Beverage machine with boiling and brewing functions

Abstract

The beverage machine comprises a cup body, a water outlet base and a tea boiling cup, the machine body is provided with a water purifying tank, a heating part and a second liquid outlet, the heating part is communicated with the water purifying tank and the second liquid outlet, and liquid in the water purifying tank can flow out of the second liquid outlet after being heated by the heating part; the water outlet seat is arranged below the second liquid outlet and comprises a water guide pipe and a second power supply assembly; the tea boiling cup is detachably arranged on the water outlet seat and comprises a cup body, a heating body and a first power supply assembly, a water outlet hole is formed in the bottom of the cup body, and the heating body and the first power supply assembly are arranged at the bottom of the cup body and avoid the water outlet hole in a mode of surrounding the water outlet hole; when the tea boiling cup is installed on the water outlet base, the water outlet hole in the bottom of the cup body is in butt joint with the water guide pipe, the first power supply assembly is electrically connected with the second power supply assembly, and the heating body heats liquid in the cup body in a power-on state. According to the invention, the functions of quickly taking water from the bottom of the tea boiling cup and continuously heating the tea boiling cup are realized.

Description

Technical Field

[0001] The present invention relates to the technical field of beverage equipment, and in particular to a beverage machine with a brewing function. Background Art

[0002] Existing tea machines can provide a tea brewing function, that is, boiling water flows out from the cup cover of the tea machine and is poured into the teacup to brew the tea leaves in the teacup. The water cannot be heated again after entering the teacup. As the water temperature decreases during the tea brewing process, the tea leaves may not be fully brewed. In addition, some tea leaves or health ingredients require continuous heating, which cannot meet the drinking needs of continuous insulation, heating or even boiling of boiled tea or health tea. Summary of the invention

[0003] In view of the deficiencies in the prior art, an object of the present invention is to provide a beverage machine with a brewing function, which integrates the brewing and tea-making functions and allows users to quickly take drinks.

[0004] The present disclosure provides a beverage machine with a brewing function, comprising:

[0005] The machine body is provided with a clean water tank, a heating element and a second liquid outlet, the heating element is connected to the clean water tank and the second liquid outlet, and the liquid in the clean water tank can flow out from the second liquid outlet after being heated by the heating element;

[0006] A water outlet seat, arranged below the second liquid outlet, comprising a water guide pipe and a second power supply assembly;

[0007] A tea-making cup is detachably mounted on the water outlet seat, comprising a cup body, a heating body and a first power supply assembly, wherein a water outlet hole is arranged at the bottom of the cup body, and the heating body and the first power supply assembly are arranged at the bottom of the cup body and avoid the water outlet hole in a manner of surrounding the water outlet hole;

[0008] When the tea-brewing cup is installed on the water outlet seat, the water outlet at the bottom of the cup body is connected to the water pipe, the first power supply component is electrically connected to the second power supply component, and the heating body heats the liquid in the cup body when powered on.

[0009] Optionally, the cup body includes a cup body and a bottom plate, the bottom plate is provided with the water outlet hole and a groove surrounding the water outlet hole, the groove is filled with food grade glue, the lower end of the cup body is accommodated in the groove and is sealed and connected to the bottom plate through the glue.

[0010] Optionally, the heating body is arranged on a side of the bottom of the cup body away from the cup body, and the first power supply component is electrically connected to the heating body; the first power supply component is arranged concentrically with the water outlet.

[0011] Optionally, the heating body includes a substrate, a resistive heating layer provided on the substrate, and a conductive circuit layer electrically connected to the resistive heating layer;

[0012] The first power supply component includes a first power supply component bracket, a conductive sheet arranged at the lower part of the first power supply component bracket, and a conductive spring sheet arranged at the upper part of the first power supply component bracket and connected to the conductive sheet, and the conductive spring sheet abuts against the conductive circuit layer.

[0013] Optionally, a connecting plate is further provided between the first power supply component bracket and the bottom of the cup body, and the connecting plate is respectively connected to the bottom of the cup body and the first power supply component bracket.

[0014] Optionally, the substrate is provided with a substrate via, the connecting plate is provided with a connecting plate via, the first power supply component bracket is provided with a first power supply component bracket via, and the substrate via, the connecting plate via and the first power supply component bracket via are concentrically arranged.

[0015] Optionally, the resistive heating layer includes a plurality of heating resistors arranged around the substrate vias, the conductive circuit layer includes a conductive wire connecting the heating resistors in series and a conductive contact arranged on the conductive wire, and the conductive spring sheet abuts against the conductive contact.

[0016] Optionally, the first power supply component also includes an anti-dry burning device, which includes a temperature sensor and a fuse. The temperature sensor is arranged on the bottom of the cup body, and the fuse connects the temperature sensor and the conductive circuit layer, and is used to cut off the power supply of the first power supply component when the temperature detected by the temperature sensor is higher than a preset value.

[0017] Optionally, the tea-making cup further includes a water discharge component for controlling the discharge of liquid in the cup body and directing the liquid from the water outlet, wherein the upper portion of the water discharge component is connected to the water outlet, and the lower portion passes through the first power supply component.

[0018] Optionally, the first power supply component includes a first power supply component bracket, the first power supply component bracket is provided with a first power supply component bracket through hole, the sewer component includes a sewer pipe and a valve assembly, the inlet of the sewer pipe is connected to the water outlet hole, and the outlet passes through the through hole of the first power supply component bracket, the valve assembly is arranged in the water outlet channel of the sewer pipe, and includes a valve core, a valve core seal and a reset member arranged on the valve core, the valve core has a first position in which the valve core seal seals the water outlet channel and a second position in which the valve core seal releases the seal on the water outlet channel, the reset member acts on the valve core to apply a force to the valve core to move it from the second position toward the first position.

[0019] Optionally, the inner wall of the downpipe has a circle of convex ribs extending toward the center of the downpipe, the valve core passes through a water hole formed by the convex ribs, the valve core sealing member is sleeved on the upper end of the valve core and is located between the convex ribs and the inlet of the downpipe, and one end of the reset member is fixed to the lower end of the valve core and the other end abuts against the convex ribs;

[0020] When the valve core is in the first position, the valve core seal and the convex rib are interference fit, and when the valve core is in the second position, the valve core seal and the convex rib are clearance fit.

[0021] Optionally, a downpipe seal is provided between the downpipe and the water outlet.

[0022] Optionally, a first power supply assembly seal is provided between the first power supply assembly bracket and the sewer pipe.

[0023] Optionally, the downcomer assembly further includes a filter screen, and the filter screen is arranged at the water outlet or the inlet of the downcomer pipe.

[0024] Optionally, the water outlet seat also includes a water outlet seat cover and a power mechanism, the water pipe is movably arranged on the water outlet seat cover and docked with the downpipe, the second power supply assembly is arranged around the water pipe, and the power mechanism is used to drive the water pipe to move, so that the water pipe pushes the valve core to move from the first position to the second position.

[0025] Optionally, the first power supply component includes a first power supply component bracket and a conductive sheet arranged on the first power supply component bracket; the second power supply component includes a second power supply component bracket and an electric spring sheet arranged on the second power supply component bracket, and the electric spring sheet is in contact with the conductive sheet.

[0026] Optionally, the first power supply component bracket includes a plurality of first annular ribs surrounding the through holes of the first power supply component bracket, and a plurality of the conductive sheets are arranged on the same first annular rib at intervals;

[0027] A second power supply component bracket through hole is provided in the middle of the second power supply component bracket, and the second power supply component bracket also includes a plurality of second circular ring ribs surrounding the second power supply component bracket through hole, and a plurality of the electric spring sheets are arranged at intervals on the same second circular ring rib, and the electric spring sheets correspond one-to-one to the conductive sheets.

[0028] Optionally, a second power supply assembly seal is provided between the second power supply assembly bracket and the water outlet seat upper cover.

[0029] Optionally, the water outlet seat also includes a water outlet seat lower cover, the water outlet seat lower cover is connected to the water outlet seat upper cover, the power mechanism is arranged in the accommodating space between the water outlet seat upper cover and the water outlet seat lower cover, and the water pipe passes through the upper cover through hole of the water outlet seat upper cover and the lower cover through hole of the water outlet seat lower cover.

[0030] Optionally, the power mechanism includes a top member and an electric drive assembly, the top member has a first connection portion rotatably connected to the lower cover of the water outlet seat, a second connection portion deviating from the first connection portion, and a top portion deviating from the first connection portion, and the electric drive assembly can drive the second connection portion to move so that the top portion switches between a raised position and a lowered position;

[0031] When the top is converted from the falling position to the lifting position, the top pushes the water pipe close to the valve core and lifts the valve core to the second position. When the top is converted from the lifting position to the falling position, the water pipe is forced to fall back, and the valve core returns to the first position under the action of the reset member.

[0032] Optionally, the electric drive assembly includes a rotating member rotatably provided on the lower cover of the water outlet seat and a motor for driving the rotating member to rotate; the rotating member rotates to drive the second connecting part of the top member to move.

[0033] Optionally, the inner wall of the water pipe is provided with a push portion for pushing the valve core to move, and the outer wall of the water pipe is provided with a guide member. When the top switches from the fall-back position to the lift-up position, the top abuts against the guide member to drive the push portion of the water pipe to move toward the valve core.

[0034] Optionally, it also includes: a sealing structure, which is used to achieve sealed docking between the water pipe and the downpipe when the valve assembly is in a conducting state, so as to prevent the electrical components in the water outlet seat and the teacup from contacting water vapor.

[0035] Optionally, the sealing structure includes: a first power supply assembly seal, one end of the water pipe connected to the sewer pipe is a water inlet end, and the other end is a water outlet end, when the valve assembly is in a conducting state, the water pipe is fluidically connected to the sewer pipe, and the water inlet end abuts the first power supply assembly seal.

[0036] Optionally, the top member extends toward the water inlet end of the water conduit and does not exceed the water inlet end, a connection space is formed between the top member and the inner wall of the water conduit, the lower end of the downpipe is accommodated in the connection space, the push portion faces the valve core, and the water inlet end faces the sealing member of the first power supply assembly;

[0037] When the push portion lifts the valve core to the second position, the water conduit is fluidically connected to the downpipe, and the water inlet end abuts against the sealing member of the first power supply assembly.

[0038] Optionally, when the water pipe is not lifted up by the lifting member, the pushing portion of the water pipe and the valve core have a first distance or are in contact with each other, and the water inlet end of the water pipe and the sealing member of the first power supply assembly have a second distance;

[0039] The first distance is smaller than a moving stroke of the valve core from the first position to the second position, and the moving stroke of the valve core from the first position to the second position is not smaller than the second distance.

[0040] Optionally, the inner wall of the water conduit is provided with at least two push portions spaced apart along the axial direction of the water conduit.

[0041] Optionally, the water conduit is detachably arranged on the upper cover of the water outlet seat.

[0042] Optionally, a third drainage hole is provided on the second power supply component bracket, and a drainage hole is provided on the lower cover of the water outlet seat, so that the liquid flowing in from the third drainage hole flows out through the drainage hole.

[0043] Optionally, the tea-making cup further includes a cup seat, the cup body is disposed on the cup seat, the first power supply component includes a first power supply component bracket, the upper end of the cup seat abuts against the cup body, and the lower end is connected to the first power supply component bracket.

[0044] Optionally, the cup holder is provided with a first drainage hole and / or a supporting protrusion.

[0045] Optionally, the top of the cup holder is provided with a first opening, the bottom of the cup holder has a bottom boss protruding in a direction away from the first opening, and the bottom surface of the bottom boss is provided with a second opening opposite to the first opening; the lower end of the cup body passes through the first opening, the first power supply component bracket is connected to the bottom boss, the conductive sheet of the first power supply component is exposed to the second opening, and the first drainage hole is provided on the bottom boss.

[0046] Optionally, the water outlet seat upper cover has a circle of baffles protruding away from the water outlet seat lower cover, and an installation space is formed between the baffles and the second power supply component bracket, and the bottom boss of the tea brewing cup is accommodated in the installation space.

[0047] Optionally, the water outlet seat upper cover is provided with a second drainage hole, and the second drainage hole is connected to the accommodating space of the water outlet seat.

[0048] Optionally, a third drainage hole is provided on the second power supply component bracket, and the third drainage hole is connected to the accommodating space.

[0049] Optionally, an end of the electric spring sheet of the first power supply component that contacts the conductive sheet of the second power supply component is away from the third drainage hole.

[0050] Optionally, when the tea brewing cup is placed on the water outlet seat, the first drainage hole of the tea brewing cup is connected with the second drainage hole of the water outlet seat in the installation space, and the liquid in the cup seat can flow into the accommodating space through the first drainage hole, the second drainage hole, the third drainage hole and the gap between the water pipe and the second power supply component bracket.

[0051] Optionally, a sleeve is provided on the lower cover of the water outlet seat around the through hole of the lower cover, the sleeve extends toward the upper cover of the water outlet seat, and the water outlet end of the water guide pipe penetrates the sleeve.

[0052] Optionally, the inner wall of the sleeve is further provided with a guide block, the guide block is in contact with the outer wall of the water pipe, and a water-passing gap is formed between the outer wall of the water pipe and the inner wall of the sleeve.

[0053] Optionally, a water hole is provided on the sleeve and / or the lower cover of the water outlet seat near the through hole of the lower cover, the water hole is connected to the water gap, and the liquid in the accommodating space flows out from the water gap through the water hole.

[0054] Optionally, a motor is provided in the accommodating space, and the lower cover of the water outlet seat is also provided with a water retaining rib, wherein the water retaining rib is located between the sleeve and the motor and is used to prevent the liquid in the accommodating space from flowing toward the motor.

[0055] Optionally, the bottom boss and the baffle are limited by a limiting structure, and the limiting structure includes a limiting groove and a limiting rib engaged with the limiting groove, and one of the bottom boss and the baffle is provided with the limiting groove, and the other is provided with the limiting rib.

[0056] Optionally, a ring platform protruding toward the first power supply assembly is provided on the edge of the water outlet on the bottom of the cup body, a pipe mouth convex edge is provided on the outer wall of the inlet of the sewer pipe, and the sewer pipe seal is arranged between the pipe mouth convex edge and the ring platform.

[0057] Optionally, the sewer pipe seal includes a sealing ring and a sealing step arranged on the inner wall of the sealing ring and located at the lower end of the sealing ring, the sealing ring has an interference fit with the outer wall of the pipe mouth flange and the inner wall of the ring platform, and the sealing step has an interference fit with the lower end face of the pipe mouth flange and the upper end face of the ring platform.

[0058] Optionally, the outer wall of the sealing ring has an expansion portion, and the expansion portion abuts against the inner wall of the ring platform.

[0059] Optionally, the inner wall of the entrance of the sewer pipe is provided with an inner-tube step, the filter screen includes a first filter portion and a first mounting portion surrounding the first filter portion, the first mounting portion abuts against the inner-tube step, and the first filter portion blocks the entrance of the sewer pipe.

[0060] Optionally, the sewer pipe is further provided with a fastener, and the fastener cooperates with the thread of the sewer pipe to press the sewer pipe seal between the pipe mouth flange and the ring platform.

[0061] Optionally, the first power supply component bracket includes, from inside to outside, a first power supply component bracket through hole, a limit platform, a clearance step, a first ring body and a second ring body, the limit platform and the clearance step are arranged on the upper part of the first power supply component bracket, the first ring body and the second ring body are arranged on the lower part of the first power supply component, and a first ring groove is formed between the first ring body and the second ring body;

[0062] The fastener is arranged on the inner side of the step, and the limit platform is limited between the fastener and the ring platform at the bottom of the cup body; when the tea-making cup is installed on the water outlet seat, the electric spring sheet of the second power supply component contacts the conductive sheet.

[0063] Optionally, a limiting hole is further provided between the yield step and the first ring body; the first power supply assembly seal includes a sealing ring and a hanging ear provided on one side of the sealing ring, the hanging ear has a limiting head at the end away from the sealing ring, the hanging ear passes through the limiting hole and is supported between the yield step and the first ring body by the limiting head, and the sealing ring has an interference fit with the sewer pipe and the first ring body.

[0064] Optionally, the sewer pipe and the first power supply assembly are integrally formed.

[0065] Optionally, an annular rib protruding toward the first power supply assembly is provided on the edge of the water outlet on the bottom of the cup body, the downpipe passes through the annular rib, and the downpipe seal is provided between the annular rib and the downpipe.

[0066] Optionally, the sewer pipe seal includes an inner ring, an outer ring surrounding the inner ring, and a transition portion connecting the outer ring and the inner ring, a accommodating groove is formed between the outer ring and the inner ring, the sewer pipe seal is sleeved on the annular rib, the inner ring is interference fit with the outer wall of the sewer pipe and the inner wall of the annular rib, and the transition portion is pressed between the upper end face of the first power supply component bracket and the lower end face of the annular rib.

[0067] Optionally, the filter includes a second filter portion and a second mounting portion connected to one side of the second filter portion, the second mounting portion is clamped with the inner wall of one end of the downpipe extending into the water outlet, and the second filter portion abuts against the bottom of the cup body and blocks the water outlet.

[0068] Optionally, the body further includes:

[0069] a water outlet valve, a first hot water channel and a second hot water channel, wherein the water outlet valve connects the heating element, the first hot water channel and the second hot water channel, a first liquid outlet is provided at the end of the first hot water channel, a second liquid outlet is provided at the end of the second hot water channel, and the machine body supplies hot water to the tea-making cup through the second liquid outlet;

[0070] A normal temperature water supply channel connected to the first liquid outlet;

[0071] A water inlet valve is used to connect the clean water tank, the heating element and the normal temperature water supply water path.

[0072] Optionally, when the beverage machine is in standby mode, the water inlet valve connects the heating element with the clean water tank and blocks the normal temperature water supply waterway from being connected with the clean water tank, and the water outlet valve connects the second hot water waterway with the heating element and blocks the first hot water waterway from being connected with the heating element;

[0073] When the beverage machine is in the first water dispensing mode, the water inlet valve connects the clean water tank with the normal temperature water supply water path and blocks the connection between the heating element and the clean water tank, the water outlet valve connects the second hot water path with the heating element and blocks the connection between the first hot water path and the heating element, and the first liquid outlet discharges normal temperature water;

[0074] When the beverage machine is in the second water dispensing mode, the water inlet valve connects the heating element with the clean water tank and blocks the normal temperature water supply water path from being connected to the clean water tank, the water outlet valve connects the first hot water path with the heating element and blocks the second hot water path from being connected to the heating element, and the first liquid outlet discharges hot water when the heating element is working;

[0075] When the beverage machine is in the third water extraction mode, the water inlet valve connects the heating element with the clean water tank and blocks the normal temperature water supply water path from being connected to the clean water tank, the water outlet valve connects the second hot water water path with the heating element and blocks the first hot water water path from being connected to the heating element, and the second liquid outlet discharges hot water when the heating element is working.

[0076] Optionally, the highest position in the second hot water water circuit is higher than the highest liquid level in the clean water tank.

[0077] Optionally, the first liquid outlet is lower than the highest liquid level of the clean water tank.

[0078] Optionally, the second liquid outlet is higher than the highest liquid level of the clean water tank.

[0079] Optionally, the water inlet valve and the water outlet valve are three-way valves.

[0080] Optionally, a water vapor separation element is provided on the first hot water water path, and the water vapor separation element is used to discharge steam in the first hot water water path.

[0081] Optionally, the water vapor separation element includes a return pipe, the inlet of the return pipe is connected to the first hot water water circuit, and the outlet of the return pipe is connected to the clean water tank and is higher than the highest liquid level of the clean water tank.

[0082] Optionally, the beverage machine further includes a water pump, which is disposed between the clean water tank and the water inlet valve and is used to pump the clean water in the clean water tank to the water inlet valve in a first water intake mode, a second water intake mode, and a third water intake mode.

[0083] Optionally, a first water level sensor is provided in the clean water tank, and the first water level sensor is close to the highest liquid level of the clean water tank.

[0084] Optionally, the body includes an outer shell having an inner cavity and a front panel, the clean water tank, the heating element, the water outlet valve, the first hot water water path, the second hot water water path, the normal temperature water supply water path and the water inlet valve are arranged in the inner cavity, and the first liquid outlet and the second liquid outlet pass through the front panel to be exposed to the outside of the outer shell; the water outlet seat is arranged on the front panel, and the tea maker is located at the upper part of the body when placed on the water outlet seat.

[0085] Optionally, the beverage machine also includes a cup cover, the second liquid outlet constitutes a water outlet of the cup cover, and the cup cover is rotatably connected to the machine body so that the cup cover has a first state of covering the tea brewing cup and a second state of deviating from the tea brewing cup. When the cup cover is in the first state, liquid from the second liquid outlet is allowed to flow into the tea brewing cup through the water inlet hole, and when the cup cover is in the second state, no water flows out of the second liquid outlet.

[0086] Optionally, the first liquid outlet and the second liquid outlet are staggered with each other in the longitudinal direction of the front panel.

[0087] Optionally, the beverage machine further comprises a water collecting box, wherein the water collecting box is arranged below the water outlet seat and the first liquid outlet, and there is space for placing a water cup between the water collecting box and the water outlet seat and between the water collecting box and the first liquid outlet.

[0088] Optionally, the water collecting box includes:

[0089] A base, comprising a base shell with an open top and a partition disposed in the base shell, wherein the partition divides the space in the base shell into a first space and a second space;

[0090] A heat preservation component, comprising a heat preservation table for holding a water cup and a heating element for heating the heat preservation table, wherein the heating element is arranged in the first space and the heat preservation table is arranged on the partition;

[0091] A cover plate covers the top opening of the base shell, the cover plate has an opening corresponding to the heat preservation table and a water filter hole communicating with the second space, the heat preservation table is exposed to the opening, and a drainage channel is provided between the edge of the opening and the heat preservation table to drain the liquid on the cover plate to the water collection box.

[0092] Optionally, the beverage machine further comprises a control panel, wherein the control panel is disposed on the machine body, and the first liquid outlet is located below the control panel.

[0093] Optionally, the beverage machine further comprises:

[0094] Raw water tank, used to store raw water;

[0095] A purification component, connected to the raw water tank and the clean water tank, for purifying the raw water into clean water;

[0096] A booster pump is connected to the raw water tank and the purification component, and is used to pump the raw water in the raw water tank to the purification component.

[0097] Optionally, the body includes an outer shell having an inner cavity and a front panel, the raw water tank is arranged on a side of the outer shell away from the front panel, and the purification component and the booster pump are arranged in the inner cavity of the outer shell.

[0098] Optionally, the raw water tank is a transparent shell.

[0099] Optionally, the tea-brewing cup is detachably disposed between the second liquid outlet and the water outlet seat, and the water inlet hole located at the top of the cup body is located directly below the second liquid outlet.

[0100] The implementation of the above scheme has the following beneficial effects:

[0101] The beverage machine disclosed in the present invention is an integrated machine for water purification and tea making, which integrates the functions of water purification, machine body heating and tea making heating. The clean water in the clean water tank can be heated by the heating element and then flow into the tea making cup from the second liquid outlet to brew the tea leaves in the tea making cup. At the same time, the heating function of the tea making cup can be activated, and the tea in the cup body can be brewed by the first power supply component of the tea making cup. The present invention sets a water outlet and a first power supply component at the bottom of the tea making cup to realize the functions of quickly taking water from the bottom of the tea making cup and continuously heating the tea making cup. In addition, by setting the first power supply component around the water outlet, the contact surface between the first power supply component and the bottom of the cup is increased, the heating efficiency is improved, and the space occupied by the whole machine in all directions is reduced. In addition, the water outlet seat is set on the machine body, the tea making cup is set between the water outlet seat and the liquid outlet of the machine body, the water outlet seat holds the tea making cup and is electrically connected to the tea making cup. This structural method can ensure the stability and service life of the electrical connection between the tea making cup and the water outlet seat, and avoid the situation of poor contact. BRIEF DESCRIPTION OF THE DRAWINGS

[0102] Figure 1 is a schematic structural diagram of a water system of a beverage machine provided by an embodiment of the present invention;

[0103] Figure 2 is a schematic diagram of a first water intake mode of a water channel system of a beverage machine provided by an embodiment of the present invention;

[0104] Figure 3 is a schematic diagram of a second water intake mode of the water system of a beverage machine provided by an embodiment of the present invention;

[0105] Figure 4 is a schematic diagram of a third water intake mode of the water system of a beverage machine provided in an embodiment of the present invention;

[0106] Figure 5 is a schematic diagram of the structure of a beverage machine provided by an embodiment of the present invention;

[0107] Figure 6 is a schematic structural diagram of a water collecting box of a beverage machine provided by an embodiment of the present invention;

[0108] Figure 7 yes Figure 6 Exploded view of the water collection box shown.

[0109] Figure 8 is a schematic diagram of a water system of a beverage machine provided by an embodiment of the present invention;

[0110] Fig. 9 This is a schematic diagram of the structure of a tea-brewing cup of a beverage machine provided by an embodiment of the present invention;

[0111] Fig.10 yes Fig. 9 An exploded view of the tea-making cup shown;

[0112] Fig.11 yes Fig. 9 A partial cross-sectional view of the tea-brewing cup shown;

[0113] Fig.12 yes Fig. 9 A schematic diagram of the structure of the downpipe seal of the teacup shown;

[0114] Fig.13 yes Fig. 9 A schematic diagram of the assembly of the drain pipe of the teacup and the first power supply assembly;

[0115] Fig.14 yes Fig. 9 A schematic structural diagram of a sealing member of a first power supply assembly of a tea brewing cup;

[0116] Fig.15 yes Fig. 9 A schematic diagram of the structure of the heating body of the teacup shown;

[0117] Fig.16 yes Fig. 9 A schematic structural diagram of a first power supply assembly of a tea-making cup shown;

[0118] Fig.17 yes Fig. 9 A schematic diagram of the partial structure of the tea-making cup shown;

[0119] Fig.18 This embodiment of the present invention provides a Fig. 9 The schematic diagram of the structure of the water outlet seat matched with the tea-making cup shown;

[0120] Fig.19 yes Fig.18 An exploded view of the water seat is shown;

[0121] Fig. 20 yes Fig.18 A schematic diagram showing the top piece of the water outlet seat falling down;

[0122] Fig.21 yes Fig.18 A schematic diagram showing the top piece of the water seat being lifted;

[0123] Fig. 22 yes Fig.18 A top view of the water seat is shown;

[0124] Fig.23 yes Fig.18 A schematic structural diagram of a water outlet seat lower cover of the water outlet seat shown;

[0125] Fig.24 yes Fig.18 A cross-sectional view of the water seat is shown;

[0126] Fig.25 yes Fig.18 The drainage diagram of the water outlet seat is shown;

[0127] Fig.26 yes Fig. 9 The teacup shown is Fig.18 A schematic diagram of the water seat assembly is shown;

[0128] Fig. 27 yes Fig. 9 The teacup shown is Fig.18 A cross-sectional view of the water seat after assembly is shown;

[0129] Fig.28 yes Fig. 27 A schematic diagram of the valve core in the middle A region when it is in the second position;

[0130] Fig.29 yes Fig. 27 A schematic diagram of the valve core in the middle A region when it is in the first position;

[0131] Fig.30 is a schematic structural diagram of another tea-brewing cup of a beverage machine provided in an embodiment of the present invention;

[0132] Fig.31 yes Fig.30 A schematic diagram of the structure of the downpipe seal of the teacup shown;

[0133] Fig.32 yes Fig.30 A partial enlarged view of

[0134] Fig.33 It's Izumizu Fig.30 A schematic diagram showing the valve core of the tea brewing cup being lifted to a first position;

[0135] Fig.34 It's Izumizu Fig.30 Schematic diagram of the valve core of the tea brewing cup falling back to the second position.

[0136] In the figure: 110 clean water tank, 111 first water level sensor, 131 heating element, 132 water outlet valve, 133 first hot water water path, 134 second hot water water path, 135 first liquid outlet, 136 second liquid outlet, 137 return pipe, 150 normal temperature water supply water path, 170 water inlet valve, 190 water pump, 210 raw water tank, 211 second water level sensor, 231 front filter element, 232 reverse osmosis membrane filter element, 233 rear filter element, 234 wastewater solenoid valve, 250 booster pump, 310 housing, 312 front panel, 350 control panel, 400 water outlet seat, 410 water outlet seat cover, 411 baffle, 412 cover through hole, 413 installation space, 414 limiting rib, 431 second power supply component bracket, 432 second power supply group 433 second circular rib, 434 electric spring, 435 second power supply assembly seal, 436 second drainage hole, 450 water outlet seat lower cover, 451 water hole, 452 lower cover through hole, 453 water retaining rib, 454 sleeve, 455 guide block, 456 accommodation space, 457 third drainage hole, 470 water guide pipe, 471 push part, 472 guide piece, 473 water inlet end, 474 water outlet end, 475 connection space, 491 top piece, 492 first connecting part, 493 second connecting part, 494 top, 495 electric drive assembly, 496 rotating part, 497 motor, 498 water gap, 500 teacup, 511 water outlet, 512 cup body, 513 chassis, 514 groove, 515 glue, 517 ring a first power supply component, a first power supply component bracket, a first annular rib, a first power supply component bracket through hole ..., a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a first power supply component, a ear, 561 downpipe, 562 water outlet channel, 563 rib, 564 water hole, 565 inner step of pipe, 567 valve core, 568 valve core seal, 569 reset member, 570 downpipe seal, 571 sealing ring, 572 sealing step, 573 expansion part, 574 filter, 575 first filter part, 576 first mounting part, 577 fastener, 578 inner ring, 579 outer ring, 580 transition part, 581 accommodating groove, 582 second filter part, 583 second mounting part, 590 cup holder, 591 supporting convex point, 592 first opening, 593 bottom boss, 594 second opening, 595 limiting groove, 596 handle, 600 cup cover, 700 water collecting box, 710 base, 711 top opening, 712 partition,713 first space, 714 second space, 731 heat preservation table, 732 heating element, 750 cover plate, 751 opening, 752 water filter hole, 753 drainage channel. DETAILED DESCRIPTION

[0137] In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Generally, the components of the embodiments of the present invention described and shown in the drawings here can be arranged and designed in various different configurations.

[0138] Therefore, the following detailed description of the embodiments of the present invention provided in the accompanying drawings is not intended to limit the scope of the invention claimed for protection, but merely represents selected embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0139] It should be noted that similar reference numerals and letters denote similar items in the following drawings, and therefore, once an item is defined in one drawing, further definition and explanation thereof is not required in subsequent drawings.

[0140] In the description of the present invention, it should be noted that the terms "upper", "lower", "left", "right", "vertical", "horizontal", "inside", "outside", etc. indicate positions or positional relationships based on the positions or positional relationships shown in the accompanying drawings, or are the positions or positional relationships in which the inventive product is usually placed when in use. They are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as limiting the present invention. In addition, the terms "first", "second", "third", etc. are only used to distinguish the description, and cannot be understood as indicating or implying relative importance. In the description of the present invention, unless otherwise specified, "multiple" means two or more.

[0141] In the description of the present invention, it is also necessary to explain that, unless otherwise clearly specified and limited, the terms "disposed" and "connected" should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection. For ordinary technicians in this field, the specific meanings of the above terms in the present invention can be understood according to specific circumstances.

[0142] In the present invention, unless otherwise clearly specified and limited, a first feature being "above" or "below" a second feature may include that the first and second features are in direct contact, or may include that the first and second features are not in direct contact but are in contact through another feature between them. Moreover, a first feature being "above", "above" and "above" a second feature includes that the first feature is directly above and obliquely above the second feature, or simply indicates that the first feature is higher in level than the second feature. A first feature being "below", "below" and "below" a second feature includes that the first feature is directly below and obliquely below the second feature, or simply indicates that the first feature is lower in level than the second feature.

[0143] Embodiments of the present invention are described in detail below, and examples of the embodiments are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present invention, and cannot be understood as limiting the present invention.

[0144] The present disclosure provides a beverage machine, wherein the water system of the beverage machine is as follows: Figure 1 As shown, it includes a clean water tank 110, a water supply waterway, a normal temperature water supply waterway 150 and an inlet valve 170, wherein the water supply waterway includes a heating element 131, a water outlet valve 132, a first water supply waterway and a second water supply waterway, the water outlet valve 132 connects the heating element 131, the first water supply waterway and the second water supply waterway, the end of the first water supply waterway is provided with a first liquid outlet 135, and the end of the second water supply waterway is provided with a second liquid outlet 136; the normal temperature water supply waterway 150 is connected to the first liquid outlet 135, and the inlet valve 170 connects the clean water tank 110, the heating element 131 and the normal temperature water supply waterway 150. Among them, the normal temperature water supply waterway 150 can be directly connected to the first liquid outlet 135, or connected to the first liquid outlet 135 by connecting to the first water supply waterway. The inlet valve 170 and the outlet valve 132 are both three-way valves. The clean water stored in the clean water tank 110 can enter the normal temperature water supply waterway 150 or the water supply waterway through the water inlet valve 170. Furthermore, the clean water entering the water supply waterway can flow out from the first water supply waterway 3 or the second water supply waterway after being heated by the heating element 131. This structure enables the beverage machine to have three flowable waterways, and the three waterways can be controlled jointly by the water inlet valve 170 and the water outlet valve 132 to discharge water as needed.

[0145] The first water supply path is the first hot water path 133, and the second water supply path is the second hot water path 134. The beverage machine has a first water dispensing mode, a second water dispensing mode and a third water dispensing mode. Figure 2When the beverage machine is in the first water dispensing mode, the water inlet valve 170 connects the clean water tank 110 with the normal temperature water supply water path 150 and blocks the connection between the heating element 131 and the clean water tank 110, the water outlet valve 132 connects the second hot water path 134 with the heating element 131 and blocks the connection between the first hot water path 133 and the heating element 131, and the first liquid outlet 135 discharges normal temperature water. Figure 3 When the beverage machine is in the second water dispensing mode, the water inlet valve 170 connects the heating element 131 with the clean water tank 110 and blocks the normal temperature water supply water path 150 from being connected with the clean water tank 110, the water outlet valve 132 connects the first hot water path 133 with the heating element 131 and blocks the second hot water path 134 from being connected with the heating element 131, and the first liquid outlet 135 discharges hot water. Figure 4 When the beverage machine is in the third water intake mode, the water inlet valve 170 connects the heating element 131 with the clean water tank 110 and blocks the normal temperature water supply water path 150 from being connected with the clean water tank 110, the water outlet valve 132 connects the second hot water path 134 with the heating element 131 and blocks the first hot water path 133 from being connected with the heating element 131, and the second liquid outlet 136 discharges hot water.

[0146] The beverage machine also has a standby mode. In the standby mode, the water inlet valve 170 connects the heating element 131 with the clean water tank 110 and blocks the normal temperature water supply water path 150 from connecting with the clean water tank 110. The water outlet valve 132 connects the second hot water path 134 with the heating element 131 and blocks the first hot water path 133 from connecting with the heating element 131. Since the clean water tank 110, the heating element 131 and the second hot water path 134 are connected in the standby mode, when the water pump 190 and the heating element 131 are working, the second liquid outlet 136 can discharge hot water, and the standby mode is switched to the third water intake mode.

[0147] In order to prevent dripping from the second liquid outlet 136 in standby mode, the highest position in the second hot water circuit 134 is set higher than the highest liquid level of the clean water tank 110 in this embodiment, so that the liquid in the second hot water circuit 134 will not flow out from the second liquid outlet 136 after turning over the highest position in the pipeline without power drive. Compared with the solution of setting a water stop valve at the second liquid outlet 136, the position relationship of the liquid in the water circuit is used to prevent the second liquid outlet 136 from dripping, which has good leak-proof performance and does not increase the cost. In a possible implementation, the second liquid outlet 136 can be set higher than the highest liquid level of the clean water tank 110, so that the liquid in the pipeline is always kept below the second liquid outlet 136 without power drive, so that it will not flow out from the second liquid outlet 136.

[0148] In the above-mentioned water circuit structure, since in the standby mode, the water inlet valve 170 does not supply water to the normal temperature water supply circuit 150, and the water outlet valve 132 does not supply water to the first hot water circuit 133, the first liquid outlet 135 connected to the normal temperature water supply circuit 150 and the first hot water circuit 133 will not drip, and the position of the first liquid outlet 135 can be higher or lower than the highest liquid level of the clean water tank 110.

[0149] In the conventional scheme of taking hot water and normal temperature water through the same water outlet, normal temperature water and hot water share a water path, and no matter whether normal temperature water or hot water is taken, it must flow out after passing through the heating element 131. If hot water is taken first and then normal temperature water, the temperature of the normal temperature water is very high and not suitable for immediate drinking, and the user experience is very bad. In the water path system of this embodiment, the inlet of the water inlet valve 170 is connected to the clean water tank 110, and the outlet of the water inlet valve 170 can be switched between the water supply path and the normal temperature water supply path 150. The normal temperature water supply path 150 and the water supply path are both connected to the first liquid outlet 135. By using the water inlet valve 170 for diversion, the normal temperature water flows out directly from the first liquid outlet 135 without passing through the heating element 131, so that even if the water supply path and the normal temperature water supply path 150 share the same liquid outlet, there will be no temperature crossover when taking water, thereby improving the user experience.

[0150] Please continue to see Figure 1-Figure 4 The beverage machine further includes a water pump 190, which is disposed between the clean water tank 110 and the water inlet valve 170, and is used to pump the clean water in the clean water tank 110 to the water inlet valve 170, and provide driving force for the water system, driving the liquid to flow out from the first liquid outlet 135 or the second liquid outlet 136. Exemplarily, in the standby mode, the water pump 190 is not started, the highest position in the second hot water waterway 134 is higher than the highest liquid level in the clean water tank 110, and no water flows out of the second liquid outlet 136. In the third water intake mode, the water pump 190 is started, driving the clean water to flow to the second hot water waterway 134 through the water inlet valve 170, the heating element 131 and the water outlet valve 132, so that the second liquid outlet 136 of the second hot water waterway 134 flows out hot water. In the first water intake mode, the water pump 190 is started, driving the purified water to flow through the water inlet valve 170 to the normal temperature water supply water path 150, and the first liquid outlet 135 discharges normal temperature water. At this time, since the water outlet valve 132 is not connected to the first hot water water path 133, it plays a reverse water sealing role, and the normal temperature water will not flow back from the first hot water water path 133. In the second water intake mode, the water pump 190 is started, driving the purified water to flow through the water inlet valve 170, the heating element 131 and the water outlet valve 132 to the first hot water water path 133, and the first liquid outlet 135 discharges hot water. At this time, since the water inlet valve 170 is not connected to the normal temperature water supply water path 150, it plays a reverse water sealing role, and the hot water will not flow back from the normal temperature water supply water path 150.

[0151] The first hot water channel 133 is also provided with a water vapor separator, which can discharge the steam in the first hot water channel 133. When taking hot water through the first hot water channel 133, if the residual steam in the water channel is not discharged in time, it will condense on the pipe wall, and then form water droplets to flow out from the first liquid outlet 135 after taking hot water. By providing a water vapor separator to discharge the steam in the pipe in time, it can prevent the first liquid outlet 135 from dripping due to the condensation of steam.

[0152] In a possible implementation, the water vapor separation element includes a water return pipe 137, the inlet of the water return pipe 137 is connected to the first hot water path 133, and the outlet of the water return pipe 137 is connected to the clean water tank 110 and is higher than the highest liquid level of the clean water tank 110. The steam in the first hot water path 133 can rise along the water return pipe 137 and eventually enter the clean water tank 110, preventing the steam from condensing near the first liquid outlet 135.

[0153] A first water level sensor 111 is also provided in the clean water tank 110, and the first water level sensor 111 is close to the highest liquid level of the clean water tank 110. The first water level sensor 111 is used to monitor the liquid level of the clean water in the clean water tank 110, and then to remind the water production when the clean water in the clean water tank 110 does not reach the water level corresponding to the first water level sensor 111.

[0154] See also Figure 1 The beverage machine further includes a raw water tank 210, a purification component and a booster pump 250. The purification component connects the raw water tank 210 with the clean water tank 110. The booster pump 250 connects the raw water tank 210 with the purification component. The booster pump 250 pumps the raw water in the raw water tank 210 to the purification component. The purification component purifies the raw water into clean water and then delivers it to the clean water tank 110. The purification component may include a pre-filter element 231, a reverse osmosis membrane filter element 232 and a post-filter element 233. The reverse osmosis membrane filter element 232 is connected to the raw water tank 210 through a wastewater solenoid valve 234. The pre-filter element 231 may be a polypropylene activated carbon composite filter element, and the post-filter element 233 may be an activated carbon filter element.

[0155] Figure 5The structure of a beverage machine is shown. The beverage machine includes a machine body, a water outlet seat 400 and a tea-making cup 500. The machine body includes a shell 310, a clean water tank 110, a water supply waterway, a normal temperature water supply waterway 150, a water inlet valve 170, a purification component and a booster pump 250. The shell 310 has an inner cavity and a front panel 312. The clean water tank 110, the water supply waterway, the normal temperature water supply waterway 150, the water inlet valve 170, the purification component and the booster pump 250 are arranged in the inner cavity. The first liquid outlet 135 and the second liquid outlet 136 pass through the front panel 312 and are exposed to the outside of the shell 310. The raw water tank 210 is arranged on the side of the shell 310 away from the front panel 312. The water outlet seat 400 is arranged on the front panel 312 and is located below the second liquid outlet 136. The tea-making cup 500 is detachably arranged between the second liquid outlet 136 and the water outlet seat 400.

[0156] The raw water tank 210 is a transparent shell, so that the user can observe the water level in the raw water tank 210 and add water in time; in addition, a second water level sensor 211 can be set at the lower part of the raw water tank 210 to monitor the water level of the liquid in the raw water tank 210 to remind the user to add water when the water level is too low.

[0157] The first liquid outlet 135 and the second liquid outlet 136 are staggered with each other in the longitudinal direction of the front panel 312 to fully utilize the lateral space of the panel and reduce the overall height of the beverage machine.

[0158] The beverage machine further includes a control panel 350, which is disposed on the front panel 312, and the first liquid outlet 135 is located below the control panel 350. The control panel 350 is electrically connected to the water pump 190, the water inlet valve 170, the water outlet valve 132, the booster pump 250, the first water level sensor 111, and the second water level sensor 211. By operating the options or buttons on the control panel 350, the various modes of the water dispenser can be switched. The first liquid outlet 135 is disposed below the control panel 350, so that the appearance of the beverage machine is more integrated and beautiful.

[0159] A cup cover 600 is also provided on the front panel 312. The second liquid outlet 136 constitutes a water outlet of the cup cover 600. The cup cover 600 is rotatably connected to the housing 310 so that the cup cover 600 has a first state of covering the tea brewing cup 500 and a second state of deviating from the tea brewing cup 500; when the cup cover 600 is in the first state, liquid from the second liquid outlet 136 is allowed to flow into the tea brewing cup 500, and when the cup cover 600 is in the second state, no water flows out of the second liquid outlet 136. In one possible implementation, a sensor is provided on the tea-brewing cup 500 at a position for contacting the cup cover 600, and the sensor is electrically connected to the controller. When the cup cover 600 is in a first state, the sensor senses the tea-brewing cup 500, and the controller controls the water inlet valve 170 and the water outlet valve 132 according to the sensing signal of the sensor, so that water flows out of the second liquid outlet 136. When the cup cover 600 is in a second state, the sensor cannot detect the cup cover 600, and the controller controls the water inlet valve 170 and the water outlet valve 132, so that no water flows out of the second liquid outlet 136.

[0160] A water collecting box 700 is also provided at the lower end of the front panel 312. The water collecting box 700 is located below the water outlet seat 400 and the first liquid outlet 135. There is space for placing a water cup between the water collecting box 700 and the water outlet seat 400 and between the water collecting box 700 and the first liquid outlet 135. Figure 6 and Figure 7 The water collecting box 700 includes a base 710, a heat preservation assembly and a cover plate 750. The base 710 includes a base 710 shell with a top opening 711 and a partition 712 disposed in the base 710 shell. The partition 712 divides the space in the base 710 shell into a first space 713 and a second space 714. The heat preservation assembly includes a heat preservation table 731 for supporting a water cup and a heating element 732 for heating the heat preservation table 731. The heating element 732 is disposed in the first space 713, and the heat preservation table 731 is disposed on the partition 712. The cover plate 750 covers the top opening 711 of the base 710 housing, and has an opening 751 corresponding to the heat preservation platform 731 and a water filter hole 752 that penetrates the second space 714. The heat preservation platform 731 is exposed to the opening 751, and a drainage channel 753 is provided between the edge of the opening 751 and the heat preservation platform 731 to drain the liquid on the cover plate 750 to the water collection box 700. The heating element 732 heats the heat preservation platform 731 after being energized, and can keep the water cup placed on the heat preservation platform 731 warm.

[0161] Figure 8 shows the functional principle of the beverage dispenser, see Figure 8, the raw water in the raw water tank 210 enters the purification component under the drive of the booster pump 250, and is filtered into clean water through triple filtration by the purification component. The clean water is stored in the clean water tank 110. In the first water intake mode, the water inlet valve 170 is connected to the normal temperature water supply water path 150, and the water pump 190 drives the clean water in the clean water tank 110 to flow out from the first liquid outlet 135 through the water inlet valve 170, the normal temperature water supply water path 150 and the water vapor separation element; in the second water intake mode, the water inlet valve 170 is connected to the heating element 131, and the water outlet valve 132 is connected to the first hot water water path 133. The water pump 190 drives the clean water in the clean water tank 110 to flow out from the first liquid outlet 135 through the water inlet valve 170, the heating element 131, The water outlet valve 132, the first hot water channel 133 and the water vapor separation element flow out from the first liquid outlet 135; in the third water intake mode, the water inlet valve 170 is connected to the heating element 131, the water outlet valve 132 is connected to the second hot water channel 134, the cup cover 600 is closed on the tea-making cup 500, and the water pump 190 drives the clean water in the clean water tank 110 to flow through the water inlet valve 170, the heating element 131, the water outlet valve 132 and the second hot water channel 134 from the second liquid outlet 136 into the tea-making cup 500 to brew tea leaves. After the tea leaves are brewed, the power mechanism at the lower end of the tea-making cup 500 works to make the brewed tea in the tea-making cup 500 flow into the water cup below. The tea-making cup 500 includes a cup body, a heating body 521, a first power supply component 527 and a water discharge component.

[0162] See also Fig.10 and Fig.11 The bottom of the cup body is provided with a water outlet 511, the heating body 521 is used to heat the cup body, and the first power supply component 527 is provided at the bottom of the cup body and avoids the water outlet 511 in a manner of surrounding the water outlet 511. The water discharge component is used to control the discharge of liquid in the cup body, and the upper part of the water discharge component is connected to the water outlet 511, and the lower part passes through the first power supply component 527. Figure 18-Figure 25 The water outlet seat 400 includes a water outlet seat upper cover 410, a water pipe 470, a second power supply assembly, a power mechanism and a water outlet seat lower cover 450. The water pipe 470 is movably arranged on the water outlet seat upper cover 410 and is used to dock with the lower water pipe 561. The second power supply assembly is arranged around the water pipe 470 and is electrically connected to the first power supply assembly 527. The water outlet seat lower cover 450 is connected to the water outlet seat upper cover 410. The power mechanism is arranged in the accommodating space 456 between the water outlet seat upper cover 410 and the water outlet seat lower cover 450. The water pipe 470 passes through the upper cover through hole 412 of the water outlet seat upper cover 410 and the lower cover through hole 452 of the water outlet seat lower cover 450. The power mechanism is used to drive the water pipe 470 to move, so that the water pipe 470 pushes the valve core 567 to move from the first position to the second position, or the valve core 567 is restored to the first position from the second position under the action of the reset member 569.

[0163] The beverage machine of this embodiment is an all-in-one water purifier and tea maker, integrating water purification, machine body heating and tea maker heating functions. The clean water in the clean water tank can be heated by the heating element and then flow into the tea brewing cup from the second liquid outlet to brew the tea leaves in the tea brewing cup. At the same time, the tea brewing cup heating function can be activated to brew the tea in the cup through the heating body 521.

[0164] In the prior art, the teacup is inserted horizontally into the docking seat on the machine body, and the teacup and the docking seat are electrically connected through a conductive pin. This design realizes the installation and removal between the teacup and the docking seat by pushing in / pulling out the teacup, which increases the risk of liquid spilling when the teacup is removed. In addition, the weight of the entire teacup needs to be borne by the docking seat, which will cause the docking seat to be subjected to greater force, which may easily cause the conductive pin to deform and poor electrical contact in the long term. In this embodiment, the water outlet seat is arranged on the machine body, and the teacup is arranged between the water outlet seat and the liquid outlet of the machine body. The water outlet seat holds the teacup, and the teacup and the water outlet seat are electrically connected through a longitudinally arranged coupler. This structural method can ensure the stability and service life of the electrical connection between the teacup and the water outlet seat, and avoid the occurrence of poor electrical contact.

[0165] See also Fig.13 The cup body includes a cup body 512 and a chassis 513. The chassis 513 is provided with a water outlet 511 and a groove 514 surrounding the water outlet 511. The groove 514 is filled with food-grade glue 515. The lower end of the cup body 512 is accommodated in the groove 514 and is sealed and connected to the chassis 513 through the glue 515. Specifically, the water outlet 511 is provided in the middle of the chassis 513, and the groove 514 is provided along the outer ring of the chassis 513. The cup body 512 and the chassis 513 are installed by a glue filling process. First, the groove 514 of the chassis 513 is filled with food-grade glue 515, and then the cup body 512 is placed in the groove 514. The glue 515 is used to achieve the adhesion and waterproofing of the cup body 512 and the chassis 513. The cup body 512 can be made of transparent or translucent glass, which is convenient for users to observe the inside of the cup body when boiling or brewing tea. A handle may also be provided on the cup body 512, and the user can easily disassemble and install the tea brewing cup and the water outlet seat by holding the handle.

[0166] See also Figure 15-17The tea-making cup 500 includes a heating body 521 and a first power supply component 527. The heating body 521 is arranged on a side of the bottom plate 513 away from the cup body, and the first power supply component 527 is electrically connected to the heating body 521. The heating body 521 includes a substrate 522, a resistive heating layer 523 arranged on the substrate 522, and a conductive circuit layer 524 electrically connected to the resistive heating layer 523. The first power supply component 527 is arranged concentrically with the water outlet 511. The first power supply component 527 includes a first power supply component bracket 528, a conductive sheet 538 arranged at the lower part of the first power supply component bracket 528, and a conductive spring 539 arranged at the upper part of the first power supply component bracket 528 and connected to the conductive sheet 538, and the conductive spring 539 abuts against the conductive circuit layer 524. A connecting plate 543 is also arranged between the first power supply component bracket 528 and the bottom plate 513, and the connecting plate 543 is respectively connected to the bottom plate 513 and the first power supply component bracket 528. The substrate 522 is provided with a substrate through-hole 525, the connecting plate 543 is provided with a connecting plate through-hole 544, and the first power supply component bracket 528 is provided with a first power supply component bracket through-hole 530. The substrate through-hole 525, the connecting plate through-hole 544 and the first power supply component bracket through-hole 530 are concentrically arranged to facilitate the installation of the launching component.

[0167] The multifunctional all-in-one machine needs to meet multiple functions, and the space of the whole machine is limited. If the first power supply component 527 and the water outlet 511 are set so that the projection of the first power supply component 527 on the bottom of the cup body and the projection of the water outlet 511 on the bottom of the cup body do not interfere with or overlap each other, the volume of the tea-making cup 500 will be limited, and the water outlet 511 also needs to be set eccentrically, and the water collection structure of the machine base needs to extend longer than the machine body, resulting in an increase in the space occupied by the whole machine in all directions. In this embodiment, the water outlet 511, the heating body 521 and the first power supply component 527 are set at the bottom of the tea-making cup 500 to realize the functions of quickly taking water from the bottom of the tea-making cup and continuously heating the tea-making cup. In addition, by setting the heating body 521 and the first power supply component 527 around the water outlet 511, the contact surface between the heating component and the bottom of the cup is increased, the heating efficiency is improved, and the space occupied by the whole machine in all directions is reduced.

[0168] In one possible implementation, the resistive heating layer 523 includes a plurality of heating resistors 526 arranged around the substrate via 525, the conductive circuit layer 524 includes a conductive wire 541 connecting the heating resistors 526 in series and a conductive contact 542 arranged on the conductive wire 541, and the conductive spring 539 abuts the conductive contact 542. Fig.15 The heater 521 shown includes two conductive contacts 542, one is N (NEUTRAL, neutral line) and the other is L (LIVE, live line). Fig.16The first power supply component 527 is provided with two conductive springs 539, and the conductive springs 539 of the first power supply component 527 are in contact with the L and N conductive contacts 542 on the heating body 521 to supply power to the heating body 521. In addition, a stud is provided on the heating body 521, and the first power supply component 527 is connected and fixed to the stud by screws to play a grounding role. In this embodiment, no wires and terminal blocks are used between the heating body 521 and the first power supply component 527, which can prevent the wires from contacting the heating body 521 and aging and damage due to heat, and has the advantages of good contact and durability. In addition, multiple heating resistors 526 are arranged around the substrate via 525 to form a circle of heating area at the bottom of the cup body, so that the bottom of the cup body is heated more evenly and the heating efficiency is higher.

[0169] The first power supply component also includes a dry-burning device, which includes a temperature sensor 546 and a fuse 547. The temperature sensor 546 and the fuse 547 are attached to the chassis 513. The fuse 547 is connected to the conductive sheet 538. When the temperature detected by the temperature sensor 546 is higher than a preset value, the power supply to the two conductive springs 539 is cut off, so that the heating body 521 cannot be heated. When the temperature detected by the temperature sensor 546 is lower than or equal to a preset value, the power supply to the two conductive springs 539 is restored. If the temperature of the chassis 513 is higher than the preset fuse value, the fuse 547 is damaged, and the power supply to the two conductive springs 539 is cut off, and the power supply cannot be restored, so as to avoid damage to the whole machine due to dry-burning and ensure safe and reliable use. Fig.15 In the structure of the heating body 521 shown, the temperature sensor 546 and the fuse 547 of the first power supply component 527 are avoided so that the temperature sensor 546 and the fuse 547 directly contact the stainless steel substrate 522 of the heating body, and the power supply of the coupler will be cut off when the temperature of the heating body is too high.

[0170] See also Fig.11The downcomer assembly includes a downcomer pipe 561 and a valve assembly. The inlet of the downcomer pipe 561 is connected to the water outlet hole 511, and the outlet passes through the through hole 530 of the first power supply assembly bracket. The valve assembly is arranged in the water outlet channel 562 of the downcomer pipe 561, and includes a valve core 567, a valve core seal 568 and a reset member 569 arranged on the valve core 567. The valve core 567 has a first position in which the valve core seal 568 seals the water outlet channel 562 and a second position in which the valve core seal 568 releases the seal on the water outlet channel 562. The reset member 569 acts on the valve core 567 to apply a force to the valve core 567 to move it from the second position toward the first position. Specifically, the inner wall of the downpipe 561 has a circle of convex ribs 563 extending toward the center of the downpipe 561, the valve core 567 passes through the water hole 564 formed by the convex ribs 563, the valve core seal 568 is sleeved on the upper end of the valve core 567 and is located between the convex ribs 563 and the entrance of the downpipe 561, and one end of the reset member 569 is fixed to the lower end of the valve core 567 and the other end abuts against the convex ribs 563. When the valve core 567 is in the first position, the valve core seal 568 and the convex ribs 563 are interference fit, and when the valve core 567 is in the second position, the valve core seal 568 and the convex ribs 563 are clearance fit. The reset member 569 may be a spring.

[0171] A downpipe seal 570 is provided between the downpipe 561 and the water outlet 511 , and the downpipe seal 570 completely blocks the gap between the downpipe 561 and the water outlet 511 , so that the liquid in the cup body is discharged from the downpipe 561 , thereby preventing the liquid from seeping into the first power supply component 527 .

[0172] The tea-making cup 500 further includes a sealing structure, which is used to achieve the sealed docking of the water pipe 470 and the down pipe 561 when the valve assembly is in the conducting state, so as to prevent the electrical components in the water outlet seat 400 and the tea-making cup 500 from contacting water vapor. Specifically, a first power supply assembly seal 548 is provided between the first power supply assembly bracket 528 and the down pipe 561. When the valve assembly is in the conducting state, the water pipe 470 is in fluid communication with the down pipe 561, and the water inlet end 473 abuts against the first power supply assembly seal 548. The first power supply assembly seal 548 is used to cooperate with the water outlet seat 400 to prevent water vapor from overflowing when the down pipe 561 discharges water. When the valve assembly is in the conducting state, the valve core 567 is in the second position.

[0173] The drain assembly also includes a filter 574, which is arranged at the water outlet 511 or the entrance of the drain pipe 561. The liquid in the cup body is filtered by the filter 574 before being discharged from the drain pipe 561, preventing tea leaves and other brewing materials from blocking the drain pipe 561.

[0174] See also Fig.24The second power supply component includes a second power supply component bracket 431 and an electric spring piece 434 arranged on the second power supply component bracket 431 , and the electric spring piece 434 is in contact with the conductive piece 538 .

[0175] In one possible implementation, Fig.17 As shown, the first power supply component bracket 528 includes a plurality of first annular ribs 529 surrounding the first power supply component bracket through hole 530, and a plurality of conductive sheets 538 are arranged on the same first annular rib 529 at equal intervals. Fig.18 , Fig.19 As shown, a second power supply component bracket through hole 432 is provided in the middle of the second power supply component bracket 431, and the second power supply component bracket 431 also includes a plurality of second annular ribs 433 surrounding the second power supply component bracket through hole 432, and a plurality of electric spring sheets 434 are arranged at equal intervals on the same second annular rib 433, and the electric spring sheets 434 correspond one-to-one to the conductive sheets 538.

[0176] A second power supply assembly seal 435 is provided between the second power supply assembly bracket 431 and the water outlet seat upper cover 410. Fig.24 As shown, the second power supply assembly seal 435 completely blocks the gap between the second power supply assembly bracket 431 and the water outlet seat upper cover 410, preventing the liquid entering the upper part of the water outlet seat 400 from flowing from the gap to the lower part of the water outlet seat 400, thereby preventing the electrical components located at the lower part of the water outlet seat 400 from getting damp.

[0177] See also Fig.19 , Fig. 20 and Fig.21 The power mechanism includes a top member 491 and an electric drive assembly 495. The top member 491 has a first connection portion 492 rotatably connected to the water outlet seat lower cover 450, a second connection portion 493 deviating from the first connection portion 492, and a top portion 494 deviating from the first connection portion 492. The electric drive assembly 495 can drive the second connection portion 493 to move so that the top portion 494 switches between the top position and the fall position. Fig.21 As shown, when the top 494 is switched from the falling position to the lifting position, the top 494 pushes the water conduit 470 close to the valve core 567 and lifts the valve core 567 to the second position, as shown in FIG. Fig. 20 As shown, when the top 494 is converted from the raised position to the lowered position, the water guide pipe 470 is forced to fall back, and the valve core 567 is restored to the first position under the action of the reset member 569. The electric drive assembly 495 includes a rotating member 496 rotatably arranged on the lower cover 450 of the water outlet seat and a motor 497 for driving the rotating member 496 to rotate; the rotating member 496 rotates to drive the second connecting portion 493 of the top member 491 to move.

[0178] Please continue to see Fig.24The water pipe 470 is detachably disposed on the water outlet seat cover 410. The inner wall of the water pipe 470 is provided with a push portion 471 for pushing the valve core 567 to move, and the outer wall of the water pipe 470 is provided with a guide member 472. When the top 494 switches from the falling position to the lifting position, the top 494 abuts against the guide member 472 to drive the push portion 471 of the water pipe 470 to move toward the valve core 567. The inner wall of the water pipe 470 is provided with at least two push portions 471 spaced apart along the axial direction of the water pipe 470.

[0179] See also Fig.24 , Fig. 27 , Fig.28 One end of the water pipe 470 that connects with the down pipe 561 is the water inlet end 473, and the other end is the water outlet end 474. The push portion 471 extends toward the water inlet end 473 but does not exceed the water inlet end 473. A connection space 475 is formed between the push portion 471 and the inner wall of the water pipe 470. The lower end of the down pipe 561 is accommodated in the connection space 475. The push portion 471 faces the valve core 567, and the water inlet end 473 faces the first power supply assembly seal 548. Fig.29 As shown, when the push portion 471 lifts the valve core 567 to the second position, the water conduit 470 is fluidically connected to the downpipe 561 , and the water inlet end 473 abuts against the first power supply assembly seal 548 .

[0180] like Fig.28 As shown, when the water conduit 470 is not lifted by the lifting member 491, the push portion 471 of the water conduit 470 and the valve core 567 have a first distance or are in contact, and the water inlet end 473 of the water conduit 470 and the first power supply assembly seal 548 have a second distance. The first distance is less than the movement stroke of the valve core 567 from the first position to the second position, and the movement stroke of the valve core 567 from the first position to the second position is not less than the second distance, ensuring that the water inlet end 473 of the water conduit 470 is embedded in the first power supply assembly seal 548 to achieve sealing, thereby preventing the liquid in the water conduit 470 from overflowing from the contact position between the water conduit 470 and the first power supply assembly seal 548.

[0181] like Fig. 9 As shown, the tea-making cup 500 also includes a cup holder 590, on which the cup body is arranged, the upper end of the cup holder 590 abuts against the cup body, and the lower end is connected to the first power supply component bracket 528. The lower end surface of the cup holder 590 is provided with a supporting protrusion 591. When the tea-making cup 500 is placed on an operating surface such as a desktop, the supporting protrusion 591 of the tea-making cup 500 contacts the operating surface, plays a supporting and anti-slip role, and can also prevent the lower end surface of the tea-making cup 500 from rubbing against the operating surface and scratching the operating surface. In addition, due to the supporting protrusion 591, the lower end surface of the cup holder 590 does not directly contact the operating surface, even if there is a small amount of water on the operating surface, it will not enter the cup holder 590, thereby preventing the first power supply component 527 from entering with water.

[0182] exist Fig.10 In the structure shown, the cup holder 590 is further provided with a first drainage hole 536. When the user washes the tea-brewing cup 500 or places the tea-brewing cup 500 in a place with water, water may enter the cup holder 590 from the connection between the cup holder 590 and the cup body, and the water entering the cup holder 590 can be drained downward through the first drainage hole 536 after the tea-brewing cup 500 is placed flat.

[0183] In one possible implementation, Fig.10 As shown, the top 494 of the cup holder 590 is provided with a first opening 592, the bottom of the cup holder 590 has a bottom boss 593 protruding in a direction away from the first opening 592, and the bottom surface of the bottom boss 593 is provided with a second opening 594 opposite to the first opening 592; the lower end of the cup body passes through the first opening 592, the first power supply component bracket 528 is connected to the bottom boss 593, the conductive sheet 538 is exposed to the second opening 594, and the first drainage hole 536 is provided on the bottom boss 593.

[0184] See also Fig.18 and Fig.24 The water outlet seat upper cover 410 has a circle of baffles 411 protruding away from the water outlet seat lower cover 450, and an installation space 413 is formed between the baffles 411 and the second power supply component bracket 431. The bottom boss 593 of the teacup 500 is accommodated in the installation space 413. The water outlet seat upper cover 410 is provided with a second drainage hole 436 connected to the accommodation space 456. The second power supply component bracket 431 is provided with a third drainage hole 457 connected to the accommodation space 456. The end of the electric reed 434 that contacts the conductive sheet 538 is away from the third drainage hole 457 to prevent the electric reed 434 from getting wet.

[0185] like Fig.25 As shown, when the tea-making cup 500 is placed on the water outlet seat 400, the first drainage hole 536 of the tea-making cup 500 is connected with the second drainage hole 436 of the water outlet seat 400 in the installation space 413, and the liquid falling into the cup seat can flow into the accommodation space 456 through the first drainage hole 536 and the second drainage hole 436. In addition, the liquid in the cup seat can also flow into the accommodation space 456 through the gap between the water conduit 470 and the second power supply component bracket 431 and the third drainage hole 457 on the second power supply component bracket 431. In short, no matter when the tea-making cup 500 is installed on the water outlet seat 400, or when the tea-making cup 500 is removed from the water outlet seat 400, or when liquid falls on the water outlet seat in other cases, the liquid can flow into the accommodation space 456, ensuring that the electrical components will not be affected by moisture and water.

[0186] See also Fig.23 and Fig.24A sleeve 454 is provided around the lower cover through hole 452 on the water outlet seat lower cover 450, and the sleeve 454 extends toward the water outlet seat upper cover 410. The water outlet end 474 of the water guide pipe 470 penetrates the sleeve 454, and the sleeve 454 limits the water guide pipe 470 to prevent the water outlet end 474 from shaking. A guide block 455 is also provided on the inner wall of the sleeve 454, and the guide block 455 contacts the outer wall of the water guide pipe 470, so that a water gap 498 is formed between the outer wall of the water guide pipe 470 and the inner wall of the sleeve 454. When the liquid level in the accommodating space 456 exceeds the pipe opening of the sleeve 454, the liquid can enter from the pipe opening of the sleeve 454 and flow out along the water gap 498. A water hole 451 is also provided on the sleeve 454 and / or the lower cover 450 of the water outlet seat near the lower cover through hole 452, and the liquid in the accommodating space 456 can flow out from the lower cover through hole 452 through the water hole 451. Fig.24 As shown, the water hole 451 is arranged at a position of the sleeve 454 near the bottom of the accommodating space 456, and the water hole 451 is connected to the water passing gap 498. In this way, when the liquid level in the accommodating space 456 does not exceed the pipe mouth of the sleeve 454, the liquid can enter from the water hole 451 and flow out along the water passing gap 498.

[0187] The lower cover 450 of the water outlet seat is also provided with a water retaining rib 453 , which is located between the sleeve 454 and the motor 497 and is used to block the liquid in the accommodating space 456 from flowing toward the motor 497 , thereby preventing the motor 497 from entering with water.

[0188] The tea-making cup 500 is separable from the water outlet seat 400. The tea-making cup 500 and the water outlet seat 400 can be connected by a limiting structure, which ensures stable power supply on the one hand, and on the other hand, ensures the sealing effect of the first power supply component seal 548 when water is discharged, so as to prevent the water outlet seat 400 and the electrical components in the tea-making cup 500 from contacting water vapor. The limiting structure includes a limiting groove 595 and a limiting rib 414 that is engaged with the limiting groove 595. One of the cup seat 590 of the tea-making cup 500 and the water outlet seat upper cover 410 of the water outlet seat 400 is provided with a limiting groove 595, and the other is provided with a limiting rib 414 that is engaged with the limiting groove 595. After the limiting rib 414 enters the limiting groove 595, the conductive sheet 538 of the tea-making cup 500 contacts the electric spring sheet 434 of the water outlet seat 400, and the tea-making cup 500 cannot rotate relative to the water outlet seat 400, thereby ensuring stable power supply. Among them, the limiting rib 414 and the limiting groove 595 can be arranged vertically. Since the limiting groove limits the limiting rib to the left and right, the tea-making cup 500 cannot rotate after being placed on the water outlet seat 400; the limiting rib 414 and the limiting groove 595 can also be arranged horizontally. The tea-making cup 500 is placed on the water outlet seat 400 and rotated to make the limiting rib 414 enter the limiting groove 595 to achieve positioning. Fig.26The diagram shows a connection structure between a tea-brewing cup 500 and a water outlet seat 400. The bottom boss 593 of the cup seat 590 has a horizontally arranged limit groove 595, and the baffle 411 of the water outlet seat upper cover 410 is provided with a limit rib 414 corresponding to the limit groove 595. The tea-brewing cup 500 is placed on the water outlet seat 400, and then rotated clockwise to allow the limit rib 414 to enter the limit groove 595. At this time, the conductive sheet 538 of the tea-brewing cup 500 contacts the electric spring sheet 434 of the water outlet seat 400, and the tea-brewing cup 500 cannot continue to rotate in the clockwise direction, ensuring that the conductive sheet 538 and the electric spring sheet 434 are in close contact.

[0189] In the accompanying drawings, Figure 9-Figure 29 Corresponding to a tea-making cup 500 and a water outlet seat 400 matched therewith, Figure 30-Figure 34 Corresponding to another tea-making cup 500 and the water outlet seat 400 matched therewith, the above Figure 9-Figure 29 Taking the example, the common characteristics of the two designs are introduced. The following is an explanation of the detailed differences between the two designs.

[0190] Figure 9-Figure 29 The tea-brewing cup 500 and the water-dispensing seat 400 shown in the figure have the following detailed features in addition to the common features of the tea-brewing cup 500 and the water-dispensing seat 400 described above.

[0191] See also Fig.10 , Fig.11 A ring platform 517 protruding toward the first power supply component 527 is provided on the edge of the water outlet 511 on the bottom plate 513 of the tea brewing cup 500, and a pipe mouth flange 518 is provided on the outer wall of the entrance of the downpipe 561, and a downpipe sealing member 570 is provided between the pipe mouth flange 518 and the ring platform 517.

[0192] like Fig.12 As shown, the down pipe seal 570 includes a sealing ring 571 and a sealing step 572 provided on the inner wall of the sealing ring 571 and located at the lower end of the sealing ring 571. The sealing ring 571 is interference fit with the outer wall of the pipe mouth flange 518 and the inner wall of the ring platform 517, and the sealing step 572 is interference fit with the lower end surface of the pipe mouth flange 518 and the upper end surface of the ring platform 517. The outer wall of the sealing ring 571 has an expansion portion 573, and the expansion portion 573 abuts against the inner wall of the ring platform 517. The outer wall of the sealing ring 571 is provided with the expansion portion 573, so that the sealing ring 571 is more likely to deform when squeezed by the pipe mouth flange 518, thereby enhancing the sealing effect.

[0193] An inner wall of the entrance of the sewer pipe 561 is provided with an inner tube step 565 . The filter screen 574 includes a first filter portion 575 and a first mounting portion 576 surrounding the first filter portion 575 . The first mounting portion 576 abuts against the inner tube step 565 . The first filter portion 575 blocks the entrance of the sewer pipe 561 .

[0194] The down pipe 561 is also provided with a fastener 577, which is threadedly matched with the down pipe 561 to press the down pipe seal 570 between the pipe mouth flange 518 and the ring platform 517. The outer wall of the down pipe 561 is provided with an external thread, and the fastener 577 has an internal thread. The fastener 577 is threadedly matched with the down pipe 561, and the length of the external thread on the down pipe 561 is greater than the length of the internal thread of the fastener 577, and the fastener 577 can be adjusted on the down pipe 561.

[0195] See also Fig.10 and Fig.11 , Fig.13 The first power supply component bracket 528 includes a first power supply component bracket through hole 530, a stopper 531, a clearance step 532, a first ring body 533 and a second ring body 534 from inside to outside. The stopper 531 and the clearance step 532 are arranged on the upper part of the first power supply component bracket 528, and the first ring body 533 and the second ring body 534 are arranged on the lower part of the first power supply component 527. A first ring groove 535 is formed between the first ring body 533 and the second ring body 534. The fastener 577 is arranged on the inner side of the clearance step 532, and the stopper 531 is limited between the fastener 577 and the ring platform 517 of the bottom plate 513; when the teacup 500 is installed on the water outlet seat 400, the electric spring sheet 434 of the second power supply component contacts the conductive sheet 538.

[0196] See also Fig.13 A limiting hole 537 is also provided between the step 532 and the first ring body 533; Fig.14 As shown, the first power supply assembly seal 548 includes a sealing ring 549 and a lug 550 arranged on one side of the sealing ring 549. The lug 550 has a limiting head at one end away from the sealing ring 549. The lug 550 passes through the limiting hole 537 and is supported between the clearance step 532 and the first ring body 533 by the limiting head. The sealing ring 549 has an interference fit with the downcomer 561 and the first ring body 533.

[0197] Figure 30-Figure 34 The tea-brewing cup 500 and the water outlet seat 400 matched therewith have the common features of the tea-brewing cup 500 and the water outlet seat 400 described above, and also have the following detailed features.

[0198] The downpipe 561 and the first power supply assembly 527 are integrally formed, which can reduce the number of assembly steps and ensure the stability of the connection between the downpipe 561 and the first power supply assembly 527 .

[0199] See also Fig.30 An annular rib 519 protruding toward the first power supply assembly 527 is provided at the edge of the water outlet 511 on the chassis 513 , the down pipe 561 passes through the annular rib 519 , and the down pipe seal 570 is provided between the annular rib 519 and the down pipe 561 .

[0200] See also Fig.31 and Fig.32 The down pipe seal 570 includes an inner ring 578, an outer ring 579 surrounding the inner ring 578, and a transition portion 580 connecting the outer ring 579 and the inner ring 578. A receiving groove 581 is formed between the outer ring 579 and the inner ring 578. The down pipe seal 570 is sleeved on the annular rib 519. The inner ring 578 is interference fit with the outer wall of the down pipe 561 and the inner wall of the annular rib 519. The transition portion 580 is pressed between the upper end surface of the first power supply component bracket 528 and the lower end surface of the annular rib 519. The cross-section of the down pipe seal 570 is U-shaped. When assembling, the U-shaped opening is aligned with the annular rib 519 and inserted. The down pipe seal 570 is sleeved on the annular rib 519, and then the second power supply component is installed so that the second power supply component bracket 431 abuts against the transition portion 580 of the down pipe seal 570. The down pipe seal 570 of this embodiment can achieve sealing in two directions and is easy to assemble.

[0201] See also Fig.32 The filter 574 includes a second filter portion 582 and a second mounting portion 583 connected to one side of the second filter portion 582. The second mounting portion 583 is clamped with the inner wall of one end of the downpipe 561 extending into the water outlet 511. The second filter portion 582 abuts against the bottom plate 513 and blocks the water outlet 511. Specifically, the second filter portion 582 is bowl-shaped, and the second mounting portion 583 is a radial rib disposed inside the bowl-shaped structure. The outer side of the rib abuts against the inner wall of the downpipe 561, and the edge of the bowl-shaped structure abuts against the bottom plate 513. This structure is easy to disassemble and assemble, and the filter 574 can be closely attached to the bottom plate 513, with a good filtering effect.

[0202] The teacup 500 is mounted on the water outlet seat 400. The teacup 500 and the water outlet seat 400 are connected by a buckle, and no shaking or up and down displacement occurs. At this time, the conductive sheet 538 of the teacup 500 contacts the electric reed sheet 434 of the water outlet seat 400, and the state of the water guide pipe 470 and the valve core 567 is as shown in FIG. Fig.33 As shown, there is a distance between the push portion 471 of the water conduit 470 and the valve core 567 to ensure that the water conduit 470 will not lift up the valve core 567 and cause water leakage. Fig.34 The motor 497 drives the top member 491 to lift the water pipe 470, and the pusher 471 of the water pipe 470 pushes the valve core 567 open, and the water in the teacup 500 flows down along the downpipe 561. At this time, the water inlet end 473 of the water pipe 470 presses against the first power supply assembly seal 548 to ensure that water and water vapor will not turn over the water pipe 470. When the water is taken out or the water is stopped, the motor 497 rotates back to the original position, and the water pipe 470 also returns to the original position. At this time, the spring presses against the valve core 567, and the valve core seal 568 seals the water, so that the teacup 500 will not leak.

[0203] In this embodiment, the second liquid outlet 136 is arranged above the cup body, and the heated clean water flows into the cup body from the upper part of the cup body, firstly brewing the tea in the cup body, and then controlling the heating element to heat the cup body to realize the tea-making function. The specific operation is as follows:

[0204] a. When it is necessary to make tea, the control panel 350 is operated to apply instructions, and water is automatically poured into the cup from the top of the cup body. When the water is poured, the water is automatically poured and stopped. At this time, the heating body 521 starts to heat at full power, and the temperature sensor 546 detects the temperature. When the temperature is higher than the preset temperature (generally refers to the temperature in the boiling state), the power is reduced to 100W for micro-boiling, and the heating is stopped after about 2 minutes to 3 minutes.

[0205] b. The motor 497 of the water discharge assembly drives the rotating member 496 to rotate, lifts the second connection part 493, and the second connection part 493 drives the top 494 to lift, and the top 494 pushes the water pipe 470 upward, and the water pipe 470 pushes the water discharge pipe 561 away, and the valve core seal 568 is separated from the rib 563. The inner cavity of the cup body is connected through the gap between the valve core seal 568 and the rib 563, and the tea in the cup body automatically falls. After the tea in the cup falls out, the motor 497 reverses and returns to its original position, and the valve core seal 568 returns to its original position and interferes with the rib 563, and the bottom of the cup body is sealed. In the process of the tea falling, the water pipe 470 presses the seal 548 of the first power supply assembly, and the hot water vapor in the water discharge process is isolated, which will not cause the oxidation of the coupler copper sheet.

[0206] c. The user can also directly hold the handle 596 on the cup body and rotate it to remove the entire cup body. At this time, the reset member 569 pushes the drain pipe 561 tightly to seal it. The center of the cup body will not leak water, and it can be used as a regular boiling tea cup.

[0207] Note that the above are only preferred embodiments of the present invention and the technical principles used. Those skilled in the art will understand that the present invention is not limited to the specific embodiments herein, and that various obvious changes, readjustments and substitutions can be made by those skilled in the art without departing from the scope of protection of the present invention. Therefore, although the present invention has been described in more detail through the above embodiments, the present invention is not limited to the above embodiments, and may include more other equivalent embodiments without departing from the concept of the present invention, and the scope of the present invention is determined by the scope of the appended claims.

Claims

1. A beverage machine with brewing function, characterized in that: include: A machine body is provided with a clean water tank (110), a heating element (131) and a second liquid outlet (136); the heating element (131) is in communication with the clean water tank (110) and the second liquid outlet (136); liquid in the clean water tank (110) can flow out from the second liquid outlet (136) after being heated by the heating element (131); A water outlet seat (400) is disposed below the second liquid outlet (136), and comprises a water guide pipe (470) and a second power supply assembly; A tea-making cup (500) is detachably arranged on the water outlet seat (400), comprising a cup body, a heating body (521) and a first power supply component (527); a water outlet hole (511) is arranged at the bottom of the cup body; the heating body (521) and the first power supply component (527) are arranged at the bottom of the cup body and avoid the water outlet hole (511) in a manner of surrounding the water outlet hole (511); When the tea-making cup (500) is installed on the water outlet seat (400), the water outlet hole (511) at the bottom of the cup body is connected to the water pipe (470), the first power supply component (527) is electrically connected to the second power supply component, and the heating body (521) heats the liquid in the cup body when powered on.

2. The beverage machine according to claim 1, characterized in that: The cup body comprises a cup body (512) and a bottom plate (513); the bottom plate (513) is provided with the water outlet hole (511) and a groove (514) surrounding the water outlet hole (511); the groove (514) is filled with food-grade glue (515); the lower end of the cup body (512) is accommodated in the groove (514) and is sealed and connected to the bottom plate (513) via the glue (515).

3. The beverage machine according to claim 1, characterized in that: The heating body (521) is arranged on a side of the bottom of the cup body away from the cup body, and the first power supply component (527) is electrically connected to the heating body (521); the first power supply component (527) is arranged concentrically with the water outlet (511).

4. The beverage machine according to claim 3, characterized in that: The heating body (521) comprises a substrate (522), a resistance heating layer (523) provided on the substrate (522), and a conductive circuit layer (524) electrically connected to the resistance heating layer (523); The first power supply component (527) includes a first power supply component bracket (528), a conductive sheet (538) arranged at the lower part of the first power supply component bracket (528), and a conductive spring sheet (539) arranged at the upper part of the first power supply component bracket (528) and connected to the conductive sheet (538), and the conductive spring sheet (539) abuts against the conductive circuit layer (524).

5. The beverage machine according to claim 4, characterized in that: A connecting plate (543) is further provided between the first power supply component bracket (528) and the bottom of the cup body, and the connecting plate (543) is respectively connected to the bottom of the cup body and the first power supply component bracket (528). 。 6. The beverage machine according to claim 5, characterized in that: The substrate (522) is provided with a substrate through-hole (525), the connecting plate (543) is provided with a connecting plate through-hole (544), and the first power supply component bracket (528) is provided with a first power supply component bracket through-hole (530). The substrate through-hole (525), the connecting plate through-hole (544) and the first power supply component bracket through-hole (530) are concentrically arranged.

7. The beverage machine according to claim 6, characterized in that: The resistive heating layer (523) includes a plurality of heating resistors (526) arranged around the substrate via (525), the conductive circuit layer (524) includes a conductive line (541) connecting the heating resistors (526) in series and a conductive contact (542) arranged on the conductive line (541), and the conductive spring (539) abuts against the conductive contact (542).

8. The beverage machine according to claim 7, characterized in that: The first power supply component also includes an anti-dry-burning device, which includes a temperature sensor (546) and a fuse (547). The temperature sensor (546) is arranged on the bottom of the cup body, and the fuse (547) connects the temperature sensor (546) and the conductive circuit layer (524) and is used to cut off the power supply of the first power supply component (527) when the temperature detected by the temperature sensor (546) is higher than a preset value.

9. The beverage machine according to claim 1, characterized in that: The tea-making cup (500) further comprises a water discharge assembly, which is used to control the discharge of liquid in the cup body and to guide the liquid from the water outlet (511); the upper part of the water discharge assembly is connected to the water outlet (511), and the lower part passes through the first power supply assembly (527).

10. The beverage machine according to claim 9, characterized in that: The first power supply component (527) comprises a first power supply component bracket (528), wherein the first power supply component bracket (528) is provided with a first power supply component bracket through hole (530), the water discharge component comprises a water discharge pipe (561) and a valve component, wherein the inlet of the water discharge pipe (561) is connected to the water outlet hole (511), and the outlet passes through the first power supply component bracket through hole (530), and the valve component is arranged in the water outlet channel (562) of the water discharge pipe (561), and comprises a valve core (567), A valve core seal (568) and a reset member (569) are provided on the valve core (567), wherein the valve core (567) has a first position in which the valve core seal (568) seals the water outlet channel (562) and a second position in which the valve core seal (568) releases the seal on the water outlet channel (562), and the reset member (569) acts on the valve core (567) to apply a force to the valve core (567) to move the valve core (567) from the second position toward the first position. Preferably, the inner wall of the down pipe (561) has a circle of convex ribs (563) extending toward the center of the down pipe (561); the valve core (567) passes through a water hole (564) formed by the convex ribs (563); the valve core sealing member (568) is sleeved on the upper end of the valve core (567) and is located between the convex ribs (563) and the entrance of the down pipe (561); one end of the reset member (569) is fixed to the lower end of the valve core (567) and the other end abuts against the convex ribs (563); When the valve core (567) is in the first position, the valve core seal (568) and the convex rib (563) are interference fit, and when the valve core (567) is in the second position, the valve core seal (568) and the convex rib (563) are clearance fit. Preferably, a downpipe seal (570) is provided between the downpipe (561) and the water outlet (511). Preferably, a first power supply assembly seal (548) is provided between the first power supply assembly bracket (528) and the downcomer pipe (561). Preferably, the water discharge assembly further comprises a filter screen (574), and the filter screen (574) is arranged at the water outlet hole (511) or the inlet of the water discharge pipe (561). Preferably, the water outlet seat (400) further includes a water outlet seat upper cover (410) and a power mechanism, the water pipe (470) is movably arranged on the water outlet seat upper cover (410) and docked with the downpipe (561), the second power supply assembly is arranged around the water pipe (470), and the power mechanism is used to drive the water pipe (470) to move, so that the water pipe (470) pushes the valve core (567) to move from the first position to the second position. Preferably, the first power supply component (527) includes a first power supply component bracket (528) and a conductive sheet (538) arranged on the first power supply component bracket (528); the second power supply component includes a second power supply component bracket (431) and an electric spring sheet (434) arranged on the second power supply component bracket (431), and the electric spring sheet (434) is in contact with the conductive sheet (538). Preferably, the first power supply component bracket (528) includes a plurality of first annular ribs (529) surrounding the first power supply component bracket through hole (530), and a plurality of the conductive sheets (538) are arranged at intervals on the same first annular rib (529); A second power supply component bracket through hole (432) is provided in the middle of the second power supply component bracket (431), and the second power supply component bracket (431) also includes a plurality of second annular ribs (433) surrounding the second power supply component bracket through hole (432), and a plurality of electric spring sheets (434) are arranged at intervals on the same second annular rib (433), and the electric spring sheets (434) correspond one-to-one to the conductive sheets (538). Preferably, a second power supply assembly seal (435) is provided between the second power supply assembly bracket (431) and the water outlet seat upper cover (410). Preferably, the water outlet seat (400) further includes a water outlet seat lower cover (450), the water outlet seat lower cover (450) is connected to the water outlet seat upper cover (410), the power mechanism is arranged in the accommodating space (456) between the water outlet seat upper cover (410) and the water outlet seat lower cover (450), and the water conduit (470) passes through the upper cover through hole (412) of the water outlet seat upper cover (410) and the lower cover through hole (452) of the water outlet seat lower cover (450). Preferably, the power mechanism comprises a top member (491) and an electric drive assembly (495), wherein the top member (491) comprises a first connection portion (492) rotatably connected to the lower cover (450) of the water outlet seat, a second connection portion (493) deviating from the first connection portion (492), and a top portion (494) deviating from the first connection portion (492), and the electric drive assembly (495) is capable of driving the second connection portion (493) to move so that the top portion (494) switches between a raised position and a lowered position; When the top (494) is converted from the falling position to the lifting position, the top (494) pushes the water pipe (470) close to the valve core (567) and lifts the valve core (567) to the second position. When the top (494) is converted from the lifting position to the falling position, the water pipe (470) is forced to fall back, and the valve core (567) is restored to the first position under the action of the reset member (569). Preferably, the electric drive assembly (495) includes a rotating member (496) rotatably disposed on the lower cover (450) of the water outlet seat and a motor (497) for driving the rotating member (496) to rotate; the rotating member (496) rotates to drive the second connecting portion (493) of the top member (491) to move. Preferably, the inner wall of the water pipe (470) is provided with a push portion (471) for pushing the valve core (567) to move, and the outer wall of the water pipe (470) is provided with a guide member (472). When the top (494) switches from the falling position to the lifting position, the top (494) abuts against the guide member (472) to drive the push portion (471) of the water pipe (470) to move toward the valve core (567). Preferably, it also includes: a sealing structure, wherein the sealing structure is used to achieve sealed docking between the water pipe (470) and the down pipe (561) when the valve assembly is in a conducting state, so as to prevent the electrical components in the water outlet seat (400) and the teacup (500) from contacting water vapor. Preferably, the sealing structure includes: a first power supply component seal (548); one end of the water pipe (470) connected to the sewer pipe (561) is a water inlet end (473), and the other end is a water outlet end (474); when the valve assembly is in a conducting state, the water pipe (470) is fluidically connected to the sewer pipe (561), and the water inlet end (473) abuts against the first power supply component seal (548). Preferably, the top member (491) extends toward the water inlet end (473) of the water conduit (470) and does not exceed the water inlet end (473), a connection space (475) is formed between the top member (491) and the inner wall of the water conduit (470), the lower end of the downpipe (561) is accommodated in the connection space (475), the push portion (471) faces the valve core (567), and the water inlet end (473) faces the first power supply assembly seal (548); When the push portion (471) lifts the valve core (567) to the second position, the water conduit (470) is fluidically connected to the downpipe (561), and the water inlet end (473) abuts against the first power supply assembly seal (548). Preferably, when the water conduit (470) is not lifted up by the lifting member (491), there is a first distance between the push portion (471) of the water conduit (470) and the valve core (567) or they are in contact, and there is a second distance between the water inlet end (473) of the water conduit (470) and the first power supply assembly seal (548); The first distance is smaller than the movement stroke of the valve core (567) from the first position to the second position, and the movement stroke of the valve core (567) from the first position to the second position is not smaller than the second distance. Preferably, the inner wall of the water conduit (470) is provided with at least two push portions (471) spaced apart along the axial direction of the water conduit (470). Preferably, the water guide pipe (470) is detachably arranged on the water outlet seat upper cover (410). Preferably, a third drainage hole (457) is provided on the second power supply component bracket (431), and a drainage hole (451) is provided on the water outlet seat lower cover (450) of the water outlet seat (400), and the liquid flowing in from the third drainage hole (457) flows out through the drainage hole (451). Preferably, the tea-brewing cup (500) further includes a cup holder (590), the cup body is disposed on the cup holder (590), the first power supply component (527) includes a first power supply component bracket (528), and the upper end of the cup holder (590) abuts against the cup body, and the lower end is connected to the first power supply component bracket (528). Preferably, the cup holder (590) is provided with a first drainage hole (536) and / or a supporting protrusion (591). Preferably, the top (494) of the cup holder (590) is provided with a first opening (592), the bottom of the cup holder (590) has a bottom boss (593) protruding in a direction away from the first opening (592), and the bottom surface of the bottom boss (593) is provided with a second opening (594) opposite to the first opening (592); the lower end of the cup body passes through the first opening (592), the first power supply component bracket (528) is connected to the bottom boss (593), the conductive sheet (538) of the first power supply component is exposed to the second opening (594), and the first drainage hole (536) is provided on the bottom boss (593). Preferably, the water outlet seat upper cover (410) has a circle of baffles (411) protruding away from the water outlet seat lower cover (450), and an installation space (413) is formed between the baffles (411) and the second power supply component bracket (431), and the bottom boss (593) of the tea brewing cup (500) is accommodated in the installation space (413). Preferably, the water outlet seat upper cover (410) is provided with a second drainage hole (436), and the second drainage hole (436) is connected to the accommodating space (456) of the water outlet seat (400). Preferably, a third drainage hole (457) is provided on the second power supply component bracket (431), and the third drainage hole (457) is connected to the accommodating space (456). Preferably, the end of the electric reed (434) of the first power supply component that contacts the conductive sheet (538) of the second power supply component is away from the third drainage hole (457). Preferably, when the tea-brewing cup (500) is placed on the water outlet seat (400), the first drainage hole (536) of the tea-brewing cup (500) is connected with the second drainage hole (436) of the water outlet seat (400) in the installation space (413), and the liquid in the cup seat (590) can flow into the accommodating space (456) via the first drainage hole (536), the second drainage hole (436), the third drainage hole (457) and the gap between the water pipe (470) and the second power supply component bracket (431). Preferably, a sleeve (454) is provided on the water outlet seat lower cover (450) around the lower cover through hole (452), the sleeve (454) extends toward the water outlet seat upper cover (410), and the water outlet end (474) of the water guide pipe (470) penetrates the sleeve (454). Preferably, the inner wall of the sleeve (454) is further provided with a guide block (455), the guide block (455) is in contact with the outer wall of the water pipe (470), and a water-passing gap (498) is formed between the outer wall of the water pipe (470) and the inner wall of the sleeve (454). Preferably, a water discharge hole (451) is provided on the sleeve (454) and / or the lower cover (450) of the water outlet seat near the lower cover through hole (452), and the water discharge hole (451) is connected to the water flow gap (498), so that the liquid in the accommodating space (456) flows out from the water flow gap (498) through the water discharge hole (451). Preferably, a motor (497) is provided in the accommodating space (456), and the lower cover (450) of the water outlet seat is also provided with a water retaining rib (453), and the water retaining rib (453) is located between the sleeve (454) and the motor (497) and is used to prevent the liquid in the accommodating space (456) from flowing toward the motor (497). Preferably, the bottom boss (593) and the baffle (411) are limited by a limiting structure, and the limiting structure includes a limiting groove (595) and a limiting rib (414) that is snap-fitted with the limiting groove (595), and one of the bottom boss (593) and the baffle (411) is provided with the limiting groove (595), and the other is provided with the limiting rib (414). Preferably, a ring platform (517) protruding toward the first power supply component (527) is provided on the edge of the water outlet (511) on the bottom of the cup body, and a pipe mouth convex edge (518) is provided on the outer wall of the inlet of the downcomer (561), and the downcomer seal (570) is arranged between the pipe mouth convex edge (518) and the ring platform (517). Preferably, the sewer pipe seal (570) includes a sealing ring (571) and a sealing step (572) arranged on the inner wall of the sealing ring (571) and located at the lower end of the sealing ring (571); the sealing ring (571) is interference fit with the outer wall of the pipe mouth flange (518) and the inner wall of the ring platform (517); the sealing step (572) is interference fit with the lower end surface of the pipe mouth flange (518) and the upper end surface of the ring platform (517). Preferably, the outer wall of the sealing ring (571) has an expansion portion (573), and the expansion portion (573) abuts against the inner wall of the ring platform (517). Preferably, the inner wall of the entrance of the sewer pipe (561) is provided with an inner-tube step (565), and the filter screen (574) includes a first filter portion (575) and a first mounting portion (576) surrounding the first filter portion (575), the first mounting portion (576) abuts against the inner-tube step (565), and the first filter portion (575) blocks the entrance of the sewer pipe (561). Preferably, the downcomer pipe (561) is also provided with a fastener (577), and the fastener (577) is threadedly matched with the downcomer pipe (561) to press the downcomer pipe seal (570) between the pipe mouth flange (518) and the ring platform (517). Preferably, the first power supply component bracket (528) comprises, from inside to outside, a first power supply component bracket through hole (530), a limit platform (531), a clearance step (532), a first ring body (533) and a second ring body (534); the limit platform (531) and the clearance step (532) are arranged on the upper part of the first power supply component bracket (528); the first ring body (533) and the second ring body (534) are arranged on the lower part of the first power supply component (527); and a first ring groove (535) is formed between the first ring body (533) and the second ring body (534); The fastener (577) is arranged on the inner side of the clearance step (532), and the limiting platform (531) is limited between the fastener (577) and the ring platform (517) at the bottom of the cup body; when the tea-making cup (500) is installed on the water outlet seat (400), the electric spring sheet (434) of the second power supply component contacts the conductive sheet (538). Preferably, a limiting hole (537) is further provided between the giving way step (532) and the first ring body (533); the first power supply assembly seal (548) includes a sealing ring (549) and a hanging ear (550) provided on one side of the sealing ring (549); the hanging ear (550) has a limiting head at one end away from the sealing ring (549); the hanging ear (550) passes through the limiting hole (537) and is supported between the giving way step (532) and the first ring body (533) by the limiting head; the sealing ring (549) is interference fit with the down pipe (561) and the first ring body (533). Preferably, the downcomer pipe (561) and the first power supply assembly (527) are integrally formed. Preferably, an annular rib (519) protruding toward the first power supply assembly (527) is provided on the edge of the water outlet (511) on the bottom of the cup body, the downcomer pipe (561) passes through the annular rib (519), and the downcomer pipe seal (570) is provided between the annular rib (519) and the downcomer pipe (561). Preferably, the sewer pipe seal (570) includes an inner ring (578), an outer ring (579) surrounding the inner ring (578), and a transition portion (580) connecting the outer ring (579) and the inner ring (578), a receiving groove (581) is formed between the outer ring (579) and the inner ring (578), the sewer pipe seal (570) is sleeved on the annular rib (519), the inner ring (578) is interference fit with the outer wall of the sewer pipe (561) and the inner wall of the annular rib (519), and the transition portion (580) is pressed between the upper end surface of the first power supply component bracket (528) and the lower end surface of the annular rib (519). Preferably, the filter screen (574) includes a second filter portion (582) and a second mounting portion (583) connected to one side of the second filter portion (582), the second mounting portion (583) being snap-fitted to the inner wall of one end of the downpipe (561) extending into the water outlet (511), and the second filter portion (582) abuts against the bottom of the cup body and blocks the water outlet (511). Preferably, the body further comprises: a water outlet valve (132), a first hot water channel (133) and a second hot water channel (134); the water outlet valve (132) is connected to the heating element (131), the first hot water channel (133) and the second hot water channel (134); a first liquid outlet (135) is provided at the end of the first hot water channel (133); a second liquid outlet (136) is provided at the end of the second hot water channel (134); the machine body supplies hot water to the tea-making cup (500) through the second liquid outlet (136); A normal temperature water supply channel (150) connected to the first liquid outlet (135); The water inlet valve (170) is connected to the clean water tank (110), the heating element (131) and the normal temperature water supply circuit (150). Preferably, when the beverage machine is in standby mode, the water inlet valve (170) connects the heating element (131) with the clean water tank (110) and blocks the normal temperature water supply path (150) from being connected with the clean water tank (110), and the water outlet valve (132) connects the second hot water path (134) with the heating element (131) and blocks the first hot water path (133) from being connected with the heating element (131); When the beverage machine is in the first water dispensing mode, the water inlet valve (170) connects the clean water tank (110) with the normal temperature water supply water path (150) and blocks the connection between the heating element (131) and the clean water tank (110); the water outlet valve (132) connects the second hot water path (134) with the heating element (131) and blocks the connection between the first hot water path (133) and the heating element (131); and the first liquid outlet (135) discharges normal temperature water; When the beverage machine is in the second water dispensing mode, the water inlet valve (170) connects the heating element (131) with the clean water tank (110) and blocks the connection between the normal temperature water supply path (150) and the clean water tank (110); the water outlet valve (132) connects the first hot water path (133) with the heating element (131) and blocks the connection between the second hot water path (134) and the heating element (131); and the first liquid outlet (135) discharges hot water when the heating element (131) is working; When the beverage machine is in the third water-drawing mode, the water inlet valve (170) connects the heating element (131) with the clean water tank (110) and blocks the connection between the normal temperature water supply path (150) and the clean water tank (110); the water outlet valve (132) connects the second hot water path (134) with the heating element (131) and blocks the connection between the first hot water path (133) and the heating element (131); and the second liquid outlet (136) discharges hot water when the heating element (131) is working. Preferably, the highest position in the second hot water waterway (134) is higher than the highest liquid level in the clean water tank (110). Preferably, the first liquid outlet (135) is lower than the highest liquid level of the clean water tank (110). Preferably, the second liquid outlet (136) is higher than the highest liquid level of the clean water tank (110). Preferably, the water inlet valve (170) and the water outlet valve (132) are three-way valves. Preferably, a water vapor separation component is provided on the first hot water water circuit (133), and the water vapor separation component is used to discharge the steam in the first hot water water circuit (133). Preferably, the water vapor separation element includes a return pipe (137), the inlet of the return pipe (137) is connected to the first hot water waterway (133), and the outlet of the return pipe (137) is connected to the clean water tank (110) and is higher than the highest liquid level of the clean water tank (110). Preferably, the beverage machine further comprises a water pump (190), wherein the water pump (190) is disposed between the clean water tank (110) and the water inlet valve (170), and is used to pump the clean water in the clean water tank (110) toward the water inlet valve (170) in the first water intake mode, the second water intake mode, and the third water intake mode. Preferably, a first water level sensor (111) is provided in the clean water tank (110), and the first water level sensor (111) is close to the highest liquid level of the clean water tank (110). Preferably, the machine body comprises an outer shell (310), the outer shell (310) having an inner cavity and a front panel (312), the clean water tank (110), the heating element (131), the water outlet valve (132), the first hot water water path (133), the second hot water water path (134), the normal temperature water supply water path (150) and the water inlet valve (170) are arranged in the inner cavity, and the first liquid outlet (135) and the second liquid outlet (136) pass through the front panel (312) and are exposed to the outside of the outer shell (310); the water outlet seat (400) is arranged on the front panel (312), and the tea maker (500) is located at the upper part of the machine body when placed on the water outlet seat (400). Preferably, the beverage machine further comprises a cup cover (600), the second liquid outlet (136) constituting a water outlet of the cup cover (600), the cup cover (600) being rotatably connected to the machine body so that the cup cover (600) has a first state of covering the tea-brewing cup (500) and a second state of deviating from the tea-brewing cup (500), when the cup cover (600) is in the first state, liquid from the second liquid outlet (136) is allowed to flow into the tea-brewing cup (500) via the water inlet hole, and when the cup cover (600) is in the second state, no water flows out of the second liquid outlet (136). Preferably, the first liquid outlet (135) and the second liquid outlet (136) are staggered with each other in the longitudinal direction of the front panel (312). Preferably, the beverage machine further comprises a water collecting box (700), wherein the water collecting box (700) is arranged below the water outlet seat (400) and the first liquid outlet (135), and there is space for placing a water cup between the water collecting box (700) and the water outlet seat (400) and between the water collecting box (700) and the first liquid outlet (135). Preferably, the water collecting box (700) comprises: A base (710) comprising a base (710) shell having an open top (711) and a partition (712) disposed in the base (710) shell, wherein the partition (712) divides the space in the base (710) shell into a first space (713) and a second space (714); A heat preservation component, comprising a heat preservation platform (731) for supporting a water cup and a heating element (732) for heating the heat preservation platform (731), wherein the heating element (732) is arranged in the first space (713), and the heat preservation platform (731) is arranged on the partition (712); A cover plate (750) covers the top opening (711) of the shell of the base (710), the cover plate (750) having an opening (751) corresponding to the heat preservation platform (731) and a water filter hole (752) communicating with the second space (714), the heat preservation platform (731) is exposed to the opening (751), and a drainage channel (753) is provided between the edge of the opening (751) and the heat preservation platform (731) for draining the liquid on the cover plate (750) to the water collection box (700). Preferably, the beverage machine further comprises a control panel (350), wherein the control panel (350) is disposed on the machine body, and the first liquid outlet (135) is located below the control panel (350). Preferably, the beverage machine further comprises: A raw water tank (210), used for storing raw water; A purification component, connected to the raw water tank (210) and the clean water tank (110), for purifying the raw water into clean water; The booster pump (250) is connected to the raw water tank (210) and the purification component, and is used to pump the raw water in the raw water tank (210) to the purification component. Preferably, the body includes an outer shell (310), the outer shell (310) has an inner cavity and a front panel (312), the raw water tank (210) is arranged on a side of the outer shell (310) away from the front panel (312), and the purification component and the booster pump (250) are arranged in the inner cavity of the outer shell (310). Preferably, the raw water tank (210) is a transparent shell. Preferably, the tea-brewing cup (500) is detachably disposed between the second liquid outlet (136) and the water outlet seat (400), and the water inlet hole at the top of the cup body is located directly below the second liquid outlet (136).

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