17 results about "Milk supply" patented technology

The milk frothing device (2) of the invention comprises a mixing portion (6) comprising a main flow conduit (23) provided with a cross-section restriction (24) and a mixing chamber (21) fluidically connected to the main flow conduit (23), a closing portion configured to close the mixing chamber (21) and the main flow conduit (23), a water supply conduit comprising a water outlet orifice (29) opening into the main flow conduit (23), a milk supply conduit comprising a milk outlet orifice (35) opening into the main flow conduit (23) and having a passage cross-section greater than the passage cross-section of a downstream end of a first conduit portion belonging to the main flow conduit (23) and upstream of the cross-section restriction (24), and an air supply conduit fluidically connected to the main flow conduit (23).

This application provides a beverage machine. The beverage machine includes: a milk frother, a milk supply pipeline, an air supply pipeline assembly, a flow regulating component, and a controller. The milk frother has a raw material inlet, the milk supply pipeline is connected to the raw material inlet, the air supply pipeline assembly is connected to the milk supply pipeline, and the flow regulating component is disposed on the air supply pipeline assembly to control the on / off state of the air supply pipeline assembly and regulate the airflow entering the milk supply pipeline. When the flow regulating component is activated by the air supply pipeline assembly, the raw material inlet is also connected to the air supply pipeline assembly through the milk supply pipeline. The controller is electrically connected to the flow regulating component and is configured to adjust the flow regulating component according to beverage parameter information. This beverage machine can adjust the flow regulating component according to beverage parameter information to regulate the airflow entering the milk supply pipeline, thereby producing milk foam with a controllable texture to meet user needs.

The present application relates to the technical field of breast feeding, in particular to a breast feeding evaluation index construction method and system, comprising the following steps: obtaining feeding time and frequency, collecting sucking and swallowing signal sequences, identifying sucking continuous segments and swallowing stable stages, extracting rhythm continuation segments, calculating fluctuation amplitude and time proportion, extracting high-frequency sucking point and swallowing concentrated segment overlap area, measuring matching density and interval fluctuation, screening stable and slowly changing segments, counting behavior type and frequency, and generating feeding evaluation results, in the present application, by collecting time sequence signals of sucking and swallowing, continuous behavior data flow is constructed, rhythm segments and synchronous time intervals are extracted, matching density and rhythm fluctuation level are quantified, stable and slowly changing behavior characteristics are identified, combined with behavior classification and frequency statistics, multi-dimensional evaluation of milk supply, feeding rhythm and matching performance is realized, and the accuracy of breast feeding state judgment and data support ability are improved.

The application discloses a kind of full-automatic piglet liquid milk feeding system and control method thereof, and design mechanical automation field.Its structure includes milk supply unit, liquid milk conveying unit, control unit, the milk supply unit includes temperature regulating water heater, clean water control valve, acidic cleaning fluid control valve, basic cleaning fluid control valve, milk powder control valve, stirrer, the liquid milk conveying unit includes air pressure pump, liquid milk circulation pipeline, light sensor, sewage outlet control valve, milk cup, heating wire and pipeline temperature sensor placed in the liquid milk circulation pipeline, RFID module connected with the control module, pressure sensor connected with the control module, ambient temperature sensor connected with the control module.Liquid milk is automatically, timely delivered according to demand, greatly reduces the workload of workers, guarantees the freshness of liquid milk, so as to guarantee the health condition of piglet to the greatest extent.

The application discloses a milk foaming adjusting mechanism, a milk foam making device and a coffee machine. The milk foaming adjusting mechanism comprises a milk inlet channel and a control valve. The milk inlet channel is adapted to communicate with a foaming cavity. The control valve is adapted to change the opening degree of the milk inlet channel to adjust the milk supply amount. According to the technical scheme, the opening degree of the milk inlet channel is changed through the control valve, so that the milk flow rate conveyed through the milk inlet channel can be adjusted. The change of the milk flow rate can affect the foaming rate, so that the foaming effect is adjusted. The milk foam making is adapted to various use conditions through the adjustable foaming effect.

The utility model discloses an adjustable milk frother assembly, beverage outlet assembly and beverage equipment, including milk frother body, steam spray head, air connector and milk pipe joint, the first mixed cavity and second mixed cavity of being mutually connected are set up in the milk frother body inside, the first mixed cavity has air inlet and milk inlet, the second mixed cavity has steam inlet, and steam spray head sealedly connects at steam inlet, and air connector sealedly connects at air inlet, and milk pipe joint sealedly connects at milk inlet, and milk pipe joint inside forms milk supply channel, and a plurality of milk outlet holes with different cross section sizes are distributed in the circumferential direction of milk pipe joint, and milk outlet hole is used for connecting milk supply channel and the first mixed cavity. The utility model mainly solves the technical problem that milk frother gear adjustment is inconvenient when making hot milk and milk froth in the milk-containing beverage machine, and milk frother needs to be disassembled, and even nozzle needs to be pulled out to adjust.

The present invention relates to a foaming unit for foaming milk or a milk / air mixture, the foaming unit having a steam supply line, a milk supply line, a mixing unit having a first flow region and a second flow region, and an outlet line having an outlet opening for milk foam, the outlet line being connected to the second flow region.

A device for emulsifying and / or heating milk comprising a milk heater, a hermetically closed milk container, a mixer provided with a milk inlet, an air inlet and an outlet of a milk-based drink, a milk supply circuit comprising a connection conduit between the milk container and the milk inlet, and at least one air pump connected in delivery to a pressurization conduit of the milk container for pushing the pressurized milk towards the milk inlet, where a pressure adjustment means of said pressurization conduit is included which is used for adjusting the temperature of the milk.

This utility model discloses a bionic feeding device for sheep, including a bionic prosthesis and a milk box. The bionic prosthesis is hollow inside and has a placement opening at the top. Support frames and bionic nipples are spaced apart on both sides of the lower end of the bionic prosthesis. The bionic nipples are provided with milk outlets, which are connected to a milk supply connector via connecting pipes. The milk box can be placed into the bionic prosthesis as a whole through the placement opening or removed from the bionic prosthesis. The milk box is provided with a milk outlet, which is detachably connected to the milk supply connector. When the milk box is placed in the bionic prosthesis, the milk supply connector is connected to the inside of the milk box. When the milk box is removed, the milk supply connector is disconnected from the inside of the milk box. The bionic prosthesis and bionic nipples are consistent with the shape of the ewe, making it easy for lambs to identify and suckle milk on their own, reducing the cost of artificial induction. Furthermore, the detachable milk outlet and milk supply connector allow the milk box to be removed as a whole for refrigeration, preventing the milk from stagnating and spoiling, and allowing it to be reused for the next feeding.

Verschaft is a milking system with milk cups. The milk cup comprises a cup housing and a teat liner, which define a pulsation chamber and a teat chamber with a teat opening and a cup milk drain opening. The milk cup has a chamber for milk air separation, which extends downwards from the cup milk drain opening, and features a chamber milk supply opening and a chamber milk drain opening, as well as a separate chamber air drain opening above the chamber milk drain opening. The milking system furthermore has a milk collection vessel for the temporary storage of a single milking, with a vessel milk supply opening and from there a milk hose to the chamber milk drain opening, and with a vessel air drain opening, and a vacuum device for setting a pulsation vacuum VID at the pulsation chamber, a milk vacuum Vm at the chamber, and a transport vacuum vt at the milk collection vessel. In this case, V|D s Vm < Vt. Due to the milk air separation in the chamber, the milk vacuum is easily controllable.As a result, the pulsation vacuum can be selected smaller than or equal to the milk vacuum, preventing bulging and vacuum leaks at the teat liner.

A beverage server (1) is provided with: a beverage supply unit (3) that generates a beverage using hot water supplied from a hot water tank (3) and supplies the generated beverage from a beverage nozzle (35) to a cup (C); a milk supply unit (5) that conveys milk in the milk container (51) through a milk supply path (55) to a milk nozzle (53) and supplies the milk from the milk nozzle (53) to a cup (C); and a cleaning liquid supply unit (7) that, when a cleaning command is given, mixes, within the mixing tank (77), the cleaning agent supplied from the cleaning agent container (71) to the mixing tank (77) with the hot water supplied from the hot water tank (31) of the beverage supply unit (3) to the mixing tank (77) to generate a cleaning liquid. And a milk supply path (55) for supplying the generated cleaning liquid to the milk supply unit (5) through a supply pipe (79).

This invention relates to the field of livestock breeding equipment technology, specifically to an automatic nursing machine for suckling rabbits. It includes a frame, several assemblies of brooding boxes, a milk supply and nursing assembly, and a drive assembly. The frame includes left and right uprights, with several half-shafts fixed to the inner sides of each upright. Each half-shaft has a rotating sprocket fixed to it, and rotating chains are mounted on the rotating sprockets on the left and right uprights. The brooding box assembly includes a brooding box body and a rotating shaft, with both ends of the rotating shaft rotatably connected to the rotating chains on the left and right sides, respectively. The milk supply and nursing assembly includes a milk delivery pipe, a milk supply pipe, and a sucking nipple. The drive assembly includes a motor reducer and a power shaft. The application of this automatic nursing machine can greatly save labor in the management and operation of suckling rabbits, reduce the cost of raising and managing rabbits, and significantly improve the production efficiency of rabbit farming.

Verschaft is a milking system with milk cups. The milk cup comprises a cup housing, a teat liner surrounding a teat chamber with a cup milk discharge opening, a pulsation chamber, and a chamber for receiving the milked milk and for milk-air separation. The chamber has a milk supply opening connected to the cup milk discharge opening and a chamber milk discharge opening, as well as a separate chamber air discharge opening above the chamber milk discharge opening. The milking system also features a control system, a milk collection vessel for temporarily collecting a milking, a milk hose between the chamber milk discharge opening and the milk collection vessel, and a controllable vacuum device configured to provide a pulsation vacuum Vp to the pulsation chamber, a milk vacuum Vm to the chamber, and a transport vacuum Vt to the milk collection vessel. The vacuum device is configured to set the transport vacuum Vt depending on a milking parameter.Due to the milk-air separation, the transport vacuum is independent of the milk vacuum. The adjustability of the transport vacuum allows the milking process to be better adapted to the requirements for optimal milking.

The invention discloses milk sterilizing and cooling linkage equipment with heat recovery and sterility monitoring and a technology, and relates to the technical field of milk processing equipment, the milk sterilizing and cooling linkage equipment comprises a high-temperature sterilizing box, a heating assembly and a water storage tank, and the top of the high-temperature sterilizing box is fixedly provided with an automatic pressure release valve. According to the milk sterilizing and cooling linkage equipment with the heat recovery and sterility monitoring functions and the technology, by arranging a water suction pump, suction force is automatically generated in a flow guide pipe through cooperation of a water suction pipe during operation of the water suction pump; the cooling water in the water storage tank is pumped into the flow guide pipe in the cooling bin through the water supply pipe so that the high-temperature milk can be automatically cooled, and at the moment, the cooling water after heat exchange automatically enters the flow guide pipe in the heating bin through cooperation of the backflow pipe. And then the milk flowing through the milk supply pipe is preheated through cooperation of the flow guide pipe, so that the purpose of efficiently utilizing heat is achieved, and the milk is preheated in the heating assembly.

The utility model relates to the technical field of food, in particular to a mixed hot pulp pulping machine for making wet pulp rice noodles, which comprises a stirring barrel, a hot water supply mechanism, a feeding mechanism, a hot water supply mechanism, a stirring mechanism and a shell, the stirring barrel is arranged in the shell, and the shell is a hollow box body with an openable top. Edible hot water and rice powder are added through a hot water supply mechanism and a feeding mechanism respectively and stirred into mixed rice milk, the mixed rice milk is heated in the stirring state and kept at 70 DEG C, under the condition of heat preservation, the hot rice milk continues to be stirred, a certain amount of boiling water is poured into the hot rice milk in the stirring process, generation of rice milk gel is promoted, and the rice milk is obtained. And finally, the prefabricated rice milk can be input into a hopper of a flour mill through a milk supply pump for raw material supply. According to the utility model, the embedded control system is adopted, the PID algorithm is adopted to accurately control the water temperature, the operation is simple and convenient, the process is mature, and the production efficiency and the product quality of the wet rice flour can be improved.

The milk frothing system of the invention comprises a hot and a cold milk frothing device each comprising a mixing portion (6) comprising a main flow conduit (23) equipped with a first conduit portion (25) and a second conduit portion (26) disposed on either side of a cross section limiter (24) and a water supply conduit and a milk supply conduit each opening into the main flow conduit (23). The milk outlet aperture (35) of the cold milk frothing device (2') has a passage cross section different from the passage cross section of the milk outlet aperture of the hot milk frothing device (2) and the downstream end of the first conduit portion (25) of the cold milk frothing device (2') has a passage cross section different from the passage cross section of the downstream end of the first conduit portion (25) of the hot milk frothing device (2).

A control method for a milk beverage dispensing system and a beverage machine. The dispensing system includes: a mixing device, including a mixing chamber, the mixing chamber having a steam inlet, a fluid inlet and a discharge outlet; a steam generator, connected to the steam inlet; a hydraulic pump, connected between a milk supply source and the fluid inlet; the control method includes the following steps: receiving a milk beverage preparation signal; when determining that the signal is a beverage mode indicating steam output, controlling a pressure relief pipeline of the steam generator to open for a first preset duration, and controlling the steam generator to heat up during the first preset duration; after the first preset duration, controlling the hydraulic pump to activate, and controlling the steam generator to deliver the steam to the mixing chamber, wherein the steam enters the mixing chamber not later than the milk liquid.