83 results about "Milk supply" patented technology

A device is provided for producing milk foam, in particular in combination with an automatic coffee machine, which has a mixing chamber (13) to which milk, air, and rinsing medium can be supplied via various supply lines (11, 20, 21), wherein the supply of the rinsing medium to the mixing chamber takes place at least partially via the milk supply line (11). Here it is essential that the air supply line (20), at least with its end segment (20a) connected to the mixing chamber (13), can be selectively connected via a valve (22) to a line (23) having rinsing medium.

A device for heating and/or frothing milk for machines for preparing hot beverages such as a cappuccino, comprising a tubular body inside which a Venturi tube is provided which has an intake end which can be associated with a source of steam and a discharge end, a mixing chamber, which is defined between a converging portion and a diverging portion of the Venturi tube, and at least one milk supply duct, which has a drawing port which can be associated with a milk reservoir and a port for introducing the milk in the mixing chamber, the milk being drawn into the mixing chamber due to the partial vacuum created by the flow of steam between the converging portion and the diverging portion of the Venturi tube.

A coffee machine for preparing hot, milk-containing beverages and having a milk supply (15) and a discharge means (8). In order to achieve improved handling, the milk supply (15) is configured for accommodating concentrated milk, and a mixing device (17) is provided for mixing the concentrated milk with water.

An electric machine for making a beverage has a water heater having an inlet and an outlet, a pump for supplying fresh water to the water-heater inlet so that the water heater can supply heated or vaporized fresh water to the outlet, a port, and a milk supply. A mixer has a steam/water intake, a milk intake, an air intake, and an outlet. A milk conduit is connected between the milk supply and the milk intake and an gas conduit between the port and the air intake. A two-position valve connected to the water-heater outlet, to the gas conduit, and to the steam/water intake of the mixer is movable between a first position feeding steam or hot water from the water heater to the steam/water intake of the mixer and a second position feeding steam from the water heater to the gas conduit.

The invention discloses a milk-replacer complete feed for lambs, which is applicable to lambs which are not provided with enough goat milk in seven days after being born (colostrums in three days and ordinary milk in four days). The complete feed comprises the following components: puffed corn, puffed full-fat soybean, puffed millet, fermented bean pulp, whey powder, milk powder, microcologics, premixed feed additive, glucose, lysine, methionine, salt, calcium hydrophosphate, vegetable oil and lime powder. The complete feed can maintain the life of a lamb without enough goat milk supply and also can promote the fast development of the paunch of the lamp to improve the intestinal digestion function of the lamp, thereby laying a foundation for fast growth of the lamb in the later stage. Lamps fed with the complete feed can grow faster than lamps fed in a normal way.

The invention relates to a milk foaming device capable of automatically producing foamed milk. The milk foaming device comprises a casing with a cavity, wherein an outlet is formed in the bottom of the casing, and a steam supply channel, a milk supply channel and an air inlet channel are formed in the lateral portion of the casing. The milk foaming device is characterized in that a partition wall is formed in the casing, a rotary mixing region is formed in the cavity by means of partition of the partition wall, and steam, milk and air can be mixed in the rotary mixing region in a rotary flowing mode. An injection port is formed in the lateral wall of the casing and communicated with the outlet through the rotary mixing region, and the steam supply channel, the milk supply channel and the air inlet channel are communicated with the rotary mixing region through the injection port. Mixture of the steam, the milk and the air can be ejected out of the injection port, enters the rotary mixing region formed by the partition wall at a high speed under push of inertia and follow-up steam, and rotates for multiple circles in the rotary mixing region. The steam, the milk and the air are further mixed fully and uniformly in the rotary mixing region during rotation of the mixture.

A system for supplying heated milk or other liquids to individual drinkers from which animals, particularly baby pigs, can drink on a need basis by actuating a valve in the drinker that allows the milk to flow into the drinker. The system has a plurality of drinkers within a closed system in which the milk is supplied from a reservoir, heated to a minimum predetermined temperature range and pumped to each drinker which is positioned so that milk is continuously circulated through the drinker any time the circulating pump is running. This not only keeps the heated milk from spoiling, but it also prevents the drinkers from becoming clogged and permits the entire system to be cleaned in place.

The present invention provides a device 1 for producing milk foam, which makes use of Couette flow and a high shear stress that is accordingly applied to a milk-air mixture in a gap between a housing, in particular an outer cylinder, and a rotating element rotating arranged therein. The device further comprises a milk supply circuit supplying the fluid inlet with milk and an air supply circuit supplying the fluid inlet with air, both supply circuits being independent from each other.

The invention discloses a system for automatically feeding milk to a calf with minimum ablactation stress, which can automatically feed the milk to a newborn calf and can minimize the ablactation stress of the newborn calf. The system comprises a milk feeding unit, a milk supplying unit and a controlling module, wherein the milk feeding unit and milk supplying unit are used for supplying and feeding the milk to the calf; the milk feeding unit is used for controlling the milk feeding unit and milk supplying unit; the milk feeding unit comprises a weight gauge for weighting the calf; and the controlling module is used for controlling the amount of the milk supplied by the milk supplying unit according to the weight of the calf. The milk supplying unit is used for evenly supplying the milk with the temperature of the breast milk to the calf; the height of a nipple component can be controlled to be adapted to the height of the calf; and the milk supplying unit and the nipple of the feeding component can be automatically cleaned after feeding.

The invention discloses a water way system for automatic cleaning and automatic switching of a coffee machine. The water way system is characterized by comprising a milk foaming device, an air infusion device, a water supply device and a milk supply device used for storage milk. The milk foaming device is provided with a milk suction inlet, an air inlet port, a steam inlet port and a milk foam outlet. The air infusion device is provided with an air inlet and an air outlet. The milk supply device is connected with a milk suction inlet pipeline, and the air outlet and the water supply device are connected with an air inlet port pipeline respectively. By the adoption of the technical scheme, the water way system has the advantages that automatic cleaning and automatic switching functions can be achieved, manual cleaning time and manual switching time of users are saved, the users can select the corresponding functions according to needs, and convenience and quickness can be achieved; meanwhile, the water way system is simple in structure, wide in structural applicability, and suitable for various coffee machines with foaming functions.

The invention discloses a calf feeding robot. The calf feeding robot comprises a machine body, wherein an automatic control box and a milk supply groove are mounted in front of the machine body; the milk supply groove is internally provided with an identifier and a nipple; the nipple is connected onto a milk container through a pipeline; a hopper is arranged at the upper end of the machine body; a packing auger is arranged at the bottom end of the hopper; a material supply groove is mounted at one side of the machine body; a discharging hole is formed in the material supply groove; the discharging hole is communicated with the bottom end of the hopper; a weighing mechanism is arranged at the lower end of the machine body; a limiting door is mounted on each of the milk supply groove and the material supply groove. The calf feeding robot is convenient to use and operate; the calf feeding efficiency is improved and pollution to milk and fodder is avoided on the basis of saving manpower and saving cost; meanwhile, a free and comfortable environment is provided for the calves and the healthy growth of the calves is facilitated.

A device according to the invention for preparing frothed milk can be docked on a beverage preparation machine (101) and for this purpose has at least one connection for steam generated by the beverage preparation machine and an interface for electrical current delivered by the beverage preparation machine. The device additionally has a milk foaming unit comprising a gear pump (7). The gear pump is connected on the input side to a milk supply line and to an air supply. A milk nozzle is additionally present on a path of the milk conveyed by the gear pump, and the milk, the steam and air can be supplied to this milk nozzle.

The invention discloses an automatic curdle-solidifying device. The automatic curdle-solidifying device comprises a main controller, a main machine frame, a soybean milk supply pump arranged on the main machine frame and connected with the main controller, a quantitative barrel for soybean milk, a soybean milk solidifying barrel, a bittern cylinder, and a jellied bean curd delivery pump; the quantitative barrel for soybean milk is used for storing soybean milk; the soybean milk is supplied to the soybean milk solidifying barrel by the soybean milk supply pump; a soybean milk stirring device is arranged in the soybean milk solidifying barrel, and is connected with the main controller; the bittern cylinder is arranged above the soybean milk solidifying barrel, and is used for adding bittern at fixed quantity into the soybean milk solidifying barrel; and the jellied bean curd delivery pump is used for outputting jellied bean curd after the soybean milk in the solidifying barrel is solidified into jellied bean curd. According to the automatic curdle-solidifying device provided by the invention, the soybean milk is supplied to the soybean milk solidifying barrel by the soybean milk supply pump, and jellied bean curd is outputted by the jellied bean curd delivery pump after completion of solidification; and thus, the operation processes are fully automated, simple in operations, and capable of improving working efficiency.

The invention relates to the field of feeding of pasture calves and in particular relates to integrated intelligent feeding equipment. The integrated intelligent feeding equipment comprises a heating device, a milk supplying device, automatic feeding stations and a control system; a plurality of automatic feeding stations are arranged; the plurality of automatic feeding stations are arranged in parallel; the milk supplying device is communicated with the plurality of automatic feeding stations through pipelines; the heating device is communicated with the milk supplying device through a pipeline; the heating device, the milk supplying device and the automatic feeding stations are electrically connected with the control system; the milk supplying device comprises a milk storage tank and a pasteurization machine; the heating device comprises a water storage tank, a boiler and a heat insulation water tank; the boiler supplies hot water to the pasteurization machine for disinfecting milk; after the disinfection is finished, the milk is conveyed to the automatic feeding stations and calves suck nipples to drink the milk. The integrated intelligent feeding equipment has the beneficial effects that one set of milk supplying device drives the plurality of sets of automatic feeding stations and the cost investment of a pasture is greatly reduced; refined raising is realized and high economic benefits are realized; the labor force is reduced and the labor intensity is alleviated.

An automatic breastfeeding method of a premature infant comprises a preparation stage, an active lactation stage, a passive lactation stage and a rest stage; the invention also provides an automatic breastfeeding machine used for the automatic breastfeeding method of premature infant, comprising a stomach tube, a lactation supply device, a detector and a control device. One end of the stomach tubeis arranged in the stomach of the premature infant, and the other end is connected with the lactation supply device, the milk supply device is electrically connected with the control device, the control device is electrically connected with the detector, and the detector is arranged in the mouth of the premature infant. The self-sucking ability of the premature infant is trained, and the normal circulation of the mouth-pharyngeal-gastric-intestinal reflex of premature infants is realized, and the nutritional requirements of the premature infants are ensured taking into account the differencesof the premature infants, so that the premature infants have no difference in the care, diet, neurological development and growth and development with term infants in the future.

An assembly for creating milk froth and/or for heating milk is disclosed. It comprises a foaming device and optionally a milk container and a valve assembly. The foaming device is provided with a steam supply channel, an air supply channel, a milk supply channel and a discharge opening. In order to provide for an easy cleaning of the assembly and its microbicity, at least the components and/or cavities coming into contact with milk are provided with a hydrophobic and oleophobic surface consisting of nano-particles which consist partially of silver or a silver compounds.

The invention relates to a young animal feeding device. The young animal feeding device comprises a barrel body, a placing barrel and a water tank, wherein a water channel connected with the water tank is formed between the placing barrel and the barrel body, at least one heat preservation box is fixedly connected at the bottom end of the placing barrel, at least two discharge tubes are uniformly arranged on each heat preservation box, and a removable nipple is arranged on each discharge tube. The young animal feeding device disclosed by the invention has the advantages of effectively guaranteeing continuity of milk supply for young animals by transporting hot water in the water tank to the water channel through a second water pump, heating the milk in the placing barrel by hot water in the water channel, and sucking the milk in the heat preservation box through the discharge tubes to improve the breeding quality of the young animals so as to reduce the phenomenon of uneven sizes of the original young animals, reducing wastes because the heat preservation box is a sealed container to lower the breeding cost, and having good use effect and capacity of simultaneously breeding the young animals in different breeding stages to facilitate good practical performance.

The invention relates to a newborn animal feeder, which comprises a barrel and a placement tube, wherein a heating device is arranged at the bottom end of the barrel; at least two connecting pipes are arranged on the barrel; a detachable nipple is arranged on each connecting pipe; a temperature sensor is arranged on a sealing cover; a display device is arranged on the barrel. The newborn animal feeder has the advantages that the heating device is used for heating milk in the placement tube, the temperature sensor and the display device are used for effectively controlling the temperature of the milk, and the milk is effectively cooled by cooling water in a water tank when being sucked, so that the milk sucked by newborn animals is kept within a range of temperature bearable by the newborn animals, the newborn animals are prevented from being injured by overtemperature, the continuity of milk supply to the newborn animals is effectively ensured, the cultivation quality of the newborn animals is improved, and the phenomenon of inconsistency of sizes of the newborn animals is reduced; the barrel is a sealed container, so that the phenomenon of waste of the milk is avoided, and the cultivation cost is lowered.

The invention discloses a coffee machine, which comprises a water supply unit and a milk supply unit, wherein the water supply unit and the milk supply unit are connected through a clean water conveying device; and clean water is provided for the milk supply unit for cleaning the milk supply unit. The coffee machine can timely clean a pipeline and a device through which the milk passes, and effectively prevents deterioration and pollution caused by residual milk in the coffee machine.

Automatic beverage vending machine that has a milk supply circuit includes a cold milk tank, a variable speed milk pump, a steam generator, a milk heater, and an electronic milk control unit. The electronic milk control unit is electrically connected to the milk pump and to an air solenoid valve. The electronic milk control unit is configured to cause the milk supply circuit to deliver smooth or frothed, hot or cold milk. The electronic milk control unit is also configured to determine milk-related quantities including the type of cold milk contained in the cold milk tank, the temperature of the cold milk contained in the cold milk tank, the amount of foam to dispense, and the type of milk to dispense, and to control operation of the milk pump and of the air solenoid valve based on the determined milk-related quantities.