35results about How to "Measure objectively" patented technology

A tool for measuring the thickness of sinking slag on hole bottom of a bored pile comprises a measurement rope, and a metal measurement hammer fastened to the bottommost end of the measurement rope, wherein the measurement rope is composed of a sheath layer and a core layer; the sheath layer is sheathed on the outer side of the core layer in a loose fit manner; the metal hammer is fastened to the lower end of the core layer; a vertical sleeve is connected with the lower end of the sheath layer; a horizontal bottom sheet is arranged at the lower end of the vertical sleeve and is fixedly connected with the vertical sleeve as a whole; the metal measurement hammer is sheathed in the vertical sleeve in a loose fit manner; the upper end of the core layer is exposed out of the sheath layer; and length scales are formed the upper end of the core layer. The tool can objectively measure the thickness of sinking slag on the hole bottom of the bored pile without the need of the subjective determination of engineers based on experience and hand feeling. The invention also provides a method for measuring the thickness of sinking slag on the hole bottom of the bored pile.

The embodiment of the invention provides a method and apparatus for measuring eye parameters. The method includes: obtaining a shot image of the eye, wherein the shot image comprises a shot photo anda medical detection image; recognizing a cornea and an eyelid of the eye in the shot image, and generating a mark line for marking the distance between an end point of the cornea and a corresponding end point of the eyelid according to the cornea and the eyelid; determining a first pixel number, occupied in the shot photo, of the mark line as a first measuring result of an eyelid retraction amount; recognizing the medical detection image to obtain a bone structure of the eye; determining a portion enclosed by the bone structure as a to-be-segmented target; obtaining an image grayscale value ofthe to-be-segmented target, and extracting segmented eye muscle according to the image grayscale value; and determining a measuring result of an eye muscle cross-sectional area according to a secondpixel number occupied by the eye muscle and a preset corresponding relation. The apparatus executes the above method. According to the method and the apparatus, the eye parameters can be objectively and accurately measured with high efficiency.

The invention discloses an automatic measuring method and device of intrapartum cephalopelvic relationship based on ultrasonoscopy. The automatic measuring method comprises the steps that a puerpera transperineal ultrasonoscopy data set for training is obtained, and taken as a training set; data in the training set are input into a constructed neural network model, an end-to-end split model is trained, and interested areas of the symphysis pubis and the fetus head are split; training is conducted repeatedly, a trained neural network model is obtained; and in practice application, the ultrasonoscopy collected in real time is input into the trained neural network model, the interested areas of the symphysis pubis and the fetus head are obtained, enhancing and edging fitting are conducted onthe interested areas, and the fetus head angle of descending AOD of and the symphysis pubis-fetus head distance SFD are calculated. Compared with an existing intrapartum fetus parameter measuring method, according to the automatic measuring method and device, intrapartum fetus parameters can be accurately and objectively measured in real time, any priori knowledge and human intervention are not needed, the requirement of real-time application can be met, and clinical application prospects are achieved.

The invention relates to a gear internal diameter measurement mechanism based on self-centering and a measurement method thereof. The measurement mechanism comprises a centering driving portion, a passive rotation measuring portion and an equipment main body portion, wherein a body and a passive rotation sleeve are respectively mounted on a platen, the body is provided with a cylinder, a piston ofthe cylinder is connected with a lifting sliding table, a rotation fixing sleeve is mounted on the lifting sliding table, a power source is mounted on the rotation fixing sleeve through a fixing support, a rotation shaft is rotatably mounted on the rotation fixing sleeve, one end is connected with an output end of the power source, the other end is connected with a positioning top tip, a rotationdisc and a rotation seat are arranged below the positioning top tip, the rotation seat is rotatably mounted on the passive rotation sleeve, the rotation disc is mounted on the rotation seat and is used for carrying a to-be-measured gear, and a gauge block type displacement sensor is arranged in the rotation seat and is mounted on the passive rotation sleeve through a sensor support. The measurement mechanism is advantaged in that automatic centering, active pressure driving, passive rotation and dynamic measurement are realized, the measurement mechanism is suitable for measuring gears in multiple internal diameter dimensions, measurement precision is high, and work reliability is realized.

The invention relates to a method for utilizing pictures to measure waterfoul body size. The method includes the following steps: 1), checking a picture scale; 2), measuring picture body size; 3), converting between individual body size picture measured value and individual body size actual measured value. Due to adoption of the above technical scheme, the method has the advantages that waterfoul body size data measuring is more objective, and diversity of measurement results due to difference in measuring point acknowledgment can be avoided by utilizing the pictures to measure the waterfoul body size; manpower resources are saved, and one person can complete individual body size measuring tasks which can be completed by ten and more persons originally through waterfoul body size picture measuring; body size measuring results are more accurate, and inaccuracy in body size measuring of each body size due to difficulty in individual fixing and tissue sliding can be avoided after picture measuring is adopted.

The invention relates to a measuring device for the sound collection range of a communication terminal. Loudspeakers are arranged on the other side of a terminal to be measured; the terminal to be measured and an artificial mouth are arranged on an artificial head; and the artificial head is arranged on a rotating platform. The measuring device overcomes the defects that the conventional measurement of a sound collection range is centered on the directivity, the collection intensity of sounds in different distances cannot be measured owing to playing a single sound, and the result of the measurement is inaccurate. The measuring device measures the sound collection range of the terminal to be measured, so as to provide effective, impersonal and accurate measurement of the sound collecting range, accurately measure the sound collection range of the terminal to be measured, and ensure accurate, effective and impersonal measurement of the sound collection range.

The embodiment of the invention relates to the technical field of the augmented reality, and discloses a dispersion measurement device and method for augmented reality equipment. In the embodiment ofthe invention, the dispersion measurement device for the augmented reality equipment comprises camera shooting equipment which is collinear with a main optical axis of the augmented reality equipmentand a processor, wherein the processor is in communication connected with the camera shooting equipment; and the processor is used for controlling the camera shooting equipment to capture a referenceimage and a test image which are displayed by the augmented reality equipment, and obtaining dispersion information of the augmented reality equipment according to the contour deviation between the captured test image and reference image. The embodiment of the invention further provides a dispersion measurement method for the augmented reality equipment. By adopting the embodiment of the invention, the dispersion of the AR (Augmented Reality) equipment can be objectively measured, the measurement is fast and efficient, and the accuracy is high.

The invention belongs to a new method for elastic determination of a particle profile control agent. The new method comprises the following steps: (1) expressing a resilience factor of a particle profile control agent (described in the specification); (2) screening the profile control agent; (3) preparing an experimental sample; (4) measuring piston height H0 under the initial atmospheric pressurecondition; (5) setting a pressure corresponding to piston height H1 and measuring; (6) determining a resilience height H2, namely a pumping pressure is released when a device is pressurized to a setpressure 4MPa and simultaneously recording a relation curve showing that the resilience height H2 of a piston varies along with time after the particle profile control agent is freely expanded; and (7) performing data processing, namely according a resilience factor calculation formula, giving a relation curve showing that the resilience factor varies along with the time, reading a value of the curve when the curve is smooth and steady and taking the value as the resilience factor under the condition.

The embodiment of the invention relates to the technical field of the electronics, and discloses a measurement device and method of visible equipment imaging brightness. The measurement device of thevisible equipment imaging brightness comprises camera equipment co-line with a principle optic axis of the visible equipment, and a processor; the processor is in communication connection with the camera equipment; the processor is used for the camera equipment to capture a testing image displayed by the visible equipment and taking the captured image as a reference image, wherein the testing image is a pure white image; the processor is further used for acquiring color brightness of each pixel point of the reference image, and acquiring the real imaging brightness information of the visible equipment according to the color brightness of each pixel point and the brightness function of the real brightness, wherein the brightness function is a mapping relation of the color brightness and theactual brightness. The embodiment of the invention further provides a measurement method of visible equipment imaging brightness. By adopting the measurement device disclosed by the embodiment of theinvention, the imaging brightness of the visible equipment can be objectively measured, and the device is low in cost, fast and efficient and high in accuracy.