Innovator Corporation

Rose Blush Software LLC

Other

Micropatent

David J Kovanen

Joseph Fullmer

Corey Young

Cory Young

James F Shields

A Magnetic Pulse Therapy Device (MPTD) configured to deliver dynamically oriented magnetic flux using a fixed applicator. The device includes a segmented solenoid with independently controlled coils arranged circumferentially around a treatment zone. Energizing specific solenoid segments with opposite polarities creates points of opposition, while leaving gaps between opposing segments allows flux to escape. The escaping flux can be oriented up to 90° from the core's longitudinal flux direction within the solenoid. This controlled flux manipulation enhances therapeutic effectiveness compared to conventional bipolar core flux. The device is suitable for both clinical and home applications.

Magnetic pulse therapy device (MPTD) with dynamic directional flux control

Single foot applicator for magnetic pulse therapy device

Dual foot magnetic pulse therapy device

Dual forefoot applicator for magnetic pulse therapy device

For foot pain sufferers, especially those with peripheral neuropathy, this invention introduces a breakthrough device. Its key feature is a novel self-aligning applicator that simultaneously treats the entire foot and eliminates adjustments and sizing. A large enough and powerful enough treatment zone is possible by utilizing a segmented solenoid and by placing the foot directly into its coherent core flux. Dosages to the entire foot ofΣΔBcan be achieved within an hour. Extremely low voltages are used, and very little heat is produced, making the device suitable for in-home use.

Magnetic pulse therapy device (MPTD) for the treatment of pain

Single foot magnetic pulse therapy device

Forefoot pulse device

Single forefoot magnetic pulse therapy device applicator

For foot pain sufferers, especially those with peripheral neuropathy, this invention introduces a breakthrough device. Its key feature is a novel self-aligning applicator that simultaneously treats the entire foot and eliminates adjustments and sizing. A large enough and powerful enough treatment zone is possible by utilizing a segmented solenoid and by placing the foot directly into its coherent core flux. Dosages to the entire foot of 2,500 ΣΔBcan be achieved within an hour. Extremely low voltages are used and very little heat is produced, making the device suitable for in-home use.

It is therefore an object of the invention to provide a system and method for prequeuing of files predicted to be desired by a user, through a telecommunications link, into a local cache, based on a list, wherein the prequeuing system is responsive to any change in the sequence of user review, such that predicted latencies for sequential file review from any given starting point are minimized. A system and method for reducing latency in a sequential record browser are provided, for defining a sequential list of records; selecting a record from the list for review; downloading the selected record, and records sequentially thereafter until interrupted; interrupting the downloading by selecting a non-sequential record; and downloading the a non-sequential record and records sequentially thereafter until interrupted.

Method for queued overlap transfer of files

A system and method for presenting document records to a user through a display interface, comprising means for processing data of the first type through a first applet and data of the second type through a second applet and separately extracting data of the two different types using the separate applets. The user interface provides means for selecting a data file from a plurality of data files, displaying the merged and formatted processed first and second data, and managing a plurality of data files with the host application. Each record on the list may be individually selected, comprising providing at least two distinct categorization inputs from the user, providing an indicia in the record list to indicate a respective record classification, and providing means for selectively processing the records according to a respective classification thereof. The data file employs a standard image format file with an embedded index pointer to segregate two data types. A first data type, preferably an image, is referenced by the index pointer and is located near the terminus of the file. A second data type, for example text, appears immediately after the file header which includes the index pointer, and preferably terminates with an end of file marker. Thus, the single file may be read by both a standard image file reader, and a standard text reader, without parsing or segregation. The two data types are preferably text and image data, and the data file is preferably a tagged image format file (TIFF) file with Group-4 image compression.

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Browns Point, WA, United States of America

David J Kovanen