Abstract: Various embodiments are drawn to systems and methods for detecting an analyte of interest in a sample including an optical sensor, a capture probe attached to a surface of the optical sensor wherein the capture probe is capable of binding to the analyte to form a duplex or complex, and an antibody capable of binding to the analyte, duplex, or complex. In several embodiments, systems and methods further include a particle attached to the antibody or capable of binding to the antibody. In several embodiments, systems and methods for analyte detection feature one or more of the following: high detection sensitivity and specificity, scalability and multiplex capacity, ability to analyze large analytes, and ability to detect or measure multiple individual binding events in real-time.

Abstract: A method for locating a target wireless device is disclosed. At least one directional antenna is swept through a field of view at each of a plurality of sensing locations. A position is determined for each of the plurality of sensing locations. During the sweep at each of the plurality of sensing locations, a set of signal strength data for the target wireless device and a set of bearing information are collected. A plurality of lines of bearing are determined, one from each of the plurality of sensing locations to the target wireless device, based on the determined position, the collected set of signal strength data, and bearing information for each of the plurality of sensing locations. A target location of the target wireless device is determined based on an intersection of at least two lines of bearing from the plurality of lines of bearing.

Abstract: This invention is a scanning laser device with a universal carriage that holds any type of optical element. The carriage rotates about an axis that is substantially co-axial to the incident laser beam, thereby causing the laser energy passing through the optical element to sweep through a 360° circle. The preferred embodiment uses a rod lens as the optical element, resulting in a large circular beam spot. The device may utilize laser sources of various wavelengths and pulse frequencies, and multiple devices may be combined to scan an even larger area.

Abstract: A method for locating a target wireless device is disclosed. At least one directional antenna is swept through a field of view at each of a plurality of sensing locations. A position is determined for each of the plurality of sensing locations. During the sweep at each of the plurality of sensing locations, a set of signal strength data for the target wireless device and a set of bearing information are collected. A plurality of lines of bearing are determined, one from each of the plurality of sensing locations to the target wireless device, based on the determined position, the collected set of signal strength data, and bearing information for each of the plurality of sensing locations. A target location of the target wireless device is determined based on an intersection of at least two lines of bearing from the plurality of lines of bearing.

Abstract: A processing-related information storage unit stores processing-related information pertaining to processing of an original image. A processed image generation unit generates a processed image based on print data and processing-relating information, both pertaining to an original image. A processing-related information alteration receipt unit guides a user in altering the processing-related information with a processed image being displayed, and receives alterations to the processing-related information. When alterations to the processing-related information have been received, an update unit updates the processing-related information stored in the processing-related information storage unit based on the alterations, and updates the processed image to be displayed.

Abstract: A splitting wedge is provided for splitting wood. The wedge includes an upwardly facing impact surface, a collar adapted to slidably engage a vertical guide track and a downwardly facing cutting edge. The wedge is adapted to slide down the guide track and cut into an object to split, such as a wood log, when struck on the impact surface. The collar can include a bore to slidably engage a tubular guide track. The impact surface is off-set from the wedge towards to the collar.

Abstract: A print data generation unit generates print data including data which represent a print object character string. A print image data generation unit generates raster image data pertaining to the image to be printed based on the print data. A processing detail determination unit determines processing details pertaining to the raster image data on the basis of the print object character string. A print image data processing unit accepts an input of processing detail information about the processing details and an input of the raster image data, and subjects the raster image data to the image processing based on the processing detail information. A print instruction unit causes a printer to produce a printout of the processed raster image data.

Abstract: A print system, and a computer-readable program product for causing a computer to function as a print system, causes a printer to produce a printout of an image based on print data generated by any one of a plurality of programs. The print system includes: a print image data generation unit that generates raster image data pertaining to an image to be printed, based on the print data; a print image data processing unit that performs a rotating process for rotating in 180 degrees the raster image data generated by the print image data generation unit; and a print instruction unit that causing the printer to produce a printout of the raster image data that is performed with the rotating process by the print image data processing unit.

Abstract: A kit to form a wood splitting apparatus. The kit includes a guide track (14,16) capable of assembly and disassembly. The guide track is adapted for mounting (40) to a vertical support. A splitting wedge (22) is provided which is adapted to engage and move along the guide track. A stop (24) is provided for limiting movement of the splitting wedge along the guide track.

Abstract: A kit to form a wood splitting apparatus. The kit includes a guide track (14,16) capable of assembly and disassembly. The guide track is adapted for mounting (40) to a vertical support. A splitting wedge (22) is provided which is adapted to engage and move along the guide track. A stop (24) is provided for limiting movement of the splitting wedge along the guide track.

Abstract: A vending system which includes a number of vending machines and a central audit unit. The audit unit receives information pertaining to the operation of the vending machines and uses this information to model the operation of each machine over time. The model is then used to identify abnormal deviations in states of the vending machines such as a change in the ingredient consumption per dispensed product.