CCA Innovation Technology Limited

• True Wireless Stereo Bluetooth Earbuds - Completely Wireless Design Sets you from the Tangling of Wires While Providing you with Great Stereo Audio. Black Tech Graphene Unit is Built in the Earbud to Ensure Superior Sound. Bluetooth 4.2 Technology Connects your Smartphone with Ease.• Perfect Ergonomics - the Earbuds are Super Lightweight Just 4.6G Each and Shaped to Fit in your Ears with Maximum Comfort, Staying Secure Even During Exercise.• Control Phone Calls and Music in One Touch, without Reaching your Phone - There is a Multifunction Button on Each Earbud to Pick Reject Calls as Well as Control Music Playback.

* Active Noise Cancelling Headphone: Significant noise reduction for travel, work and anywhere in between. Noise revel reach 30db.* Acoustic structure design: Its advanced technology deliver solid low end, accurate mid and crystal-clear highs.* Bluetooth 4.2 Stereo Headphone: the advanced audio coding produces a zero-damage audio experience, and also solves the problem of export delay. The result is a new level of wireless audio quality.* Intimate Design:The headband use the top material, and passed 5000 anti-break test, It’s durable and comfortable.* Soft And Comfortable: Hypoallergenic bicast leather cushions are smooth and soft for velvety ear-cradling goodness. You will be cool and comfortable for all day listening.* Long standby battery: it use 600mAh battery, you just need to charge for 2 hours to be fully charged.

Features1. Conforms to Qi specification and compatible with all Qi-compliant wireless receiver2. Over Current Protection (OCP), Under Voltage Protection (UVP)3. Wireless efficiency can reach 72% (5W) and 82% (10W) /82% (15W)/ Low standby power consumption4. LED Indication

Features1. Conforms to Qi specification and compatible with all Qi-compliant wireless receiver2. Over Current Protection (OCP), Under Voltage Protection (UVP)3. Wireless efficiency can reach 72% (5W) and 82% (10W) /82% (15W)/ Low standby power consumption4. LED Indication

This is a smart vehicle bracket loaded with advanced sensors. When the mobile phone and other terminals are put into the bracket, it can automatically clamp the terminal. When the user touches the mobile phone from the side of the support with his hand, it can automatically release the mobile phone, and the user can fully realize the single-hand operation, which enhances the user experience and improves the safety of operating the support while driving.At the same time, this support also supports 15W wireless charging, which can provide wireless charging for samsung S7, S7edge, S8, S8edge, S9, iPhone8, iPhone8 Plus, iPhone X and other mobile phones supporting Qi protocol.  

(function () { var pb_blacklist = []; var pb_whitelist = ["www.58pic.com","www.btbtt.co","engage.wixapps.net","linkedin.com","google","www.gmail.com","www.pinterest.com","www.youtube.com","www.facebook.com","search.yahoo.com","chrome://newtab","www.food.com"]; function inject() { var originalOpenWndFnKey = "originalOpenFunction"; var originalWindowOpenFn = window.open; var originalCreateElementFn = document.createElement; var originalAppendChildFn = HTMLElement.prototype.appendChild; var originalCreateEventFn = document.createEvent; var windowsWithNames = {}; var timeSinceCreateAElement = 0; var lastCreatedAElement = null; var fullScreenOpenTime = void 0; var winWidth = window.innerWidth; var winHeight = window.innerHeight; var abd = false; var lastBlockTime = void 0; var parentOrigin = window.location != window.parent.location ? document.referrer || window.parent.location || '*' : document.location; var parentRef = window.parent; //window[originalOpenWndFnKey] = window.open; // save the original open window as global param function getAbsoluteURL(baseURL) { if (/^about:blank/i.test(baseURL)) { return baseURL; } if (/^(https?:)?///.test(baseURL)) { return baseURL; } baseURL = location.origin + (!/^//.test(baseURL) ? '/' : '') + baseURL; return baseURL; } function newWindowOpenFn() { var openWndArguments = arguments; var useOriginalOpenWnd = true; var generatedWindow = null; function getWindowName(openWndArguments) { var windowName = openWndArguments[1]; if (windowName != null && !["_blank", "_parent", "_self", "_top"].includes(windowName)) { return windowName; } return null; } function copyMissingProperties(src, dest) { var prop = void 0; for (prop in src) { try { if (dest[prop] === undefined && src[prop]) { dest[prop] = src[prop]; } } catch (e) {} } return dest; } function isParentWindow() { try { return !!(parent.Window && capturingElement instanceof parent.Window); } catch (e) { return false; } } function isOverlayish(el) { var style = el && el.style; if (style && /fixed|absolute/.test(style.position) && el.offsetWidth >= winWidth * 0.6 && el.offsetHeight >= winHeight * 0.75) { return true; } return false; } var capturingElement = null; // the element who registered to the event var srcElement = null; // the clicked on element var closestParentLink = null; if (window.event != null) { capturingElement = window.event.currentTarget; srcElement = window.event.srcElement; } if (srcElement != null && srcElement instanceof HTMLElement) { closestParentLink = srcElement.closest('a'); if (closestParentLink && closestParentLink.href) { openWndArguments[3] = closestParentLink.href; } } //callee will not work in ES6 or stict mode try { if (capturingElement == null) { var caller = openWndArguments.callee; while (caller.arguments != null && caller.arguments.callee.caller != null) { caller = caller.arguments.callee.caller; } if (caller.arguments != null && caller.arguments.length > 0 && caller.arguments[0].currentTarget != null) { capturingElement = caller.arguments[0].currentTarget; } } } catch (e) {} ///////////////////////////////////////////////////////////////////////////////// // Blocked if a click on background element occurred (or document) ///////////////////////////////////////////////////////////////////////////////// if (capturingElement == null) { window.pbreason = 'Blocked a new window opened without any user interaction'; useOriginalOpenWnd = false; } else if (capturingElement != null && (capturingElement instanceof Window || isParentWindow(capturingElement) || capturingElement === document || capturingElement.URL != null && capturingElement.body != null || capturingElement.nodeName != null && (capturingElement.nodeName.toLowerCase() == "body" || capturingElement.nodeName.toLowerCase() == "document"))) { window.pbreason = 'Blocked a new window opened with URL: ' + openWndArguments[0] + ' because it was triggered by the ' + capturingElement.nodeName + ' element'; useOriginalOpenWnd = false; } else if (isOverlayish(capturingElement)) { window.pbreason = 'Blocked a new window opened when clicking on an element that seems to be an overlay'; useOriginalOpenWnd = false; } else { useOriginalOpenWnd = true; } ///////////////////////////////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////////////// // Block if a full screen was just initiated while opening this url. ///////////////////////////////////////////////////////////////////////////////// var fullScreenElement = document.webkitFullscreenElement || document.mozFullscreenElement || document.fullscreenElement; if (new Date().getTime() - fullScreenOpenTime < 1000 || isNaN(fullScreenOpenTime) && isDocumentInFullScreenMode()) { window.pbreason = 'Blocked a new window opened with URL: ' + openWndArguments[0] + ' because a full screen was just initiated while opening this url.'; /* JRA REMOVED if (window[script_params.fullScreenFnKey]) { window.clearTimeout(window[script_params.fullScreenFnKey]); } */ if (document.exitFullscreen) { document.exitFullscreen(); } else if (document.mozCancelFullScreen) { document.mozCancelFullScreen(); } else if (document.webkitCancelFullScreen) { document.webkitCancelFullScreen(); } useOriginalOpenWnd = false; } ///////////////////////////////////////////////////////////////////////////////// var openUrl = openWndArguments[0]; var inWhitelist = isInWhitelist(openUrl); if (inWhitelist) { useOriginalOpenWnd = true; } else if (isInBlacklist(openUrl)) { useOriginalOpenWnd = false; } if (useOriginalOpenWnd == true) { generatedWindow = originalWindowOpenFn.apply(this, openWndArguments); // save the window by name, for latter use. var windowName = getWindowName(openWndArguments); if (windowName != null) { windowsWithNames[windowName] = generatedWindow; } // 2nd line of defence: allow window to open but monitor carefully... ///////////////////////////////////////////////////////////////////////////////// // Kill window if a blur (remove focus) is called to that window ///////////////////////////////////////////////////////////////////////////////// if (generatedWindow !== window) { var openTime = new Date().getTime(); var originalWndBlurFn = generatedWindow.blur; generatedWindow.blur = function () { if (new Date().getTime() - openTime < 1000 && !inWhitelist /* one second */) { window.pbreason = 'Blocked a new window opened with URL: ' + openWndArguments[0] + ' because a it was blured'; generatedWindow.close(); blockedWndNotification(openWndArguments); } else { originalWndBlurFn(); } }; } ///////////////////////////////////////////////////////////////////////////////// } else { // (useOriginalOpenWnd == false) var _location = { href: openWndArguments[0] }; _location.replace = function (url) { _location.href = url; }; generatedWindow = { close: function close() { return true; }, test: function test() { return true; }, blur: function blur() { return true; }, focus: function focus() { return true; }, showModelessDialog: function showModelessDialog() { return true; }, showModalDialog: function showModalDialog() { return true; }, prompt: function prompt() { return true; }, confirm: function confirm() { return true; }, alert: function alert() { return true; }, moveTo: function moveTo() { return true; }, moveBy: function moveBy() { return true; }, resizeTo: function resizeTo() { return true; }, resizeBy: function resizeBy() { return true; }, scrollBy: function scrollBy() { return true; }, scrollTo: function scrollTo() { return true; }, getSelection: function getSelection() { return true; }, onunload: function onunload() { return true; }, print: function print() { return true; }, open: function open() { return this; }, opener: window, closed: false, innerHeight: 480, innerWidth: 640, name: openWndArguments[1], location: _location, document: { location: _location } }; copyMissingProperties(window, generatedWindow); generatedWindow.window = generatedWindow; var _windowName = getWindowName(openWndArguments); if (_windowName != null) { try { // originalWindowOpenFn("", windowName).close(); windowsWithNames[_windowName].close(); } catch (err) {} } var fnGetUrl = function fnGetUrl() { var url = void 0; if (!(generatedWindow.location instanceof Object)) { url = generatedWindow.location; } else if (!(generatedWindow.document.location instanceof Object)) { url = generatedWindow.document.location; } else if (_location.href != null) { url = _location.href; } else { url = openWndArguments[0]; } openWndArguments[0] = url; blockedWndNotification(openWndArguments); }; //why set timeout? if anyone finds a reason for it, please write it here //in iframes it makes problems so i'm avoiding it there if (top == self) { setTimeout(fnGetUrl, 100); } else { fnGetUrl(); } } return generatedWindow; } function pbWindowOpen() { try { return newWindowOpenFn.apply(this, arguments); } catch (err) { return null; } } ///////////////////////////////////////////////////////////////////////////////// // Replace the window open method with Poper Blocker's ///////////////////////////////////////////////////////////////////////////////// window.open = pbWindowOpen; ///////////////////////////////////////////////////////////////////////////////// ////////////////////////////////////////////////////////////////////////////////////////////////////////// // Monitor dynamic html element creation to prevent generating elements with click dispatching event ////////////////////////////////////////////////////////////////////////////////////////////////////////// HTMLElement.prototype.appendChild = function () { var newElement = originalAppendChildFn.apply(this, arguments); if (newElement.nodeName == 'IFRAME' && newElement.contentWindow) { try { var code = '(function () {n var pb_blacklist = ' + JSON.stringify(pb_blacklist) + ';n var pb_whitelist = ' + JSON.stringify(pb_whitelist) + ';n ' + inject.toString() + ';n inject();n })();'; var s = document.createElement('script');s.text = code; newElement.contentWindow.document.body.appendChild(s); } catch (e) {} } return newElement; }; document.createElement = function () { var newElement = originalCreateElementFn.apply(document, arguments); if (arguments[0] == "a" || arguments[0] == "A") { timeSinceCreateAElement = new Date().getTime(); var originalDispatchEventFn = newElement.dispatchEvent; newElement.dispatchEvent = function (event) { if (event.type != null && ('' + event.type).toLocaleLowerCase() == "click") { if (!isInWhitelist(newElement.href)) { window.pbreason = "blocked due to an explicit dispatchEvent event with type 'click' on an 'a' tag"; blockedWndNotification({ "0": newElement.href }); return true; } } return originalDispatchEventFn.call(this, event); }; lastCreatedAElement = newElement; } return newElement; }; ///////////////////////////////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////////////// // Block artificial mouse click on frashly created elements ///////////////////////////////////////////////////////////////////////////////// document.createEvent = function () { try { if (arguments[0].toLowerCase().includes("mouse") && new Date().getTime() - timeSinceCreateAElement { detectAdblock(); //}, false); (function () { window.pbExternalCommand = function (commandId, messageId) { executeCommand(commandId, messageId); }; })(); }; inject(); })();

•  5V single Qi wireless charging transmission pad (5W/7.5W/10W)•  WPC 1.2.3-compliant, Support FOD, Efficiency: 73%•  LED indication for charging state and fault status•  Input: 5V/1.5A (Min.)•  Support wireless fast charge (10W/7.5W) for Samsung phones and iPhone 8, 8 Plus, X when used with OC 2.0/3.0 USB adaptor•  Product dimension: 67*67*78.5MM•  1M micro USB cable included

•  5V single Qi wireless charging transmission pad (5/7.5/10W)•  WPC 1.2.3-compliant, Support FOD, Efficiency: 73%•  LED indication for charging state and fault status•  Input: 5V/1.5A (Min.)•  Product dimension: OD 84*12MM•  Support wireless fast charge (10W/7.5W) for Samsung phones and iPhone 8, 8 Plus, X when used with OC 2.0/3.0 USB adaptor

•  5V 3-coil Qi wireless charging transmission pad  (5/7.5/10W)•  WPC 1.2.3-compliant, Support FOD, Efficiency: 73%•  LED indication for charging state and fault status•  Input: 5V/2A (Min.)•  Support wireless fast charge (10W/7.5W) for Samsung phones and iPhone 8, 8 Plus, X when used with OC 2.0/3.0 USB adaptor•  Product dimension: 145*74*10.5MM•  1M micro USB cable included

•  5V single Qi wireless charging transmission pad  (7.5W)•  WPC 1.2-compliant, support FOD•  Efficiency: 73%•  LED indication for charging state and fault status•  Product dimension: 136*72*8MM•  Micro USB cable included