CN203885310U - Fully automatic soy-bean milk machine - Google Patents
Fully automatic soy-bean milk machine Download PDFInfo
- Publication number
- CN203885310U CN203885310U CN201420174478.1U CN201420174478U CN203885310U CN 203885310 U CN203885310 U CN 203885310U CN 201420174478 U CN201420174478 U CN 201420174478U CN 203885310 U CN203885310 U CN 203885310U
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- Prior art keywords
- water
- remaining water
- water box
- remaining
- slurry cup
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
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- 235000010469 Glycine max Nutrition 0.000 title claims abstract description 42
- 244000068988 Glycine max Species 0.000 title claims abstract description 42
- 235000013336 milk Nutrition 0.000 title claims abstract description 42
- 239000008267 milk Substances 0.000 title claims abstract description 42
- 210000004080 milk Anatomy 0.000 title claims abstract description 42
- 238000001514 detection method Methods 0.000 claims abstract description 45
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 524
- 239000002002 slurry Substances 0.000 claims description 128
- 230000035622 drinking Effects 0.000 claims description 34
- 238000010298 pulverizing process Methods 0.000 claims description 29
- 230000009471 action Effects 0.000 claims description 21
- 239000003651 drinking water Substances 0.000 claims description 15
- 235000020188 drinking water Nutrition 0.000 claims description 15
- 235000014676 Phragmites communis Nutrition 0.000 claims description 12
- 238000007667 floating Methods 0.000 claims description 12
- 230000033001 locomotion Effects 0.000 claims description 12
- 238000000034 method Methods 0.000 claims description 12
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- 230000009467 reduction Effects 0.000 claims description 7
- 230000005540 biological transmission Effects 0.000 claims description 5
- 238000007599 discharging Methods 0.000 claims description 5
- 238000009434 installation Methods 0.000 claims description 5
- 239000011521 glass Substances 0.000 claims description 4
- 230000004913 activation Effects 0.000 claims description 2
- 239000008236 heating water Substances 0.000 abstract 1
- 238000012360 testing method Methods 0.000 description 13
- 238000010586 diagram Methods 0.000 description 5
- 238000004140 cleaning Methods 0.000 description 4
- 238000007789 sealing Methods 0.000 description 4
- 206010053615 Thermal burn Diseases 0.000 description 3
- 239000004020 conductor Substances 0.000 description 3
- 239000000463 material Substances 0.000 description 3
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 2
- VYPSYNLAJGMNEJ-UHFFFAOYSA-N Silicium dioxide Chemical compound O=[Si]=O VYPSYNLAJGMNEJ-UHFFFAOYSA-N 0.000 description 2
- 238000000151 deposition Methods 0.000 description 2
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- 239000000741 silica gel Substances 0.000 description 2
- 229910002027 silica gel Inorganic materials 0.000 description 2
- 206010013647 Drowning Diseases 0.000 description 1
- 241000482237 Senegalia mellifera Species 0.000 description 1
- 229920002472 Starch Polymers 0.000 description 1
- 230000002411 adverse Effects 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
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- 238000009833 condensation Methods 0.000 description 1
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- 238000013016 damping Methods 0.000 description 1
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- 239000013536 elastomeric material Substances 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000008014 freezing Effects 0.000 description 1
- 238000007710 freezing Methods 0.000 description 1
- 239000008233 hard water Substances 0.000 description 1
- 238000010438 heat treatment Methods 0.000 description 1
- 238000002347 injection Methods 0.000 description 1
- 239000007924 injection Substances 0.000 description 1
- 229910052742 iron Inorganic materials 0.000 description 1
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- 238000012544 monitoring process Methods 0.000 description 1
- 239000004033 plastic Substances 0.000 description 1
- 229920003023 plastic Polymers 0.000 description 1
- 238000004537 pulping Methods 0.000 description 1
- 230000035939 shock Effects 0.000 description 1
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- Apparatus For Making Beverages (AREA)
Abstract
The utility model discloses a fully automatic soy-bean milk machine, belongs to the field of small household appliances, and helps to solve a problem that a user cannot know whether a crushing chamber cover is safe. The technical scheme to solve the above problem is mainly that a crushing chamber cover is equipped with a tenon, a clamping groove that matches the tenon is disposed inside a machine support, the crushing chamber cover stays in a safely closed state after the tenon is stuck into the clamping groove, a tenon detection assembly for detecting whether the tenon is properly stuck into the clamping groove is arranged inside the machine support, the tenon detection assembly includes a sensor electrically connected with a control unit, and signals transmitted from the sensor to the control unit are changed after the tenon is properly stuck into the clamping groove. The fully automatic soy-bean milk machine is mainly used for preparing soy-bean milk or directly heating water for people to drink.
Description
Technical field
The utility model relates to small household appliances, particularly a kind of full-automatic soybean milk machine.
Background technology
Existing a kind of soy bean milk making machine, comprise support and connect slurry cup, in support, be provided with for water assembly, crushing chamber and control module, crushing chamber is provided with the crushing chamber lid that crushing chamber is opened or closed, and is provided with microswitch in support, and microswitch is connected in series in the control circuit of soy bean milk making machine, after crushing chamber covers and puts in place, can make microswitch closed, thereby make control circuit conducting, soy bean milk making machine can start carries out a series of activities.Because microswitch only can judge crushing chamber covers whether closing lid puts in place, because user is while covering crushing chamber, crushing chamber is not worked, so pressure is wherein identical with atmospheric pressure, even if so crushing chamber lid, not in safe closing lid state, needs only closing lid and puts in place, microswitch also can be switched on.After crushing chamber is started working, wherein produce certain pressure, owing to cannot judging that whether crushing chamber lid is in safe closing lid state, under certain pressure, likely backed down, cause slurries, foam to gush outward, gently affected slurrying work, make soy bean milk making machine outside dirty, increase cleaning amount, heavy scald user, safety coefficient is low.
Utility model content
The object that the utility model will reach is just to provide a kind of safe and reliable full-automatic soybean milk machine, guarantees that crushing chamber covers safe closing lid.
In order to achieve the above object, the utility model adopts following technical scheme: a kind of full-automatic soybean milk machine, comprise support and connect slurry cup, support is provided with the support opening of inserting or taking out for connecing slurry cup, in described support, be provided with for water assembly, crushing chamber and control module, crushing chamber is provided with the crushing chamber lid that crushing chamber is opened or closed, crushing chamber is provided with to the plasma discharge assembly that connects the plasma discharge of slurry cup, described crushing chamber is covered with block tongue, in support, be provided with the draw-in groove coordinating with block tongue, after block tongue snaps in draw-in groove and puts in place, crushing chamber lid is in safe closing lid state, in described support, be provided with detection block tongue and snap in the block tongue detection components whether draw-in groove puts in place, described block tongue detection components comprises the inductor being electrically connected to control module, after block tongue snaps in draw-in groove and puts in place, inductor transmission block tongue snaps in signal that draw-in groove puts in place to control module.
Further, described block tongue detection components also comprises lever, one end of described lever is driving section, the other end is stop part, the middle part of lever is connected in support by rotating shaft, the corresponding draw-in groove in described driving section, described sensing apparatus has sensing hole, at block tongue, snap in before draw-in groove puts in place, described stop part blocks the sensing hole of inductor, after block tongue snaps in draw-in groove and puts in place, block tongue promotes driving section makes stop part away from the position at the sensing hole place of inductor, described rotating shaft is provided with reduction torsion spring, reduction torsion spring rotates position stop part is reset to block the sensing hole of inductor for activation lever.
Further, in described support, be provided with direct drinking assembly, direct drinking assembly comprises direct drinking pipe and straight drink mouth, straight drink mouth is connected with direct drinking pipe, the described water assembly that supplies comprises into water reversal valve and drive motors, described water inlet reversal valve comprises valve gap, be located at successively from top to bottom the upper valve block in valve gap, moving valve plate and lower disc, drive motors and moving valve plate are in transmission connection, described lower disc is provided with inlet opening, directly drink water hole and pulverize with water hole, inlet opening is communicated with supplying water assembly by water inlet pipe, directly drinking water hole is connected with direct drinking pipe, pulverizing is communicated with crushing chamber by pulverizing water pipe with water hole, the lower surface of described moving valve plate is provided with reversing groove, upper surface is provided with pressure relief opening, pressure relief opening is communicated with reversing groove, described inlet opening, directly drink water hole and pulverize and be distributed in the rotary motion trace of reversing groove with water hole, described upper valve block is provided with relief hole, relief hole is positioned at the top of inlet opening, in described support, be provided with remaining water box, described relief hole is communicated with remaining water box by relief tube, described moving valve plate is provided with sensing arm, in valve gap, be provided with straight drinking water inductor and pulverize water inductor, straight drinking water inductor and pulverize in the rotary motion trace that water inductor is positioned at sensing arm and be all electrically connected to control module, when moving valve plate turns to sensing arm and is positioned at straight drinking water inductor position, reversing groove is by inlet opening and directly drink water hole and be communicated with, while pressure relief opening and relief hole stagger relief hole are closed, moving valve plate rotates and makes sensing arm from straight drinking water inductor position to pulverizing the motion process of water inductor position, reversing groove with directly drink water hole, pulverizing is all staggered inlet opening is closed with water hole, during pressure relief opening process relief hole, inlet opening is communicated with relief hole, moving valve plate turns to sensing arm and is positioned at while pulverizing water inductor position, reversing groove is communicated with inlet opening and pulverizing with water hole, while pressure relief opening and relief hole stagger relief hole are closed.
Further, be provided with the valve fixed mount of fixing water inlet reversal valve in described support, described valve gap is provided with osculum, and described valve fixed mount is provided with rhone, and one end of rhone is communicated with osculum, and the other end of rhone is communicated with remaining water box.
Further, described support is provided with excretory duct bayonet socket, in described excretory duct bayonet socket, be removably connected with excretory duct, the upper end of described excretory duct is positioned at the outside of crushing chamber, in described support, be provided with remaining water box, the lower end of excretory duct is discharged to the slurries in excretory duct in remaining water box, in described crushing chamber lid, is provided with pressure release passage, one end of pressure release passage connection corresponding to crushing chamber, the connection corresponding to the upper end of excretory duct of the other end of pressure release passage.
Further, in described support, be provided with remaining water box and detect the remaining water box detection components whether remaining water box is in place, described remaining water box detection components comprises the remaining water box tongue tube of being located in support, remaining water box tongue tube is electrically connected to control module, remaining water box is provided with remaining water box magnet, after remaining water box is in place, the remaining water box tongue tube action of remaining water box magnet drives;
Or, in described support, be provided with remaining water box and detect the remaining water box water level detecting the assembly whether remaining water of remaining water box is filled with, described remaining water box water level detecting assembly comprises to be located at the remaining water tongue tube at the outside corresponding remaining water box of remaining water box top and to be located at the remaining water box buoy in remaining water box, in remaining water box buoy, be provided with magnet, remaining water tongue tube is electrically connected to control module, when the water level of remaining water box remaining water reaches remaining water tongue tube height, remaining water box buoy drives the action of remaining water tongue tube;
Or, in described support, be provided with remaining water box and detect the remaining water box that whether remaining water box is in place and whether the remaining water of remaining water box is filled with and install and water level detecting assembly, remaining water box installation and water level detecting assembly comprise to be located at the remaining water box tongue tube in support and to be located at the remaining water box buoy in remaining water box, remaining water box tongue tube is electrically connected to control module, in remaining water box buoy, be provided with magnet, after remaining water box is in place, remaining water box buoy drives remaining water box tongue tube action, after the remaining water of remaining water box is filled with, remaining water box buoy is away from remaining water box tongue tube, and remaining water box tongue tube resets.
Further, in described support corresponding be positioned at support open bottom be provided with for place connect slurry cup connect a slurry cup location division, whether the described slurry cup location division that connects is provided with for detection of connecing slurry cup and is positioned over to connect and connects a slurry cup detection components on slurry cup location division, the described slurry cup detection components that connects comprises being located to connect and connecing a slurry cup tongue tube in slurry cup location division, connecing slurry cup tongue tube is electrically connected to control module, the described bottom that connects slurry cup is provided with and connects slurry cup magnet, connect slurry cup and be positioned over and connect behind slurry cup location division, connect a slurry cup magnet drives and connect the action of slurry cup tongue tube.
Further, the described slurry cup that connects comprises cup and bowl cover, described bowl cover is provided with bowl cover opening, in described support, be provided with direct drinking assembly, direct drinking assembly comprises direct drinking pipe and straight drink mouth, straight drink mouth is connected with direct drinking pipe, straight drink mouth relatively bowl cover motion stretches into connect slurry cup or exit and connects slurry glass from bowl cover opening, described bowl cover is provided with bowl cover locating slot, described support is positioned at the top that connects slurry cup location division and is provided with locating convex block, connect slurry cup and be placed in while connecing slurry cup location division, locating convex block coordinates with bowl cover locating slot.
Further, the described water assembly that supplies comprises water tank, water pump and thick film heater, described thick film heater has water inlet and delivery port, water pump is connected the water inlet of water tank and thick film heater, the delivery port of thick film heater is communicated with crushing chamber, on the water inlet of thick film heater, is provided with discharging valve.
Further, the described water assembly that supplies comprises water tank, in described support, be provided with for detection of water tank the water tank location detection components whether putting in place is installed, described water tank location detection components comprises the water tank dry reed pipe being fixed in support, water tank dry reed pipe is electrically connected to control module, described water tank is provided with water tank magnet, after water tank is in place, and the action of water tank magnet drives water tank dry reed pipe;
Or, the described water assembly that supplies comprises water tank, in described support, be provided with cistern water level detection components, described cistern water level detection components comprises is located at the outside low water level tongue tube of corresponding water tank bottom of water tank and the high water level tongue tube of corresponding water tank upper, and be located at the water tank buoy in water tank, low water level tongue tube and high water level tongue tube are electrically connected to control module respectively, in described water tank buoy, be provided with magnet, water tank buoy drives the action of low water level tongue tube while facing low water level tongue tube, water tank buoy drives the action of high water level tongue tube while facing high water level tongue tube, in described water tank, be provided with the buoy baffle plate of restriction water tank buoy domain of walker, buoy baffle wedge links to be connected on water tank and with the madial wall of water tank and surrounds the unsteady floating trough of supply tank buoy, the bottom of floating trough is communicated with water tank, the top of floating trough is provided with the position stop piece of the restriction water tank buoy floating limit.
Adopt after technique scheme, the utlity model has following advantage: by block tongue detection components induction block tongue, snap in the state that draw-in groove whether puts in place, the variation that control module reception inductor sends signal judges that block tongue snaps in draw-in groove and whether puts in place.If it is not in place that block tongue snaps in draw-in groove, can be given the alarm by control module, for example adopt red light emitting diodes or buzzer, reminding user covers safe closing lid by crushing chamber; If block tongue snaps in draw-in groove and puts in place, can send the signal that can start soy bean milk making machine by control module, for example adopt green LED, allow user can learn directly, clearly that crushing chamber covers in safe closing lid state, guarantees the use safety of soy bean milk making machine.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is the structural representation when connecing slurry cup and not inserting in support;
Fig. 2 connects the slurry cup structural representation after inserting in support;
Fig. 3 is that crushing chamber covers the partial sectional view when block tongue does not snap in draw-in groove;
Fig. 4 is that crushing chamber covers the partial sectional view after block tongue snaps in draw-in groove;
Fig. 5 is that crushing chamber covers structural representation when crushing chamber is not closed;
Fig. 6 makes the enlarged diagram of microswitch closure after crushing chamber lid is closed crushing chamber;
Fig. 7 is that water tank is installed on the perspective view in support;
Fig. 8 is the structural representation of water tank;
Fig. 9 is the assembly structure schematic diagram with crushing chamber for water assembly (not shown water tank);
Figure 10 is I place enlarged drawing in Fig. 9;
Figure 11 is the internal structure schematic diagram of water inlet reversal valve;
Figure 12 is the partial sectional view of water inlet reversal valve;
Figure 13 is the structural representation of thick film heater;
Figure 14 is the assembly structure schematic diagram of thick film heater and water pump;
Figure 15 is broken section and the perspective view of support;
Figure 16 is the schematic diagram of base inner layout.
The specific embodiment
As depicted in figs. 1 and 2, the utility model provides a kind of full-automatic soybean milk machine, comprises support 1 and connects slurry cup 2, and support 1 is provided with for connecing the slurry cup 2 support openings 100 of inserting or taking out, and the top that is positioned at support opening 100 is guidance panel 101.In support 1 corresponding be positioned at support opening 100 bottoms be provided with for place connect slurry cup 2 connect a slurry cup location division 102, connect slurry cup location division 102 and is communicated with outside by support opening 100, user will connect slurry cup 2 through support opening 100 and be placed in and connect on slurry cup location division 102 or take away to connect and starch glasss 2 from connecing a slurry glass location division 102.In support 1, be provided with for water assembly, crushing chamber 6 and control module, crushing chamber 6 is provided with to the plasma discharge assembly that connects 2 plasma discharges of slurry cup.Connect slurry cup 2 and comprise cup 21 and bowl cover 22, bowl cover 22 is provided with bowl cover locating slot 221, support 1 is positioned at the top that connects slurry cup location division 102 and is provided with locating convex block 103, connecing slurry cup 2 is placed in while connecing slurry cup location division 102, locating convex block 103 coordinates with bowl cover locating slot 221, can prevent from connecing slurry cup 2 and rotate in connecing slurry cup location division 102, guarantee that slurries drain into connect in slurry cup 2.The position that support 1 top correspondence is positioned at crushing chamber 6 tops is provided with reinforced opening 104, the sidepiece of reinforced opening 104 is provided with rotation seat 1041, one side of crushing chamber lid 61 is plugged on rotation seat 1041 and realizes with support 1 and being rotationally connected, crushing chamber lid 61 coordinates with reinforced opening 104, and crushing chamber lid 61 rotates crushing chamber 6 is opened or closed relative to support 1.Connect that place slurry cup location, anti-rotation, while avoiding plasma discharge, depart from and connect slurry cup, cannot normally connect slurry, be injected into and connect outside slurry cup, even spatter to it user, scald user.
See Fig. 2, whether connect slurry cup location division 102 is provided with for detection of connecing slurry cup 2 and is positioned over to connect and connects a slurry cup detection components on slurry cup location division 102, connecing slurry cup detection components comprises being located to connect and connecing a slurry cup tongue tube 111 in slurry cup location division 102, connecing slurry cup tongue tube 111 is electrically connected to control module, the bottom that connects slurry cup 2 is provided with and connects slurry cup magnet 23, connect slurry cup 2 and be positioned over and connect behind slurry cup location division 102, connect slurry cup magnet 23 and be positioned at and connect slurry cup tongue tube 111 tops and make to connect 111 actions of slurry cup tongue tube.For example connect slurry cup tongue tube 111 for often opening tongue tube, connecing slurry cup magnet 23 is positioned at and connects slurry cup tongue tube 111 tops and make to connect slurry cup tongue tube 111 closures, control module receives high level signal, and before this, control module receives be low level signal in addition, also can use normally closed tongue tube, connect after slurry cup magnet 23 is placed into and connects on slurry cup location division 102, normally closed tongue tube disconnects, control module receives low level signal, before this, what control module received is high level signal, whether can allow thus control module judgement connect slurry cup 2 is in place.By connecing a slurry cup detection components, judge whether user places and connect slurry cup, while avoiding soy bean milk making machine plasma discharge, without connecing slurry cup, prevent from scalding user.
See Fig. 2, in support 1, be provided with remaining water box 4 and detect the remaining water box that whether remaining water box 4 is in place and whether remaining water box more than 4 water are filled with and install and water level detecting assembly, remaining water box installation and water level detecting assembly comprise to be located at the remaining water box tongue tube 112 in support 1 and to be located at the remaining water box buoy 41 in remaining water box 4, remaining water box tongue tube 112 is electrically connected to control module, in remaining water box buoy 41, be provided with magnet, after remaining water box 4 is in place, remaining water box buoy 41 drives remaining water box tongue tube 112 actions, thereby make remaining water box tongue tube 112 send to control module the signal that remaining water box is in place, after the remaining water of remaining water box is filled with, remaining water box buoy is away from remaining water box tongue tube, remaining water box tongue tube 112 resets, thereby make remaining water box tongue tube 112 send the remaining full signal of water box water to control module.For example remaining water box tongue tube 112 adopts and often opens tongue tube, remaining water box tongue tube 112 is arranged on to certain altitude, after remaining water box 4 is in place, water box tongue tube 112 closures more than remaining water box buoy 41 positions can allow, and in remaining water box 4 remaining water before being filled with, remaining water box buoy 41 constantly floats, in the meantime, closed remaining water box tongue tube 112 is kept closed constant, when remaining water box 4 remaining waters are full time, remaining water box buoy 41 floats to extreme higher position, now the remaining water box tongue tube 112 of remaining water box buoy 41 distance farthest, remaining water box tongue tube 112 disconnects, thus can be full by the remaining water box 4 of control module judgement, here adopting normally closed tongue tube is also identical principle.When although remaining water box is not in place and the remaining water of Yu Shui box be filled with Shi Douhui and report to the police, but whether user in use only need to observe remaining water box and be in place when reporting to the police, if remaining water box is in place, also report to the police, can judge that the remaining water of remaining water box is filled with.By a remaining water box tongue tube and a remaining water box buoy, judge whether remaining water box is placed or whether remaining water is filled with this two functions, simple in structure, while avoiding crushing chamber to clean remained water discharge, nothing left water box or remaining water box are full, prevent that remaining water from directly trickling to desktop, reduce user and experience impression, Intelligent Measurement, user-friendly.
For detection of remaining water box, whether be in place and whether be filled with these two functions for detection of water more than remaining water box and also can separately implement.For example in support, arrange and detect the remaining water box detection components whether remaining water box is in place, remaining water box detection components comprises the remaining water box tongue tube of being located in support, remaining water box tongue tube is electrically connected to control module, remaining water box is provided with remaining water box magnet, after remaining water box is in place, whether the remaining water box tongue tube action of remaining water box magnet drives, makes remaining water box tongue tube send signal to control module, thereby realization detects remaining water box, be in place.The remaining water box water level detecting assembly that more than detecting, more than water box, whether water is filled with is set in addition in support, remaining water box water level detecting assembly comprises to be located at the remaining water tongue tube at the outside corresponding remaining water box of remaining water box top and to be located at the remaining water box buoy in remaining water box, in remaining water box buoy, be provided with magnet, remaining water tongue tube is electrically connected to control module, when the water level of remaining water box remaining water reaches remaining water tongue tube height, remaining water box buoy drives the action of remaining water tongue tube.
In conjunction with Fig. 1 and Fig. 2, the bottom of reinforced opening 104 coordinates with the top of crushing chamber 6, and the bottom part ring at reinforced opening 104 forms platform 105 around the oral area of crushing chamber 6, crushing chamber lid 61 is just pressed in location on platform 105 while closing crushing chamber 6, support 1 is provided with excretory duct bayonet socket 1051, excretory duct bayonet socket 1051 is located on this platform 105, in excretory duct bayonet socket 1051, be removably connected with excretory duct 12, the upper end of excretory duct 12 is positioned at the outside of crushing chamber 6, and a locating ring 121 being stuck on platform 105 is set in the upper end of excretory duct 12, the lower end of excretory duct 12 is discharged to the slurries in excretory duct 12 in remaining water box 4, the lower end of excretory duct 12 is positioned at the top of remaining water box 4, slurries in excretory duct 12 are subject to gravity and pressure-acting to fall into remaining water box 4 like this, excretory duct 12 is a straight pipe preferably, in pressure leak process, be difficult for stopping up, unpick and wash conveniently, reduce user's cleaning labour intensity.In crushing chamber lid 61, be provided with pressure release passage, one end of pressure release passage connection corresponding to crushing chamber 6, the connection corresponding to the upper end of excretory duct of the other end of pressure release passage.General pressure release is all upwards pressure to be let out to atmosphere, due to pressure release in pulping process, the material of pulverizing can be taken out of, therefore the terminal of pressure release is guided to remaining water box 4, and material can not be sprayed onto soy bean milk making machine outside, clean hygiene.See Fig. 2, at the rear of remaining water box 4, be also provided with a fan 13, when plasma discharge, start fan 13, steam is blown out from support opening, and away from soy bean milk making machine, as shown by the arrows in Figure 2, steam can be in not connecing slurry cup location division 102 and condensation on guidance panel 101.
Below in conjunction with Fig. 1 to Fig. 4.Crushing chamber lid 61 is provided with block tongue 611, in support 1, be provided with the draw-in groove 106 coordinating with block tongue 611, after block tongue 611 snaps in draw-in groove 106 and puts in place, crushing chamber lid 61 is in safe closing lid state, block tongue 611 snaps in draw-in groove 106 and puts in place and refer to that block tongue 611 snaps in draw-in groove 106 and need to reach certain size, guarantee crushing chamber lid 61 can not flick under pressure environment, when snapping in draw-in groove 106 due to block tongue 611, user cannot intuitively see, even if crushing chamber lid 61 has been worked good crushing chamber 6 has been closed with reinforced opening 104, but also cannot determine that block tongue 611 snaps in draw-in groove 106 and whether puts in place, so be provided with inductor 14 and lever 15 in support 1, as detecting block tongue 611, snap in the block tongue detection components whether draw-in groove 106 puts in place, inductor 14 is electrically connected to control module, one end of lever 15 is driving section 151, the other end is stop part 152, the middle part of lever 15 is connected in support 1 by rotating shaft 154, rotating shaft 154 is structure as a whole with lever 15, rotating shaft and lever synchronously rotate, or shaft hole is set on lever 15 to be installed for rotating shaft 154, lever phase countershaft rotates, the corresponding draw-in groove 106 in driving section 151, inductor 14 has sensing hole 141, at block tongue, snap in before draw-in groove puts in place, stop part 152 blocks the sensing hole 141 of inductor, after block tongue 611 snaps in draw-in groove 106 and puts in place, after crushing chamber covers and reach safe closing lid state, block tongue 611 promotes driving section 151, make stop part 152 away from the position at sensing hole 141 places of inductor 14, the signal that inductor 14 produces is varied to high level by original low level, control module detects block tongue and snaps in after this signal that draw-in groove puts in place, assert that block tongue 611 snaps in draw-in groove 106 and puts in place, increase automatically controlled logical relation, just start after this series of actions, as water inlet, heating or pulverizing etc.Rotating shaft 154 is provided with reduction torsion spring 153, when crushing chamber lid is opened, reduction torsion spring 153 can make lever 15 rotate, and stop part 152 blocks the sensing hole 141 of inductor 14 again, except reduction torsion spring 153, also can adopt other springs or rubber, silica gel elastomeric material.In addition also one end of lever can be rotatably connected in support, and driving section and stop part are positioned at the same side of lever center of rotation.Except being rotatably connected on the lever in support 1, also can adopt the connecting rod being slidably connected in support 1, connecting rod has driving section and stop part equally, whole connecting rod no longer rotates relative to support, but translation, and block tongue snaps in and in draw-in groove, promotes driving section, make stop part away from the position at the sensing hole place of inductor, the signal that inductor produces is varied to high level by original low level, and control module detects after this variation, assert that block tongue snaps in draw-in groove and puts in place.In addition, also can adopt separately inductor to realize, block tongue snaps in before draw-in groove puts in place, in the sensing hole of inductor, do not have thing to stop, and after block tongue snaps in draw-in groove and puts in place, block tongue blocks the sensing hole of inductor, makes inductor be changed to generation low level signal by original production high level signal.Further can increase automatically controlled logic by control module, if control module does not detect the signal intensity of inductor, think that crushing chamber drowning has safe closing lid, soy bean milk making machine just cannot be carried out any next step work, guarantees security that user uses and the reliability of machine.Inductor generally adopts Infrared Projector, and sensing hole is infrared signal launch hole or infrared signal receiver hole.
See again Fig. 5 and Fig. 6, in crushing chamber lid 61, be provided with drive magnet 612, being positioned at platform 105 belows is provided with from moving magnet 16, drive magnet 612 is with relative from moving magnet 16 homopolarities, that an elasticity is connected to the slide block 161 support 1 with what be fixedly connected with from moving magnet 16, back-moving spring 162 is set on slide block 161 upwards to be pushed away slide block 161, support is reciprocating relatively for slide block 161, in support 1, be also provided with the microswitch 163 being electrically connected to control module, on the track that the shell fragment of microswitch moves downward at slide block 161, after crushing chamber covers 61 closing lids and puts in place crushing chamber 6 is closed, drive magnet 612 is just in time positioned at from the top of moving magnet 16, due to magneticaction, drive magnet 612 can promote to move downward from moving magnet 16, from moving magnet 16 band movable sliders 161, move downward, 161 of slide blocks are pressed onto on the shell fragment of microswitch 163 and make microswitch 163 closures, microswitch 163 can be connected in series in the control circuit of soy bean milk making machine, after crushing chamber covers 61 closing lids and puts in place, soy bean milk making machine just can be started working.Drive magnet 612 is hidden in crushing chamber and covers 61 inside, and be hidden in support from moving magnet 16, both installations and work, not need to crushing chamber cover 61 and support on perforate, therefore therefore the steam producing in crushing chamber 6 can not enter in crushing chamber lid 61 or support, the structure of the next closed microswitch 163 of relative usage push rod and so on, safer, health, guarantee security, the reliability of machine, prevent that user is because of the machine electric shock of leaking.
For water assembly, comprise water tank 5, as shown in Figure 7, in support 1, be provided with for detection of water tank 5 the water tank location detection components whether putting in place is installed, water tank location detection components comprises the water tank dry reed pipe 113 being fixed in support 1, water tank dry reed pipe 113 is electrically connected to control module, water tank is provided with water tank magnet 51, after water tank 5 is in place, water tank magnet 51 moves in the face of water tank dry reed pipe 113 makes water tank dry reed pipe 113, for example water tank dry reed pipe 113 adopts and often opens tongue tube, after being in place, water tank 5 makes water tank dry reed pipe 113 closures, control module receives high level signal, and before this, what control module received is low level signal, or also can use normally closed tongue tube, after water tank 5 is in place, normally closed tongue tube disconnects, control module receives low level signal, before this, what control module received is high level signal, can allow thus control module judge whether water tank 5 is in place.In addition, for the ease of user installation water tank 5, after water tank 5 is installed, be hidden in magnetic conductor 52 or fixed magnet are set on the sidewall in support 1, in support 1, arrange magnet 107 is installed, water tank 5 is pushed in support 1, install that magnet 107 holds magnetic conductor 52 or fixed magnet just can reliably be fixed water tank 5, magnetic conductor 52 can be with iron plate etc.Water tank 5 exposes on the sidewall of support 1 handle slot 53 is set, hand-held while being convenient to user's dismounting water tank 5.Support outside also arranges the attacker 108 of being convenient to carry support.
See Fig. 7 and Fig. 8, in support 1, be provided with cistern water level detection components, cistern water level detection components comprises is located at the low water level tongue tube 114 of water tank 5 outside corresponding water tank bottoms and the high water level tongue tube 115 of corresponding water tank upper, and be located at the water tank buoy 54 in water tank, low water level tongue tube 114 and high water level tongue tube 115 are electrically connected to control module respectively, in water tank buoy 54, be provided with magnet, the water level of water tank 5 is when low water level tongue tube 114 place height, water tank buoy 54 is in the face of low water level tongue tube 114, make 114 actions of low water level tongue tube, and when the water level of water tank 5 reaches high water level tongue tube 115 place height, water tank buoy 54 is in the face of high water level tongue tube 115, make 115 actions of high water level tongue tube.The high and low level signal that control module detects low water level tongue tube 114 and high water level tongue tube 115 changes to judge that the water level of water tank 5 is too low or too high, also can adopt and often open or normally closed tongue tube here, and principle is identical.In addition, two level electrodes can also be set in the bottom of water tank, two level electrodes are connected in anhydrous testing circuit, when water tank has water, two level electrode conductings, anhydrous testing circuit conducting, when water tank is anhydrous, two level electrodes disconnect, and anhydrous testing circuit disconnects, and control module judges whether water tank has water thus.In water tank, be provided with the buoy baffle plate 55 of restriction water tank buoy 54 domains of walker, buoy baffle plate 55 buckles are connected to be realized buoy baffle plate 55 and removably connects with water tank 5 on water tank 5, be convenient to dismantle the rear cleaning water tank 5 of buoy baffle plate 55, water tank buoy 54 and buoy baffle plate 55, buoy baffle plate 55 surrounds the unsteady floating trough of supply tank buoy 54 with the madial wall of water tank 5, the bottom of floating trough is communicated with water tank, the top of floating trough is provided with the position stop piece 56 of the restriction water tank buoy 54 floating limit, general water tank 5 and buoy baffle plate 55 are all working of plastics, so as long as injection mo(u)lding goes out baffle plate and can become position stop piece 56 on buoy baffle plate 55, also can use sheet metal to be inserted on buoy baffle plate 55.Judge whether water volume in water tank meets the water yield that requires that starts corresponding function, avoids user's secondary to add water, or after avoiding user to leave, soy bean milk making machine is paused, and causes soy bean milk making machine self cleannes to reduce, and affects user and experiences, and reduces the reliability of soy bean milk making machine.
As shown in Figure 9, for water assembly, also comprise water pump 70, thick film heater 7 and water inlet reversal valve 8.In support, be provided with direct drinking assembly, direct drinking assembly comprises direct drinking pipe 31 and straight drink mouth 32, straight drink mouth 32 is connected with direct drinking pipe 31, direct drinking pipe 31 is connected with water inlet reversal valve 8, on direct drinking pipe 31, be provided with out water one-way valve 33, because water inlet reversal valve 8 positions are higher than straight drink mouth 32, the water of may having a surplus in direct drinking pipe 31, water in direct drinking pipe 31 can flow out downwards because of gravity, causing directly drinking mouth 32 drips, so go out the check valve that water one-way valve 33 is 18-22KPa with pressure, while only having discharge pressure to be greater than 22KPa, the just normal water outlet of meeting of straight drink mouth 32, safety, health, reliably.On water inlet reversal valve 8, be also connected to pulverize water pipe 62 with crushing chamber 6 connections and be connected water inlet pipe 80 and be communicated with thick film heater 7, plasma discharge assembly comprises pulp-expelling valve and discharge pipe, in support 1 horizontal have pulverize motor 65, the output shaft of pulverizing motor 65 stretches in crushing chamber 6 and is provided with Disintegrating knife.In conjunction with Fig. 9 and Figure 10, pulverizing water pipe 62 is connected by pipe joint 66 with crushing chamber 6, pipe joint 66 is fixed on the outside of crushing chamber 6, in pipe joint 66, be provided with sealing ring 661 and a side of sealing ring 661 is carried out to axial limiting and prevent that sealing ring 661 from going deep in pipe joint 66, on pipe joint 66, be fixed with pawl cover 662, the inner side of pawl cover 662 arranges grab, pulverize water pipe 62 and be provided with dog clutch 621 and eye-splice 622, the arranged outside grab of dog clutch 621, the inner side of dog clutch 621 is provided with the damping structure that increases dog clutch 621 and pulverize frictional force between water pipe 62, as hook thorn etc., pulverizing water pipe 62 stretches in pipe joint 66 and is against on sealing ring 661, dog clutch 621 stretches into the mutual buckle of grab that makes the grab of pawl cover 662 cross dog clutch 621 in pawl cover 662, eye-splice 622 is clipped on dog clutch 621 and makes dog clutch 621 hold pulverizing water pipe 62 tightly, the one end of exposing pawl cover 662 at dog clutch 621 is provided with locating ring 6211, after eye-splice 622 is clipped on dog clutch 621, just in time between the end face and locating ring 6211 in pawl cover 662, make the grab of dog clutch 621 and the grab clamping of pawl cover 662.Adopt hard water pipe, connect the mode of button soon and connect the water route of pulverizing water, guarantee water route pressure-bearing security, anti-antipriming pipe spalling is leaked and causes user to get an electric shock, and the reliability of raising soy bean milk making machine, guarantees the security that user uses.
As shown in FIG. 11 and 12, water inlet reversal valve 8 comprises valve gap 81, be located at successively from top to bottom the upper valve block 82 in valve gap 81, moving valve plate 83 and lower disc, drive motors 80 is in transmission connection with moving valve plate 83, lower disc is provided with inlet opening 841, directly drink water hole 842 and pulverize with water hole 843, inlet opening 841 is communicated with thick film heater by water inlet pipe, directly drinking water hole 842 is connected with direct drinking pipe 31, pulverize with water hole 843 and be connected with crushing chamber 6 by pulverizing water pipe 62, the lower surface of moving valve plate 83 is provided with reversing groove 831, upper surface is provided with pressure relief opening 832, pressure relief opening 832 is communicated with reversing groove 831, inlet opening 841, directly drink water hole 842 and pulverize and be distributed in the rotary motion trace of reversing groove 831 with water hole 843, upper valve block 82 is provided with relief hole 821, relief hole 821 is positioned at the top of inlet opening 841, valve gap 31 is provided with into water pressure release passage 311, relief tube 85 is connected on valve gap 31 and with water inlet pressure release passage 311 and is communicated with, relief hole 821 is communicated with remaining water box by water inlet pressure release passage 311 and relief tube 85, moving valve plate 83 is provided with sensing arm 833, in valve gap 81, be provided with straight drinking water inductor 811 and pulverize water inductor 812, straight drinking water inductor 811 and pulverizing water inductor 812 are positioned in the rotary motion trace of sensing arm 833, when moving valve plate 83 turns to sensing arm 833 and is positioned at straight drinking water inductor 811 position, reversing groove 831 is by inlet opening 841 and directly drink water hole 842 connections, pressure relief opening 832 staggers relief hole 821 is closed with relief hole 821 simultaneously, moving valve plate 83 rotates and makes sensing arm 833 from straight drinking water inductor 811 position motions to pulverizing the process of water inductor 812 positions, reversing groove 831 with directly drink water hole 842, pulverize and all stagger inlet opening 841 is closed with water hole 843, during pressure relief opening 832 process relief hole 821, inlet opening 841 is communicated with relief hole 821, moving valve plate 83 turns to sensing arm 833 and is positioned at while pulverizing water inductor 812 position, reversing groove 831 is communicated with inlet opening 841 and pulverizing with water hole 843, pressure relief opening 832 staggers relief hole 821 is closed with relief hole 821 simultaneously.When moving valve plate rotates to switch water inlet to pulverizing water pipe and direct drinking pipe, in the process of switching, hydraulic pressure water inlet being formed by pressure relief opening and relief hole carries out pressure release, prevent from not placing in the situation that connects slurry cup, switch to after direct drinking pipe, pressure in water inlet pipe makes directly to drink mouth and drips, drops down water to connecing in slurry cup location division, needs user to clear up, and has the risk of scalding user simultaneously.In addition, be provided with the valve fixed mount 109 of fixing water inlet reversal valve 8 in support 1, valve gap 81 is provided with osculum 813, and valve fixed mount 109 is provided with rhone 1091, and one end of rhone 1091 is communicated with osculum 813, and the other end of rhone 1091 is communicated with remaining water box.When moving valve plate rotates between upper valve block and lower disc, switch and intake to crushing chamber or connect slurry cup, in the process of switching, between moving valve plate and upper and lower valve block, by the elastic force of silica gel or spring, fit, and utilize three's self surface roughness to seal, once leak to bottom flange after losing efficacy, through osculum, flow in the rhone on valve fixed mount, finally flow in remaining water box, prevent that user is because of soy bean milk making machine electrics shock of leaking, security, the reliability of assurance soy bean milk making machine.
With reference to Figure 13 and Figure 14, thick film heater 7 has water inlet 701 and delivery port 702, water pump is connected the water inlet 701 of water tank and thick film heater 7, the delivery port 702 of thick film heater 7 is located at the top of thick film heater 7 and by water inlet pipe and water inlet being connected of reversal valve, and by water inlet reversal valve and crushing chamber or connect slurry glass and be communicated with, on the water inlet 701 of thick film heater 7, be provided with discharging valve 703, in transportation, while depositing soy bean milk making machine, by discharging valve 703, the water in thick film heater 7 and relevant pipeline is drained only, while preventing low temperature storage, freeze thick film heater 7 or pipeline bursting by freezing are damaged.On thick film heater 7, be provided for the water pump fixed mount 700 of station pump 70, on the delivery port 702 of thick film heater 7, be provided with water chamber seat 71 and water chamber lid 72, in water chamber seat 71, there is the exhalant canal 710 being connected with the delivery port 702 of thick film heater 7, water chamber lid 72 is provided with water level temperature electrode 721, water level temperature electrode 721 inserts in exhalant canal 710, and water level temperature electrode 721 is for monitoring water level and the water temperature of exhalant canal 710.On the water inlet 701 of thick film heater 7, be provided with intake antrum seat 73 and intake antrum lid 74, in intake antrum seat 73, there is the intake tunnel 730 being connected with the water inlet 701 of thick film heater 7, intake antrum lid 74 is provided with TDS electrode 741 and temperature sensor 742, TDS electrode 741 and temperature sensor 742 are pressed on intake antrum lid 74 by fixation clip 75, fixing by screw 76 between fixation clip 75 and intake antrum lid 74, in intake antrum seat 73, have can water test chamber 7300, test chamber 7300 belongs to a part for intake tunnel 730, the position that the water inlet 7301 of intake tunnel 730 is connected with test chamber 7300 is higher than the bottom surface of test chamber 7300, the position that the delivery port 7302 of intake tunnel 730 is connected with test chamber 7300 is higher than the bottom surface of test chamber 7300, make test chamber 7300 form water seal, TDS electrode 741 and temperature sensor 742 all insert in test chamber 7300 and submerge in water, form after water seal, can guarantee that TDS electrode 741 can not contact with air in the course of the work, TDS is detected can distortion.The bottom of test chamber 7300 is provided with dewatering outlet, can when transporting, depositing soy bean milk making machine, the water in test chamber 7300 be drained, and acts on identical with discharging valve.At the delivery port 7302 of intake tunnel 730 and water inlet 701 junctions of thick film heater 7, be provided with check valve 77, make current by intake tunnel 730 the inner chamber one-way flow to thick film heater 7.
In addition, referring to Figure 15, bowl cover 22 is provided with bowl cover opening 223, straight drink mouth 32 relatively bowl cover 22 motions stretches into connect slurry cup 2 or exit and connects slurry glasss 2 from bowl cover opening 223, can be when plasma discharge or direct drinking draining, by control module, control straight drink mouth 32 and stretch into and connect slurry cup 2 and will connect slurry cup 2 and pin, prevent that user from will connecing slurry cup 2 and taking away, avoid appearance scald user's situation.Bowl cover 22 is provided with and connects slurry opening 222, connect after slurry cup 2 is placed in and connects slurry cup location division, connect the below that slurry opening 222 is positioned at discharge pipe 64, the lower end of discharge pipe 64 tilts, support 1 bent outward is to connecing slurry cup 2 relatively, when slurries are discharged from discharge pipe 64, rely on inertia to tilt to be discharged to and connect in slurry cup 2, reduce the generation of foam and splashing of spray.Discharge pipe 64 and straight drink mouth 32, all through locating convex block 103, are directly drunk the place ahead that the relative support 1 of mouth 32 is positioned at discharge pipe 64, when user selects direct drinking function, can use and connect slurry cup 2, use other water tumbler water receivings.The lower end that is positioned at excretory duct in support 1 is provided with horn mouth 110, the little mouth down of horn mouth 110, horn mouth 110 is positioned at the top of remaining water box 4, the material being mixed in slurries also easily drains into remaining water box 4, on pulp-expelling valve, connect exhaust water pipe 67, realize the automatic cleaning of soy bean milk making machine, the lower end of exhaust water pipe 67 is also positioned at the top of remaining water box 4.Outside in horn mouth 110 lower ends, the outside of discharge pipe 64 lower ends and the outside of directly drinking mouth 32 lower ends, all be formed with the anti-water groove 120 that drops down, and support one segment distance is stretched out in the lower end of exhaust water pipe 67, also can form the anti-water-bound that drops down, because water and slurries possess certain viscosity, when water or slurries discharge, can flow along the sidewall of accessory, flow to the lower end of horn mouth 110, discharge pipe 64 lower ends, the lower end of exhaust water pipe 67 or while directly drinking mouth 32 lower end, can make progress along end face and lateral surface adverse current, therefore anti-water groove or the anti-water-bound that drops down of dropping down be set, avoid water or slurries to drop down stream, reduce difficulty and intensity that user cleans.The position of fan 13 is just in time in the face of the gap between support 1 and remaining water box 4 tops, the air-flow that fan 13 produces is from gap, support 1 between support 1 and remaining water box 4 tops and connect the gap process between slurry cup 2 tops, and steam is blown out from support opening.
Finally, in above-mentioned all component, can realize the assembly of a certain function can implement separately, the present embodiment for convenience of description, all component is combined, the arrangement of all parts of base inner can be shown by Figure 16, thick film heater 7 and water pump 70 are fixed on the bottom of support and are positioned at the rear of remaining water box, be positioned at water pump 70 tops control module 9 is set, on control module 9, can increase height above sea level inductor 91, thereby when pulverizing slurrying, the pressure of controlling crushing chamber 6 makes soy bean milk making machine soya-bean milk can both be boiled in different altitude height, pulverizing motor 65 is fixed on the top of thick film heater 7, the top of pulverizing motor 65 arranges water inlet reversal valve 8, crushing chamber 6 is positioned at the place ahead of pulverizing motor 65, connect the below that slurry cup is positioned over crushing chamber 6, and be positioned at the place ahead of remaining water box.Compact overall structure, takes up room little.
In the utility model except use often open or normally closed tongue tube, also can use as other magnetic induction part or sensor elements such as Hall elements.Except above preferred embodiment, the utility model also has other embodiment, those skilled in the art can make various changes and distortion according to the utility model, only otherwise depart from spirit of the present utility model, all should belong to the defined scope of the utility model claims.
Claims (10)
1. a full-automatic soybean milk machine, comprise support and connect slurry cup, support is provided with the support opening of inserting or taking out for connecing slurry cup, in described support, be provided with for water assembly, crushing chamber and control module, crushing chamber is provided with the crushing chamber lid that crushing chamber is opened or closed, crushing chamber is provided with to the plasma discharge assembly that connects the plasma discharge of slurry cup, it is characterized in that: described crushing chamber is covered with block tongue, in support, be provided with the draw-in groove coordinating with block tongue, after block tongue snaps in draw-in groove and puts in place, crushing chamber lid is in safe closing lid state, in described support, be provided with detection block tongue and snap in the block tongue detection components whether draw-in groove puts in place, described block tongue detection components comprises the inductor being electrically connected to control module, after block tongue snaps in draw-in groove and puts in place, inductor transmission block tongue snaps in signal that draw-in groove puts in place to control module.
2. full-automatic soybean milk machine according to claim 1, it is characterized in that: described block tongue detection components also comprises lever, one end of described lever is driving section, the other end is stop part, the middle part of lever is connected in support by rotating shaft, the corresponding draw-in groove in described driving section, described sensing apparatus has sensing hole, at block tongue, snap in before draw-in groove puts in place, described stop part blocks the sensing hole of inductor, after block tongue snaps in draw-in groove and puts in place, block tongue promotes driving section makes stop part away from the position at the sensing hole place of inductor, described rotating shaft is provided with reduction torsion spring, reduction torsion spring rotates position stop part is reset to block the sensing hole of inductor for activation lever.
3. full-automatic soybean milk machine according to claim 1 and 2, it is characterized in that: in described support, be provided with direct drinking assembly, direct drinking assembly comprises direct drinking pipe and straight drink mouth, straight drink mouth is connected with direct drinking pipe, the described water assembly that supplies comprises into water reversal valve and drive motors, described water inlet reversal valve comprises valve gap, be located at successively from top to bottom the upper valve block in valve gap, moving valve plate and lower disc, drive motors and moving valve plate are in transmission connection, described lower disc is provided with inlet opening, directly drink water hole and pulverize with water hole, inlet opening is communicated with supplying water assembly by water inlet pipe, directly drinking water hole is connected with direct drinking pipe, pulverizing is communicated with crushing chamber by pulverizing water pipe with water hole, the lower surface of described moving valve plate is provided with reversing groove, upper surface is provided with pressure relief opening, pressure relief opening is communicated with reversing groove, described inlet opening, directly drink water hole and pulverize and be distributed in the rotary motion trace of reversing groove with water hole, described upper valve block is provided with relief hole, relief hole is positioned at the top of inlet opening, in described support, be provided with remaining water box, described relief hole is communicated with remaining water box by relief tube, described moving valve plate is provided with sensing arm, in valve gap, be provided with straight drinking water inductor and pulverize water inductor, straight drinking water inductor and pulverize in the rotary motion trace that water inductor is positioned at sensing arm and be all electrically connected to control module, when moving valve plate turns to sensing arm and is positioned at straight drinking water inductor position, reversing groove is by inlet opening and directly drink water hole and be communicated with, while pressure relief opening and relief hole stagger relief hole are closed, moving valve plate rotates and makes sensing arm from straight drinking water inductor position to pulverizing the motion process of water inductor position, reversing groove with directly drink water hole, pulverizing is all staggered inlet opening is closed with water hole, during pressure relief opening process relief hole, inlet opening is communicated with relief hole, moving valve plate turns to sensing arm and is positioned at while pulverizing water inductor position, reversing groove is communicated with inlet opening and pulverizing with water hole, while pressure relief opening and relief hole stagger relief hole are closed.
4. full-automatic soybean milk machine according to claim 3, it is characterized in that: the valve fixed mount that is provided with fixing water inlet reversal valve in described support, described valve gap is provided with osculum, described valve fixed mount is provided with rhone, one end of rhone is communicated with osculum, and the other end of rhone is communicated with remaining water box.
5. full-automatic soybean milk machine according to claim 1 and 2, it is characterized in that: described support is provided with excretory duct bayonet socket, in described excretory duct bayonet socket, be removably connected with excretory duct, the upper end of described excretory duct is positioned at the outside of crushing chamber, in described support, be provided with remaining water box, the lower end of excretory duct is discharged to the slurries in excretory duct in remaining water box, in described crushing chamber lid, be provided with pressure release passage, one end of pressure release passage connection corresponding to crushing chamber, the connection corresponding to the upper end of excretory duct of the other end of pressure release passage.
6. full-automatic soybean milk machine according to claim 1 and 2, it is characterized in that: in described support, be provided with remaining water box and detect the remaining water box detection components whether remaining water box is in place, described remaining water box detection components comprises the remaining water box tongue tube of being located in support, remaining water box tongue tube is electrically connected to control module, remaining water box is provided with remaining water box magnet, after remaining water box is in place, the remaining water box tongue tube action of remaining water box magnet drives;
Or, in described support, be provided with remaining water box and detect the remaining water box water level detecting the assembly whether remaining water of remaining water box is filled with, described remaining water box water level detecting assembly comprises to be located at the remaining water tongue tube at the outside corresponding remaining water box of remaining water box top and to be located at the remaining water box buoy in remaining water box, in remaining water box buoy, be provided with magnet, remaining water tongue tube is electrically connected to control module, when the water level of remaining water box remaining water reaches remaining water tongue tube height, remaining water box buoy drives the action of remaining water tongue tube;
Or, in described support, be provided with remaining water box and detect the remaining water box that whether remaining water box is in place and whether the remaining water of remaining water box is filled with and install and water level detecting assembly, remaining water box installation and water level detecting assembly comprise to be located at the remaining water box tongue tube in support and to be located at the remaining water box buoy in remaining water box, remaining water box tongue tube is electrically connected to control module, in remaining water box buoy, be provided with magnet, after remaining water box is in place, remaining water box buoy drives remaining water box tongue tube action, after the remaining water of remaining water box is filled with, remaining water box buoy is away from remaining water box tongue tube, and remaining water box tongue tube resets.
7. full-automatic soybean milk machine according to claim 1 and 2, it is characterized in that: in described support corresponding be positioned at support open bottom be provided with for place connect slurry cup connect a slurry cup location division, whether the described slurry cup location division that connects is provided with for detection of connecing slurry cup and is positioned over to connect and connects a slurry cup detection components on slurry cup location division, the described slurry cup detection components that connects comprises being located to connect and connecing a slurry cup tongue tube in slurry cup location division, connecing slurry cup tongue tube is electrically connected to control module, the described bottom that connects slurry cup is provided with and connects slurry cup magnet, connecing slurry cup is positioned over and connects behind slurry cup location division, connect slurry cup magnet drives and connect the action of slurry cup tongue tube.
8. full-automatic soybean milk machine according to claim 7, it is characterized in that: described in connect slurry cup and comprise cup and bowl cover, described bowl cover is provided with bowl cover opening, in described support, be provided with direct drinking assembly, direct drinking assembly comprises direct drinking pipe and straight drink mouth, straight drink mouth is connected with direct drinking pipe, straight drink mouth relatively bowl cover motion stretches into connect slurry cup or exit and connects slurry glass from bowl cover opening, described bowl cover is provided with bowl cover locating slot, described support is positioned at the top that connects slurry cup location division and is provided with locating convex block, connecing slurry cup is placed in while connecing slurry cup location division, locating convex block coordinates with bowl cover locating slot.
9. full-automatic soybean milk machine according to claim 1 and 2, it is characterized in that: the described water assembly that supplies comprises water tank, water pump and thick film heater, described thick film heater has water inlet and delivery port, water pump is connected the water inlet of water tank and thick film heater, the delivery port of thick film heater is communicated with crushing chamber, on the water inlet of thick film heater, is provided with discharging valve.
10. full-automatic soybean milk machine according to claim 1 and 2, it is characterized in that: the described water assembly that supplies comprises water tank, in described support, be provided with for detection of water tank the water tank location detection components whether putting in place is installed, described water tank location detection components comprises the water tank dry reed pipe being fixed in support, water tank dry reed pipe is electrically connected to control module, described water tank is provided with water tank magnet, after water tank is in place, and the action of water tank magnet drives water tank dry reed pipe;
Or, the described water assembly that supplies comprises water tank, in described support, be provided with cistern water level detection components, described cistern water level detection components comprises is located at the outside low water level tongue tube of corresponding water tank bottom of water tank and the high water level tongue tube of corresponding water tank upper, and be located at the water tank buoy in water tank, low water level tongue tube and high water level tongue tube are electrically connected to control module respectively, in described water tank buoy, be provided with magnet, water tank buoy drives the action of low water level tongue tube while facing low water level tongue tube, water tank buoy drives the action of high water level tongue tube while facing high water level tongue tube, in described water tank, be provided with the buoy baffle plate of restriction water tank buoy domain of walker, buoy baffle wedge links to be connected on water tank and with the madial wall of water tank and surrounds the unsteady floating trough of supply tank buoy, the bottom of floating trough is communicated with water tank, the top of floating trough is provided with the position stop piece of the restriction water tank buoy floating limit.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420174478.1U CN203885310U (en) | 2014-04-11 | 2014-04-11 | Fully automatic soy-bean milk machine |
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| CN201420174478.1U CN203885310U (en) | 2014-04-11 | 2014-04-11 | Fully automatic soy-bean milk machine |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106325203A (en) * | 2016-10-26 | 2017-01-11 | 泰州安井食品有限公司 | Semi-automatic beater control system based on PLC |
| CN106955062A (en) * | 2017-03-10 | 2017-07-18 | 深圳云峯智能科技有限公司 | A kind of Intelligent cleaning robot |
| CN108290478A (en) * | 2015-10-27 | 2018-07-17 | 株式会社电装 | Air cleaner |
| CN109459114A (en) * | 2017-09-06 | 2019-03-12 | 宁波方太厨具有限公司 | Float for water tank high-low-position detecting tool |
| CN109998390A (en) * | 2018-01-04 | 2019-07-12 | 九阳股份有限公司 | A kind of food processor |
| CN110522315A (en) * | 2018-05-24 | 2019-12-03 | 九阳股份有限公司 | A kind of food processor |
| CN110522314A (en) * | 2018-05-24 | 2019-12-03 | 九阳股份有限公司 | A kind of cooking apparatus |
| CN111493775A (en) * | 2020-04-03 | 2020-08-07 | 佛山市顺德区美的洗涤电器制造有限公司 | Control method of home appliance, and computer-readable storage medium |
| CN111802985A (en) * | 2020-06-12 | 2020-10-23 | 佛山市百斯特电器科技有限公司 | Washing program switching method and device based on washing equipment |
-
2014
- 2014-04-11 CN CN201420174478.1U patent/CN203885310U/en not_active Expired - Lifetime
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108290478A (en) * | 2015-10-27 | 2018-07-17 | 株式会社电装 | Air cleaner |
| CN108290478B (en) * | 2015-10-27 | 2021-05-25 | 株式会社电装 | Air cleaner |
| CN106325203A (en) * | 2016-10-26 | 2017-01-11 | 泰州安井食品有限公司 | Semi-automatic beater control system based on PLC |
| CN106955062A (en) * | 2017-03-10 | 2017-07-18 | 深圳云峯智能科技有限公司 | A kind of Intelligent cleaning robot |
| CN109459114A (en) * | 2017-09-06 | 2019-03-12 | 宁波方太厨具有限公司 | Float for water tank high-low-position detecting tool |
| CN109998390A (en) * | 2018-01-04 | 2019-07-12 | 九阳股份有限公司 | A kind of food processor |
| CN110522315A (en) * | 2018-05-24 | 2019-12-03 | 九阳股份有限公司 | A kind of food processor |
| CN110522314A (en) * | 2018-05-24 | 2019-12-03 | 九阳股份有限公司 | A kind of cooking apparatus |
| CN110522314B (en) * | 2018-05-24 | 2022-05-03 | 九阳股份有限公司 | Cooking utensil |
| CN111493775A (en) * | 2020-04-03 | 2020-08-07 | 佛山市顺德区美的洗涤电器制造有限公司 | Control method of home appliance, and computer-readable storage medium |
| CN111802985A (en) * | 2020-06-12 | 2020-10-23 | 佛山市百斯特电器科技有限公司 | Washing program switching method and device based on washing equipment |
| CN111802985B (en) * | 2020-06-12 | 2021-11-19 | 佛山市百斯特电器科技有限公司 | Washing program switching method and device based on washing equipment |
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Address after: Huaiyin District of Ji'nan City, Shandong Province, 250117 US 999 miles Patentee after: JOYOUNG Co.,Ltd. Address before: Xinsha Road, Huaiyin District of Ji'nan city of Shandong Province, No. 12 250118 Patentee before: JOYOUNG Co.,Ltd. |
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Granted publication date: 20141022 |