77 results about "Site evaluation" patented technology

A system provides information indicative of customer satisfaction respecting at least one service or sales provider, the system including at least one customer information entry component that provides customer input to a database supported by a financial service provider that assists point-of-sales or point-of-service payment to a site. The system can segregate or aggregate accumulated customer input data according to at least business one customer of the financial service provider. At least one business customer can access information from the accumulated customer input data that relates to data relating to that specific business customer. The system can provide alerts and/or can relate the data in its variance to the customer's historical average scores. A method of providing information to a master business site regarding a subordinate business site comprises providing the subordinate business site with a point-of-sales or point-of-service data input for local customer site evaluation data to be provided by a local on-site primary customer, data input and data reception being directly associated with a financial service provider electronically supported economic transactions and transmitting data relating to both the economic service and the local customer site evaluation data to a processor that receives both the economic transaction data and the local customer site evaluation data.

The present invention provides methods for protein engineering. Specifically, the invention provides methods utilizing site evaluation libraries to design libraries that optimize two or more properties of a protein.

The invention belongs to the technical field of nuclear radiation effect evaluation, relates to a method for evaluating a radiation effect of nuclear power plant effluent, and is applicable to a case that a distance between a liquid effluent discharge outlet and an airborne effluent discharge outlet is relatively long. The method comprises the steps of: according to relative positions of a nuclear power plant effluent discharge outlet and an evaluation center (the airborne effluent discharge outlet), a distance between the nuclear power plant effluent discharge outlet and the evaluation center and distribution of people around a plant site, judging and determining dilution factors suitable for different evaluation sub regions; selecting proper resident recipe and life habit data; and calculating the maximum individual effective radiation dosage which the public suffers from in a plant site evaluation range. By utilizing the evaluating method disclosed by the invention, the technical problem of inaccurate evaluation result in the case that the distance between the liquid effluent discharge outlet and the airborne effluent discharge outlet is relatively long, which is caused by no consideration to the case that the distance between the liquid effluent discharge outlet and the airborne effluent discharge outlet is relatively long in relevant evaluation currently, is solved.

The invention provides a lung cell pathology rapid on-site evaluation system and method and a computer readable storage medium, which are used for rapidly evaluating a cell sample on an operation site. The lung cell pathology rapid on-site evaluation system comprises a microscopic image acquisition device which comprises an objective table used for bearing a lung cell sample and a camera used forshooting the cell sample to obtain a microscopic image of the sample; an image evaluation device with a neural network classification model used for classifying the microscopic images, wherein the obtained classification result is one of lung squamous cell carcinoma, lung adenocarcinoma, small cell lung cancer, unclear non-small cell lung cancer, other malignant lesions, no obvious abnormality, granuloma and inflammation; and an output device connected to the image evaluation device and used for outputting the classification result to a user. According to the invention, the neural network classification model is used for evaluating the microscopic image acquired by the microscopic image acquisition device, and an evaluation result is obtained on an operation site, so that the problems thatthe current cell pathological diagnosis is complex and time-consuming, and the pathological diagnosis result cannot be obtained immediately are solved, and the diagnosis efficiency is effectively improved.

An apparatus for on-site microbial diagnosis and disinfection comprising a mobile unit for being brought to an infected site in the event of an emergency. The mobile unit comprises at least a first compartment and a second compartment. The first compartment comprises a laboratory for on-site microbial diagnosis of samples of the site. The second compartment comprises a water supply for washing the site and a disinfectant supply for disinfecting the site. A method comprising on-site evaluation of the biological security of a microbiologically contaminated site and of the washing requirements of the site followed by sampling and on-site diagnosis the sample. A disinfection protocol is provided on-site and then applied, the efficacy of the protocol is later evaluated. Bacterium which are competitors to the identified microbiological agent or agents responsible for contamination or infection are then applied to the site.

The present invention is directed to a system, and method for making and using the same, for an on-site evaluation of flooring materials, condition, and value, and further, for providing replacement flooring. The present invention provides an effective and uniform way to more objectively evaluate flooring and/or provide replacement flooring to the benefit of both an insurer and a customer. More specifically, the present invention relates to a flooring evaluation system which includes flooring evaluators equipped with a portable apparatus for evaluating flooring which includes an objective evaluation approach using evaluation logic to determine a current monetary market value, or “as new” or pre-use value, which takes into account flooring characteristics, and/or a depreciated value which takes into account loss factors such as wear, appearance, and other degradative considerations. Further, the system of the present invention can include flooring providers which participate in the installation of a selected replacement flooring. The present invention is directed to an interconnected system which includes estimation logic, project management logic and installation logic for managing an insurance claim from start to finish in a just in time fashion.

The present invention discloses an evaluation form identification method based on image identification and K neighbor. The method comprises the following steps: 1, determining an evaluation form; 2, printing the evaluation form and performing site evaluation; 3, scanning the evaluation form and performing storage of the evaluation form; 4, performing preprocessing of the images; 5, extracting bar codes and fill-out form area, and determining the concrete position of the bar codes and the fill-out form area and performing information extraction after the image inclination is correct; 6, identifying the bar codes; and 7, identifying the fill-out form. The present invention provides a random option arrangement and image identification examination evaluation form identification method. when the evaluation form is created, the examination object, the examination indexes and the examination context are subjected to random arrangement, the content between the evaluation forms is the same, and the display sequences of the evaluation forms are different to prevent adjacent participating persons from mutual influence; and the horizontal crossing features and the longitudinal crossing features of the symbol images are extracted, the K neighbor method is provided to perform symbol identification, and the identification accuracy is high.

The invention discloses a BIM model-based quality evaluation method and system, and the method comprises the steps: building a process library and an index library based on a preset component information general table, and enabling the index library to comprise acceptance indexes and acceptance data collection standards; importing a BIM model established based on a preset component information general table, wherein each component is hooked with a standardized general attribute, a modeling mode, geometric accuracy information, a component attribute, a construction attribute and a cost attribute according to the preset component information general table; creating at least one inspection batch; hooking each inspection batch with at least one corresponding component in the BIM model according to a user instruction; and on-site evaluation data of each component is obtained, and a corresponding quality evaluation result is generated. According to the method, during quality evaluation, quality evaluation information, quality problems and processing information can be associated to related models, and during quality problem analysis, the quality information and the problems are summarized, inquired and displayed according to parts, time, constructors and the like by using the models.

The present invention provides methods for protein engineering. Specifically, the invention provides methods utilizing site evaluation libraries to design libraries that optimize two or more properties of a protein. The present invention also provides variant subtilisins suitable for various uses.

The invention discloses a laser tracker precision on-site evaluation system based on a multi-station method. The laser tracker precision on-site evaluation system comprises measuring point motion driving equipment, a plurality of laser trackers and a precision evaluation calculating device, wherein the laser trackers track and measure measurement coordinates of each target point on the measuring point motion driving equipment under a laser tracker coordinate system B and absolute measurement distances from the laser trackers to the target points; the precision evaluation calculating device calculates first spatial position coordinates of the target points under a coordinate system A of the measuring point motion driving equipment according to the absolute measurement distances from the laser trackers to the target points; coordinate transformation is carried out to obtain second spatial position coordinates under the coordinate system B; and a difference value between a measurement coordinates of the target points and the second spatial position coordinates are calculated, and laser tracker measurement angle and measurement length precision evaluation can be obtained by adopting aprobabilistic method. The laser tracker precision on-site evaluation system has the advantages of being high in measurement speed, low in cost and the like in laser tracker precision on-site evaluation, and has higher on-site practicability and operability in measurement equipment with a theoretical coordinate position or a three-coordinate space precision detection process.

The invention provides a pancreatic cancer pathological image classification method and system based on deep learning. The method comprises the following steps: carrying out image preprocessing; constructing an image screening network model; constructing a pancreatic cancer classification network model; cascading the image screening network model and the pancreatic cancer classification network model to construct an end-to-end pancreatic cancer rapid on-site evaluation system; and judging and classifying pancreatic cancer pathological images. According to the method, a transfer learning technology and an attention mechanism are applied, and two different neural networks are cascaded, so that a classification system with the precision equivalent to that of a pathologist can be obtained, and a real-time and accurate pancreatic cancer rapid on-site evaluation tool is provided for clinicians.

A candidate site evaluation system includes: an evaluator that evaluates suitability of a candidate site in a target area based on a candidate site evaluation model and a second map, the candidate site evaluation model being obtained as a result of machine learning using a first map that shows any area and position information indicating locations of one or more existing facilities of a predetermined business type in the any area and being for evaluating the candidate site for opening a facility of the predetermined business type, the second map showing the target area including the candidate site to be evaluated; and an output unit that outputs a result of the evaluation.

The invention discloses a safe practical training interaction system for power distribution line live-line work. The system consists of a system management module, a communication module, a simulationelectrified module, a data collection module, an on-site evaluation module and a hand-held evaluation terminal, wherein a training subsystem, an evaluation subsystem and an exam subsystem are formedvia matched use of the above modules, routinized operation of the safe practical training interaction system for power distribution line live-line work can be realized via cooperative work of softwareand hardware, practical training and examination accuracy can be improved, training and examination result errors caused by human factors such as workers and the like can be reduced, and a practicaltraining level and an examination level can be improved. Safety protection consciousness of the workers and familiarity of the workers to safety specification of a power transmission line can be improved, and safety of the workers and safe and stable operation of a power grid can be ensured.

The invention relates to a cabinet security and protection control platform, which comprises a humidity sensor arranged on a table board of a cabinet and used for carrying out sensing operation on thehumidity on the table board of the cabinet to obtain a corresponding table board humidity value and outputting the table board humidity value; the MMC storage device is connected with the load on-site evaluation device and is used for storing the weight of the camera and a preset difference threshold; action matching device connected to a sheet assembly device, and the image processing module isused for receiving the fragment combination image, segmenting a corresponding person object image from the fragment combination image based on a preset reference person contour, matching the actions of the person object in the person object image based on a preset suspicious person action standard, and outputting a person suspicious signal if the matching is successful. According to the invention,the on-site safety level of the cabinet can be improved.

The invention discloses an evaluation scale for a public health PBL course in a preventive medicine major. Literature analysis and expert interviews are carried out first; an item pool is determined;an initial scale is generated; and an on-site evaluation of the initial scale is made, the on-site evaluation including item analysis, reliability analysis, exploratory factor analysis, and thus a final scale is obtained. The beneficial effects of the evaluation scale are that the evaluation scale enables a course formulator to scientifically measure actual implementation effects of the public health course, and provides a basis for further perfecting and developing the application process of a PBL learning mode.

The invention discloses a retaining wall optimization design method based on multi-objective optimization. The retaining wall optimization design method comprises the following steps: 1, determining function positioning; determining function positioning of a retaining wall in an engineering project through early-stage data, and determining a function objective function and variables related to thefunction objective function; 2, determining a function sequence; optimizing weight distribution, and conducting function priority sorting on the positioned functions through an expert investigation method according to external conditions such as site evaluation and external loads; 3, determining a judgment condition; and 4, carrying out optimization judgment until all functions are met. The invention aims to provide the retaining wall optimization design method based on multi-objective optimization, so as to solve many problems existing in a retaining wall optimization design method in the prior art, and achieve the purposes of reducing subjective factor interference, ensuring result accuracy and improving optimization efficiency.

An environment risk sorting method includes preparing a plant environment database for storing several pieces of environment risk data for abandoned plants; using a first risk evaluation module, based on the environment risk data, to generate a first risk evaluation result for each abandoned plant; using the first risk evaluation result to generate an environmental site evaluation list, which in turn, generates an environment site evaluation data of each abandoned plant and updated environmental risk data; using a second risk evaluation module, based on the environment site evaluation data of each abandoned plant and the updated environmental risk data, to generate a second risk evaluation result for each abandoned plant; and using the second risk evaluation result for each abandoned plant to generate an investigation list as a basis for follow-up investigation.

The present invention provides a site evaluation system for evaluating a site which consists of one or more pages and a site evaluation program storage medium that stores thereon a site evaluation program for causing a computer system to operate as such a site evaluation system, in which site evaluation that minimizes errors and inconsistency and requires a lower evaluation cost can be performed. The system acquires a temporal change in the numbers of accesses to each of pages constituting a site, identifies a page for which a temporal change in the number of accesses exceeds a predetermined criterion, further acquires a temporal change in a word in the identified page, compares the temporal change in the number of accesses to the identified page with the temporal change of the word, and evaluates the comparison result based on a predetermined criterion.