46 results about "Field assessment" patented technology

Systems for and methods of conducting field assessments utilizing handheld data management devices are diclosed. Methods and systems for executing field assessments use handheld devices provide assessors portable access to industry-specific programs and data useful in carrying out a field assessment. Field assessment data synchronization and/or delivery is enabled using wireless capabilities resident in handheld personal computing devices. Data may be synchronized with a server over a network using wireless radio transmission, or directly to a computer workstation using wireless infrared or radio transmission or connected means (e.g., modems, cradles, docking stations). It is another aspect of the present invention to provide for two-way communication between remote computing means (e.g., servers, desktop computers) and handheld data management devices to facilitate real-time access to remote programs, assistance and/or information related to the field assessment being undertaken by using a handheld data management device user.

Methods and related systems are described relating to monitoring particulates downhole at in-situ conditions. Solid particles being carried in the fluid as the fluid is produced from the reservoir formation are monitored. The downhole solid particle monitoring can include measuring the quantity (e.g., volume fraction, weight fraction, or the like) of solid particles, measuring the distribution of sizes of the solid particles, and/or measuring the shape of the particles. The solid particles can be monitored using one or more of sensors such as optical spectrometers, acoustic sensors, video cameras, and erosion probes. A sanding prediction is generated based at least in part on the monitoring of the solid particles, and the sanding prediction is then used to design a completion, lift system, and surface facilities for the wellbore and/or select operating conditions so as to control sanding during production.

A method and system for providing centralized deployment and coordination of field assessment activities. In accordance with one embodiment, an emergency management data processing system includes a field assessment database for storing and processing layered geospatial visual portrayal data and field surveillance attribute data. The emergency management data processing system includes an event setup data input interface for receiving an event identifier associated with an emergency event, a location identifier identifying a portion of the layered geospatial visual portrayal data corresponding to a region affected by the emergency event, and a field surveillance attribute category identifier specifying a category of the stored field surveillance attribute data. The event identifier is then associated with the region data and the specified field surveillance attribute data to generate an event-specific field assessment record.

The invention discloses a quantitative evaluation method for the internal insulation aging degree of an oil-immersed power transformer, and belongs to the field of oil-paper insulation aging state evaluation. A frequency domain dielectric characteristic basic data curve of an oil-immersed paperboard without moisture and dielectric loss factor basic data curves of the oil-immersed paperboard with different aging degrees are obtained, and the water content, the polymerization degree and the conductivity of the oil-paper are quantitatively evaluated in different frequency bands based on the frequency domain dielectric response curve; accurate assessment of the insulation state of the aged transformer oil paper through the frequency domain dielectric response test of the transformer oil paperinsulation is realized, the time of on-site transformer insulation aging assessment can be effectively reduced, and the method has important significance for assessment of the insulation aging state and the polymerization degree of the oil paper insulation equipment on site.

The invention discloses an on-site assessment system for a partial discharge sensor, and the system comprises a signal generation module, transformer station GIS equipment, a signal collection module, a safety detection module, a wireless receiving and transmitting module, and a data processing server. The signal generation module is connected with the transformer station GIS equipment, and generates an ultrahigh frequency pulse signal which is injected into the transformer station GIS equipment. The generation frequency and amplitude of the ultrahigh frequency pulse signal are controlled by the data processing server through employing the wireless receiving and transmitting module to send instructions. The system can simulate different partial discharge signal models through the signal generation module, injects signal into the GIS, receives the signals through an ultrahigh frequency sensor, compares results with model signals of the signal generation module, estimates the performance of a built-in sensor in the GIS, can achieve the detection of the safety of the built-in sensor, and enables the detection results to be transmitted to the data processing server in a wireless manner.

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 invention relates to the technical field of optical measurement and in particular relates to a lighting environment measurement method based on image analysis aiming at the influence of a lighting system on the environment. The method comprises the steps of imaging a standard reflecting plate, which is system-calibrated and coated with a standard color zone, by use of a color imaging device, and performing processing and analysis on the image information of the standard reflecting plate acquired by the imaging device by use of a computer connected with the color imaging device and a system analyzing and processing platform mounted in the computer, and consequently, obtaining the illuminance, the uniformity ofilluminance, the color temperature and the color rendering index of the environment of the standard reflecting plate. The lighting environment measurement method based on image analysis is capable of simplifying the field evaluation process during an environmental lighting test, and also capable of performing multi-point continuous testing on the lighting effect and performing long-time remote monitoring on the lighting effect.

The invention discloses a method for onsite load test and evaluation of wind turbine blades and aims to provide an onsite load evaluation technique for accurately testing and evaluating load borne by the blades in practical operation so as to provide guidance for design and operation of the blades and even a unit. The method has the advantage that corresponding load onsite evaluation methods can be established aiming at wind resource conditions of specific wind fields and special blade structural forms to provide support for design, research and development of novel wind turbine blades and operation evaluation of existing wind turbine blades.

The utility model discloses a surface cleanliness detection reagent used in health supervision, which is based on the combination of ATP biological fluorescence method and enzymatic cycling amplification technology to realize rapid detection and field assessment of health surface cleanliness. The utility model comprises ATP releaser and a fluorescent inducer with ATP regeneration enzyme; wherein, the ATP releaser can release microorganisms, somatic cells and ATP in product residues; the fluorescent inducer can react with the ATP to produce quantitative fluorescence, and then combined with the ATP regeneration enzyme to amplify the produced fluorescent signals further. The utility model, which has the advantages of convenient use of reagent, simple operation, fast response, high sensitivity and low detection cost, is widely used in health monitoring and health field supervision in food industry, cosmetic industry, medical industry and other industries.

The invention discloses a multipurpose extensible emergency interactive command and communication system. The multipurpose extensible emergency interactive command and communication system consists of a front-end portable site assessment information dissemination terminal which comprises a man-machine interface module, a communication module, a CPU (Central Processing Unit) control module, a positioning module and a universal data interface; a data center for detecting information disseminated at the front end in real time, transmitting the detected information to a selected extensible command platform, and issuing an early warning to a background interactive calling terminal; the extensible command platform which comprises an extensible software interface, a resource database and an operation calling server; and the background interactive calling terminal which comprises a data exchange platform, a paging transmitter, a plurality of paging receivers, a smart tablet computer and a mobile phone. In the system, a universal smart command platform capable of handling a plurality of burst emergency events is realized in an extensible way, corresponding departments, personnel and supplies become a whole body which can be managed hierarchically, correlated and scheduled uniformly, and all links are prepared in advance through early alarming and planned as a whole, so that time is saved, and a better effect is achieved.

An apparatus to facilitate field assessment of static structure sites to provide data in a predetermined format acceptable to a taxing authority, including a personal computing device having a graphic display screen, a user interface, and application software. The user interface is arranged to accept alphanumeric data provided by a user of the apparatus and also accept graphic input from the user representative of structural features of the static structure. The application software is arranged to provide a real-time display on the graphic display screen of dimensional data associated with the graphic inputs as they are entered by the user. The application software is also arranged to compute dimensional attributes of enclosed polygons resulting from the graphic input by the user.

The invention relates to an informationized system method for implementing a contract energy management project, which utilizes the energy management system of a set of assembly, receives related energy consumption data by a related equipment receiver, and carries out database recording. An on-site assessment process comprises the extraction of energy consumption data and detection of related equipment, and after the on-site assessment, the project enters an EMC service process; the whole implementation project is reviewed, and a scheme is made by communicating with clients; the on-site work implementation is carried out, the all-round information observation is carried out for the whole process after implementing the scheme, and data loading is carried out; and data comparison is carried out in the process of observation, and the steps are repeated under in possible cases. The invention has comprehensive operating system and simple operation, saves energy and reduces emission, and is simultaneously favorable for reducing maintenance cost.

The invention relates to a safety assessment method for a bridge health condition. The method comprises: selecting assessment measuring points and obtaining signal data reflecting a bridge structure state through a sensor; performing statistical analysis on data signals collected by the sensor continuously for a plurality of days, to obtain a dynamic threshold; performing dimensionless processingon each measuring point by the dynamic threshold, to obtain a score of each measuring point; establishing a layered weighted model, including combined with the type, position, and detection index of each sensor, giving a multi-layer weighted model, using the model as a bridge health and safety assessment basis and index. The method realizes real-time scoring of the bridge health condition assessment, reduces human workload, and can give more timely and objective scientific scoring, and realizes daily routine assessment of the bridge health condition and timely assessment after occurrence of major accidents. The method has better accuracy and pertinence.

The present invention is directed to a system, and method for making and using the same, for an on-site evaluation of removable goods, condition, and value, and further, for providing replacement removable goods. The present invention provides an effective and uniform way to more objectively evaluate removable goods and/or provide replacement removable goods and/or remediation of the removable goods to the benefit of both an insurer and a customer. More specifically, the present invention relates to a removable goods evaluation system which includes removable goods evaluators equipped with a portable apparatus for evaluating removable goods 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 removable goods 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 removable goods providers and/or remediators which participate in the remediation and/or replacement of a selected replacement removable goods. The present invention is directed to an interconnected system which includes estimation logic, project management logic and delivery logic for managing an insurance claim from start to finish in a just in time fashion.