Abstract: Disclosed herein are pyrazole pyrimidine compounds that modulate and/or inhibit hematopoietic progenitor kinase 1, as well as methods of making such compounds and therapeutic methods of using same.

Abstract: A printed structure, and systems and methods for creating the printed structure are disclosed. The printed structure includes a substrate, a first printed image layer, and a second printed image layer printed at least partially over the first printed image layer. The first printed image layer includes a first variable image printed using a first electrophoretic ink and the second printed image layer includes a second variable image printed using a second electrophoretic ink. The first variable image and the second variable image are configured to selectively change their display states upon application of an electric field.

Abstract: The hat flag comprises a flag mount and a replaceable flag assembly. The flag mount may be coupled to a hat and may present a threaded receiver for detachably coupling the replaceable flag assembly to the top of the hat. The replaceable flag assembly may display a flag elevated above the hat via a flag support rod when the replaceable flag assembly is detachably coupled to the flag mount. The replaceable flag assembly may comprise a spring-loaded base such that the flag support rod may tilt when an external force is applied and may right itself when the external force is removed. The replaceable flag assembly may comprise a bearing such that the flag is free to swivel.

Abstract: Improved power management techniques for computer-readable storage devices are described. In one embodiment, for example, an apparatus may comprise a plurality of logical storage devices and a controller to manage operations of the plurality of logical storage devices, the controller comprising a configuration component to configure a global power consumption threshold defining an overall power consumption budget for the plurality of logical storage devices, a tracking component to maintain a global power consumption tally comprising an estimated total power consumption level for the plurality of logical storage devices, and an arbitration component to resolve an operation request based on the global power consumption threshold and the global power consumption tally. Other embodiments are described and claimed.

Abstract: Improved power management techniques for computer-readable storage devices are described. In one embodiment, for example, an apparatus may comprise a plurality of logical storage devices and a controller to manage operations of the plurality of logical storage devices, the controller comprising a configuration component to configure a global power consumption threshold defining an overall power consumption budget for the plurality of logical storage devices, a tracking component to maintain a global power consumption tally comprising an estimated total power consumption level for the plurality of logical storage devices, and an arbitration component to resolve an operation request based on the global power consumption threshold and the global power consumption tally. Other embodiments are described and claimed.

Abstract: Method and system are provided for handling data when power failure from a primary power source of a storage system is detected. The system provides a first memory and a second memory. The first memory is primarily used to store data when the primary power source is operating. If a power failure is detected, a first indicator is set to indicate that data is stored or being transferred to the second memory. Thereafter, data is transferred from the first memory to the second memory. Any errors during the transfer are logged. Once power is restored, data is transferred back to the first memory. A second indicator is set to indicate that there is no data at the second memory.

Abstract: The invention relates to a simulator for training in arthroscopic surgery on a joint of a simulated patient, comprising: a data processing unit (1); viewing means (2) for viewing the simulation exercise; a working platform (12); a human anatomy model (9) with arthroscopic portals (3) through which the user inserts the simulated arthroscopic instrument (10); two haptic devices (5a, 5b) arranged around the model (9) with a mobile member (6a, 6b), the end of which is provided with a guide (8a, 8b) for guiding the instrument that is inserted into the arthroscopic portals (3) during a simulated surgical procedure, each haptic device (5a, 5b) including means for synchronization with the control unit (1) and means for determining the position and orientation of the mobile members (6a, 6b); and a simulated arthroscopic camera (7). The data processing unit (1) is configured to send simulated images, as would be seen in a real operation, from the arthroscopic camera (7) to the viewing means (2) in real time.

Abstract: The invention relates to a simulator for training in arthroscopic surgery on a joint of a simulated patient, comprising: a data processing unit (1); viewing means (2) for viewing the simulation exercise; a working platform (12); a human anatomy model (9) with arthroscopic portals (3) through which the user inserts the simulated arthroscopic instrument (10); two haptic devices (5a, 5b) arranged around the model (9) with a mobile member (6a, 6b), the end of which is provided with a guide (8a, 8b) for guiding the instrument that is inserted into the arthroscopic portals (3) during a simulated surgical procedure, each haptic device (5a, 5b) including means for synchronization with the control unit (1) and means for determining the position and orientation of the mobile members (6a, 6b); and a simulated arthroscopic camera (7). The data processing unit (1) is configured to send simulated images, as would be seen in a real operation, from the arthroscopic camera (7) to the viewing means (2) in real time.