CN205794403U - A kind of intelligence milking system - Google Patents

Abstract

This utility model relates to livestock-raising technical field, particularly relate to a kind of intelligence milking system, including milking parlour, teatcup, milk glass stand, grabbing device, sterilization process device, storage device and control device, described milking parlour is provided with inlet and outlet, and described milking parlour is for providing space for milking of animals；Described teatcup is located in described milking parlour, milks for being sheathed on when milking in animal teat；Described milk glass stand is for placing teatcup when being not used；Described grabbing device is for taking off described teatcup and described teatcup being set in animal teat from described milk glass stand；Described sterilization process device is connected between described teatcup and described storage device by conveying pipe；Described control device is connected with described grabbing device, sterilization process device and storage device, for realizing milking animal and the sterilization processing of fresh milk and storage.This system is not required to manual operation, time saving and energy saving, and is obtained in that the fresh milk of better quality.

Description

An intelligent milking system

technical field

The utility model relates to the technical field of animal husbandry, in particular to an intelligent milking system.

Background technique

In addition to the general mechanical principles, the milking equipment is more importantly suitable for the characteristics of cow milk. In recent years, various forms of milking equipment have been developed and improved at home and abroad. The research focus is to imitate the working principle as much as possible. The calf's natural sucking action provides moderate stimulation to the teat with gentle action and a good vacuum curve.

At present, many small family farms and medium-sized farms in China use manual milking or semi-mechanized milking to produce milk. The procedures are too cumbersome and the methods are too complicated. It is possible that due to irregular human operation or excessive force, the milk may be damaged or even infected with bacteria, reducing milk production. During the milking process, it may also be due to human negligence that the milk may accidentally come into contact with external pollutants. Contamination of milk or the incomplete sterilization of traditional sterilization methods result in excess microorganisms in milk, which affects the freshness of milk and has a major impact on the health of people who drink milk.

Utility model content

(1) Technical problems to be solved

The technical problem to be solved by the utility model is to solve the problem that the existing milking equipment has a low degree of automation and the milk quality cannot reach the standard.

(2) Technical solution

In order to solve the above technical problems, the utility model provides an intelligent milking system, which includes a milking room, a milking cup, a milking cup holder, a grabbing device, a sterilization treatment device, a storage device and a control device. An inlet and an outlet are provided, and the milking room is used to provide space for milking animals; the milking cup is arranged in the milking room, and is used to be set on the teats of the animals for milking during milking; The teatcup holder is used to place the teatcup when not in use; the grabbing device is used to remove the teatcup from the teatcup holder and put the teatcup on the teat of the animal above; the sterilizing treatment device is connected between the milking cup and the storage device through a delivery tube; the control device is connected with the grabbing device, the sterilizing treatment device and the storage device, and is used to realize the protection of animals Sterilization and storage of milking and fresh milk.

Wherein, a 3D body condition detector is also provided on the top surface of the milking parlor, and the 3D body condition detector is used for real-time detection of the health status of the animals in the milking parlor. The body condition detector is connected to control the switch of the 3D body condition detector and receive and display the detection results of the 3D body condition detector.

Wherein, a sterilizing liquid tank is also included, and the sterilizing liquid tank is arranged on the ground of the milking parlor and opposite to the 3D body condition detector.

Wherein, the milking cup includes a connection groove and a sleeve, the number of the sleeves is multiple, and the plurality of sleeves communicate with the bottom of the connection groove and are sleeved on the teats of the animal in one-to-one correspondence , the side wall of the sleeve is provided with an exhaust port and a cleaning port, and the bottom of the sleeve is provided with a main collection port and a secondary collection port; To empty the air in the casing to form an internal and external pressure difference to realize the fresh milk flowing from the teat to the casing under the action of the pressure difference; the cleaning port is connected with a cleaning device for cleaning the teat in the casing The main collection port is connected to the sterilizing treatment device through the delivery pipe, and the secondary collection port is connected to the waste milk collection device through the delivery pipe; valves are provided on the delivery pipe and the exhaust pipe, and the valves Connect to the control unit.

Wherein, the grabbing device includes a mechanical arm and a gripper connected to the robotic arm, and the gripper can rotate around the robotic arm with multiple degrees of freedom.

Wherein, an induction camera probe is also provided on the mechanical arm, and the induction camera probe is used to sense the position of the teat of the animal so as to fit the milking cup on the teat of the animal correspondingly.

Wherein, the grabbing device, the sterilization treatment device, the storage device and the waste milk collecting device are all arranged outside the milking room, and the milking room is provided with a grabbing window and a milking window, and the grabbing The device extends from the grabbing window into the milking room to pick and place the milking cup, and the conveying pipe passes through the milking window and the sterilization treatment device and the waste milk collection device respectively connect.

Wherein, the inlet and the outlet are respectively arranged at the two ends of the same side of the milking parlor, and the inlet and the outlet are provided with automatic control doors, and the automatic control door and the control device connection; a feeding window is also provided between the inlet and the outlet, and the feeding window is provided with a height-adjustable feeding trough; the grabbing window is arranged on the side opposite to the feeding window.

Wherein, the milk cup holder includes a fixed frame and a rotating frame, the fixed frame is fixed on the ground of the milking parlor, the rotating frame is used to place the milking cup, and the rotating frame can be turned over set on the fixed frame.

Wherein, the milking chamber is further provided with a floor cleaning pipe and a milking cup cleaning pipe, and the floor of the milking chamber is provided with a drainage channel communicating with the outside.

(3) Beneficial effects

The above-mentioned technical solution of the utility model has the following advantages: an intelligent milking system provided by the utility model includes a milking room, a milking cup, a milking cup holder, a grabbing device, a sterilizing device, a storage device and a control device. There are inlets and outlets in the milking room. The milking room is used for milking the animals. The milking cups are set in the milking room for milking on the teats of the animals in the milking room. The milking cup holder is used to place The milking cup when not in use; the grabbing device can remove the milking cup from the teat cup holder and put it on the teat of the animal under the command of the control device, and the sterilization treatment device is connected to the milking cup and between storage devices; the system eliminates traditional manual milking operations and semi-mechanized operations, and avoids ranch employees spending a lot of energy to complete a set of complicated and tedious work by hand. It is easy to operate, and the series of repeated actions of milking are all It is done by machines instead of humans. The milking cup can grasp the strength and accuracy of milking to be just right, and it can sterilize milk, store milk, and a complete set of complete standard streamlined operations, achieving the true meaning Convenient and intelligent pure mechanical operation is a qualitative leap in the field of pasture milking.

In addition to the technical problems solved by the utility model described above, the technical features of the technical solutions formed and the advantages brought by the technical features of these technical solutions, other technical features of the utility model and the advantages brought by these technical features The advantages will be further explained in conjunction with the accompanying drawings.

Description of drawings

Fig. 1 is a schematic structural diagram of an intelligent milking system provided by an embodiment of the present invention;

Fig. 2 is a schematic structural diagram of an intelligent milking system provided by an embodiment of the present invention;

Fig. 3 is a schematic structural diagram of the grasping device provided by the embodiment of the present invention.

In the figure: 1: milking room; 2: entrance; 3: feeding window; 4: feeding trough; 5: exit; 6: 3D body condition detector; 7: control device; 8: floor cleaning pipe; 9: bactericide Liquid tank; 10: milking cup; 11: milking cup cleaning pipe; 12: conveying pipe; 13: sterilization treatment device; 14: storage device; 15: grabbing device; 16: gripper; 17: mechanical arm; 18 : mechanical arm; 19: mechanical arm; 20: rotating shaft; 21: mechanical arm; 101: automatic control door; 102: automatic control door; 103: grabbing window; 104: milk feeding window.

detailed description

In order to make the purpose, technical solutions and advantages of the embodiments of the utility model more clear, the technical solutions in the embodiments of the utility model will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the utility model. Obviously, the described The embodiments are some embodiments of the present utility model, but not all embodiments. Based on the embodiments of the present utility model, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of the present utility model.

In the description of the present utility model, it should be noted that, unless otherwise clearly stipulated and limited, the terms "installation", "connection" and "connection" should be understood in a broad sense, for example, it can be a fixed connection or a flexible connection. Detachable connection, or integral connection; it can be mechanical connection or electrical connection; it can be direct connection or indirect connection through an intermediary, and it can be the internal communication of two components. Those of ordinary skill in the art can understand the specific meanings of the above terms in the present utility model in specific situations.

In addition, in the description of the present utility model, unless otherwise specified, the meanings of "multiple", "multiple roots" and "multiple groups" are two or more, "several", "several roots", "several "Several groups" means one or more than one.

As shown in Figures 1 and 2, an intelligent milking system provided by an embodiment of the present invention includes a milking room 1, a milking cup 10, a milking cup holder, a grabbing device 15, a sterilization treatment device 13, and a storage device 14 and a control device, the milking room 1 is provided with an inlet 2 and an outlet 5, and the milking room 1 is used to provide space for milking animals; the milking cup 10 is arranged in the milking room 1, and is used to set Milking on the teat of the animal; the teat cup holder is used to place the teat cup 10 when not in use; the grabbing device 15 is used to remove the teat cup 10 from the teat cup holder and set the teat cup 10 in place On the teat of the animal; the sterilization treatment device 13 is connected between the milking cup 10 and the storage device 14 through the delivery pipe 12; The fat globules in the fresh milk are crushed to fully dissolve the fat into the protein, thereby preventing the fat from sticking and coagulating, which is more conducive to human body absorption, so that the nutrients in the fresh milk can be preserved more ideally. The sterilized fresh milk, Then it flows into the storage device through the delivery pipe between the milk sterilization treatment device 13 and the storage device 14, and the fresh milk is kept fresh and refrigerated at a low temperature of 4 degrees Celsius by the refrigeration system in the storage device 14, and the fresh milk is stored for a short time, which is convenient for future use. The fresh milk is further processed and more dairy products are produced. This process gets rid of manual work and is fully automated, which improves efficiency and ensures the cleanliness of fresh milk. The control device is connected with the grasping device 15, the sterilizing treatment device 13 and the storage device 14, and is used to realize the milking of animals and the sterilizing treatment and storage of the extruded fresh milk. The conveying pipes are equipped with pulsating vacuum pumps, each pulsating The vacuum pumps are respectively connected with the control device, and the control device reasonably controls the opening and closing of each pulsating vacuum pump.

The control device adopts a touch screen system with a friendly interface. It belongs to a five-wire resistive touch screen. It has excellent sensitivity and strong light transmission. It has a long service life and is not afraid of dust, oil and photoelectric interference. It is suitable for industries with high precision requirements. Or the factory controls the site, and at the same time uses a liquid crystal display, which has the advantages of right-angle display, low power consumption, small size, and zero radiation, giving users the best visual experience. The internal microcomputer of the control device is equipped with a specific remote control device. The control software is written with a special client program to control the precise operation of each device of the milking system, prompting it to complete actions under various commands, and intelligently control the entire milking system. The touch screen interface of the control device Friendly, provide employees with the required information, and track the input and output of fresh milk, intelligently control the operation of the entire milking system, including the division of work for each part of the grabbing device 15, to save time and effort, high efficiency and convenience , easy to operate and reduce labor costs.

When breeding animals, a sensor is installed on the collar of the animal. The sensor can sense whether the animal is suitable for milking. The sensor is connected to the control device. If it is suitable for milking, the animal is driven into the milking room 1, and the control device controls the grasping The device 15 removes the milking cup 10 from the teat cup holder and puts it on the teat of the animal for milking. The squeezed fresh milk enters the sterilization treatment device 13 through the milking cup 10 and is sterilized and then stored. This system eliminates the It avoids the traditional manual milking operation and semi-mechanized operation, and avoids the ranch staff spending a lot of energy to complete a set of complicated and tedious work by hand. It is easy to operate, and the series of repetitive actions of milking are all done by machines instead of humans. The milk cup 10 can grasp the intensity and accuracy of milking to be just right, and the sterilizing treatment device 13 can sterilize and keep the milk fresh, and the storage device can store fresh milk and a complete set of standard streamlined operations. In the sense of convenience, intelligent pure mechanical operation is a qualitative leap in the field of pasture milking.

Further, a 3D body condition detector 6 is also provided on the top surface of the milking parlor 1. The 3D body condition detector 6 is used for real-time detection of the health status of the animals in the milking parlor 1. The control device and the 3D body condition The detector 6 is connected to control the switch of the 3D body condition detector 6 and receive and display the detection result of the 3D body condition detector 6 . The microcomputer inside the 3D body condition detector 6 is equipped with a specific remote control software, and a special server-side program is written to form a complete wireless body condition test system with the client program of the remote control software in the microcomputer inside the control device. When the animal enters the milking room 1 for milking, the control device sends a detection biological signal to the remote control software of the microcomputer server program inside the 3D body condition detector 6 to measure and monitor the animal's body condition in real time, and the 3D body condition detector 6 receives The signal command starts to work, and the physical condition, height and weight of each animal can be tested, and the amount of food for the animal can be automatically calculated according to the milk production, milk fat, and animal calories, and invisible mastitis can be found before the animal shows clinical symptoms , to ensure the best health of the animal’s udder. After the detection is completed, the control device controls and shuts down the 3D body condition detector 6 .

Further, it also includes a sterilizing liquid tank 9 , which is set on the ground of the milking parlor 1 and opposite to the 3D body condition detector 6 . When the animal enters the milking room 1, the animal's feet are soaked in the sterilizing liquid tank 9, and the animal's feet are sterilized while milking to ensure the healthy growth of the animal.

Further, the milking cup 10 includes connecting grooves and sleeves. There are multiple sleeves. The multiple sleeves communicate with the bottom of the connecting grooves and are set on the teats in one-to-one correspondence. The side walls of the sleeves are provided with There is an exhaust port and a cleaning port. The bottom of the casing is provided with a main collection port and a secondary collection port. The main collection port is connected to the sterilization treatment device through a delivery pipe, and the auxiliary collection port is connected to the waste milk collection device through a delivery tube. The exhaust pipe is connected with the suction device, which is used to evacuate the air in the casing to form a pressure difference between the inside and outside to realize the fresh milk flowing from the nipple to the casing under the action of the pressure difference, and the cleaning port is connected with the cleaning device; the delivery pipe and the exhaust Valves are arranged on the pipelines, and the valves are connected with the control device. Before milking, use the cleaning device to sterilize and clean the cow’s teats for a few seconds. Each teat will be cleaned by a mixture of warm water and air. The teats will be massaged and pre-milked in the milking cup. After massage, it can not only increase the milk flow, shorten the milking time, but also improve the udder health of cows and thus improve the quality of milk. When milking, the animal’s udder is accommodated in the connection groove, and the nipple is set in the casing. The control device first controls the valve on the delivery pipe to close, and the valve on the exhaust pipe to open. The air device pumps air to evacuate the air in the casing to form a vacuum state. Under the action of the internal and external pressure difference, the fresh milk flows from the teat to the casing, and when the fresh milk just flows out, open the delivery pipe connected to the waste milk collection device. The valve is used to discharge the dirty milk that has just been squeezed out. After a certain period of time, close the upper valve of the delivery pipeline connected to the waste milk collection device, and open the valve on the delivery pipeline connected to the sterilization treatment device, so that clean fresh milk flows into the sterilization treatment. The device is sterilized.

Further, the grabbing device 15 includes a mechanical arm and a gripper connected to the robotic arm. The gripper can rotate around the robotic arm with multiple degrees of freedom, as shown in FIGS. 1 and 3 . In this embodiment, a robotic arm 18 is included. , mechanical arm 19, mechanical arm 21 and hand claw 16, mechanical arm 19, mechanical arm 18 and mechanical arm 21 are connected successively by rotating shaft, hand claw 15 is connected on the mechanical arm 19, and mechanical arm 19 and mechanical arm 18 pass through the joint of ball hinge way to connect.

Further, a sensing camera probe 17 is also provided on the mechanical arm 19, and the sensing camera probe 17 is used to sense the position of the teat of the animal so as to fit the milking cup 10 on the teat of the animal correspondingly. The grabbing device 15 is controlled by the control device, and the mechanical arm 21, the mechanical arm 18, the mechanical arm 19 and the gripper 16 are driven by the hydraulic transmission system to carry out all-round high-precision operations, imitating the human arm to complete various difficult and complex movements, according to human will To work, the hydraulic transmission system is composed of several basic circuits: pressure control circuit, speed control circuit and direction control circuit. Several circuits are combined to control the direction of movement, working pressure and operating speed of the actuator according to certain requirements. Thereby realizing the intelligent control to whole mechanical arm 21, mechanical arm 18, mechanical arm 19 and hand claw 16, the induction camera probe 17 carried by mechanical arm 21, mechanical arm 18, mechanical arm 19 and hand claw 16 senses the situation of cow, Knowing that the cow is in the milking period, the mechanical arm 21, the mechanical arm 18, the mechanical arm 19 and the hand claw 16 move towards the direction of the milk cup holder, and the hand claw 16 removes the milking cup 10 from the milk cup holder, and through induction The camera 17 perceives the position of the teat of the animal, moves towards it, and sets the special milking cup 10 comfortably on the teat of the cow for milking. The grabbing device 15 can quickly and accurately locate the position of the teat of the animal, and flexibly remove the milking cup 10 from the teat cup holder, and put it on the teat of the animal easily and flexibly. A series of complicated preparation work, the grasping device is exquisitely designed, fast, quiet and gentle when performing milking tasks, but it is also very durable, and can be milked completely according to the design process to ensure the comfort of the cows themselves. When the nipple is too high, too wide, too low, or tilted, the grasping device 15 can still accurately locate the tilt angle of the nipple, which can be at a maximum of 45°, and can detect any cup drop during the milking process and correct it After the milking cup 10 is picked up, the milking cup 10 can be re-set, and other milking cups 10 can continue to milk without being affected.

Further, the grasping device 15, the sterilization treatment device 13, the storage device 14 and the waste milk collection device are all arranged outside the milking parlor 1, and the milking parlor 1 is provided with a grasping window 103 and a milking window 104, and the grasping The device 15 extends from the grabbing window 103 into the milking parlor 1 to pick and place the milking cup 110 , and the conveying pipe 12 passes through the milking window 104 to connect with the sterilization treatment device 14 and the waste milk collection device.

Further, the inlet 2 and the outlet 5 are arranged at both ends of the same side of the milking parlor 1, and the inlet 2 and the outlet 5 are respectively provided with an automatic control door 101 and an automatic control door 102, and the automatic control door 102 and the automatic control door 102 Both are connected with the control device; the automatic control door 101 and the automatic control door 102 are installed with the access control system of the equipment lock of the remote control software, and form a wireless connection with the control device through the remote control system, wherein the client program of the remote control software is installed on the control device. In the microcomputer in the device, the server-side program is installed in the microcomputer in the equipment lock of the two automatic control doors at the entrance and exit. When the animal enters the milking room 1 for milking, the animal is identified by the system and the milking permission is obtained. The control device sends a door opening signal to the computer server program in the intelligent lock of the automatic control door at the entrance 2, and controls the automatic control door 101 at the entrance 2 to open automatically, allowing the animals to enter the milking room 1 for milking. At the end, the control device sends a door opening signal, the automatic control door 102 at the exit 5 is automatically opened, and the animal walks out of the milking room 1, and the control device is connected with the smart locks at the exit 5 and entrance 2 through the remote wireless control system to form a complete milking room. access control system.

Further, a feeding window 3 is provided between the inlet 2 and the outlet 5 , the feeding window 3 is provided with a height-adjustable feeding trough 4 , and the grabbing window 104 is arranged on the side opposite to the feeding window 3 . According to the height of the cow, the control device remotely controls the feeding trough 4 to control the height of the feeding trough 4, so that the animals have a more comfortable position when eating food, and there is food in the feeding trough 4 to facilitate temporary feeding of animals , the feeding trough 4 is connected with the control device to form a complete animal feeding wireless control system, which facilitates the feeding of animals and forms a multi-functional integrated pasture mode with milking as the main purpose and parallel feeding assistance.

Further, the teat cup holder includes a fixed frame and a rotating frame, the fixed frame is fixed on the ground of the milking parlor 1, the rotating frame is used to place the milking cup 10, and the rotating frame is reversibly arranged on the fixed frame. The milking parlor 1 is further provided with a floor cleaning pipe 8 and a milking cup cleaning pipe 11 , and the ground of the milking parlor 1 is provided with a drainage channel communicating with the outside. After the milking is completed, the grabbing device 15 puts the milking cup 10 back on the rotating stand and rinses it with the milking cleaning pipe 11, or turns the rotating stand and turns the milking cup 10 downward to ensure that internal debris is removed, Use the milking cup cleaning pipe 11 to clean it in all directions without dead ends, so as to achieve the maximum cleaning treatment. The ground cleaning pipe 8 can wash the ground of the milking parlor 1 and the feet of the animals to ensure a clean and pollution-free milking environment, and the washed debris is discharged from the drainage channel under the action of the water flow.

To sum up, the intelligent milking system provided by the utility model integrates feeding, milking, conveying, sterilization, storage, body condition detection, cleaning, and disinfection into one body, mainly milking, and other processes are carried out simultaneously It is an easy-to-operate device that serves multiple purposes. It eliminates traditional manual milking operations and semi-mechanized operations, and avoids ranch employees spending a lot of energy to complete a complete set of complicated and tedious work by hand. It is easy to operate, and the series of repetitive actions of milking are completed by machines instead of humans. Through the induction device of the machine, the intensity and accuracy of milking can be grasped to be just right, including conveying fresh milk, sterilizing and fresh-keeping the extruded fresh milk, storing fresh milk and a complete set of standard streamlined operations. In the true sense of convenience, intelligent and purely mechanical operation is a qualitative leap in the field of pasture milking. In addition, while milking, it can also detect the physical condition of the animal, and even feed the cow while producing milk, thereby increasing the milk production, and can sterilize the feet of the animal, realizing all-round, multi-functional, The integrated modern production and management pattern facilitates life and serves the staff of the ranch.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present utility model, and are not intended to limit it; although the utility model has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that: It is still possible to modify the technical solutions recorded in the foregoing embodiments, or perform equivalent replacements for some of the technical features; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the spirit of the technical solutions of the various embodiments of the present invention. and range.

Claims (10)

1. an intelligent milking system, it is characterised in that: include milking parlour, teatcup, milk glass stand, grabbing device, sterilization processing Device, storage device and control device, described milking parlour is provided with inlet and outlet, and described milking parlour is for providing for milking of animals Space；Described teatcup is located in described milking parlour, milks for being sheathed on when milking in animal teat；Described cream jug Frame is for placing teatcup when being not used；Described grabbing device is for taking off described teatcup also from described milk glass stand Described teatcup is set in animal teat；Described sterilization process device is connected to described teatcup and described by conveying pipe Between storage device；Described control device is connected with described grabbing device, sterilization process device and storage device, and it is right to be used for realizing Milking and the sterilization processing of fresh milk and storage of animal.

Intelligence milking system the most according to claim 1, it is characterised in that: it is additionally provided with 3D body on the end face of described milking parlour Condition detector, described 3D body condition detector is used for detecting the health status of the animal in milking parlour in real time, described control Device is connected with described 3D body condition detector, is used for controlling the switch of described 3D body condition detector and reception and display described 3D body The testing result of condition detector.

Intelligence milking system the most according to claim 2, it is characterised in that: also include bactericide liquid bath, described bactericide Liquid bath is located on the ground of described milking parlour, and is oppositely arranged with described 3D body condition detector.

Intelligence milking system the most according to claim 1, it is characterised in that: described teatcup includes link slot and sleeve pipe, The quantity of described sleeve pipe is multiple, and multiple described sleeve pipes connect with the bottom of described link slot and are sheathed on animal one to one Nipple on, the sidewall of described sleeve pipe is provided with air vent and Butterworth Hatch, and the bottom of described sleeve pipe is provided with main collection port and secondary receives Ji Kou；Described air vent is connected with air extractor by discharge duct, for emptying the air in described sleeve pipe, inside and outside to be formed Pressure reduction realizes fresh milk and flows to described sleeve pipe from nipple under the effect of pressure reduction；Described Butterworth Hatch is connected, for right with cleaning device Nipple in sleeve pipe is carried out；Described main collection port is connected with described sterilization process device by conveying pipe, described secondary collection Mouth connects useless milk collection device by described conveying pipe；Be equipped with valve on described conveying pipe and discharge duct, described valve with Described control device connects.

The most according to claim 1 intelligence milking system, it is characterised in that: described grabbing device include mechanical arm and with institute Stating the paw that mechanical arm connects, described paw can realize multiple degrees of freedom around described mechanical arm and rotate.

Intelligence milking system the most according to claim 5, it is characterised in that: it is additionally provided with sensing shooting on described mechanical arm and visits Head, described sensing camera probe is for sensing the position of animal teat to realize the breast being enclosed within animal corresponding for described teatcup On head.

Intelligence milking system the most according to claim 4, it is characterised in that: described grabbing device, sterilization process device, deposit Storage device and useless milk collection device are all located at the outside of described milking parlour, and described milking parlour is provided with crawl window and takes milk window Mouthful, described grabbing device extend into described milking parlour from described crawl window and picks and places described teatcup, described conveying pipe Take milk window described in being each passed through to be connected with described sterilization process device and described useless milk collection device.

Intelligence milking system the most according to claim 7, it is characterised in that: described import and described outlet are respectively arranged on institute State the two ends of the same side of milking parlour, and described import and described exit are equipped with automatic control gate, described automatic control gate It is connected with described control device；Being additionally provided with feeding window between described import and described outlet, described feeding window is provided with adjustable The feeding groove of whole height；The side relative with described feeding window be located at by described crawl window.

Intelligence milking system the most according to claim 1, it is characterised in that: described milk glass stand includes fixed mount and rotation Frame, described fixed mount is fixed on the ground of described milking parlour, and described swivel mount is used for placing described teatcup, and described rotation Frame is turnover to be located on described fixed mount.

10. according to the intelligent milking system described in any one of claim 1-9, it is characterised in that: it is additionally provided with in described milking parlour Ground cleaning pipe and teatcup clean pipe, and the ground of described milking parlour is provided with the drainage channel with ft connection.