“… implementation of basic production works with the help of rational forms of their organization; formation and use of repair and maintenance base and operational materials; effective service management and labor organization; financial and information support of production. The following composition, structure, interrelation and direction of the main work on the service correspond to the previously given main directions for ensuring high quality of technical service (Figure 3) [7,14].…”
Section: Resultsmentioning
confidence: 52%
“…Each leading manufacturer strives to constantly develop its network of spare parts distribution, which includes interconnected highly automated spare parts warehouses. From these warehouses, periodic replenishment of consumer parts is carried out, as well as emergency delivery of parts within 24 hours [14,15].…”
Features of the functioning of the technical service system of technological and transport machines and equipment, low quality and efficiency of equipment supplied to agricultural enterprises, technical services require urgent improvement of the system and mechanisms to increase the level of reliability and operability of the operated and new (supplied) equipment. The paper presents and substantiates the principles of improving the organization of technical service of machinery and equipment in the modern conditions of the functioning of the agro-industrial complex.
“… implementation of basic production works with the help of rational forms of their organization; formation and use of repair and maintenance base and operational materials; effective service management and labor organization; financial and information support of production. The following composition, structure, interrelation and direction of the main work on the service correspond to the previously given main directions for ensuring high quality of technical service (Figure 3) [7,14].…”
Section: Resultsmentioning
confidence: 52%
“…Each leading manufacturer strives to constantly develop its network of spare parts distribution, which includes interconnected highly automated spare parts warehouses. From these warehouses, periodic replenishment of consumer parts is carried out, as well as emergency delivery of parts within 24 hours [14,15].…”
Features of the functioning of the technical service system of technological and transport machines and equipment, low quality and efficiency of equipment supplied to agricultural enterprises, technical services require urgent improvement of the system and mechanisms to increase the level of reliability and operability of the operated and new (supplied) equipment. The paper presents and substantiates the principles of improving the organization of technical service of machinery and equipment in the modern conditions of the functioning of the agro-industrial complex.
“…The proposed organization of technical service makes it possible to significantly increase the productivity and quality of repair and maintenance work, along with reducing the cost of material, technical and financial resources (up to 25-30%), significantly reduce the cost of technological machines and equipment for technical reasons (by 75-85%), eliminate the loss of milk produced and ensure its high quality (Table 1) [6,10,14].…”
Section: Resultsmentioning
confidence: 99%
“…For the highly efficient functioning of ITS dairy farms at the design stage, it is necessary to ensure high accuracy and reliability of the calculation results. Therefore, it is expedient to ensure the collection of scientific information that fully reflects the real conditions of operation of technological machines and equipment of dairy farming and the results of the activities of farms and ITS livestock [3][4][6][7][8]. In the implementation of the tasks, research methods were used: analysis and synthesis of processes of production and technical service of equipment, computational and constructive in determining the scope of work on technical service and optimizing their distribution among IOP Publishing doi:10.1088/1755-1315/1231/1/012019 2 performers, probabilistic methods for studying the parameters of input and output flows of service requirements, abstract-logical, technical and economic assessments, etc.…”
The paper presents the results of the assessment of the technical and economic efficiency of the rational organization of technical service of livestock machinery and equipment with the participation of manufacturers of equipment. The authors analyzed the labor intensity and structure of maintenance and repair work for groups of technological machines and equipment; the costs of downtime of technological machines and equipment of dairy farming for a standard-sized number of farms and complexes. Specific values of indicators depending on the number of cows are determined.
“…Therefore, it is important to ensure the specified measurement accuracy [22,23]. In addition, it should be taken into account that the use of more accurate measuring devices can lead to economic benefits by reducing the level of defects [24,25].…”
Section: Rresearch Results and Their Analysismentioning
An assessment of the quality of the control of the parameters of the crankshaft after processing for the repair size was carried out. The company's metrological support system must guarantee the accuracy and quality of the crankshaft repair, eliminating the possibility of defects during subsequent assembly. When repairing engines, defects in the crankshafts are detected, after which they are replaced with new ones or processed according to the repair size. After processing the crankshaft for the repair size, it is necessary to carry out control according to six parameters. It was revealed that to measure the diameters of the main and connecting rod necks of the crankshaft of the Zavolzhsky Engine Plant, as well as their ovality, it is necessary to replace the micrometer 50-75 (0.01) used at the enterprise, the maximum measurement error of which is twice as large as permissible, with a lever bracket 50-75 (0.002) to reduce the measurement error and improve the quality of control. To control the greatest beating of the second, third and fourth root necks relative to the first and fifth root necks, the hour-type indicator used at enterprises fully satisfies the specified conditions, the maximum error does not exceed the permissible one. To control the axial clearance of the already assembled crankshaft along the thrust bearing, dial indicator 0-10 (0.01) is also used, which provides the specified measurement accuracy with a three-fold margin. When measuring the length of the third root neck, the use of a caliper calipers 0-125 (0.05) leads to an excess of the permissible measurement error by 3 times, but there are no other more accurate universal measuring instruments to control this parameter, since the control is carried out by special sponges for measuring holes, which are available only for calipers. It is recommended to design a gauge to measure the length of the third root neck.
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