A kind of Multi-functional infusing machine with heat-recovering function
Technical field
The utility model relates to a kind of Multi-functional infusing machine with heat-recovering function.
Background technique
For hot beverage (such as tea, coffee, soup and cocoa etc.) automatically or semi-automatically brew and sorter
Device is well known in the art.In these machines, used drink material be (loose) in bulk form or by comprising
In a reservoir.Some machines use the flexible container (such as filter paper bag) comprising roasted and grinding coffee or leaf tea.It is some
Machine uses single part of barrel (cartridges), and the barrel can be rigid, is semirigid or flexible.In these machines
Primary clustering be to brew component, wherein single part of barrel is pierced through by the suitable device being located in the component.Form heat pressurization
Water, to flow into single part of barrel, the water of heat pressurization with include that infusion material in single part of barrel mixes and brews list
Infusion material in part barrel.Brewing machine has the outlet to make the liquid thus brewed outflow enter dispensing cup.
But when brewing for hot drink, heating chamber and beverage making cavity can all generate heat, and extra heat can directly contribute lost
And the body of brewing machine is caused to overheat.
Utility model content
Coffee cooling in coffee pot is reduced by the recoverable mode of heat the purpose of the utility model is to provide a kind of
Speed is to further realizing to heat insulation effect, and energy-saving effect is good, body will not generate heat has heat-recovering function
Multi-functional infusing machine.
Solving technical solution used by its technical problem is:A kind of Multi-functional infusing machine with heat-recovering function,
Including brewing machine rack, filter core, diversion pipe one, annular magnetic patch, heating chamber, diversion pipe two, diversion pipe three, electrolyte chamber, electrolysis mould
Block, spray head and funnel is brewed, the filter core is located in brewing machine rack and is connected to by water inlet with external water source, the filter
Core also passes through diversion pipe and is connected to heating chamber, and the tube wall of the diversion pipe is equipped with annular magnet, and the heating chamber passes through water conservancy diversion
The connection of Guan Eryu electrolyte chamber, the electrolyte chamber are also connected to spray head, and the spray head is located at the top of brewing machine rack,
Beverage making cavity is additionally provided at the top of the brewing machine rack, the funnel that brews is located in beverage making cavity and is located at spray head
Lower section;The water inlet also passes through solenoid valve threeway one and is connected to diversion pipe four, and the diversion pipe four is connected to coil pipe,
The coil pipe is located on the outer wall of heating chamber and the outer wall of electrolyte chamber, the water outlet of the coil pipe and also passes through water conservancy diversion
Guan Sanyu cleaning solution inlet communication, the outer wall of the diversion pipe three are equipped with far infrared patch, and the far infrared patch is located at punching
The bottom of bubble machine rack is additionally provided with water pump on the diversion pipe three, further includes temperature sensor and level sensing module, the temperature
Degree sensor and level sensing module are located in electrolyte chamber.
Preferably, the diversion pipe three is also connected to by solenoid valve threeway with filter core.
Preferably, the heating chamber is instant heating type heating chamber, including cavity and heating sheet module, the heating sheet module
For template and be it is multiple, adjacent heating sheet module is respectively symmetrically mounted on the left and right side of cavity.
Preferably, the electrolytic module is positive electrode plate and negative electrode plate, between the positive electrode plate and negative electrode plate
Stand-off distance is from being 2-8 millimeters.
Preferably, the funnel that brews includes funnel body, filter paper layer, the side wall of the funnel body and bottom are equipped with
Multiple leak holes, the filter paper layer are located on the inner wall of funnel body.
Preferably, the cavity of the beverage making cavity includes annular notch, liquid outlet and memory metal thin slice, the memory gold
Belong to thin slice memory state be convex-shaped and with annular notch card and.
Preferably, the filter core is reverse osmosis nanofiltration membrane.
Preferably, the heating plate module is film heating piece.
The Multi-functional infusing equipment with heat-recovering function of the utility model has the advantage that:Function is recycled with thermal energy
External water source is sent into filter core by water inlet by the way that solenoid valve control road is logical by the Multi-functional infusing machine of energy, by reverse osmosis Turner
Filter membrane entered in heating chamber by diversion pipe one, led in water after the filtering of extra minerals, impurity and bacterial micro-organism
Due to having additional annular magnetic patch on the outer wall of flow tube one, so can be magnetized by filtered water, after magnetization in heating chamber
In heated, the heating sheet module as described in heating chamber be template and be it is multiple, adjacent heating plate module is respectively symmetrically pacified
Mounted in the left and right side of cavity, so the heating path in water route can be increased, water when may be implemented to heat using film heating piece
On the path flowed through while heating, to realize instant heating type heating method, it is heated after magnetized filtering water be re-fed into electricity
It being electrolysed in solution chamber, electrolytic efficiency can be improved in the water of high temperature in electrolyte chamber, so that containing hydrogen-rich and oxygen-enriched in water,
And the water yield that level sensing module can control the inflow of water inlet and brew, preventing excessive water to be heated causes
Energy consumption is excessively high, while temperature sensor can control leaving water temperature when brewing, to preferably guarantee to brew mouthfeel, and passes through
The hydrogen-rich water and heavy-oxygen-enriched water for crossing electrolysis can be sent into spray head and brew to the soaking object brewed in funnel, and soaking object and warm water exist
It being mixed in filter paper layer, the mixed leaf that brews prolongs leak hole outflow on funnel body, while when brewing liquid gradually increases,
Memory metal thin slice can become recessed from protrusion, and when metallic membrane protrusion, memory metal thin slice can be with annular notches card and close
Envelope, liquid can not be flowed out from annular notches, when memory metal thin slice is recessed, the top edge meeting of metallic membrane and annular notches
Between there are gap, brewing liquid can flow down in the gap, and from discharge outlet flow out, while from water inlet pass through solenoid valve threeway one
The water that diversion pipe four enters in coil pipe is flowed through, can be heated because of the heat on the outer wall of heating chamber and electrolyte chamber, in coil pipe
Hot water can be flowed out from diversion pipe three, so that further allowing heat as far as possible in coffee pot by infrared patch
Bottom release, to be kept the temperature to coffee pot, furthermore the recoverable water of the heat can turn again to filter by solenoid valve threeway
It carries out heating in core and heating chamber, so that the energy consumption of heating chamber is reduced, furthermore, when used over time, coil pipe and heating chamber
Etc. there are when scale, can directly be each led into coil pipe and heating chamber and be backwashed by cleaning solution import.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the Multi-functional infusing machine with heat-recovering function of the utility model.
Fig. 2 is the structural schematic diagram of the heating chamber of the Multi-functional infusing machine with heat-recovering function of the utility model.
Fig. 3 is the structural representation of the electrolytic module of the Multi-functional infusing machine with heat-recovering function of the utility model
Figure.
Fig. 4 is the knot of the beverage making cavity of the electrolytic module of the Multi-functional infusing machine with heat-recovering function of the utility model
Structure schematic diagram.
Detailed description of the invention:0, water inlet, 1, brewing machine rack, 2, filter core, 3, diversion pipe one, 4, annular magnet, 5, heating chamber,
51, cavity, 52, heating sheet module, 6, diversion pipe two, 7, diversion pipe three, 8, electrolyte chamber, 9, electrolytic module, 91, positive electrode plate,
92, negative electrode plate, 10, level sensing module, 11, temperature sensor, 12, spray head, 13, brew funnel, 131, funnel body,
132, filter paper layer, 133, leak hole, 14, beverage making cavity, 141, annular notch, 142, liquid outlet, 143, memory metal thin slice, 15, clear
Washing lotion import, 16, infrared patch, 17, water pump, 18, solenoid valve threeway, 19, solenoid valve threeway one, 20, diversion pipe four, 21, disk
Pipe.
Specific embodiment
As shown, a kind of Multi-functional infusing machine with heat-recovering function, including brewing machine rack 1, filter core 2, lead
Flow tube 1, annular magnetic patch 4, heating chamber 5, diversion pipe 26, diversion pipe 37, electrolyte chamber 8, electrolytic module 9, spray head 12 and punching
Funnel 13 is steeped, the filter core 2 is located in brewing machine rack 1 and is connected to by water inlet 0 with external water source, and the filter core 2 is also logical
It crosses diversion pipe 3 to be connected to heating chamber 5, the tube wall of the diversion pipe 3 is equipped with annular magnet 4, and the heating chamber 5 passes through diversion pipe
26 are connected to electrolyte chamber 8, and the electrolyte chamber 8 is also connected to spray head 12, and the spray head 12 is located at the top of brewing machine rack 1
Portion,
The top of the brewing machine rack 1 is additionally provided with beverage making cavity 14, and the funnel 13 that brews is located in beverage making cavity 14 and position
In the lower section of spray head 12;The water inlet 0 is also connected to by solenoid valve threeway 1 with diversion pipe 4 20, the diversion pipe four
20 are connected to coil pipe 21,
The coil pipe 21 is located on the outer wall of heating chamber 5 and the outer wall of electrolyte chamber 8, the water outlet of the coil pipe 21 with it is also logical
It crosses diversion pipe 37 to be connected to cleaning solution import 15, the outer wall of the diversion pipe 37 is equipped with far infrared patch 16, described remote red
Outer patch 6 is located at the bottom of brewing machine rack 1, is additionally provided with water pump 17 on the diversion pipe 37, further includes 11 He of temperature sensor
Level sensing module 10, the temperature sensor 11 and level sensing module 10 are located in electrolyte chamber 5.
The diversion pipe 37 is also connected to by solenoid valve threeway 18 with filter core 2.
The heating chamber 5 is instant heating type heating chamber, including cavity 51 and heating sheet module 52, the heating sheet module 52 are
Template and to be multiple, adjacent heating sheet module 52 is respectively symmetrically mounted on the left and right side of cavity 51.
The electrolytic module 9 is positive electrode plate 91 and negative electrode plate 92, between the positive electrode plate 91 and negative electrode plate 92
Stand-off distance is from being 2-8 millimeters.
The funnel 13 that brews includes funnel body 131, filter paper layer 132, and the side wall of the funnel body 131 and bottom are set
There are multiple leak holes 133, the filter paper layer 132 is located on the inner wall of funnel body 131.
The cavity of the beverage making cavity 14 includes annular notch 141, liquid outlet 142 and memory metal thin slice 143, the memory
The memory state of sheet metal 143 be convex-shaped and with annular notch 141 card and.
The filter core 2 is reverse osmosis nanofiltration membrane.
The heating plate module 52 is film heating piece.
In the specific implementation, external water source is sent into filter core 2 by water inlet 0 by the way that solenoid valve control road is logical, by reverse osmosis
Turner filter membrane entered in heating chamber in water after the filtering of extra minerals, impurity and bacterial micro-organism by diversion pipe one,
Due to having additional annular magnetic patch on the outer wall of diversion pipe one, so can be magnetized by filtered water, adding after magnetization
It is heated in hot chamber 5, the heating sheet module 52 as described in heating chamber 5 is template and is multiple, adjacent heating plate module 52
It is respectively symmetrically mounted on the left and right side of cavity 51, so the heating path in water route can be increased, uses film heating piece can be with
Water on the path flowed through while heating when realizing heating, to realize instant heating type heating method, it is heated after magnetization
Drainage is re-fed into electrolyte chamber and is electrolysed, and electrolytic efficiency can be improved in the water of high temperature in electrolyte chamber, so that containing in water
There are hydrogen-rich and oxygen-enriched, and the water yield that level sensing module 10 can control the inflow of water inlet and brew, prevented
More water, which is heated, causes energy consumption excessively high, while temperature sensor can control leaving water temperature when brewing, to preferably protect
Card brews mouthfeel, and electrolysed hydrogen-rich water and heavy-oxygen-enriched water can be sent into spray head and rush to the soaking object brewed in funnel
Bubble, soaking object mixed in filter paper layer with warm water, and the mixed leaf that brews prolongs leak hole outflow on funnel body, is worked as simultaneously
When brewing liquid gradually increases, memory metal thin slice can become recessed from protrusion, when metallic membrane protrusion, memory metal thin slice meeting
With annular notches card and sealing, liquid can not be flowed out from annular notches, when memory metal thin slice is recessed, metallic membrane it is upper
There are gap between edge meeting and annular notches, brewing liquid can flow down in the gap, and flow out from discharge outlet, while from water inlet
0 flows through the water that diversion pipe four enters in coil pipe by solenoid valve threeway one, can be because of the heat on the outer wall of heating chamber and electrolyte chamber
It measures and heats, the hot water in coil pipe can be flowed out from diversion pipe three, so that further making heat can by infrared patch
To be discharged as far as possible in the bottom of coffee pot, to be kept the temperature to coffee pot, furthermore the recoverable water of the heat can pass through electricity
Magnet valve threeway, which turns again to, to carry out heating in filter core and heating chamber, so that the energy consumption of heating chamber is reduced, furthermore, make when for a long time
Used time, coil pipe and heating chamber etc. can directly be each led into coil pipe and heating chamber by cleaning solution import there are when scale
It is backwashed.
It is enlightenment, through the above description, relevant staff with the above-mentioned desirable embodiment according to utility model
Various changes and amendments can be carried out in the range of without departing from this item utility model technical idea completely, this item is practical
Novel technical scope is not limited to the contents of the specification, it is necessary to determine that its is technical according to scope of the claims
Range.