Abstract: Artificial intelligence vehicle systems include vehicle guidance systems and adaptive, evolutionary driving training protocols for state machines. A state machine makes decisions based on information supplied by the sensors attached to the vehicle, the current state of the vehicle, the capabilities of the vehicle, and optionally the applicable traffic laws (e.g., if a roadway vehicle) or facility rules (e.g., if a facility vehicle, such as warehouse, construction site, campus, or the like). An autonomous driver of a state machine decides between possible actions given the current environment where those possible actions to existing conditions are represented by action rules, which may be referred to as “genes.” The adaptive systems enable improved vehicle guidance and can improve over time as new circumstances are encountered and processed.

Abstract: Methods, systems, apparatuses, and computer program products for servicing advertisements for offline display on mobile devices are provided. In a first aspect, a channel is received at a mobile device server from one or more providers, including a first web page, an advertiser web page, and an advertisement image file. The received channel is transmitted to the mobile device. In an offline mode, when displayed, the first web page includes an image contained by the advertisement image file. A user viewing the first web page on the mobile device can select the displayed image of the advertisement image file to traverse a link to cause the advertiser page to be displayed on the mobile device. In another aspect, a plurality of advertisement image files are received and stored at a mobile device. The display of the advertisement images on a first web page is cycled each time the first web page is displayed on the mobile device.

Abstract: Methods, systems, apparatuses, and computer program products for servicing advertisements for offline display on mobile devices are provided. In a first aspect, a channel is received at a mobile device server from one or more providers, including a first web page, an advertiser web page, and an advertisement image file. The received channel is transmitted to the mobile device. In an offline mode, when displayed, the first web page includes an image contained by the advertisement image file. A user viewing the first web page on the mobile device can select the displayed image of the advertisement image file to traverse a link to cause the advertiser page to be displayed on the mobile device. In another aspect, a plurality of advertisement image files are received and stored at a mobile device. The display of the advertisement images on a first web page is cycled each time the first web page is displayed on the mobile device.

Abstract: As Mobile Subscribers increasingly employ their Wireless Devices to access an ever expanding universe of content—anything including but not limited to for example WWW pages, JavaScript, ActiveX, static images, audio, video, streaming audio/video, data, software applications, etc.—an infrastructure that supports seamless access to content by addressing a range of challenges that arise during such interactions including, for example, the proper identification of content, the timely retrieval of content from a variety of sources, the processing and persistence of content, the delivery of content, etc. The infrastructure may optionally leverage the capabilities of a centrally-located Messaging Inter-Carrier Vendor.

Abstract: Methods, systems, apparatuses, and computer program products for servicing advertisements for offline display on mobile devices are provided. In a first aspect, a channel is received at a mobile device server from one or more providers, including a first web page, an advertiser web page, and an advertisement image file. The received channel is transmitted to the mobile device. In an offline mode, when displayed, the first web page includes an image contained by the advertisement image file. A user viewing the first web page on the mobile device can select the displayed image of the advertisement image file to traverse a link to cause the advertiser page to be displayed on the mobile device. In another aspect, a plurality of advertisement image files are received and stored at a mobile device. The display of the advertisement images on a first web page is cycled each time the first web page is displayed on the mobile device.

Abstract: Described herein are systems, methods, computer program products, and combinations and sub-combinations thereof, for executing scripts that can be loaded on mobile devices (as well as other types of devices), and for users of mobile devices to interact with such scripts on their devices in an interactive manner. According to embodiments, the present invention performs script operations for mobile devices including steps for sending a request for an object and a list of support languages, and receiving the object and any related scripts in the supported languages.

Abstract: Methods, systems, apparatuses, and computer program products for servicing advertisements for offline display on mobile devices are provided. In a first aspect, a channel is received at a mobile device server from one or more providers, including a first web page, an advertiser web page, and an advertisement image file. The received channel is transmitted to the mobile device. In an offline mode, when displayed, the first web page includes an image contained by the advertisement image file. A user viewing the first web page on the mobile device can select the displayed image of the advertisement image file to traverse a link to cause the advertiser page to be displayed on the mobile device. In another aspect, a plurality of advertisement image files are received and stored at a mobile device. The display of the advertisement images on a first web page is cycled each time the first web page is displayed on the mobile device.

Abstract: For inclusion on the line between the liquid wash supply and the discharge jets of a vehicle windshield liquid wash pumping system, a liquid wash heater secured on an engine manifold or exhaust pipe, comprising a housing with a thin-walled, relatively small diameter, non-linear liquid wash tube contained therein.

Abstract: An auxiliary cooling, heating and electrical power unit for vehicles with large capacity internal combustion engines. The unit includes a small capacity auxiliary engine driving an auxiliary coolant pump, alternator and refrigerant compressor, a separate air conditioning unit and an auxiliary battery. A heat exchanger attached to the auxiliary engine transfers heat from the exhaust gases to coolant circulating through the heat exchanger. The coolant pump circulates the heated coolant through the main heater core and the main engine before returning to the heat exchanger. The refrigerant compressor provides refrigerant to the auxiliary air conditioning unit. The auxiliary alternator provides electrical power to the auxiliary battery, the main battery and other electrical equipment. An interlock prevents the simultaneous operation of the auxiliary engine and the main engine.