Abstract: A wireless led lamp is a combination of led lamp and wireless mesh environmental sensors network, and a related Method for creating a Local Sensors Mesh Network. The device and method includes a combination of Led Lamp lighting and wireless mesh network sensors node. The combination of Led Lamp+Sensors assembly is available both as original equipment, and as a retrofit kit for legacy environmental Sensors. The Led Lamp portion of the combination of Led Lamp+Sensors provides area of lighting through a lens located in the housing within which the combination Led Lamp+Sensors is housed. The node portion of the assembly provides sophisticated sensors wireless mesh network functionality such that the placement of a series of devices of the present invention should provide a high quality, Wireless mesh “mesh” environmental habitat or public sensors network.

Abstract: An On-wall, virtual switch, hot spot actuated, electronic control device, makes use of multi point 3D proximity sensing of human finger. The virtual switchhot spot sensors permit a user to input control commands through the use of multi hot spot point proximity sensing over none sensing material as plastic, glasses, wood, marble etc. In such as one- or more fingershovering in front of the surface and hot spots below wake up the virtual switch. After wake up, several hot points can report and as tapping; swiping; tracing; rotating; pinching; and zooming, allowing for a significant increase the potential number of virtual switch commands that can be controlled from, and also in the number of control signals that can be generated by a single small area virtual switch device. The virtual switch device wireless transmits the command to group devices as lamps, wall power, door lock or any other devices that wirelessly connected to virtual switch group.

Abstract: Novel Active-Micro-Location-based techniques that operate synergistically with existing Smart phone and Wi-Fi router to guide users with smart phone to a location. The Active-Micro-Location-based device has long range RF mesh connectivity. It has also a connection to several light signs (FIG. 2) and public screen (FIG. 3 38B) that visually guide the user toward the location of the product or service. The devices can mesh any location Id over all mesh network and a user with smart phone near one device can detect locations of products or services all over the mesh network. The user's smart phone has a unique color light sequence. The phone auto inquires the web data base for product with phone ID, a message is sent to all devices. From user location to the product's location to light the light boom with user unique color pattern. So user can navigate to unique location in multi stores areas.

Abstract: A system for affecting a temperature of a patient, the system includes: a nose catheter that is adapted to be inserted into a nose upper channel and to receive a fluid; and a temperature control and fluid supply unit that is adapted to supply the fluid and control a temperature of the fluid so as to affect a temperature of a brain of a patient when the nose catheter is inserted into the nose upper channel of a patient and receives the first fluid; wherein the temperature control and fluid supply unit comprises: a thermoelectric heat pump that is arranged to transfer heat from a cold side to a hot side; a fluid block arranged to be cooled by the cold side and to cool the fluid when the fluid passes through the fluid block; and at least one heat transfer element arranged to transfer heat from the hot side.

Abstract: A system for affecting a temperature of a patient, the system includes: a nose catheter that is adapted to be inserted into a nose upper channel and to receive a first fluid; and a temperature control and fluid supply unit that is adapted to supply the first fluid and control a temperature of the first fluid so as to affect a temperature of a brain of a patient when the nose catheter is inserted into the nose upper channel of a patient and receives the first fluid.

Abstract: A system designed for electric vehicles that comprises a processor, a memory component, an accelerometer, a loudspeaker, and a power source and that is connected to the vehicle's systems by means of a CAN-bus cable and which processes, produces and synthesizes the information to create a sound that is emitted from the loudspeaker and which corresponds to the status of the motor and/or the velocity and/or acceleration of the vehicle.

Abstract: A monitoring system includes a first device and a second device. The first device includes: a first Bluetooth transceiver, for transmitting a first message to a second Bluetooth transceiver, wherein the first message includes a request from the second Bluetooth transceiver to transmit a second message that includes a second message transmission power indicator that is indicative of a transmission power of the second message; and for receiving the second massage by the first Bluetooth transceiver and measuring a reception power of the second message; and a distance calculator for calculating the distance between the first and second Bluetooth transceivers based on a relationship between the transmission power of the second message and the reception power of the second message.

Abstract: A system for affecting a temperature of a patient, the system includes: a nose catheter that is adapted to be inserted into a nose upper channel and to receive a first fluid; and a temperature control and fluid supply unit that is adapted to supply the first fluid and control a temperature of the first fluid so as to affect a temperature of a brain of a patient when the nose catheter is inserted into the nose upper channel of a patient and receives the first fluid.