Types Of Equipment Research Articles

Pembuatan Tungku Pembakaran Logam

Current technological advances have produced many products that aim to make human work easier. One of them is an iron burning tool that uses a blower as a tool used to increase or enlarge the air or gas pressure that will flow into the combustion container (furnace). The blower used is a 2 inch snail blower as a tool to increase the air pressure so that the air that is supplied can enlarge the burning flame. The furnace used is a drum coated with heat-resistant cement which can withstand the heat of the combustion fire so that the furnace does not melt. The frame materials used are hollow iron measuring 40 x 40 and angle iron measuring 40x40. For combustion, it uses coal as the main fuel and the blower itself as an air distributor so that it can produce the desired fire. Based on the test results in a metal burning furnace, a temperature of 340°C can be obtained as planned so that by heating the metal, various types of equipment can be formed as desired

Analysis of Base Station Replacement Using the Cost-231 Propagation Model and Stanford University Interim (SUI) on the LTE Network in Pauh District, Padang

The increase in network traffic is caused by an imbalance between the number of users and the provision of network capacity, causing the decrease of network performance. This is often found in densely populated areas with a large number of users so that the use of cellular access services is fairly high. For this reason, it is necessary to optimize the network, one of which is by replacing existing devices (swap). Site 31140_Lubuk Bukit, Pauh District, Padang is one of the base stations that has a performance issue, which has a low throughput value (±5Mbps) and a high traffic value of 83 GB/day with Flexi Multi Radio device type and sectoral antenna. Therefore, the existing equipment is replaced, from the FMR type to the Airscale type which minimizes the use of sectoral equipment and antenna types (3 sectors) to multisectoral (6 sectors). The measurement process is carried out using two methods, namely the COST-231 propagation model for the frequency of 1800 MHz and the Stanford University Interim (SUI) for the frequency of 2100 MHz then the Key Performance Indicator (KPI) parameters with the parameters of accessibility, retainability, integrity, mobility, usage, propagation loss and receive power. The results showed that the optimization carried out by the swap method could improve the site's performance, namely a decrease in traffic reaching 31.42% and an increase in throughput up to 60% and followed by an increase in other parameters that have met the threshold value.

Blade Lift Hydraulic System Troubleshooting on Komatsu D70-LE Bulldozer (Troubleshooting Sistem Hidrolik Blade Lift pada Bulldozer Komatsu D70-LE)

A bulldozer is one type of heavy equipment used for cutting, pushing, and spreading material. It has a blade on the front side whose movement is controlled by a hydraulic system. The movement of the blade, combined with the weight and travel momentum of the bulldozer, creates the mechanical power used in the bulldozer's function.. Problems occurring in the hydraulic system could render the bulldozer useless. In this study, a Komatsu D70-LE bulldozer unit's hydraulic system is experiencing low power and cylinder drift, where the hydraulic cylinder cannot maintain its floating position and tends to return to its full-length rod position, thus causing the blade to drop on itself. This problem is then traced through the troubleshooting method to find the cause and solution to the problem. The cause of the low power problem in the lift cylinder is that the components of the lift cylinder have been worn out and damaged, resulting in a pressure leak in the lift cylinder, which causes the blade to drop by itself (hydraulic drift). The troubling components are the wear ring seal, piston ring seal, o-ring, dust seal, and rod seal. The way to solve the low power problem in the lift cylinder is to replace the lift cylinder seal kit with a new set of wear ring seal, piston ring seal, o-ring, dust seal, and rod seal.

Optimize Urban Infrastructure Planning Based on Big Data and Enhance Xi'an's Urban Image

Infrastructure is an important support for urban operation, and city image is directly related to the quality of life of citizens and the construction of city brand. Urban infrastructure distribution, equipment types, network switching, and other issues have always restricted the development of communication in Xi'an city, and the addition of big data technology has further increased the communication pressure in Xi’an city and affected the image of Xi'an city. In this paper, we take Xi'an urban infrastructure as the research object, and combine the phyon method to obtain the big data information in the network and the data in the wireless self-organizing sensor. Then, the incomplete data was eliminated, and the data was mapped to the 0~1 interval in a logarithmic manner, and a standardized processing set was formed. set up wireless ad hoc sensor devices, collect infrastructure-related data, and summarize data through big data analysis. At the same time, based on social urban image data, public demand data, and urban infrastructure evaluation results, the content of urban planning is adjusted to better meet the expectations of the public and provide targeted planning solutions. Finally, according to the data fitting, the matching of wireless ad hoc sensor network and city image improvement is realized, and the reasonable planning of infrastructure is promoted. The results of urban image analysis show that wireless ad hoc sensor network and big data technology can simplify the steps of urban infrastructure planning, reduce urban planning costs, and enhance the functionality of the infrastructure,reduce the public complaint rate, and meet the requirements of Xi'an urban image improvement.

Implementasi Sistem Monitoring Jaringan Menggunakan Libre Nms Pada Kecamatan Tarik

Network monitoring is needed to find out the various types of equipment and systems that are connected. LibreNMS is one of network monitoring system that can make it easier for administrators to monitor the network and if there are any problems it can be resolved immediately. The features provided are numerous, making it easier to monitor network performance available and ready to use. This study aims to build a network monitoring system in Kecamatan Tarik using LibreNMS. The test results show if LibreNMS can show the condition of the network system and the use of various equipment which is properly monitored.

Treatment of effluents from Food Services Establishment (FSEs) by physico-chemical processes: a case study for Trinidad & Tobago

BackgroundEffluents from Food Services Establishments (FSEs) contain primarily Fats, Oil and Grease (FOG) which severely impact on sewers and the environment when released in high concentrations. In Trinidad & Tobago, it is estimated that approximately 231,304 kg/day of unaccounted for FOG bearing wastewaters from FSEs, are released into the environment with no viable treatment in the country. This research explored the optimization of physico-chemical processes for the treatment of FOGs for subsequent release into sewers.ResultsBench-scale studies analysed the characteristics of FSE’s effluents from three popular sources, conducted the treatment of these effluents using Jar Tests, and subsequently confirm results via a pilot plant study. Characterization showed the mean concentration of the parameters examined to be; FOG (511 mg/l ± 116 mg/l), Suspended Solids (446 mg/l ± 146 mg/l), Chemical Oxygen Demand (2229 mg/l ± 963 mg/l) and pH (6 ± 0.3). Jar Tests were conducted using Poly-aluminium Chloride (PACl) as coagulant, anionic and cationic polyelectrolytes as flocculant aids with suitable pH adjustments of samples to determine the isoelectric point for the coagulant. Effluent results showed FOG removal levels of 99.9% and final effluent concentration of 0.17 mg/l. This was attained using PACl concentration of 250 mg/l, a 0.1% low cationic polyelectrolyte (CP 1154) at 4 mg/l with the pH of sample adjusted to 8. The pilot plant achieved a 97.4% removal of FOG (residual of 16.8 mg/l) using the same coagulant dosing, and pH value, but increasing the strength of the flocculant aid to 0.1% medium cationic (CP1156) at 5 mg/l.ConclusionExperimentation showed high concentrations of emulsified FOG can be efficiently removed to levels below the permissible requirements (20 mg/l) for entry into sewer systems in Trinidad and Tobago using coagulation, flocculation and sedimentation techniques. Pilot scale study also revealed that a higher strength and/or dose of the cationic polyelectrolyte and increased times in primary and final tanks were required to attain the desired results as in the bench level study, where equipment limitations in the flocculation tank were faced. This is in alignment with theory where factors critical for agglomeration is equipment type and density charge. It is, concluded that the optimum combination of chemicals and the respective dosages attained at the bench level study should prove effective should the right equipment be made available.

Flue Gas Recirculation System for Biomass Heating Boilers—Research and Technical Applications for Reductions in Nitrogen Oxides (NOx) Emissions

The paper discusses the results of investigations of the change in thermal and emission-related parameters of a heating boiler fueled with biomass after a modification with a proprietary flue gas recirculation system made for this type of equipment. The results provide insight into the combustion process with a multistage flue gas recirculation that materially affected the boiler operation: a reduction in the mass concentration of nitrogen oxides (NOx) by reducing the combustion temperature. The authors also observed a reduction in the emission of particulate matters (PM) and carbon monoxide (CO). For the investigations, the authors used a heating boiler fitted with an automatic fuel feed (timber pellets) and a proprietary patented flue gas recirculation system (Polish patent Pat. 243395) for low power solid fuel heating boilers. Aside from the measurement of the mass concentration of the emitted pollutants, the research focused on the measurements of the temperature inside the combustion chamber, the temperature of the flue gas and the level of oxygen in the flue gas. The aim of the research was to confirm the validity of using the flue gas recirculation technique to reduce emissions of harmful substances from biomass heating boilers, as a technique not previously used for this group of devices. Moreover, the aim of the research was to test an original engineering solution, in the form of a flue gas distribution valve, and investigate its effect on reducing NOx emissions and improving other thermal and emission parameters of the boiler. The obtained research results confirm the validity of the chosen actions and provide a positive premise for the practical use of this technology in solid fuel heating boilers.

A Patient Management System Using an Edge Computing-Based IoT Pulse Oximeter

Edge computing can provide core functions such as data collection and analysis without connecting to a centralized server. The convergence of edge computing and IoT devices has enabled medical institutions to collect patient data in real time, improving the efficiency of short- and long-term patient management. Medical equipment measures a large amount of biosignal data for analyzing diseases and patient health conditions. However, analyzing and monitoring biosignal data using a centralized server or cloud limit the medical institutions’ ability to analyze patients’ conditions in real time, preventing prompt treatment. Therefore, edge computing can enhance the efficiency of patient biosignal data collection and analysis for patient management systems. Analyzing biosignals using edge computing can eliminate the wait time present in cloud computing. Hence, this study aims to develop an IoT pulse oximeter using edge computing for medical institutions and proposes an architecture for providing a real-time monitoring service. The proposed system utilizes five types of raw (IR AC, IR DC, red AC, red DC, AMB), pulse, and SpO2 data measured using IoT pulse oximeters. Edge nodes are installed in every hospital ward to collect, analyze, and monitor patient biosignal data through a wireless network. The collected biosignal data are transmitted to the cloud for managing and monitoring the data of all patients. This system enables medical institutions to collect and analyze raw biosignal data in real time, by which an integrated management system can be established by connecting various types of IoT-based medical equipment.

Comparing efficacy in reducing pulling and welfare impacts of four types of leash walking equipment.

Leash pulling is a commonly reported problem behavior for dog owners, as a result, a variety of leash equipment types are offered to mitigate pulling force. We were particularly interested in prong collars as their inherently aversive design has made their use a subject of debate. Though banned in certain countries and widely available in others, to date, there is no research comparing them to other leash walking equipment. We compared four types of leash walking equipment: a martingale (flat collar as baseline measure), a front-connection harness, a polymer prong-style collar (Starmark), and a standard metal prong collar. Twenty-three dogs were walked on all four types of equipment for 5-min each. Equipment was attached to a leash which was connected to a battery-powered strain gauge to measure the dog's pulling force. All walks were video recorded for behavior analysis. There were statistically significant differences among the leash equipment types in pulling impulse (Newtons × seconds), (χ2 (2) = 30.6, p < 0.001). Post-hoc analysis revealed significant differences in impulse between the martingale and the other equipment: harness (Z = -3.69, p < 0.001), Starmark collar (Z = -3.62, p < 0.001) and prong collar (Z = -3.92, p < 0.001). No other differences among equipment types were significant. Fifteen behaviors were examined as welfare indicators but only three: looking at the handler, lip licking, and sniffing occurred across all dogs and all walks. There was a statistically significant difference in frequency of lip licking behavior across the four types of leash-equipment (χ2 (2) = 8.17, p = 0.04) and post-hoc analysis showed a difference between the martingale and the harness (Z = -2.65, p = 0.008). While our research did not provide any clear evidence of poorer welfare due to equipment type, we caution the generalizability of these findings and recommend further assessment of these items of leash-walking equipment in real-life scenarios.

Analysis of Equipment Management Methods for Pumped Storage Power Stations Under the “Dual-Carbon” Goals

Pumped-storage, as the most mature technology, economically optimal, and most suitable for largescale development, plays a crucial role in promoting the consumption of clean energy and supporting the construction of new energy systems. Pumped-storage power stations involve various types of equipment such as hydraulic and electrical devices. The frequent start-stop operation in the context of new energy system construction will pose significant challenges to the equipment. This paper proposes a reliability-centered health management method for pumped-storage equipment. It implements differentiated and hierarchical management strategies for various types of equipment and establishes differentiated equipment maintenance strategies based on this.The project takes the manhole door of a power station governor pressure oil tank with nitrile rubber sealing ring as an example to calculate the service life in actual working conditions. Through calculation, it is considered that when reliability is 99%, the service life can be extended for more than 5 years, and if the reliability is 100%, the service life can be extended for more than 1 year.

ЭКСПЕРИМЕНТАЛЬНЫЕ ИССЛЕДОВАНИЯ ПРОЦЕССА ПЕРЕМЕШИВАНИЯ ЖИДКОГО НАВОЗА МИКСЕРОМ С КОНИЧЕСКИМ КОЖУХОМ

Mixing in various industries is widely used to obtain homogeneous media in composition, as well as to intensify the processes of mass and heat transfer. So, in livestock, various types of equipment are used to mix liquid manure stored in a manure storage facility. The mixing method and equipment used for its implementation’s choice is due to the aggregate state of the manure mass stored in the manure storage. Most of the currently existing the liquid manure mixing equipment works mainly in stationary regime, at working bodies’ constant angular velocity. At this manure mass volume method of influencing on the manure storage, there are zones in which the mixed media’s flow rate is low, and manure particles do not participate in their movement, and therefore mixing quality is deteriorated. The a mixer with an agitator’s experimental studies results that are encircled by a conical casing, are presented. A mixer is used on farms to mix liquid manure in order to a homogeneous consistency obtaining. This specified unit’s working body is a stirrer, that in depending on its design, can have from two till four blades. However, this stirrer elements’ design already have an upper, its operational capabilities’ limit is well known. In order forming homogeneous manure mass’s unit cost reducing, the flow transported power for stirrer blades possibility increasing was studied. For this task’s performing, a conical casing along the blades’ outer radius was installed. Based on this experimental studies to solve energy saving and stored manure mixing intensification’s problems, the conical mixer’s casing optimal parameters have been determined. The experimental studies’ results of manure mixer with a conical casing’s technical parameters are presented. The dependences of liquid manure mixing process energy intensity on casing nozzle diameter, mixer relative inclination outlet’s angle to the horizontal plane and the number of stirrer’s revolutions are determined.

Community-based, inclusive design of a 3D tactile map to enable playground navigation for children who are visually impaired and blind.

The LSU Community Playground Project (LSUCPP) collaborates with communities (especially the true experts at play, the children) to design and build playgrounds that reflect "the soul of the community." One member of the LSUCPP undertook a research project in an effort to design better playgrounds for use by children who are visually impaired or blind. A recommendation from this research was to provide a 3D-printed tactile map of each play area, such that children who were visually impaired or blind could feel the location and type of equipment and ground surfaces prior to entering a playground, which would enable them to play independently. In this paper, we tell the story of how engineering students and faculty collaborated with children with visual impairments or blindness and their teachers and professional staff to co-design and build a 3D printed tactile map at the Louisiana School for the Visually Impaired (LSVI). Specifically, we detail how we co-designed this artifact, the ways in which the artifact developed due to this inclusive approach, briefly present the design, and discuss how engineers engaged in the design of assistive technologies can put inclusive design principles and community-based design processes into action.

Analysis of Green Buildings on Children’s Playgrounds and the Composition of Their Equipment

In recent years, there has been a noticeable trend towards the development of kid-friendly environmentally friendly outdoor play and learning spaces. As sustainability and eco-friendly protection become increasingly important global issues, there is a growing need for environmentally friendly protection for children’s outdoor play areas and learning spaces. The playground equipment built by the Chinese company Betta Play and the Belgian company Europlay was compared, analysed and investigated in terms of learnability factors, used materials, safety, and environmental factors. The playground equipment was examined in great detail using information from the websites of both companies. The materials (metals, plastics, wood kinds, natural durability) and types of equipment (swings, seesaws, playhouses, slides) were studied. The results show that both companies’ product design, used materials, and educational details are very suitable for eco-friendliness. However, Europlay used more wooden materials and Betta Play used more plastic materials to produce playground equipment. In order to reduce the damage to nature and promote sustainable development, other companies should introduce the construction of children’s eco-friendly playground equipment, using more natural products, such as Europlay.

Development of a method and equipment for processing wood biomass into flour

The paper assesses the relevance of processing felling residues at logging sites into semi-finished wood products for further transportation and use at enterprises of the forestry and agro-industrial complex. In particular, the expediency of making wood flour from felling residues is justified. An assessment of the effectiveness of using wood flour as a baking powder for adding to depleted soils and plant insulation is given, which will lead to an increase in the yield of cultivated plants. As a result, the purpose of these studies was to increase the efficiency of using wood biomass by introducing a mobile plant for wood flour production into the logging process. To achieve this goal, the design of a mobile installation for the production of wood flour in logging operations, technology and algorithm of its implementation were developed. To substantiate the effectiveness of design and technological solutions implemented in the process of designing the installation, a multifactorial experiment using a laboratory prototype was planned and implemented. An analysis of the results of experimental studies is presented, regression models and graphical dependences of the size of wood particles on the input parameters of the studies are obtained. The optimal values of the moisture content of the wood raw materials, the wear of the teeth of the working bodies and the gap between them were determined. In the course of the research, methods of statistical analysis, modeling and active multifactorial experiment were used. The results obtained can be used by logging, wood processing and agricultural enterprises to obtain additional raw materials for the production of semi-finished products and materials, as well as in the design of new types of equipment.

ОБЕСПЕЧЕНИЕ ЭКСПЛУАТАЦИОННОЙ НАДЕЖНОСТИ СЕЛЬСКОХОЗЯЙСТВЕННОЙ ТЕХНИКИ С УЧЕТОМ РЕГИОНАЛЬНЫХ ОСОБЕННОСТЕЙ

The technical equipment of agricultural production in Russia is characterized by a low level of energy supply. In the regions of the country, where a sharp decrease in technical equipment has been stabilized, there is a decrease in the number of machines that have developed a standard service life. (Research purpose) The research purpose is assessing the operational reliability of agricultural machinery taking into account the regional features of the maintenance system, capital repairs and modernization of machinery. (Materials and methods) It was noted that in the Republic of Bashkortostan, a program is being implemented to subsidize the costs of agricultural producers for capital repairs and modernization of equipment, which has significantly increased the availability factor of tractors and combines while increasing their standard service life. (Results and discussion) It was established that the operational reliability of agricultural machinery is largely ensured taking into account the regional characteristics of the maintenance and repair system, which is determined by the leading and coordinating role of the regional Ministry of Agriculture in the field of state support for the technical service system of agricultural machinery, scientific, technical and personnel policy. The directions of activity of the engineering service of the Ministry of Agriculture of the Republic of Bashkortostan have been identified: subsidizing technical service enterprises; development of tools and technologies for maintenance and repair (import substitution); coordination of work for the serial production of new types of equipment; organization of interaction with industrial enterprises; search and development of constructive solutions to improve the design of components and assemblies; creation of zonal service centers by dealers in the territory of supervised regions; advanced training and retraining of engineering personnel; creation of a systematic catalog database data on tractor parts and mobile agricultural machinery; the development of the secondary market and the trade-in system of agricultural machinery. (Conclusions) Measures of influence on the system of maintenance and repair were determined, taking into account regional peculiarities in the field of state support for the system of technical service of agricultural machinery, scientific, technical and personnel policy of the region.

Evaluation of Developmental Delay in Term Babies on Ventilator Support: A Cross-sectional Study

Introduction: Developmental limitation in two or more developmental domains that affects children under the age of five is termed as developmental delay. Due to various reasons such as drug-induced toxicity and maternal variables like a history of drinking, smoking, or infections during pregnancy (e.g., rubella), neonates may require admission to the Neonatal Intensive Care Unit (NICU). Although NICU admission improves survival rates, the extended stay and the use of different types of equipment in the NICU may lead to developmental delay. Aim: To identify the developmental delays in critically ill fullterm babies on ventilator support, using the Ages and Stages Questionnaire-3 (ASQ-3) scale. Materials and Methods: A cross-sectional study was designed to evaluate developmental delays in term babies receiving ventilator support. A total of 35 babies who met the inclusion criteria were included in the study. Once the babies reached 17 to 18 months of age, parents were given ASQ-3 to complete. The data were analysed and expressed as mean, standard deviation, frequency, and percentage. Results: Out of the 35 full-term babies on ventilator support, 22 babies (62.9%) showed lower values in gross motor function, 12 (34.3%) in fine motor function, and 12 (34.3%) in problem-solving skills compared to communication and other components, according to ASQ-3. Conclusion: The findings of this research suggest that critically ill full-term infants on ventilator support exhibit significant developmental delays, particularly in gross motor, fine motor, and problem-solving skills.

Facilitators and barriers of digital health technologies implementation in hospital settings in lower-income and middle-income countries since the COVID-19 pandemic: a scoping review protocol

IntroductionThe implementation of digital health technologies (DHTs) in hospitals worldwide has been uneven since the COVID-19 pandemic. Ambiguity in defining the landscape of DHTs adds to the complexity of this...

Pregled mogućnosti primene nekih tehnologija nano dronova u savremenoj poljoprivredi

The use of different types of drones in almost all sectors of the global economy is growing rapidly, but the use of drones in agriculture has suddenly increased. According to some data from the literature, the market for different types of drones in agriculture alone is expected to grow from USD 1.2 billion in 2019 to USD 5.5 billion in 2024. A particularly interesting phenomenon is the significant increase in the use of drones (especially various nano-types) in the world and the possibility of some of them being used in agriculture in the Republic of Serbia. The world of drone technology has taken a huge leap forward with the introduction of nano drones. For example, some modern nano drone solutions have dimensions of less than 2 x 2 cm. Nano drones are ultra-small remote-controlled aircraft that can perform a variety of tasks. They are equipped with advanced sensors and functions such as obstacle avoidance and high-speed maneuverability. Some models are even capable of taking aerial photographs, staying in the air for long periods of time and flying autonomously. Nano drones are now more affordable than ever before. Prices range from a few hundred dollars to several thousand, depending on the model and features. Nowadays, nano drones are affordable for everyday users in various fields. This paper introduces nano drone technology (e.g. the type of nano drones and equipment) as a new application for greenhouses: There are some stages that greenhouse growers can consider for the use of nano drones; Safe inspection of the structural components of greenhouses; Pollination processes (e.g. the role of RobotBee); Application of shading composite glasshouses; Crop monitoring/inventory of greenhouses.

Призначення, модифікації і експлуатація резервуарного обладнання хімічних цехів коксохімічних виробництв

DOI: 10.31081/1681-309X-2024-0-2-48-56 Specialty 161. U.D.C. 662.74.001.24(07) PURPOSE, MODIFICATION AND OPERATION OF CAPACITIVE EQUIPMENT OF BY-PRODUCT PLANTS OF COKE PRODUCTION © Ye.I. Kudriavtsev, L.O. Kazak (STATE ENTERPRISE "STATE INSTITUTE FOR DESIGNING ENTERPRISES OF COKE OVEN AND BY-PRODUCT PLANTS'' (SE "GIPROKOKS''), 61002, 60 Sumska str., Kharkiv, Ukraine) The article presents an overview of capacitive equipment used in chemical shops of coke production. The advantages of metal modern capacitive equipment and the possibility of its long-term operation in present conditions are analysed. The basic principles are highlighted of selection when designing the type and materials of tanks and related equipment, which include heating devices, pumping equipment, various types of stirrers, coils, level, pressure and temperature measuring devices, breathing, hydraulic, safety and emergency valves, etc. In particular, the volume, material, wall thickness, and design of the bottoms and roofs of capacitive equipment depends not only on the technological features of the designed process in which it is used, but also on such factors as seismicity of the installation area, natural conditions, available industrial sites, etc. Information on modern requirements for the design features of capacitive flow-through equipment is provided, and the advantages of various design features are highlighted. The most modern and progressive features of the materials used, the principles of designing tank heating systems, etc. are presented. A generalised classification scheme for capacitive equipment is provided. The main requirements for modern capacitive equipment for various technological purposes are formulated: reliability and structural strength, due to the choice of technical solutions and materials resistant to the effects of product components present in this equipment. Examples of designed and installed equipment using different types of steel are given. Brief information is provided on the latest developments of SE “GIPROKOKS” that are of interest for use in coke production, taking into account the positive experience of operation, originality and efficiency of technical solutions, and specific features of particular enterprises. Keywords: coke production, design, capacitive equipment, tank, collector, heater, mechanised illuminator, material, heating, operation. Corresponding author Ye.I. Kudriavtsev, e-mail: jonnykvn1979@gmail.com

Комплексная диагностика дуоденита у собак

The article presents diagnostic options and an assessment of their effectiveness in diagnosing gastroduodenitis in dogs. With the advent of new types of diagnostic equipment, laboratory analyzers and a decrease in diagnostic methods in the Russian Federation, there is an urgent need to standardize and provide the latest modern approach to the fairly short-term and most reliable detection of gastrointestinal pathologies in patients of the canine family. As in humans, gastritis in dogs causes a number of specific symptoms, and can also be complicated by erosions and ulcers, which, in turn, leads to a worsening of the severity of the condition. Such complications can also occur with duodenitis The objects of the study were representatives of the canine family of different breeds and ages, with different etiology of the disease. To achieve this goal, a selection of patients with a definitive diagnosis of gastroduodenitis was carried out. In these dogs, a thorough anamnesis was collected during the diagnosis, as well as the results of laboratory studies and the conclusion of visual (laboratory) diagnostics were taken into account.