11155results about "Beverage vessels" patented technology

The invention relates to the technical field of temperature control, and discloses a temperature error compensation method and system for a multi-heating-section coffee maker, and the method comprises the steps: synchronously collecting the real-time temperature value of each heating section, and calculating a temperature error index; constructing a thermal coupling interference model based on the physical distance between adjacent sections and the heat conduction characteristic of the medium; generating a dynamic decoupling compensation parameter according to the model and the error index (including constructing a symmetric interference matrix, calculating a coupling interference component, applying negative feedback and identifying a main interference component); a decoupling parameter is converted into a power adjustment instruction through a multivariable control algorithm (superposition of basic compensation and decoupling compensation, amplitude limiting and phase compensation); and heating output is updated according to the power instruction, and iterative execution is performed based on the error index change trend until the temperatures of all sections reach steady-state balance. The method can effectively model and compensate thermal coupling interference between sections, improves the efficiency of temperature error compensation, and achieves the quick and stable cooperative temperature control of multiple sections.

An additive delivery system may incorporate a cartridge system, including a container cap and a reservoir assembly that provides for storage of an additive. The container cap includes a mixing nozzle for mixing of the additive with a base fluid as the base fluid flows from the base fluid container through the cartridge. A one-way valve prevents backflow of base fluid and / or mixed base fluid / additive from an area downstream of the mixing nozzle such that the base fluid supply remains in a pure state.

A drink maker is provided for motor detection. The drink maker includes a mixing vessel configured to receive a drink product. The drink maker also includes a dasher, driven by a drive motor, configured to mix the drink product within the mixing vessel. The drink maker also includes a cooling circuit, including a compressor, configured to cool the drink product. The drink maker further includes a motor condition sensor configured to detect a motor condition associated with the drive motor and output motor condition signals. The drink maker further includes a controller configured to determine, based on one or more first motor condition signals of the periodic motor condition signals, whether a value of the motor condition satisfies a first motor condition threshold. The controller is further configured to, in response to determining that the value of the motor condition satisfies the first motor condition threshold, turn off the compressor.

An insulated container assembly and French press assembly can be configured to retain beverages. The French press assembly may be secured to a container for mixing and pouring beverages. The French press assembly may include a lid assembly and the base assembly connected by a connect rod. The lid assembly may include a handle and a lid with the handle connected to a first end of the connect rod and the lid slidably connected to the connect rod. The base assembly may be connected to a second end of the connect rod. The base assembly may include a plunger with a valve and a wiper gasket. The valve may be located on a top side of the plunger and the wiper gasket may be located around a periphery of the plunger.

The bubble juicing all-in-one machine comprises a main machine and a bubble beverage bottle, and an inflation device and a driving device are arranged in the main machine; a juicing assembly capable of rotating, chopping and stirring is arranged in the bubble beverage bottle, a detachable connecting structure is arranged between the bubble beverage bottle and the main machine so that the bubble beverage bottle can be connected to the main machine, and a butt joint structure enabling the driving device to be in transmission connection with the juicing assembly after the bubble beverage bottle and the main machine are connected is arranged between the bubble beverage bottle and the main machine. The top of the bubble beverage bottle is provided with an air delivery port communicated with an inner cavity of the bubble beverage bottle, the top of the main machine is connected with an air delivery arm capable of moving to the position above the bubble beverage bottle, and an air delivery channel used for being connected with an air inflation device and an air inflation structure used for connecting the air delivery channel with the air delivery port of the bubble beverage bottle are arranged in the air delivery arm. The bubble juicing all-in-one machine aims to overcome the defects in the prior art and is diversified in function, high in adaptability, convenient to operate and clean and capable of improving the use comfort.

The invention provides a running state monitoring method and monitoring platform for an intelligent coffee machine, and relates to the technical field of running state monitoring, and the method comprises the steps: connecting a built-in sensor of the coffee machine, and obtaining a self-sensing state parameter; acquiring external monitoring data through external monitoring equipment of the coffee machine; performing internal data grid mapping according to the self-sensing state parameters, and constructing an internal sensing data network; performing alignment segmentation on external monitoring data, and establishing internal and external response data pairs; operating state recognition is conducted, an operating state recognition result is obtained, and coffee machine regulation and control feedback is conducted. The technical problems that in the prior art, due to the fact that operation state monitoring mostly adopts single-point data collection or passive alarm, the timeliness of state monitoring is weak, and the user experience and the service life of the coffee machine are affected are solved, intelligent recognition and regulation and control feedback of the operation state of the coffee machine are achieved by combining external operation monitoring with self-inspection parameters, and the user experience is improved. And the operation efficiency of the coffee machine is improved.

A compact filtering and additive delivery system which is readily adaptable to a portable container, such as a sports bottle, and receives a modular additive container for the metered delivery of additive, such as flavor concentrate, to a stream of base liquid as the base liquid is drawn or dispensed from the container. The modular additive container configuration on the delivery system allows a consumer / user to experience different additives, such as different flavors or supplement compositions, for a given supply of base liquid, such as water, stored in the container. The system may be readily used with off-the-shelf containers, such as disposable water bottles. An additive container configuration provides modular additive delivery system as described herein.

The present invention is a bubble maker system comprising a bubble dropper and a bubble container. The bubble dropper may be configured to receive and mix a bubble juice mixture and a desired liquid and dispense a. bubble juice. The bubble dropper may include a chamber in which the bubble juice mixture and the desired liquid are introduced, a bath paddle contained within the chamber, a. paddle motor in mechanical communication with the bath paddle such that the paddle motor is configured to drive rotation of the bath paddle, and a plunger configured to dispense the bubble juice after the bath paddle mixes the bubble juice mixture and the desired liquid to form the bubble juice. The bubble container may be configured, to receive the bubble juice which is dispensed from the bubble dropper.

The invention relates to the technical field of coffee machines. The vacuum coffee machine comprises a container assembly, a sealing structure, a processing structure and a carrier assembly provided with a water source connector. An electric control device, a water pump and a vacuum pump are arranged on the carrier assembly; the treatment structure comprises an integrated container, a blade assembly and a rotary power device; the integrated container is fixed in the carrier assembly and provided with a heating device, a temperature sensor, a rotating shaft hole, a water inlet, an air exhaust hole and a bottom outlet, and the bottom outlet is provided with an outlet valve. The coffee beans are ground, heated and extracted in the only sealed space, and the opportunity that coffee powder is transferred among different units and makes contact with oxygen in air is avoided or reduced, so that the oxidation effect can be minimized, and storage of volatile grease, antioxidants and enzymes in the coffee powder can be maximized.

Embodiments described herein provide a self-contained, above-the-counter beverage dispenser that allows for personalization of flavor intensity, temperature, and carbonation levels. The system can have a small form factor that allows it to sit on a countertop and below upper cabinetry. The dispenser can dispense carbonated beverages, still beverages, flavored beverages, hot beverages, cold beverages, and combinations thereof. Moreover, unlike existing systems, embodiments described herein may maintained by a user without special training, tools, or technical expertise. The dispenser can include consumable components, such as ingredient cartridges, a gas cylinder, and a filter. Each of these consumable components can be replaced easily without any tools or special training or expertise. Additionally, all consumables can be accessible behind a door on the front of the machine, making them readily accessible by only opening the front door.

Various illustrative systems, devices, and methods for espresso machines are provided. In general, an espresso machine is configured to brew and dispense espresso. In an exemplary implementation, the espresso machine includes a grinder configured to grind coffee beans. The grinder is configured to be adjustable to allow for adjustment of coffee bean grind size, which may help that ensure that a particular beverage brewed and dispensed by the espresso machine is prepared using an optimal grind size. The espresso machine is configured to prevent jamming of the grinder automatically in response to grind size adjustment.

The invention relates to the technical field of water drinking equipment, and provides an ice-making purifying water dispenser and a control method, device and equipment thereof, a storage medium and a product. In the ice-making water purifying and drinking machine, a heating module is used for heating water in a water purifying tank; the ice making module is used for making ice by using water in the cold water tank; the filtering module is used for purifying a water source entering from the water inlet and storing the purified water source into the water purifying tank. The method comprises the following steps: acquiring a first water level state indicating whether the water purification tank is full of water in the water purification tank and a second water level state indicating whether the cold water tank is full of water in the cold water tank; when the clean water tank and the cold water tank are full of water, a standby state is entered; and when at least one of the clean water tank and the cold water tank is not full of water, a water production state is entered. The two water tanks of the ice-making purifying and drinking machine share one set of filtering system, so that a user can obtain clean ice blocks while purifying and drinking are realized; through real-time detection of the water level states in the two water tanks, water can be supplemented in time, and the convenience and satisfaction degree when a user uses the water purifying and drinking machine are improved.

The utility model provides a cold-brew tea machine, including a shell, a water cup, a cold-brew pipe, a refrigeration component and a controller located in the shell, the upper chamber of the shell is a cold-brew chamber, the refrigeration component can exchange heat with the water in the cold-brew chamber, the upper end of the cold-brew pipe extends into the shell and communicates with the cold-brew chamber, the lower end of the cold-brew pipe located outside the shell is connected to a tea warehouse, and the top and bottom of the tea warehouse are both provided with a filter screen; the lower shell of the cold-brew pipe is provided with a movable water cup placement part, and the cold-brew pipe can extend into the water cup, a temperature sensor is provided in the cold-brew chamber, and a positive pressure pump and a negative pressure pump are connected to the top of the cold-brew chamber, and the positive pressure pump, the negative pressure pump, the temperature sensor and the refrigeration component are electrically connected to the controller respectively. It can make the tea essence blend well with water to obtain cold-brew tea with the best taste.

The invention provides a coffee machine mechanical arm acceleration compensation control method and device based on toppling spill prevention, and relates to the technical field of mechanical arm control. A coffee machine calls a real-time acceleration sequence from an acceleration control library after receiving a real-time order, and a pipetting mechanical arm moves along a pipetting collision-free track in the process of clamping an order coffee cup to move along the pipetting collision-free track; the liquid gravity center offset is measured in real time through a six-axis force sensor integrated on a clamping jaw, and lagging shake offset of a real-time acceleration sequence is carried out according to the real-time gravity center offset. The technical problem that in the prior art, when a mechanical arm of a coffee machine transports coffee drinks containing heterogeneous liquid, the displacement control stability is insufficient, and pouring and scattering are likely to happen is solved. The technical effects that the coffee liquid is effectively prevented from spilling and leaking in the transportation process, the transportation stability of complex coffee drinks containing ice blocks, foam and the like is remarkably improved, safety and high efficiency of collaborative operation of the multiple mechanical arms are ensured, and the delay or overflow risk caused by liquid shaking is greatly reduced are achieved.

The utility model provides hydrogen-rich water production equipment which comprises a purification module, a water storage module, a water supply module and a water supply module, wherein a water inlet of the purification module is used for communicating with a water supply device; a water inlet of the hydrogen-rich module is communicated with a water outlet of the purification module; a water inlet of the hydrogen mixing module is communicated with a water outlet of the purification module, and a gas inlet of the hydrogen mixing module is communicated with a hydrogen outlet of the hydrogen-rich module; the control device is communicated with the purification module, the hydrogen enrichment module and the hydrogen mixing module; the water boiling device is used for being communicated with the water outlet of the hydrogen mixing module under the control of the control device, and the water boiling device is used for heating the hydrogen-rich water output by the hydrogen mixing module; the hydrogen and oxygen absorption device is provided with a hydrogen absorption port and an oxygen absorption port, the hydrogen absorption port is used for being communicated with the hydrogen outlet of the hydrogen enrichment module under the control of the control device, and the oxygen absorption port is used for being communicated with the oxygen outlet of the hydrogen enrichment module under the control of the control device. The hydrogen-rich water supply function, the hot water supply function, the hydrogen absorption function and the oxygen absorption function are integrated.

A container arranged for containing a precursor material for use with a machine for preparing a beverage and / or foodstuff, the container including a machine-readable code storing preparation information for use with a preparation process performed by said machine, the code comprising a plurality of elements, wherein the elements of the code are arranged circumferentially to be read sequentially when the container is rotated about an axis of rotation relative a code reader, wherein the code is arranged as a plurality of directly adjoining discrete positions and an absence or presence of a primary element at a discrete position encodes the preparation information, wherein boundary elements are arranged at a boundary between two or more adjoining primary elements, and / or at a boundary between two or more adjoining absences of primary elements, and the boundary elements are of different reflective properties to a primary element or an absence of a primary element.

A drink maker is described that includes a housing, a mixing vessel configured to be removably coupled to the housing and receive a drink product, a dasher configured to mix the drink product within the mixing vessel, a drive motor configured to drive the dasher, and a controller. The controller is configured to detect an unsafe condition associated with the drink maker and, in response to detection of the unsafe condition, execute at least one control action comprising at least one of: alerting a user of the drink maker, deactivating the drive motor, preventing activation of the drive motor, or any combination thereof.

The utility model discloses an all-in-one machine for purifying and drinking coffee, which comprises a water purification system (1), a water supply system (2), a water supply system (3) and a control system (4), and is characterized in that the water purification system (1) comprises a filtering module (11); the coffee system (2) is used for processing purified water and coffee powder into coffee liquid, and the water inlet end of the coffee system (2) is in fluid communication with the purified water end of the filtering module (11); the liquid outlet system (4) comprises a direct drinking port (41) and a coffee port (42), the direct drinking port (41) is in fluid communication with the water purification end of the filtering module (11), and the coffee port (42) is in fluid communication with the liquid outlet end of the coffee system (2); the water purifier is characterized in that the filter module (11) adopts a filter element for mineral elements to pass through, so that the mineral elements are reserved in the purified water. Compared with the prior art, the coffee purifying and drinking all-in-one machine is suitable for preparing coffee.

Various illustrative systems, devices, and methods for beverage machines are provided. In one exemplary implementation, a system is provided that includes a milk receptacle and a housing. A whisk is configured to agitate the milk held by the milk receptacle. The whisk includes a magnet. The housing has a steam frother arm with a fluid flow path configured to deliver steam into the milk receptacle. The housing also has a motor configured to drive the whisk. The motor has a motor magnet configured to magnetically interact with the magnet of the milk receptacle such that rotation of the motor magnet drives rotation of the whisk to agitate the milk held by the milk receptacle.

The utility model discloses an emptying valve which comprises a valve body (1) and a water outlet valve element assembly (2). The exhaust valve is characterized by further comprising an exhaust valve element assembly (4), the exhaust valve element assembly (4) comprises a valve element seat (41), the valve element seat (41) is plugged at an outlet of the water inlet channel (11) or in the backflow channel (14) of the valve body (1), a through hole (411) is formed in the middle of the valve element seat (41) in a penetrating mode, and an overflow groove (412) extending from the through hole (411) to the edge of the valve element seat (41) is formed in the surface of the side facing the water flow direction. An overflowing hole (4121) is formed in the bottom wall of the overflowing groove (412) in a penetrating manner; and the umbrella-shaped valve core (42) comprises a rod part (421) and an elastic umbrella part (422), wherein the rod part (421) can be arranged in the through hole (411) in a sliding and penetrating manner. Compared with the prior art, the blowoff valve is high in technical reliability, low in manufacturing requirement and easy to inspect.

Various illustrative systems, devices, and methods for beverage machines (e.g., drip coffee machines, espresso machines, etc.) are provided. In an exemplary implementation, an espresso machine is configured to brew and dispense espresso. In an exemplary implementation, the espresso machine is configured to determine a recommended coffee bean grind size for a beverage, e.g., an espresso or a sprover-style drink, selected by a user and to provide the recommended coffee bean grind size to the user.

The utility model relates to a coffee machine grinder capable of uniformly distributing powder, which aims at solving the technical problems that a powder feeding channel of the existing like product is easy to block, the powder distribution effect is poor, nonuniformity and residues are generated, and a bean box is placed in place, and a detection trigger structure is complex in design. The coffee machine grinder is characterized in that powder distribution fan blades are arranged in a powder outlet channel at a grinding knife assembly of the coffee machine grinder, a powder screening net is arranged at a bottom channel opening of the powder outlet channel, the powder screening net is fixed to the bottom channel opening of the powder outlet channel through a powder outlet cover in an internal and external thread mode, and a motor shaft of a powder distribution motor extends into the powder outlet channel to be connected with the powder distribution fan blades. A notch is formed in one side of the spiral blade of the powder distribution fan blade, and a top channel opening of the powder outlet channel on one side of the sharpening assembly is exposed out of the machine body; self-locking protruding tongue assemblies are symmetrically arranged on the inner walls of the two sides of the inner bottom of the bean box tray, switch ejector rod assemblies are symmetrically arranged on at least one side of the outer diameter of the bean box tray, and the other switch ejector rod assembly is arranged on one side of the sleeving position of a bean feeding opening of the bean box tray and a knife edge of the knife sharpening assembly.

Various illustrative systems, devices, and methods for beverage machines are provided. In one exemplary implementation, a system includes a portafilter, a filter basket, a funnel, and a tamp. The portafilter is configured to be removably coupled to a housing of a beverage machine. The filter basket is configured to be removably disposed within the portafilter for receiving coffee grounds. The funnel is configured to be removably mounted on the portafilter and has a passageway configured to receive the coffee grounds therein and to direct the coffee grounds into the filter basket. The tamp is slidably insertable into the passageway of the funnel and configured to advance through the funnel to press the coffee grounds in the filter basket.

The coffee extraction device comprises a main machine and a brewing mechanism connected to the main machine, a grinding mechanism is arranged in the main machine, and coffee beans entering a grinding cavity are ground into powder through a grinding cutter; the powder pressing mechanism is located above the brewing mechanism and reciprocates along the Z axis under the action of a first driving component; a water supply mechanism; the powder pressing mechanism further comprises a powder pressing device, and the powder pressing device and the brewing mechanism are combined to form a powder pressing channel capable of containing a powder pressing assembly. The powder pressing assembly is movably arranged in the powder pressing device and reciprocates along the powder pressing channel; the powder pressing assembly has a powder pressing stroke and a reset stroke in opposite directions in the powder pressing channel; a sensing device is arranged on the side portion of the powder pressing channel, electrically connected with a circuit system in the main machine and used for sensing the position of the powder pressing assembly and activating when sensing that the powder pressing assembly is in the reset stroke so as to switch on the circuit system in the main machine and supply water to the brewing mechanism.

The invention discloses a gas mixing venturi tube and a bubble water device, and relates to the technical field of life electric appliances, the gas mixing venturi tube comprises a tube body, the tube body is provided with a main body part, and an inlet section, a gas suction section and an outlet section which are connected with the main body part; the main body part is provided with a contraction section, a throat pipe section and an expansion section, the inlet section is connected with the contraction section, and two ends of the expansion section are respectively connected with the throat pipe section and the outlet section; the main body part is further provided with an air cavity, and the air suction section is communicated with the throat pipe section through the air cavity. According to the gas mixing Venturi tube, the preparation efficiency and quality of bubble water can be improved, and the negative pressure stability of the throat tube section is improved.

The utility model provides a pressurization regulating valve and a moka kettle. The pressurization adjusting valve comprises a valve element, a valve bonnet, a pressing and blocking spring and an elastic pressurization plug nozzle. A liquid conveying flow channel is formed in the valve element. The valve bonnet covers the liquid outlet end of the liquid conveying flow channel, and an overflow gap is formed between the valve bonnet and the valve element. The elastic pressurizing plug nozzle is arranged in the liquid conveying flow channel and used for abutting against the peripheral wall of the guiding-out opening of the liquid guiding column. A pressure regulating middle cavity is formed between the valve cap and the elastic pressurizing plug nozzle; a liquid outlet of the elastic pressurizing plug nozzle is communicated with the overflow gap through the pressure regulating middle cavity; the pressing and blocking spring is arranged in the pressure regulating middle cavity; the valve bonnet is connected to the valve element in a threaded mode, the pressing and blocking spring abuts against the liquid outlet of the elastic pressurizing plug nozzle to close the liquid outlet of the elastic pressurizing plug nozzle, the pressure of the pressing and blocking spring on the liquid outlet of the elastic pressurizing plug nozzle is adjusted by twisting the valve bonnet, then the closing strength of the liquid outlet of the elastic pressurizing plug nozzle can be rapidly changed, and flowing coffee liquid can achieve different pressurizing effects.

Various illustrative systems, devices, and methods for beverage machines are provided. In one exemplary implementation, a system includes a portafilter and a plurality of baskets. The portafilter is configured to be removably coupled to an espresso machine. The plurality of baskets each define a filter, each is removably receivable in the portafilter, and each is configured to hold coffee grounds. The plurality of baskets including a first basket, a second basket, and a third basket. The third basket has a volume that is about 105 mL to 135 mL. The third basket is configured to permit brewing of a beverage using pressurized and unpressurized brewing methods.

The invention provides a target equipment behavior control and joint training method and device, and relates to the artificial intelligence fields of deep learning, computer vision, image processing, optical design and the like. The target equipment behavior control method comprises the steps that a to-be-processed target image is acquired, the target image is a to-be-detected area image generated by a photosensitive element according to an acquired second optical signal, and the second optical signal is an optical signal obtained after an optical element modulates an acquired first optical signal, the first optical signal is an optical signal that light emitted by the light source irradiates an area to be detected and then enters the optical element through reflection; a detection result corresponding to the target image is generated through the detection model, the behavior of the target equipment is controlled according to the detection result, and the to-be-detected area is opposite to a material outlet in the target equipment.

Various illustrative systems, devices, and methods for beverage machines (e.g., coffee machines, espresso machines, etc.) are provided. In general, an espresso machine is configured to brew and dispense espresso. In one exemplary implementation, a system includes a boiler, a temperature sensor, a water outlet, a plumbing system, a housing, a controller, and a memory. The temperature sensor is configured to measure a temperature of the boiler. The plumbing system is configured to deliver water from the boiler to the water outlet. The housing includes a reservoir coupled thereto and configured to contain a cleaning liquid therein. The memory stores instructions that, when executed by the controller, cause the controller to perform operations including measuring a temperature of the boiler, comparing the temperature of the boiler to a predetermined temperature, operating the pump, and terminating the operation of the pump.

Provided is a portable pumping tumbler for preparing a beverage, having both drinking water and an additive received therein, thereby enabling the additive to be pumped and added into the drinking water according to the needs of a user and enabling a beverage to be easily prepared, comprising: a drinking water tray having an opened upper part and a shielded lower end to have formed therein a drinking water storage space; a cover unit detachably coupled to the upper part of the drinking water tray to shield the upper part of the drinking water tray, and having a drinking opening formed; an additive tray detachably coupled to the lower end of the drinking water tray and has formed therein an additive storage space; and a pumping unit installed inside the drinking water tray and the cover unit.