Our country has been supporting the intensified cattle farms by policies and establishing as more farms in order to stabilize the population food supply and reduce the seasonal dependence of strategic food. The highly developed countries have been commonly using the TMR fodder technology for the intensified animal husbandry. This article analyses the main parameters of the usage and technological operation of the TMR fodder machines.

New intensive cattle farm is being built with government support in order to meet the self-sufficiency of milk and meat products for Mongolian residents, keep stability, and reduce the seasonal dependence for food supply. It is urgent for us now to produce the mixed feed that is suitable for livestock type and age in the intensive farming. The feeding scientific approach should be specially paid attention to when using the multifunctional Total Mixed Ration (TMR) machine and effectively applying the TMR technology. When using the feed mixer TMR machine, it is necessary to optimize the main parameters of the machine operation and determine the mode parameters according to the characteristics of the grass, the amount of roughage, concentrated feed, additive and ingredients used in the preparation of mixed fodder. This paper made an experiment in Total Mixed Ration (TMR) machine and provided research results combined the parameters of feed mixing uniformity, palate ratio, subdivision rate, rotor speed, mixing times and feed moisture.

High flame retardant drag chain power sheathed cables are used for equipment power supply, and in the outdoor environment, the power transmission power cable needs to be fixed to the wall, usually along the industrial route. The cable bridge moves, extends more frequently, the power supply cable needs to be fixed with a cable sling device, because there is no such special sling device on the market, so the use of the existing card fixing method leads to the cable often squeezed and damaged insulation layer cable failure power outage. This article addresses this problem and proposes for feasible countermeasures.