Abstract: An integrated magnetic pulsation device for the treatment of foot pain that utilizes an electrical pulse generator and a magnetic coil situated within the same enclosure. The device having the capability to have a patient's foot placed onto the top of a magnetic coil or under that magnetic coil to expose that patient's foot to a series of high intensity magnetic pulsations. The device also including a control panel that directs a patient as to how to utilize the device for the treatment of that patient's foot pain.

Abstract: A device cradle and device management system monitor and control a usage time of a portable electronic device. The device cradle includes a housing including at least one slot in which a device is disposable and a sensor to detect whether a device is disposed in the slot. The device cradle may be connectable to a server and/or a terminal, which may control the device cradle to monitor whether the device is disposed in a slot of the device cradle. The device cradle may decrease conflict between children and parents regarding use of electronic devices.

Abstract: A device cradle and device management system monitor and control a usage time of a portable electronic device. The device cradle includes a housing including at least one slot in which a device is disposable and a sensor to detect whether a device is disposed in the slot. The device cradle may be connectable to a server and/or a terminal, which may control the device cradle to monitor whether the device is disposed in a slot of the device cradle. The device cradle may decrease conflict between children and parents regarding use of electronic devices.

Abstract: A charging station (10) for wireless digitizer tablets (12) includes a housing (11), and a plurality of tablet receiving areas (20) associated with the housing. Each tablet receiving area is constructed and arranged to receive a wireless digitizer tablet for docking therein. A charging connector (24) is associated with each tablet receiving area and is constructed and arranged to be connected with an associated tablet for charging at least one battery of the associated tablet. A power cord structure (26) is electrically connected with each charging connector such that when the power cord structure is connected with a source of power, the power cord structure delivers electrical current to each charging connector substantially simultaneously.

Abstract: A touch-enabled personal whiteboard tablet (10) includes an electromagnetic digitizer portion (12) having a rigid input surface (14) with no display features. A pen structure (16) is operatively associated with the input surface such that proximity of the pen structure with respect to the input surface, as a result of a user's input, is detected by the digitizer portion. A touch screen display (18) is separate from the digitizer portion and is operatively associated with the input surface such that the user's input to the input surface can be displayed on the touch screen display.

Abstract: A personal response system 10 includes a plurality of camera assemblies 12 each having a camera 16 constructed and arranged to capture an image of information 18 on material that rests on a surface below the camera. Each camera assembly includes a transmitter 21 constructed and arranged to transmit the captured image in a wireless manner. A single receiver structure 22 is constructed and arranged to receive transmitted captured images from the camera assemblies. The receiver structure is constructed and arranged to be associated with a single host computer such that the captured images can be managed at the host computer.

Abstract: A charging station (10) for wireless digitizer tablets (12) includes a housing (11), and a plurality of tablet receiving areas (20) associated with the housing. Each tablet receiving area is constructed and arranged to receive a wireless digitizer tablet for docking therein. A charging connector (24) is associated with each tablet receiving area and is constructed and arranged to be connected with an associated tablet for charging at least one battery of the associated tablet. A power cord structure (26) is electrically connected with each charging connector such that when the power cord structure is connected with a source of power, the power cord structure delivers electrical current to each charging connector substantially simultaneously.

Abstract: A prescription verification system includes a database that contains a plurality of spectral signatures corresponding to identified pharmaceuticals. A multimodal multiplex sampling (MMS) spectrometer obtains a spectra of a pharmaceutical to be identified and verified. The pharmaceutical can be inside or out of a vial. The prescription verification system includes algorithms for matching spectra of pharmaceuticals to be verified obtaining using the MMS spectrometer to spectral signatures contained in the database corresponding to identified pharmaceuticals. The prescription verification system further includes algorithms for identifying such pharmaceuticals to be verified.

Abstract: A collaborative input system 10 includes a host computer 12. A display 14 is associated with the host computer. The host computer includes a processor 15 configured for executing an application to provide an image 17 on the display 14. At least one electromagnetic digitizer 18 is provided separate from the host computer. The digitizer 18 has an input surface 22 defining a display space that is mapped to coincide with the display 14, and a pen structure 24 operatively associated with the input surface such that proximity of the pen structure with respect to the input surface, as a result of a user's input, is detected by the digitizer.

Abstract: A collaborative input system 10 includes a host computer 12. A display 14 is associated with the host computer. The host computer includes a processor 15 configured for executing an application to provide an image 17 on the display 14. At least one electromagnetic digitizer 18 is provided separate from the host computer. The digitizer 18 has an input surface 22 defining a display space that is mapped to coincide with the display 14, and a pen structure 24 operatively associated with the input surface such that proximity of the pen structure with respect to the input surface, as a result of a user's input, is detected by the digitizer.

Abstract: A portable, light weight support stand for vertical mounting and use of a flexible digitizer. The stand is placed against a wall or other vertical structure so that writing pressure on the digitizer is supported by the wall and not by the stand. The entire structure is supported by legs extending at an angle from the stand to a floor adjacent to the supporting wall. The result is a very light weight, highly portable structure that provides all of the support necessary to maintain writing operations on a flexible digitizer while avoiding the weight and awkwardness of conventional rigid digitizers and support stands.