Amazon Technologies, Inc.

Nokia Corporation

Nokia Technologies Oy

Peter Anthony Wakim

Petri Vesikivi

Heikki Huomo

Carmen Kuhl

Sami Ranta

Parag Kumar Garg

Kevin E Keller

Ryan H Cassidy

Holger Hussmann

Sakari Kotola

Carmen Kühl

Jared Molton

Adam S Kidder

A mobile pickup unit is provided that includes storage compartments (e.g., for containing items) and is configured to travel to a user pickup area and park as close as possible to an optimal location that is determined based on the locations of users who are scheduled to utilize the mobile pickup unit. The mobile pickup unit may include or otherwise be transported by any type of mobile machine (e.g., automobile, etc.), and control of the mobile machine may be manual (e.g., a driver) or automated (e.g., directly or remotely controlled by an automated system, robotic, etc.) A parking location that is selected may be along a public street or any other available parking space, such that parking locations may be selected on a daily basis that are convenient for the users who will be utilizing the mobile pickup unit (e.g., for retrieving ordered items, dropping off returned items, etc.).

Mobile pickup units

A system for performing object recognition on images in an image series, for example from a broadcast television signal or video-on-demand source. The system buffers images from the image series and accesses the buffer when an indication is received to start object recognition. The buffered images are sent to a recognition server, which returns object data for objects found in the image. The objects are then navigable using a user interface, through which the user can obtain additional information about the objects, or perform additional functions, such as adding the object to a shopping cart, etc.

Object recognition and navigation from ongoing video

User devices are used to access various forms of electronic content. Sensors in the user device or information about environmental data associated with the device, such as weather at the locale of the user device, may be used to determine the occurrence of physical events. Recommendations such as offers for sale of extended warranties, warranty replacement, and so forth may be provided based at least in part on the physical events.

Sensor based recommendations

A computing device can enable and/or provide communication functionality based at least in part upon a type of pressure applied to the device by a user. In some embodiments, a device can attempt to determine a mood or disposition of the user based upon the way in which the user is gripping and/or squeezing the device, and can provide the user or another person with information about that user's current mood. Similarly, a user might be able to use certain motions or pressure applications at one or more locations on a device to cause certain communications to be sent, such as to send a specific message or convey a certain mood of the user. At least a portion of the computing device can have pressure-sensitive material or capability, in order to allow for input on the sides, back, or other appropriate locations on the device.

Communication via pressure input

A reader device for radio frequency identification transponders, which implements enhanced radio frequency identification transponder functionality. The reader device is capable of serving as a radio frequency identification transponder. Such a reader device includes a reader logic unit, a radio/high frequency (RF/HF) interface and an antenna, and is adapted to communicate at least with radio frequency identification transponders in a reader operation mode. The reader device also includes a transponder logic unit that is connected to the reader device and in particular to the radio/high frequency (RF/HF) interface such that the reader device acts as a radio frequency identification transponder in a transponder operation mode. In particular, the transponder logic unit is adapted to communicate with other reader devices for radio frequency identification transponders. The reader device for radio frequency identification transponders can be attached, connected, implemented and/or embedded in electronic device and particularly portable electronic devices, respectively.

Reader device for radio frequency identification transponder with transponder functionality

One or more points of interest (POI) are presented using point of interest indicators. The indicators are configured to encode information associated with the point of interest in one or more attributes. The indicators may comprise ideograms while the attributes encoding information may include ideogram color, background color, shading, relative size, animation, or a combination thereof. This encoding allows for compact and efficient transfer of information during presentation to a user.

Systems and methods for presenting point of interest indicators

A RF-ID based wireless terminal includes a reader device with transponder functionality implementing ECMA 340 standard for near field communication and has shortened session set-up and user identification. The reader device is operable in an active communication mode or a passive communication mode. During the active mode, one RF-ID tag reader simulates a RF-ID tag while the other simulates a RF-ID tag reader. The reader includes a transponder, which operates during periods of time when the reader is not energized. A radio frequency interface provides signal for operation of the reader in the reader operation mode or transponder mode of operation. An RF-ID reader upon receiving a response signal from a semi-passive or active RF-ID tag of reader emulating a tag informs the terminal CPU which instructs the short-range communication to enter e.g. a page scanning mode which shortens session set-up time and user identification.

Radio frequency identification (RF-ID) based discovery for short range radio communication with reader device having transponder functionality

The invention provides for docking short-range wireless communication tags, which may be Radio Frequency Identification (RFID) or near Field Communication (NFC) smart cards, onto a mobile terminal having a corresponding short-range wireless communication reader device, such as an RFID reader or a NFC reader. Docking of the tag to the mobile terminal may take the form of attaching or otherwise affixing the tag to the mobile terminal via a tag holding mechanism, such that the reader device may periodically read the tag and also provide for interrogation and reading of other external short-range wireless communication tags and devices in the proximity of the mobile terminal when the reader device is not communicating with the docked tag.

Docking of short-range wireless communication tags with mobile terminals

An apparatus, system, method and computer program product for implementing an automatic identification system to improve the functionality of a personal communication device. A data carrier that contains one or more data items transmits a data signal wirelessly to a personal communication device equipped with an RFID reader. The personal communication device decodes the data signal and at least a portion of the data is used by the personal communication device to establish a communication connection with another device or network. The data subsequently transmitted by the personal communication device is accomplished using GSM, GPRS, WAP, EDGE, UMTS or other similar wireless network protocol. The communication connection is used to provide a request for a service such as a phone call, an Internet connection, a third party service, or to request for the storage of data in a network.

Apparatus, system, method and computer program product for implementing an automatic identification system with a personal communication system to improve functionality

Apparatus, system, method and computer program product for implementing an automatic identification system with a personal communication device to improve functionality

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Seattle, WA, United States of America

Peter Anthony Wakim