16 results about "Band area" patented technology

Methods and computing apparatus for implementing a radiation dosimetry process. An example process may include exposing a first radiation sensitive film to a series of known doses of radiation, measuring a first set of radiation data with a measurement device, and determining a calibration curve. The calibration curve may be determined by selecting Raman spectral ranges based on the first set of radiation data, determining a plurality of band area ratios, and generating the calibration curve based on plotting the band areas and ratios compared to known dose. The radiation dosimetry process then exposes a second radiation sensitive film to an unknown dose of radiation, measures a second set of radiation data for the second radiation sensitive film with the measurement device, and determines a dose exposure level for the second radiation sensitive film by comparing the second set of radiation data with the calibration curve.

The invention relates to the technical field of spiral conveying detection, and discloses nano ceramic layer spiral conveying equipment with a wear detection mechanism, the equipment is provided with a detection trolley which is driven by a conveying screw blade and advances along a parallel track, so that a probe mounted on the detection trolley can move along with the axial direction of the trolley; according to the method, a complete spiral band area on the surface of the rotating blade is continuously contacted and scanned, so that a traditional fixed single-point detection mode is changed, non-blind area and linear continuous scanning of the working surface of the blade is realized, each abnormal point of the whole detected area can be captured, continuous surface topography curve data instead of discrete point data can be obtained, and the detection accuracy is improved. By performing trend analysis and abnormal fluctuation identification on the curve, the overall wear degree can be judged, and occurrence and development of local damage can be early warned, so that an accurate predictive maintenance plan can be made, sudden failures are avoided, the service life of equipment is prolonged to the maximum extent, and production continuity is guaranteed.

A substrate support to support a substrate in a processing chamber includes: a body including seal bands, where the seal bands are configured to contact the substrate and define a seal band area; first mesas extending upward from the body and configured to contact the substrate; and second mesas extending upward from the body in the seal band area and configured to contact the substrate. The second mesas have a higher contact surface area density than the first mesas.

The utility model relates to the technical field of slurry concentration, in particular to a disc structure of a multi-disc concentrator, which comprises a hollow main shaft, a sealing belt and a plurality of sector plates, and the sector plates are arranged along the circumference of the hollow main shaft and are connected with the hollow main shaft through the sealing belt; an annular groove communicating with the interior of the hollow main shaft is formed in the outer side wall of the hollow main shaft in the circumferential direction. The sealing belt is connected to the annular groove in a sleeving manner; a counter bore is formed in the bottom of the fan-shaped plate, a screw is arranged in the counter bore, and the screw penetrates through the sealing belt and is in threaded connection with the bottom wall of the annular groove; and the fan-shaped plate can press the sealing tape tightly by screwing the screw, so that the hollow main shaft is connected in a sealing manner. The utility model can solve the problem that the connection part of the disc and the hollow main shaft and the sealing belt area are easy to wear and leak.

Embodiments of the present application provide a display panel brightness correction method and a display panel brightness correction device, and relate to the technical field of display, and aim to solve the problem that the image of the display panel collected by the display panel during demura has a bright band area, and the bright band area presents a dark band after demura. The display panel brightness correction method comprises the following steps: collecting a first image of a display panel; identifying a bright band area in the first image; obtaining at least one mapping area according to the bright band area; updating data in the bright band area in the first image to data in at least one mapping area in the first image, and generating a second image; and performing brightness correction on the display panel according to the second image.

Integrated circuit which features the following: a storage cell (20A) with a first well doping configuration comprising a first well region (114A-1), a second well region (112A), and a third well region (114A-2) arranged in a substrate (110), wherein the second well region (112A) is located between the first well region (114A-1) and the third well region (114A-2), and wherein the first well region (114A-1) and the third well region (114A-2) are further doped with a dopant of a first type, and the second well region (112A) is doped with a dopant of a second type; and a trough belt cell (50) which is arranged adjacent to the storage cell (20A), wherein: - the trough belt cell (50) has a first trough belt area (50B), a second trough belt area (50A) and a third trough belt area (50C), wherein the second trough belt area (50A) is arranged between the first trough belt area (50B) and the third trough belt area (50C), - the first trough belt area (50B) and the third trough belt area (50C) have the first trough doping configuration, - the second trough band area (50A) has a second trough doping configuration which includes a fourth trough region (114C) doped with the dopant of the first type, and - the tub band cell (50) contains first tub pickup regions (160B) which are arranged on the fourth tub region (114C) and second tub pickup regions (160A) which are arranged on a fifth tub region (112C) which extends without interruption into the second tub region (112A).

The invention relates to a partition net device (1) for a motor vehicle, with a tension band fixation (2) comprising a tubular element (3) and a tension band (4) with an end loop (9) which is guided around the tubular element (3) in a band area (10), wherein the band area (10) is bounded at one end by a proximal ring element (11) which surrounds the tubular element (3), and a plug element (13) is attached to an end area (12) of the tubular element (3), which bounds the band area (10) at the other end and has an internal geometry (14) which is inserted into the tubular element (3) and embossed with it for fixation, and the outer circumference (16) of the plug element (13) is larger than that of the tubular element (3) in the band area (10), and the band area (10) is spanned by a bridge element (17). Furthermore, the invention relates to a method for providing a partition net device (1) and a motor vehicle.

The utility model discloses an assembly type laminated slab formwork simple support mechanism which comprises I-shaped beams located on the two sides of a post-cast strip area, and the bottom of each I-shaped beam on the single side is supported through a plurality of stand columns. The I-shaped beam comprises horizontal plates with the upper side and the lower side parallel to each other, and a vertical plate is arranged between the horizontal plates on the two sides for connection. A plurality of round holes are evenly formed in the vertical plate at equal intervals, the ends of the round pipes are inserted into the corresponding round holes, the round pipes form a horizontal support of the post-cast strip area, and a formwork is installed and used for concrete pouring of the post-cast strip area. The mode that the stand columns are matched with the I-shaped beams is adopted for supporting, the post-cast strip area is reserved between the laminated slabs, holes are formed in the vertical plates corresponding to the I-shaped beams, the round pipes are selected as supporting carriers, formworks are laid on the upper sides, and then formwork installation of the post-cast strip is completed, a supporting system of the laminated slabs is achieved, and meanwhile formwork building of the post-cast strip area is completed. And engineering disassembly and assembly are simple, consumables are few, and the structure is reliable

The present disclosure relates to an anti-glare film including an acrylic substrate and a coating layer located on at least one side of the acrylic substrate, which has a specific rate of change of band area ratio in a graph derived from the result of Raman spectroscopy performed for the coating layer in the thickness direction. It also relates to a polarizing plate, and a display apparatus including the same.

The present disclosure relates to a photopolymer film comprising a substrate film and a recording layer, and having a maximum reduction rate of a predetermined band area in a graph derived from the results of photothermal infrared (PTIR) spectroscopic analysis in a thickness direction from one surface of the recording layer, a composition for forming such photopolymer film, a holographic recording medium and an optical element comprising the same.

The invention relates to the technical field of main bearing machining, in particular to a main bearing ring cambered surface soft belt polishing method which comprises the following steps: determining polishing paths, namely a first linear path, an arc path and a second linear path; and a robot is adopted to control a first polishing piece to polish the cambered surface soft belt area in a reciprocating mode according to the first linear path, the arc path and the second linear path. The problems that in the prior art, manual polishing is long in consumed time, low in productivity and low in precision can be solved, and polishing of cambered surface soft belt areas of main bearing rings of different sizes and models can be completed. In addition, the robot is adopted for controlling grinding, the problem that dust generated by manual grinding harms health is solved, and the problems that cost is high and occupied space is large due to the fact that a machine tool is adopted for grinding can also be solved.

The objective is to provide a program and method for performing "band replacement," which involves changing the banner on property information media to a banner representing the real estate agent, in a simple and highly accurate manner, and to easily generate property information media containing the agent's own company information. [Solution] The computer included in the band replacement processing device 1 functions as a means for acquiring image data indicating a property information medium based on document data transmitted from any of the terminal devices included in the plurality of terminal devices 2A to 2E, a determination means for determining whether or not band replacement area information is registered in the database, and, if, as a result of the determination by the determination means, the band replacement area information associated with the publisher information of the acquired image data is not registered in the database, it analyzes the image data acquired by the image data acquisition means and functions as a band position identification means for determining the position of the band area which is the area in which the publisher information of the image data is written.

The application discloses a production line assembly real-time detection method and system applying computer vision, and relates to the technical field of computer vision, and comprises the following steps: generating a lifting saliency map of an FPC assembly part; obtaining an outer contour line based on a bright field image of the FPC assembly part, and performing bilateral extension on the outer contour line to obtain a welt band area; generating a welt enhancement map according to a welt band saliency map corresponding to the welt band area; establishing a local coordinate system based on the outer contour line corresponding to the bright field image; performing binarization and skeletonization processing on the welt enhancement map to obtain a bright ridge center line map, and generating a welt unwound ridge line map according to the local coordinate system corresponding to the bright ridge center line map; obtaining an ordered center line point set according to an unwound connected area corresponding to the welt unwound ridge line map, and calculating a fitting deviation of the ordered center line point set based on a fitting arc corresponding to the ordered center line point set; and the application improves the recognition accuracy of a local edge abnormal area.

A mechanism for suppression of spurious signals or modes in FBAR resonators and filters, incorporating the effects of the electromagnetic (EM) cavity resonance physical field model. The suppression of spurious signals is achieved by modifying the characteristics of the EM cavity resonance of the FBAR resonator. This is achieved by keeping the fundamental piezoelectric resonance frequency of the resonator constant and shifting the EM cavity resonance to a lower frequency. This shift of the EM cavity resonance frequency ensures that the sub-spurious signals generated from the interaction between the piezoelectric resonance frequency and the EM cavity resonance frequency, are shifted to a lower-frequency, which advantageously lies in a rejection band area outside the passband of the piezoelectric resonance. The FBAR resonator is modified to include a “zipper” edge top electrode which includes a series of local ridges or peaks and valleys being generally between adjacent ridges or peaks.

The application discloses a nucleic acid integrity determination method and system. The method comprises the following steps: 1) obtaining the degradation degree of each training set gel sample and the main band position of each training set gel sample band area based on the image of the training set gel sample; 2) sorting all the training set gel samples according to the degradation degree and the main band position, and scoring the integrity of the training set gel samples according to the sorting; 3) inputting the image and the integrity score of the training set gel sample into a model as training data to train the model, and obtaining a trained model; and 4) inputting the image of a to-be-tested gel sample into the trained model to obtain the integrity score of the to-be-tested gel sample. The method and system can more accurately and automatically detect the nucleic acid integrity based on the gel.

This image is for a vibrometer that measures the acceleration, velocity, displacement, etc. of various industrial equipment, and displays the measured data as well as allows operation. As shown in Reference Figure 1, which shows the usage state, when the user touches the graph area, band area, or volume button with a finger, the image changes as shown in the image diagram of the changed state, and the input area is displayed, while areas other than the relevant area are displayed in dark tones. The user can perform operations such as changing setting values ​​in the input area.