Abstract: A method for sending a message is provided. The method includes: detecting whether a user is located in a target place; if the user is not located in the target place, detecting whether an entrance of the target place is opened; and if the entrance of the target place is opened, sending a prompt message to a device carried by the user.

Abstract: The claimed subject matter provides systems and/or methods that facilitate remotely controlling a wireless lighting module. The wireless lighting module can include a power source such as a battery, a solar cell, and the like as well as an array of light emitting diodes (LEDs). The LEDs can be controlled based upon a received input (e.g., communicated by way of a radio frequency signal, an infrared signal, . . . ). For example, the input can be obtained from a remote control, a sensor, a differing wireless lighting module, an radio frequency identification (RFID) tag, and so forth. The input can be utilized to switch one or more LEDs on or off, change the intensity or color of illumination, modulate illumination, alter the direction of illumination, etc.

Abstract: Multiple drowning alert methods monitor a three-dimensional space to determine if a person is drowning or an unattended child is present within the three-dimensional space and initiate alarms, notifications, and safety devices.

Abstract: Systems and methods for smart alarms are provided. A computer-implemented method includes: receiving, by a computing device, an input including a set alarm time; determining, by the computing device, a battery drain condition of the computing device; and based on the determining the battery drain condition, performing a step including one of: sounding the alarm prior to the set alarm time based on determining that a user-defined condition is met at a time of the battery drain condition; displaying a message on the computing device indicating the battery drain condition; and providing an alternate alert based on a detected sleep stage of a user corresponding to a predefined acceptable sleep stage.

Abstract: A method includes, receiving, by a monitoring server, weather data that corresponds to at least one weather condition at a location where a monitoring system monitors an item that is located at an outdoor location of a property and that includes a motion beacon, based on the received weather data, determining a motion tolerance for determining whether a force other than weather likely caused movement of the item, receiving, from the motion beacon, motion data that indicates motion of the item, comparing the motion data to the motion tolerance, based on comparing the motion data to the motion tolerance, determining whether to generate a monitoring system event indicating that a force other than weather likely caused the movement of the item, and performing the monitoring system event indicating that a force other than weather likely caused the movement of the item.

Abstract: The Baby Alert Car Seat Alarm—Smart Car Seat, is a device or smart car seat that detects the presence of a baby or child placed, or secured in a car seat, within the vehicle, before and after the driver of the vehicle has reached his/her destination; and, after the ignition is turned off, alerts the driver of the vehicle that the baby or child remains place or secured in a car seat within the vehicle; or, once the baby or child is placed, or secured in a car seat, within the vehicle, if the ignition is not turned on within a preset time, the Baby Alert Car Seat Alarm—Smart Car Seat will alert the driver of the vehicle that a baby or child remains placed or secured in a car seat within the vehicle.

Abstract: An electronic door latch includes a sensor mounted inside of an outer surface of the door. The sensor may be a proximity sensor, a touch sensor or other suitable sensor configured to determine if a user's hand is present. The door latch release system further includes a powered latch that selectively retains the door latch in a closed position. The system may include a handle formed by a flange or other structure extending across a portion of a recess or pocket in the door. The system may include a receiver that utilizes a signal from a security transmitter (e.g. keyless entry fob).

Abstract: Load sensors are disposed on four corners of a seat cushion. An occupant decision section of an occupant detection ECU decides a type of an occupant on a vehicle seat based on loads detected by the load sensors. A CRS changing section that prohibits the occupant decision section from changing a decision to a decision result that an adult is seated in the vehicle seat and changes the decision to a decision result that a child seat is attached on the vehicle seat when an engagement of a tongue plate with a buckle of a seat belt device is detected by a buckle switch and a buckle load calculated by buckle load calculation section is less than a predetermined buckling load threshold in a case where the occupant decision section decides that an adult is seated in the vehicle seat.

Abstract: The vehicle driving assist apparatus of the invention provides a display device with an attention display command when an attention condition that a time predicted for a vehicle to reach a target is larger than a lower limit threshold time and smaller than or equal to a display start threshold time is satisfied. The lower limit threshold time is larger than or equal to a display time required for one attention display operation to be completed. The display start threshold time is larger than the lower limit threshold time. When the attention display condition is not satisfied, the apparatus does not provide the display device with the attention display command.

Abstract: A method including determining location of at least one second device relative to a first device, where at least two of the devices are configured to play audio sounds based upon audio signals; and mixing at least two of the audio signals based, at least partially, upon the determined location(s).

Abstract: The ergonomic computer keyboard is configured for use with a computer. The ergonomic computer keyboard is adapted for use with a person. The ergonomic computer keyboard is an interface device that enables a person to use the computer. The ergonomic computer keyboard comprises a housing and a key set. The key set is installed in the housing. The orientation of the key set is set such that the angle of attack of a finger to a key selected from the key set key is adjusted relative to a traditional computer keyboard. This adjusted orientation results in a more natural orientation of the hands to the key set relative to the traditional computer keyboard. The ordering of the indicia of each key in the key set is adjusted relative to the QWERTY ordering such that hand movements are minimized during the typing process.

Abstract: Host terminals of a device management application (or other mobile application) are configured to obtain a missing devices list from a device management server, and to communicate, via short-range point-to-point communication with an output device, when the output device is within a short-range communication range threshold, to obtain a device identifier of the output device. The device management application compares the device identifier of the output device with device identifiers on the missing devices list, and when such comparison indicates that the output device corresponds to a missing device, marks the output device as a missing device in a tracked device record, and records an approximated location of the output device in the tracked device record. When connected to the device management server, the device management application transmits the tracked device record to the device management server.

Abstract: A signal generator includes a signal provider and a signal processing unit. The signal provider is configured to provide a sensor signal indicating a repeatedly detected event, occurring within differing time intervals. The signal processing unit is configured to generate a transmit signal based on the sensor signal. The transmit signal includes event information representing the temporal occurrence of the event and additional information representing additional data. The event information includes pulses or signal edges associated to detected events, wherein the pulses or signal edges are temporarily separated within the transmit signal according to the differing time intervals of detected events so that each time interval of the differing time intervals includes one pulse or one signal edge associated with a detected event. Further, the additional data includes at least one frame including a predefined number of additional data bits.

Abstract: Provided are a scanner, a scanning apparatus, and a scanning method for a shelf, capable of scanning articles stored in accommodation spaces of a plurality of layers in the shelf. The scanning apparatus for a shelf is configured in that a scanner having an antenna scans the accommodation spaces in the shelf without a shadow zone while moving along the shelf, thus accurately acquiring location information on the articles in the accommodation spaces.

Abstract: Systems and methods for providing broadband communication to and from locations in hostile environments, such as mines, pits, quarries, wells, boreholes, and rigs, for example, are disclosed. According to a first aspect of the present application, a system is disclosed for providing broadband communication via power cabling. The system may comprise one or more broadband communication devices for modulating, demodulating, reconditioning, repeating, transmitting, and receiving a signal via a power cable. The system may further comprise one or more broadband communication devices operatively connected to mining electrical distribution system components and mining equipment to provide broadband communication amongst the components, equipment, and other broadband communication devices within and outside the mine facility via the power cable.

Abstract: A method for automatically adding a first sensor device to a first personal area network in a healthcare application includes receiving a signal with out-of-band pairing data at the first sensor device. The first sensor device is disposed on a patient's body. The out-of-band pairing data is injected into the patient's body by a second sensor device disposed on the patient's body. Pairing data is extracted from the received signal at the first sensor device. Using the pairing data, the first sensor device is added to the first personal area.

Abstract: A signal generator comprises a signal provider and a signal processing unit. The signal provider is configured to provide a sensor signal indicating a repeatedly detected event, occurring within differing time intervals. The signal processing unit is configured to generate a transmit signal based on the sensor signal. The transmit signal comprises event information representing the temporal occurrence of the event and additional information representing additional data. The event information comprises pulses associated to detected events, wherein the pulses are temporarily separated within the transmit signal according to the differing time intervals of detected events so that each time interval of the differing time intervals comprises one pulse associated to a detected event. Further, the additional data comprises at least one frame comprising a predefined number of additional data bits.

Abstract: A method for drilling a well along a planned trajectory includes: receiving downhole data from a steerable drilling tool; processing the downhole data and creating a downlink path, the downlink path being recognizable by the steerable drilling tool; and controlling the trajectory of the steerable drilling tool based on the downlink path.

Abstract: Systems and methods of accessing a control system are provided. Some methods can include a mobile device transmitting a wireless entry request signal to a tag device, the wireless entry request signal including a mobile device identifier and a system identifier, upon receipt of the wireless entry request signal, the tag device comparing the mobile device identifier and the system identifier with a list of authorized identifiers, when the tag device determines that both the mobile device identifier and the system identifier match an entry in the list of authorized identifiers, the tag device transmitting a data file to the mobile device, the data file containing a door identifier of a door, and the mobile device transmitting an access request signal to a controller for use by the controller in unlocking the door, the access request signal including the mobile device identifier, the door identifier, and the system identifier.

Abstract: An object detection and notification system includes an object detection system including logic that detects presence of a target object within a sensing range of a sensor and determines a direction of the target object relative to the autonomous vehicle. A notification system includes logic that provides a sound cue using a speaker to an occupant of the autonomous vehicle that is indicative of location of the target object relative to the autonomous vehicle.