Abstract:
A hybrid emergency stop system, the system includes: (a) a mechanically operated circuit, for stopping an operation of a machine when triggered by a user; and (b) a scream activated circuit, for stopping the operation of the machine when detecting a machine operator scream; wherein the mechanically operated circuit and the scream activated circuit are enclosed in a single compartment and are operable independently from each other.
Abstract:
This invention teaches a system and a method to control the dispensing of swallow able medicine at the desired flow rate and in the desired location of the gastro-intestinal tract.
Abstract:
A method of servicing a command sent from a host device file system (HDFS) within a host device (HD) by a local storage device (LSD) in communication with the HD is described. The method includes receiving a first command at the LSD instructing the LSD to execute an operation on associated logical addresses. If the first command is associated with at least a first set of logical addresses, the method includes servicing the first command by the LSD at least by way of sending a second command to a device (RD) external to the LSD that instructs the RD to execute an operation on memory locations within the RD. If the first command is not associated with the first set of logical addresses, the method includes servicing the first command by the LSD only by way of operations executed by the LSD on memory locations within the LSD.
Abstract:
Monitoring devices by following and analyzing local current measurements and communicating the data over the power line. Various operation characteristics are extracted from the measurements, such as device profiles, operational status, various deficiencies and user related parameters. Current consumption profiles are derived from the accumulating data, and compared to previous patterns. The monitoring allows controlling operation of the devices, estimating their physical location and communicating messages from the devices regarding e.g. software status, by deliberate operation of the device to generate predefined current use patterns.
Abstract:
Disclosed herein is a sensor loupe where the user can look at a gemstone through a passive optical loupe and take a picture of the exact field of view that he sees.
Abstract:
A method may be performed by an electronic device coupled to a volatile system memory. The method includes entering a hibernation mode of the electronic device, where in the hibernation mode, the volatile system memory is powered off. The method further includes detecting a triggering event and, in response to detecting the triggering event, exiting the hibernation mode. While exiting the hibernation mode, the volatile system memory is powered and a pre-hibernation state of the volatile system memory is restored.
Abstract:
Methods and apparatus for selectively facilitating access to RFID data of one more RFID tags within a faraday cage are disclosed herein. In some embodiments, (i) an external RFID interrogation signal is received (for example, by one more external antennae deployed outside of the faraday cage; (ii) a determination is made if access to RFID data of one more RFID tags within the faraday cage is permitted; and (iii) contingent on the determining that access from outside of the faraday cage is permitted, access is provided to RFID data of one or more RFID tag(s) within the faraday cage. This access providing may include the steps of: i) in response to the received external RFID interrogation signal, interrogating inside the faraday the cage one or more RFID tags; ii) receiving an RFID response from one or more of the interrogated RFID tags; and iii) transmitting to outside the faraday cage the received RFID response.
Abstract:
A method of using a device, including monitoring host activity in an autonomous manner, without the host reporting to the device about its activity. The method also including initiating communications from the device and using resources of the host for such communications, thereby enabling the device to function as a proactive device.
Abstract:
A local storage device (LSD) is provided configured to have a host device (HD) in communication with the LSD. The LSD includes a memory array. The LSD is configured to characterize data access usage of the LSD by at least one program executing on the HD. The LSD is configured to monitor access to the LSD as a result of data access operations by the HD relative to the memory array of the LSD. The LSD is additionally configured to determine characteristics of the monitored access. The LSD is additionally configured to, based on characteristics of the monitored access, determine and store data on the LSD indicative of the characterized monitored access.