TR201514077A2 - MILKING SYSTEM WASHING METHOD - Google Patents

Abstract

The invention is a method of washing the milking system which is used mainly for washing the system after milking, which both improves the quality of the milk being milked and prevents damage to the udder. In particular, the invention is a method of milking system washing which reduces the water consumption due to its controllability which ensures that the milk meter (10) and claws (40) used in the system are all washed to the same standards.

Description

DESCRIPTION MILKING SYSTEM WASHING METHOD TECHNICAL FIELD The invention is mainly used for washing the system after milking, both milking and milking. milking system washing, which increases the quality and prevents damage to the udder method.

In particular, the invention shows that all of the milk meters and claws used in the system are of the same standards. A milking system that ensures washing and reduces water consumption due to its controllability. washing method. PRIOR ART In food production, the most used machine in utilizing mechanical and automatic tools is milk. it is a milking machine. In order to obtain both animal health, hygiene and quality milk effort is gaining more and more importance day by day. of milking machines The inadequacy of the systems created for washing is a problem for both users. it also compels the animals.

The washing process of the paws and milk meters used in the current technique can be done manually. is done with people. This situation creates a problem in large milking households and requires manpower.

Manually washing the paws and milk meters used in the present technique This increases the water consumption. This is especially true in large milking households. leads to loss.

Manually washing the paws and milk meters used in the present technique This prevents these elements from being hygienically washed at the desired standards.

This situation negatively affects the udder health of milking animals, therefore, cause breast diseases.

As a result, for the solution of the above-mentioned problems existing in the current art, the need for an economical, convenient, milking washing system and the existing solutions Inadequacy has made it necessary to make a development in the relevant technical field.

OBJECTIVE OF THE INVENTION The invention solves all of the above-mentioned problems simultaneously. The invention in question is the In general, the milk meter and claws used in the system are all in the same standards. A milking system that ensures washing and reduces water consumption due to its controllability. washing method.

The object of the invention is to automatically ensure that the washing process of used paws and milk meters is to be done. This situation provides convenience in large milking households and requires manpower. It enables the washing process to be carried out without hearing.

Another object of the invention is the automatic washing of paws and milk meters. It provides a significant reduction in water consumption by making It is to prevent financial loss in milking households.

Another object of the invention is the automatic washing of paws and milk meters. It is to provide washing at the desired hygienic standards. So I'm right Preventing udder diseases by protecting the udder health of animals has been provided.

In line with the aforementioned purposes, the invention, which eliminates the negativities in the existing structures, It is mainly used for washing the system after milking, and it improves the quality of both the milk that is expressed. Washing the milking system that both increases the udder and prevents damage to the udder. method. While applying the method Transferring water from that clean water pipe to the claw water inlet pipe, Reaching that transferred water to the claws, Delivering 0 water from the milk meter water inlet pipe to the valve, Monitoring the amount of water entering the milk meter with that valve, 0 Detection of the filling of the milk meter with the sensor and the information that the milk meter is full electronic card delivery, The valve cuts off the water with the information coming from the electronic card, 0 water fills all of the other milk meters and the water intake is cut off. waiting, Repeating this process according to 0 milk meter and number of paws, 0 during these processes, the vacuum in the system is constantly open and water fillings during the shaking process. 0 sending information from the system to the electronic card when all milk meters are full, Sending information to all milk meters from 0 electronic card, The water in those milk meters is emptied from the milk meter water outlet pipe and the milk is milked. transferring it to the milking pipe and washing the milking pipe, finishing the washing process of the paws and milk meter, process steps are followed.

The said invention has become a preferred product in the sector with its current form and simple structure. will come. Thus, it will provide a commercial success.

The structural and characteristic features of the invention and all its advantages are given in the following figures and More clearly thanks to the detailed explanation written by referring to the figures. will be understood. For this reason, the evaluation should take these figures and detailed explanation into consideration. must be made by taking

FIGURES TO HELP UNDERSTAND THE INVENTION Figure 1; The subject of the invention is the drawing used to describe the milking system washing method.

REFERENCE NUMBERS . Milk Meter 11.Sensor . Inlet Valve . Milk Hose 40. Claw 50. Claw Water Inlet Pipe 70. Clean Water Pipe 80. To the Milking Pipe 90. Milk Meter Discharge Valve The invention is explained with reference to the above reference numbers and accompanying figures. It will be better understood when done.

DETAILED DESCRIPTION OF THIS ITEM The invention is shown in Figure-1 for illustrative purposes. Paws (40) and milk meters (10) In the washing process, water is first transferred from the clean water pipe (70) to the claw water inlet pipe (50), and in this way, water is provided to reach the claws (40). After the water reaches the claws (40) water reaches the inlet valve (20) from the milk hose (30). Then the sensor (11) measures the milk. (10) monitors the amount of water entering it. Electronically controlled inlet valve (20) The filling of the milk meter (10) is detected by controlling the water inlet valve to the milk meter (10). It is stopped by (20). The information that the milk meter (10) is full is sent to the electronic card. reached, the inlet valve (20) is provided to cut off the water and the filling of another milk meter (10) is starting. This process is repeated according to the number of milk meters (10). These transactions While this is taking place, the vacuum in the system is constantly open and there is no shaking during water fillings. is doing the job. When all milk meters (10) are filled, information from the system to the electronic card and the water in the milk meters (10) is sent from the milk meter water outlet hose (60). It is emptied and transferred to the milking pipe (80). Thanks to this system The washing of the paws (40) and the milk meter (10) is based on continuous flow washing. provided with less water/solution. When the washing of the milk meters (10) is complete, the milk Draining the dirty water from the milk meter drain valve (90) at the bottom of the meters (10) is provided.

The scope of protection of this application has been determined in the claims section and It cannot be limited to what is described for exemplary purposes. It is revealed in the invention by a person skilled in the art. that it can demonstrate the innovation by using similar structures and/or It is clear that it can also be applied to other fields with similar purposes used in the related technique. Therefore such structuring is one of the criteria of innovation and especially overcoming the state of the art. It is also obvious that it will be lacking.

Claims (1)

REQUESTS 1) The invention is the transfer of water from the milking system clean water pipe (70) to the claw water inlet pipe (50), which is mainly used for washing the system after milking, increasing the quality of the milked milk and preventing damage to the udder, and delivering the transferred water to the claws (40). the water is delivered from the milk hose (30) to the inlet valve (20), the amount of water entering the said milk meter (10) is followed by the sensor (11), the filling of the said milk meter (10) is determined with the said sensor (11) and the said milk meter (10) conveying the information that it is full to the electronic card, the information coming from the electronic card and the said inlet valve (20) shutting off the water, the water filling all the other milk meters (10) and waiting for the water intake to stop, the number of milk meters (10) and claws (40). repeating this process, keeping the vacuum constantly open in the system during these processes, and performing the shaking process during water fillings. When all milk meters (10) are full, information is sent from the system to the electronic card, information is sent from the electronic card to all milk meters (10), the water inside the milk meters (10) is emptied from the milk meter water outlet hose (60) and transferred to the milking pipe (80), and the mentioned milk washing the milking tube (80), finishing the washing process of the claws (40) and milk meter (10), consists of process steps. It is the milking system washing method in accordance with claim 1, and its feature is; it is characterized by the fact that said inlet valve (20) can be controlled electronically.