāde un tā nedarbojas ar baterijām. Turklāt nav diapazona ierobežojumu. Jūsu pazaudētais mīlulis, vai drīzāk birka uz tā kaklasiksnas, var tikt skenēta no jebkuras vietas pasaulē, kur tiek atbalstīta Google Maps. Ja jūsu mīlulis mīl ūdens vannas, jums nav jāuztraucas; birka ir ūdensizturīga. Pārtrauciet uztraukties un dodiet savam mīlulim Max&Molly Gotcha! Lost & Found App identifikatoru. Max&Molly Gotcha! Lost & Found App: - Birka ar unikālu QR kodu, kas tieši saistīta ar bezmaksas lietotni jebkurā telefonā - Palīdz atrast pazudušus mājdzīvniekus - Vienkārša un viegli lietojama - Viegls un ūdensizturīgs - Piemērots jebkurai suņa vai kaķa kaklasiksnai vai iemauktiem - Nav nepieciešama uzlāde un nedarbojas ar baterijām - Nav GPS izsekotājs - Mazs izmērs, 2 cm diametrā

Self-sufficient travel with the BRESSER solar charger Whether camping, sailing, trekking or swimming at the nearest lake – anyone who enjoys being outdoors for long periods of time does not want to do without their smartphone, tablet, powerbank, etc. But one question quickly arises: where can I find the nearest power socket? After all, every battery runs out and our practical everyday helpers can't manage without electricity. With the ultra-compact BRESSER solar charger, you simply use the power of the sun to charge your devices. The environmentally friendly solar energy is free of charge – and you remain independent of the power grid! Simply open it up, put it down and immediately produce green solar power The handling is very simple: unfold the solar panel and align it as perpendicularly as possible to the sun. Then connect the device to be charged to the solar charger, either with a suitable USB cable (not included) or with the included DC connection cable. The charging process begins immediately. Which devices can the solar panel charge? The solar charger gets all devices with a USB power supply connection or the above-mentioned DC power plug connection up and running again in no time – e.g. smartphones, tablets, power banks, portable playstations, MP4 players, GPS devices and Bluetooth headphones. For charging large power stations, we recommend the more powerful BRESSER solar panels with at least 60 watts output power – see art. no. 3810050, 3810060, 3810070. Universal charger with flexible connection options One USB-A connection socket is available for powering your devices. There is also an additional universal connection socket for DC bar plugs with a diameter of 5.5/2.1 mm. A universal connection cable with a 5.5/2.1mm DC bar plug on both sides and a length of 2 metres, as well as 3 plug adapters (3.5/1.35mm, 5.5/2.5mm, 8.0/5.5/0.8mm) are included in the scope of delivery. The polarity of the connectors is as follows: Inner contact = positive (+), outer contact = negative (-). How long does it take to charge a battery? Most modern devices with built-in batteries indicate the current charging status of the battery on a display or status LEDs. The charging process is also automatically terminated by the internal charger of the smartphone or tablet, etc., as soon as the battery is full. Nevertheless, it is helpful to know how long a full charge theoretically takes with an empty battery. This is the only way to choose the right solar panel model for the requirements of the devices you want to charge. Here is a short calculation: Divide the capacity of the battery (mAh) by the charging current of the charger (mA) and multiply this by a factor of 75. This then gives you the approximate charging time in minutes that is required to fully charge the battery at 100% sunshine duration. Example: A battery with a capacity of 3000mAh (3.0 Ah) and a charging current via 5 volt USB connection of 2400mA (2.4 amps). So 3000 : 2400 x 75 = 94 minutes. Dividing the result by 60 gives the charging time in hours: 1.6 hours. This means that an average smartphone can be fully charged in just about 1.6 hours with a 21-watt solar panel. Carabiner hook for attachment included In order to attach the solar panel securely to an object and align it perfectly with the sun, 4 sturdy snap hooks are included in the scope of delivery. Simply connect them to the riveted ring eyelets of the solar panel and use them to hang the solar charger stably, e.g. on a tent loop, a fence or other suitable holding points. If you attach it to your backpack, you can even use the time during a hike for charging. Innovative solar cell technology with high efficiency Monocrystalline silicium cells ensure high efficiency and the fastest possible charging of the device batteries. This means maximum electricity yield per solar surface. As a result, you benefit from relatively high charging currents and short charging times with a compact design. Easy transport Thanks to the m