53 results about "Displacement ratio" patented technology

A liquid level sensing arrangement for a tank may include a float having a disc-like shape and a sensor that detects a position of the float relative to the tank. The float may have an overall height / total displacement ratio of 0.5 or less. The float may have a range of motion relative to the tank so that at least a portion of the float may move below a portion of a bottom wall of the tank and / or below an outlet for the tank.

There is provided an image processing apparatus for performing a stable attention condition determination, regardless of the shape and surrounding environment of an object of interest and regardless that the object is unknown or known. The image processing apparatus comprises a direction detector, a displacement detector, and an attention condition determiner. The direction detector detects, from a certain image including a person image, the direction information in two body regions of a person represented by the person image. The displacement detector calculates, from the two direction information, a displacement ratio that is the ratio between the two direction displacements. The attention condition determiner determines, according to a first and a second displacement ratio, how much the person pays attention to a certain object. The first displacement ratio is calculated in the displacement detector by using first direction information detected by the direction detector from a first certain image including a first person image, and the second displacement ratio is calculated in the displacement detector by using second direction information detected by the direction detector from a second certain image including the first person image.

The invention discloses a drop hammer type dynamic biaxial extension test device. The drop hammer type dynamic biaxial extension test device is characterized by comprising a base plate, a hammerhead and four groups of clamping devices, wherein the four groups of clamping devices are separately used for clamping four extension arms on a test piece in a one-to-one correspondence mode, the clamping devices are oppositely arranged in pairs, and a sliding device moves in the length direction of the extension arms of the test piece is arranged between the clamping devices and the base plate. The hammerhead is located right above the test piece, and four planes at the lower end of the hammerhead are inclined planes and directly face the four extension arms of the test piece in a one-to-one correspondence mode. The drop hammer type dynamic biaxial extension test device has the advantages that the four clamping devices are driven to move simultaneously through the hammerhead, four ends of the test piece are loaded simultaneously, the dynamic mechanical type biaxial extension of the test piece is realized, the structure is compact and simple, and the cost is low; and the test piece with different biaxial extension angles and different extension displacement ratios can be loaded by changing an included angle between the two adjacent extension arms on the test piece, changing the positionbetween the two corresponding groups of clamping devices and changing an inclined angle of the lower end surface of the hammerhead, and thus, the loading of the test piece is flexible and varied.