17results about How to "Sure easy" patented technology

Provided are an image processing device, an image processing method, and an image processing program that can easily determine a distribution of a faint calcification having low visible in a radiographic image. An image processing device includes at least one processor. The processor detects a faint calcification from a radiographic image captured by irradiating a breast with radiation and displays a calcification distribution image showing a distribution of the faint calcification in the breast in the radiographic image.

This invention discloses a method, apparatus, equipment, and medium for determining the operating load of a wind turbine, relating to the field of power equipment technology. The method includes: determining target operating data of the wind turbine; determining the cumulative vibration acceleration value and model coefficients of the wind turbine based on the target operating data, wherein the cumulative vibration acceleration value includes the cumulative axial vibration acceleration value and the cumulative lateral vibration acceleration value, and the model coefficients include axial model coefficients and lateral model coefficients; and determining the operating load of the wind turbine based on the cumulative axial vibration acceleration value, the cumulative lateral vibration acceleration value, the axial model coefficients, and the lateral model coefficients. This invention determines the cumulative vibration acceleration value and model coefficients of the wind turbine based on its operating data, thereby determining the operating load of the wind turbine. This method enables simple, rapid, and efficient determination of the operating load of the wind turbine without the need for additional detection equipment, improving the feasibility of the operating load determination process.

Support information for more easily determining the state of a control target is provided. A control system collects a captured image of a target associated with the imaging time, cyclically collects state values of the target, and acquires, for each predetermined length of time, a representative value of state values collected over the predetermined length of time. For a representative value selected by a user operation from representative values each acquired for each predetermined length of time, the control system displays a temporal waveform and a moving image side by side, the temporal waveform is a temporal waveform of the state values collected over the time associated with the representative value, and the moving image is a moving image of images each associated with the imaging time in the predetermined length of time.

Whether or not prediction data is correct can be more easily determined when a degree of deterioration of a consumable is predicted using a machine learning model. A prediction data display device includes a prediction part and a display part. The prediction part is configured to input, into a trained model on which a training process has been performed with training data in which information on first characteristic data is set as input data and information on second characteristic data is set as ground-truth data, information on third characteristic data to calculate information on fourth characteristic data, the first characteristic data indicating a degree of deterioration of a first consumable in a first period, the second characteristic data indicating a degree of deterioration of the first consumable in a second period after the first period, the third characteristic data indicating a degree of deterioration of a second consumable to be predicted in the first period, and the fourth characteristic data indicating a degree of deterioration of the second consumable to be predicted in the second period. The display part is configured to display a graph of the second characteristic data with a display appearance determined in accordance with a similarity between the information on the first characteristic data and the information on the third characteristic data, together with displaying a graph of the fourth characteristic data.

The image non-uniformity correction method and device, the infrared image device and the computer readable storage medium provided by the embodiments of the present application, the method comprises: acquiring a same group of in-focus images and out-of-focus images collected for a target scene; respectively decomposing the in-focus images and the out-of-focus images through wavelet transform to obtain corresponding in-focus sub-band images and out-of-focus sub-band images; determining a fixed image noise component contained in a high-frequency component in the out-of-focus sub-band images based on the high-frequency component; determining a corresponding image component estimation value according to a sub-band coefficient of the in-focus sub-band images and the corresponding fixed image noise component; reconstructing the image component estimation value through inverse wavelet transform to obtain a non-uniformity corrected image of the target scene, thus avoiding information loss and redundancy of the image signal in the decomposition process, so that the non-uniformity corrected image of the target scene is obtained more quickly and more clearly.

A method (200) for determining an elevation of a road portion used by a vehicle, the method (200) comprising the steps of:-detecting (201) signals transmitted by at least two respective ground-based transmitters, the ground-based transceivers being each positioned at different heights,-comparing (206) the detected signals to determine a signal having the highest power,-determining (201) the elevation of the road portion used by the vehicle, and-determining (201) the elevation of the road portion used by the vehicle. -determining (208) an elevation of the road portion based on the comparison.

In order to provide a metered dosing component which enables metering other than visually, there is provided a metered dosing component including; a plunger 107having a protruding portion on an outer surface thereof, a flange cover 109 to be placed over a flange portion 114 of the syringe 111, having a hole 116 through which the plunger passes, and a recess 125provided in the inner surface of the hole 116 through which the protruding portion passes, wherein the protruding portion has a first protruding portion 115extending axially to a front end side of the plunger, a second protruding portion 117 extending axially to a rear end side of the plunger and located at a different position from the first protruding portion in the circumferential direction, and a continuous protruding portion 119 connecting a rear end of the first protruding portion and a front end of the second protruding portion in a continuous manner, when the plunger is pulled backward from a position where the second protruding portion is located in the recess, the second protruding portion, the continuous protruding portion, and the first protruding portion pass through the recess in that order, and when the rear end of the first protruding portion passes through the recess, the plunger rotates with respect to the flange cover.

This invention belongs to the technical field of fault diagnosis, specifically relating to a method, apparatus, device, storage medium, and smart bed for determining fault types. The invention proposes a method for determining fault types, comprising: deflating airbags in the smart bed according to preset rules; periodically inflating each deflated airbag for a preset duration; acquiring the current air pressure of each airbag after inflation; and determining the fault type of the smart bed based on the current air pressure of all airbags. This method enables easy determination of the type and cause of a fault in the smart bed without disassembling it, simplifying the maintenance of the smart bed.

The present invention is directed to monoclonal antibodies and antigen-binding portions thereof, specific for the capsular polysaccharides of Neisseria meningitidis serogroup X (NmX), wherein said antibodies or portions thereof are characterized by the sequences of the 6 CDR of the variable regions of the heavy and light chains. These antibodies are suitable for in vitro detection of Neisseria meningitidis serogroup X especially in a biological sample without purification of the capsular polysaccharides. The invention also concerns said monoclonal antibodiesor adequate portions thereofin different diagnostic tests and methods, in order to detect NmX. The invention discloses also a rapid diagnostic test for detecting NmX in a biological fluid.

The application relates to the technical field of optical application, in particular to a single-point detector imaging performance characterization system; the characterization system comprises a data acquisition platform, a laser, an objective lens, a bright-field imaging image sensor, a single-point detector, a source table and an optical path assembly; the data acquisition platform is connected with the laser to receive an electric signal after photoelectric conversion of the single-point detector; the source table is further connected with a current amplifier and an oscilloscope; and the optical path assembly guides a light path; on the basis of the prior art, the structure of the characterization system is improved, the simulation physical imaging mode is adopted, the device is simplified, the position of the single-point detector in the optical path is easy to determine, the photosensitive surface size of the detector can be as small as microns, the characterization system is especially suitable for scientific research, the imaging characterization of the full-waveband single-point detector can be realized by replacing the laser, the optical path stability can be maintained, and rich information amount such as current size, responsivity and response speed can be contained in single characterization.

A magnetic component 8 of an embodiment has a resin-made hollow container 1 that houses a doughnut-shaped magnetic core 5, and the resin forming the hollow container 1 exhibits a white color to gray color having a chromatic value C of 0 (achromatic) to 2 and a lightness V or 8 or higher as defined by JIS Z8721 "Color specification - Specification according to their three attributes". The hollow container 1 has an inner wall portion 2 formed to form a hollow portion 4, an outer wall portion 3 formed to surround the inner wall portion 2, and a bottom portion 6 provided at one end of each of the inner wall portion 2 and the outer wall portion 3 to close a space between the inner wall portion 2 and the outer wall portion 3, and houses the doughnut-shaped magnetic core 5 between the inner wall portion 2 and the outer wall portion 3.

This invention provides a method, apparatus, and electronic device for pushing network resources, relating to the field of Internet technology. The method includes: upon receiving a network resource acquisition request from a target client, determining the number of historical network resource acquisition requests received from the target client within a specified time period prior to the current moment, as a baseline count; randomly selecting a first number of first network resources from a preset pool of candidate network resources; wherein the first number is negatively correlated with the baseline count; selecting a second number of first network resources as network resources to be pushed, based on the matching degree between each first network resource and the user characteristics of the target user; wherein the target user is a user logged into the target client; and pushing resources to the target client according to the network resources to be pushed. This solution can better meet the personalized needs of users.

An experimental method is provided, comprising the steps of: forming a primary color particle mixture; forming a heterochromatic particle mixture; performing a particulate material casting manufacturing process using the different-color particulate mixture, in which the primary-color particulate mixture is loaded into the sand shooting cylinder when the particulate mixture contained in the sand shooting cylinder drops to a predetermined level due to consumption; repeating the process until a predetermined number of primary-color granular material castings are continuously obtained; the cap of the head is opened, removing the primary particle mixture portion on the base plate, leaving a heterochromatic particle mixture portion, thereby determining a non-flowing particle mixture portion. A method of constructing a firing head is provided that simulates the non-flowing particulate mixture portion with at least one placeholder. The invention further provides a shooting head, molding sand waste can be reduced, and the pressure in the shooting head is improved.

This invention relates to a method and related apparatus for transmitting data from an actuator to a control device. Specifically, this invention relates to a method for transmitting data from an actuator (2) to a control device (1) that operates the actuator (2), wherein the control device (1) operates a piezoelectric element (3) contained in the actuator (2), wherein, for transmitting data in the actuator (2), a load (7) is connected in parallel with or not in parallel with the piezoelectric element (3).

Systems and methods for pipeline volume calibration and measurement of fluid samples delivered to a point of interrogation are provided. In various embodiments, a known fluid volume comprising a sample pipeline fluid and a secondary fluid is delivered to a fluid boundary sensor. The fluid boundary sensor helps determine the positioning of boundaries between various fluids, and the positioning of these boundaries is used to determine the sample pipeline fluid volume.

A pipe inspection system (30) tests for compressed air leaks in a section (32) to be inspected in a pipe (16). The pipe inspection system has a first branch pipe (34) and a second branch pipe (46). The first branch pipe branches from the pipe, upstream of the section to be inspected, and joins the pipe, upstream of the section to be inspected. The second branch pipe branches from the pipe, downstream of the section to be inspected. The first branch pipe has a fluorescent solvent supply unit (40) provided therein that supplies a fluorescent solvent (44) to the section to be inspected. The second branch pipe has a fluorescent solvent recovery unit (52) provided therein that recovers fluorescent solvent from the section to be inspected.

The invention discloses a function interface switching device, a switching method and electrical equipment. The switching device comprises a user interaction module, a selection module and a control module, wherein the user interaction module is used for providing a function interface, and the function interface comprises at least one key; the selection module selects one of the at least two different key function layouts as a target key function layout; the control module is in communication connection with the user interaction module and the selection module, at least two sets of program data are stored in the control module, and each set of program data corresponds to one key position function layout; and the control module is used for running the program data corresponding to the target key position function layout, and configuring the function of each key as the key position function corresponding to the key on the target key position function layout.