CN205410970U - Soybean milk machine - Google Patents

Abstract

The utility model relates to a soybean milk machine. Its characterized in that cup package around setting up in the inside of frame, be provided with the handle that can guide and support on the cup, be provided with on the frame and keep away the vacancy mouth with handle matched with, the frame sets up a wind scooper including heating base, deep recess drum, control panel and fan between and the deep recess drum, the aircraft nose sets up on the frame, is located last coupler symmetry on the aircraft nose and sets up in the both sides of aircraft nose and avoid the position of handle, lower coupler on the frame and the last coupler position phase -match on the aircraft nose. The utility model discloses have two heating regions, the bottom is the plane heating region, and the lateral part is the three -dimensional heating region of inclined plane high water level, and because of the utility model discloses heating area is big, has realized that the interior intensification of cup is fast, and thermosiphonic circulation accelerates, has shortened soybean milk machine's the slurrying time greatly, has realized soybean milk machine's quick slurrying, has saved the slurrying time, has shortened the slurrying cycle greatly.

Description

A kind of soy bean milk making machine

Technical field

The utility model relates to a kind of soy bean milk making machine.

Background technology

Existing soy bean milk making machine is divided into head and cup two parts composition, head internal principal set up motor, anti-flow electrode, blade etc., it is achieved pulverize the function of bean or pea；Cup is mainly provided with the components and parts such as heat-generating pipe, temperature controller in bottom, it is achieved heating and the function of temperature control；Whole soy bean milk making machine pulping process is preheating, the course of work pulverizing a kind of circulation of bean or pea, infusion soya-bean milk.The cup of existing soy bean milk making machine is made up of internal steel cup and cup shell, and steel bowl body primarily serves splendid attire material and the effect of heating, and cup shell plays the effect of insulation, anti-scald；Steel bottom of cup realizes heating function by welding heat-generating pipe, and the electronic devices and components such as welding temperature controller realize the function of temperature control anti-dry, and the coupler that connects that cup shell designs handpiece of soybean milk machine and cup body of soymilkgrinder realizes the control of complete machine；Thus cause having inside cup body of soymilkgrinder connection power line etc., cause that cup internal structure is complicated, cup is easily intake and cause the problems such as the dangerous and difficult cleaning of cup.

Utility model content

For problems of the prior art, the purpose of this utility model is to provide the technical scheme of a kind of soy bean milk making machine.

Described a kind of soy bean milk making machine, including support, cup and head, it is characterised in that described cup holds the inside being arranged on support, and cup is provided with the handle that can guide and support, and support is provided with the empty avoiding breach matched with handle；Support includes heated base, deep concave dish, control panel and fan, and fan is arranged on control panel side, and deep concave dish is arranged on above control panel and fan；Between fan and deep concave dish, a wind scooper is set, the air-out direction of fan is divided into horizontal wind outlet area, wind outlet area, inclined-plane and vertical wind outlet area by wind scooper, dispelled the heat in control panel region by horizontal wind outlet area, deep concave tray bottom is dispelled the heat by wind outlet area, inclined-plane, and deep concave dish sidepiece is dispelled the heat by vertical wind outlet area；Head is arranged on support, and the upper coupler being positioned on head is symmetricly set on the both sides of head and avoids the position of handle, and the lower coupler on support matches with the upper coupler locations on head.

Described a kind of soy bean milk making machine, it is characterised in that the end face that described deep concave dish contacts with bottom of cup laminating is provided with turbine radiating ribs, and the vacancy position of turbine radiating ribs constitutes turbine radiating groove, and bottom of cup is arranged in turbine radiating ribs；Arranging inner supporting member in described support, the inwall of inner supporting member is provided with the wind-guiding muscle being connected mutually with turbine radiating groove, and wind-guiding muscle can reduce cup and the contact area of inner supporting member spacing cup.

Described a kind of soy bean milk making machine, it is characterised in that described deep concave dish includes upper bracket, lower carriage, coiling group and magnetic stripe, and upper bracket is vertical ring structure, and upper bracket rotary clamping is arranged on lower carriage, and upper bracket and lower carriage are provided with coiling group and magnetic stripe；One line ball support is set between described upper bracket and lower carriage, line ball support downwards can coiling group on spacing lower carriage, line ball support upwards can support cup.

Described a kind of soy bean milk making machine, it is characterised in that be provided with projection and the groove of spacing upper bracket on described lower carriage, upper bracket is provided with the block with male cooperation and the convex tendon with groove fit；It is provided with line ball support when preventing upper bracket from rotating screens on described lower carriage and, at the stopper slot of central rotational, line ball support is provided with the card article matched with stopper slot；Being provided with boss on the excircle of described line ball support, this boss and upper bracket press fit realize the fixing of line ball support.

Described a kind of soy bean milk making machine, it is characterised in that be provided with magnetic stripe side slot on described lower carriage, the magnetic stripe grafting on lower carriage is arranged in magnetic stripe side slot；Being additionally provided with the magnetic stripe stopper slot matched with the magnetic stripe mounting groove on upper bracket on lower carriage, the magnetic stripe grafting on upper bracket is arranged in magnetic stripe mounting groove and magnetic stripe stopper slot.

Described a kind of soy bean milk making machine, it is characterised in that described head includes that upper cover and lower cover, the lower end of upper coupler are provided with two row contact pins, two row contact pins are plugged in lower coupler through lower cover；The upper end of upper coupler is provided with the spacing crimp groove of cross, above covers and is provided with the cross retaining convex rib that crimp groove spacing with cross matches；Described support upper end is provided with lower coupler mounting groove, and lower coupler clamping is arranged in lower coupler mounting groove.

Described a kind of soy bean milk making machine, it is characterised in that arrange tri-waterlines of 900ml, 1100ml and 1300ml in described cup, 900ml is the lowest water level line within cup, and 1300ml is the peak level district within cup.

Described a kind of soy bean milk making machine, it is characterised in that the heating distance of the coiling group on described lower carriage to bottom of cup is H1, the heating distance of the coiling group on upper bracket to cup sidewalls is H2；Upper bracket top is H3,5mm≤H3 H2 H1≤12mm to the distance of the 900ml waterline of cup.

Described a kind of soy bean milk making machine, it is characterised in that described support upper end is higher than cup upper end, support upper end is H4 with the spacing of cup upper end, and cup upper end is H5 with the distance of head lower surface, 0 ＜ H5 ＜ 5mm, H4 >=5mm；The height of head upper end is H6, and it is H7, H7 >=H6 that head is absorbed in the height of support.

Described a kind of soy bean milk making machine, it is characterised in that being additionally provided with the detachable falope ring of annular on the circumference of described support upper end, head falope ring detachable with annular touches and coordinate.

Advantage of the present utility model:

1. cup the most built-in design loopful shape surrounds the inside of support, and cup is designed with the handle that can guide and support, and the region that cup handle and support are joined is designed with empty avoiding breach to realize taking of cup；

2. wind scooper is made up of left side horizontal wind-guiding muscle, arc circumference baffle plate, middle part oblique wind-guiding muscle and right side vertical wind-guiding muscle, the air-out direction of fan is divided into horizontal wind outlet area, wind outlet area, inclined-plane and vertical wind outlet area by wind scooper, dispelled the heat in control panel region by horizontal wind outlet area, dispelling the heat to bottom drum in wind outlet area, inclined-plane, drum sidepiece is dispelled the heat by vertical wind outlet area；Overall wind direction is separated into multiple directions, and then the area of dissipation of increase wind direction, prevents gathering of wind-force；Can arrange double-deck vertical wind-guiding muscle, wind-guiding muscle snap-fit engagement vertical with bilayer below wind scooper on heated base, double-deck vertical wind-guiding muscle realizes wind-force in fan circumference and holds concentration and upwards disperse；

3. the end face that the laminating of base inner drum and cup contact is warm by being designed with the turbine radiating groove spoke that base inner produces by cup self-heating that dispels the heat, the contact area of cup and support inner bottom part is reduced by turbine radiating groove, and then turbine radiating groove realizes the soonest the spoke heat of cup being given out base outer, and reduce the temperature rise of base inner；The inwall of the inner supporting member of base inner is also configured with being connected the wind-guiding muscle of heat radiation with turbine radiating ribs, constitute sidewall turbine heat dissipation region, reduce the contact area of cup sidewalls and support madial wall, increase the heat radiation gap in base inner space, and then large area derives the spoke heat of base inner, and the wind-guiding muscle on the inwall of inner supporting member also acts as the effect of spacing cup, prevent skew and the vibration of cup；

4. the utility model uses what double coupler connected mode reduced head to stretch out coupling part, and then the coupler reducing handpiece of soybean milk machine connects the structure space stretched out, reduce the structure space of complete machine, and coupler is the both sides that symmetric design is distributed in head, stagger with cup handling position, realize head stress symmetrically, and stress surface is on cup upper surface rather than cup；The lower end of upper coupler is provided with two row contact pins, contact pin is single-row cross direction profiles, the upper end of upper coupler is provided with the spacing crimp groove of cross, above covers and is provided with the cross retaining convex rib that crimp groove spacing with cross matches, and is also devised with sealing gasket between upper coupler and lower cover；Support upper end is provided with lower coupler mounting groove, and lower coupler clamping is arranged in lower coupler mounting groove, it is possible to stable coordinates with upper coupler grafting；

5. the coiling group on lower carriage is H1 to the heating distance of bottom of cup, and the heating distance of the coiling group on upper bracket to cup sidewalls is H2, and the distance of the lowest water level line at upper bracket top to cup is H3,5mm≤H3 H2 H1≤12mm；So bottom is plane heating region, and sidepiece is inclined-plane heating region；By the regulation of heating distance and the distribution of coiling group change the strong and weak region of heating effect and then the power of the overall spoke thermal region of change cup, increasing the heat-dissipating space gap of sidewall, the large area being more beneficial for base inner spoke heat distributes；

Low spoke thermal design the most of the present utility model also resides in the structure of deep concave dish, deep concave dish is fixed on the inside of support, deep concave dish is made up of upper bracket, lower carriage, line ball support, coiling group, magnetic stripe, and upper bracket is vertical ring structure, and upper bracket rotary clamping is arranged on lower carriage；One line ball support is set between upper bracket and lower carriage, line ball support downwards can coiling group on spacing lower carriage, line ball pedestal upper end face can arrange turbine radiating ribs and increase heat dissipation region, and line ball support upwards can also support cup simultaneously；

7. with the maximum reference line that 900ml waterline is heating high water level, can also the generation of the internal dry combustion method problem of cup of anti-more than 900ml water level while meeting high water level three-dimensional heating；If the heated height of deep concave dish exceedes the 900ml waterline in cup, there will be the dry combustion method of cup sidewalls, because more than the 900ml waterline in cup anhydrous covering causes cup sidewalls dry combustion method, and then the problems such as cup high temperature deformation or burnt sticky end can be caused to occur；

8. two heating regions, bottom is plane heating region, and sidepiece is high water level three-dimensional heating region, inclined-plane；Drum entirety high water level heating effect is that bottom quick heating, thermal convection current are slow, sidepiece quick heating, the heating effect that thermal convection current is fast, compared with heat-flash convection current, Base Heat convection current is carried out the convection current impact of cincture sidepiece by sidepiece, and then realize current entirety in cup and pour into the center of cup, and formed around the circulation whirlpool risen in center under motor rotates the drive of wake turbulence；Realizing the three-dimensional heating infusion of large area, high water level, bean dregs are less and soya-bean milk is more aromatic；And because the utility model heating surface (area) (HS is big, it is achieved that quick heating in cup, thermal convection current cyclical acceleration, substantially reduce the mixing time of soy bean milk making machine, it is achieved that the quickly preparing cement paste of soy bean milk making machine, save mixing time, substantially reduce the slurrying cycle；

9. cup upper surface is designed with the detachable falope ring of annular and supports the cylindrical stress surface with spacing head, and then increase the stress surface of head and cup, and reduce vibration and the skew of head, solve existing handpiece of soybean milk machine end face protruding higher and cause head to be difficult to the problem cleaned because supporting silica gel part.

Accompanying drawing explanation

Fig. 1 is the utility model soy bean milk making machine Split type structure schematic diagram；

Fig. 2 is the structural representation one of deep concave dish；

Fig. 3 is the structural representation two of deep concave dish；

Fig. 4 is A portion enlarged drawing in Fig. 3；

Fig. 5 is the structural representation of lower carriage；

Fig. 6 is B portion enlarged drawing in Fig. 5；

Fig. 7 is upper bracket and lower carriage clamping position partial enlarged drawing；

Fig. 8 is the structural representation of cup and deep concave dish；

Fig. 9 is C portion enlarged drawing in Fig. 8；

Figure 10 is D portion enlarged drawing in Fig. 8；

Figure 11 is the Distribution of Magnetic Field schematic diagram of deep concave dish；

Figure 12 is wind scooper wind-guiding schematic diagram；

Figure 13 is E portion enlarged drawing in Figure 12；

Figure 14 is the structural representation of wind scooper；

Figure 15 is the structural representation of double-deck vertical wind-guiding muscle on heated base；

Figure 16 is turbine radiating ribs wind-guiding schematic diagram；

Figure 17 is that turbine radiating ribs is connected wind-guiding schematic diagram with wind-guiding muscle；

Figure 18 is wind-guiding muscle and inner supporting member position relationship schematic diagram；

Figure 19 is the position view of H1, H2, H3；

Figure 20 is the position view of H4, H5；

Figure 21 is the position view of H6, H7；

Figure 22 is the schematic diagram that head arranges coupler；

Figure 23 is G portion enlarged drawing in Figure 22；

Figure 24 is the structural representation of upper coupler；

Figure 25 is sectional view of the present utility model；

Figure 26 is I portion enlarged drawing in Figure 25；

Figure 27 is the position relationship schematic diagram of the detachable falope ring of annular；

nullIn figure: 1-support，2-cup，3-head，4-handle，5-empty avoiding breach，6-upper bracket，7-lower carriage，8-coiling group，9-magnetic stripe，10-magnetic stripe mounting groove，11-magnetic stripe stopper slot，12-line ball support，13-magnetic stripe side slot，14-is protruding，15-block，16-groove，17-convex tendon，18-boss，19-card article，20-stopper slot,21-heated base，22-deep concave dish，23-control panel，24-fan，25-wind scooper，The double-deck vertical wind-guiding muscle of 26-，Horizontal wind-guiding muscle on the left of 27-，28-arc circumference baffle plate，Oblique wind-guiding muscle in the middle part of 29-，Vertical wind-guiding muscle on the right side of 30-，31-turbine radiating ribs，32-turbine radiating groove，33-inner supporting member，34-wind-guiding muscle，35-upper cover，36-lower cover，The upper coupler of 37-，38-contact pin，39-cross retaining convex rib，40-sealing gasket，The spacing crimp groove of 41-cross，Coupler under 42-，Coupler mounting groove under 43-，The detachable falope ring of 44-annular.

Detailed description of the invention

Below in conjunction with Figure of description, the utility model is described in further detail:

A kind of soy bean milk making machine, including support 1, cup 2 and head 3, cup holds the inside being arranged on support, and cup is provided with the handle 4 that can guide and support, and support is provided with the empty avoiding breach 5 matched with handle to realize taking of cup.

Support of the present utility model includes heated base 21, deep concave dish 22, control panel 23 and fan 24, and fan is arranged on control panel side, and deep concave dish is arranged on above control panel and fan；Between fan and deep concave dish, a wind scooper 25 is set, wind scooper is made up of left side horizontal wind-guiding muscle 27, arc circumference baffle plate 28, middle part oblique wind-guiding muscle 29 and right side vertical wind-guiding muscle 30, the air-out direction of fan is divided into horizontal wind outlet area, wind outlet area, inclined-plane and vertical wind outlet area by wind scooper, dispelled the heat in control panel region by horizontal wind outlet area, deep concave tray bottom is dispelled the heat by wind outlet area, inclined-plane, and deep concave dish sidepiece is dispelled the heat by vertical wind outlet area；Overall wind direction is separated into multiple directions, and then the area of dissipation of increase wind direction, prevents gathering of wind-force；Can arrange double-deck vertical wind-guiding muscle 26, wind-guiding muscle snap-fit engagement vertical with bilayer below wind scooper on heated base, double-deck vertical wind-guiding muscle realizes wind-force in fan circumference and holds concentration and upwards disperse.

Particularly as follows: horizontal wind outlet area mainly blows to the direction of control panel fin, the temperature of core component on radiating control plate, it is ensured that steady operation；Wind outlet area, inclined-plane is the bottom temp of heat radiation drum, the endface position of air outlet online design tray bottom；Vertically wind outlet area is empty avoiding air channel upwards, in the heating region of the online dish side, empty avoiding position in air channel, it is achieved the sidepiece of Wind Volume heat radiation drum.

The utility model head 3 is arranged on support 1, and the upper coupler 37 being positioned on head is symmetricly set on the both sides of head and avoids the position of handle, and the lower coupler 42 on support matches with the upper coupler locations on head.Head 3 includes upper cover 35 and lower cover 36, and the lower end of upper coupler is provided with two row contact pins 38, and two row contact pins are plugged in lower coupler through lower cover；The upper end of upper coupler is provided with the spacing crimp groove of cross 41, above covers and is provided with the cross retaining convex rib 39 that crimp groove spacing with cross matches, is also devised with sealing gasket 40 between upper coupler and lower cover；Support upper end is provided with lower coupler mounting groove 43, and lower coupler clamping is arranged in lower coupler mounting groove.

The utility model uses what double coupler connected mode reduced head to stretch out coupling part, and then the coupler reducing handpiece of soybean milk machine connects the structure space stretched out, reduce the structure space of complete machine, and coupler is the both sides that symmetric design is distributed in head, stagger with cup handling position, realize head stress symmetrically, and stress surface is on cup upper surface rather than cup.

The end face that the utility model deep concave dish contacts with bottom of cup laminating is provided with turbine radiating ribs 31, and the vacancy position of turbine radiating ribs constitutes turbine radiating groove 32, and bottom of cup is arranged in turbine radiating ribs；Reduced the contact area of cup and support inner bottom part by turbine radiating groove, and then turbine radiating groove realizes the soonest the spoke heat of cup being given out base outer, and reduce the temperature rise of base inner；Inner supporting member 33 is set in support, the inwall of inner supporting member is provided with the wind-guiding muscle 34 being connected mutually with turbine radiating groove, constitute sidewall turbine heat dissipation region, reduce the contact area of cup sidewalls and support madial wall, increase the heat radiation gap in base inner space, and then large area derives the spoke heat of base inner, and the wind-guiding muscle on the inwall of inner supporting member also acts as the effect of spacing cup, prevents skew and the vibration of cup.The end face that deep concave dish contacts with bottom of cup laminating can also arrange bottom limited support part and flat support, for stablizing cup.

The utility model deep concave dish includes upper bracket 6, lower carriage 7, coiling group 8 and magnetic stripe 9, and upper bracket is vertical ring structure, constitutes sidepiece heating；Upper bracket rotary clamping is arranged on lower carriage, and upper bracket and lower carriage are provided with coiling group and magnetic stripe；One line ball support 12 is set between upper bracket and lower carriage, line ball support 12 downwards can coiling group on spacing lower carriage, line ball support upwards can support cup；It is provided with projection 14 and the groove 16 of spacing upper bracket on lower carriage, upper bracket is provided with the block 15 with male cooperation and the convex tendon 17 with groove fit；It is provided with line ball support when preventing upper bracket from rotating screens on lower carriage and, at the stopper slot 20 of central rotational, line ball support is provided with the card article 19 matched with stopper slot；Being provided with boss 18 on the excircle of line ball support, this boss and upper bracket press fit realize the fixing of line ball support；Being provided with magnetic stripe side slot 13 on lower carriage, magnetic stripe (bottom magnetic stripe) grafting on lower carriage is arranged in magnetic stripe side slot；Being additionally provided with the magnetic stripe stopper slot 11 matched with the magnetic stripe mounting groove 10 on upper bracket on lower carriage, magnetic stripe (sidepiece magnetic stripe) grafting on upper bracket is arranged in magnetic stripe mounting groove and magnetic stripe stopper slot.And bottom magnetic stripe plays the effect supporting sidepiece magnetic stripe, bottom magnetic stripe is closely fitted with sidepiece magnetic stripe and is formed circumferentially around magnetic field, is greatly increased heating region, it is achieved the heating effect of large area high water level, and abundant infusion soya-bean milk, soya-bean milk is more aromatic.

Arranging tri-waterlines of 900ml, 1100ml and 1300ml inside cup of the present utility model, 900ml is the lowest water level line within cup body of soymilkgrinder, has below been aqua region；1300ml is peak level region, is more than anhydrous domains；Be the adjustable region of the water yield between 900ml 1300ml, i.e. the internal water added of cup is higher than 900ml level scale line and less than 1300ml graduation mark, so could meet the condition that soy bean milk making machine normally works.

The utility model is with the 900ml lowest water level line within cup as reference, and design balanced division line is also heated height reference line, and cup is divided into upper and lower two parts, and lower part mainly realizes the high water level three-dimensional heating effect of soya-bean milk in cup；Upper part design cup handle, the lower end of handle is higher than 900ml waterline, facilitates picking and placeing of cup, and cup handle is screwed on the sidewall of cup.

Corresponding region, the utility model cup lower half is the deep concave dish of high water level three-dimensional heating, the deep built-in inside being fixed on support of concave dish and the lower part of the bottom face in support handle empty avoiding position, with cup handle without interfering and realize the high water level three-dimensional heating of ultimate range；Coiling group on lower carriage is H1 to the heating distance of bottom of cup, and the heating distance of the coiling group on upper bracket to cup sidewalls is H2；Upper bracket top is H3,5mm≤H3 H2 H1≤12mm to the distance of the 900ml waterline of cup.By the regulation of heating distance and the distribution of coiling group change the strong and weak region of heating effect and then the power of the overall spoke thermal region of change cup, increasing the heat-dissipating space gap of sidewall, the large area being more beneficial for base inner spoke heat distributes.

The utility model, can also the generation of the internal dry combustion method problem of cup of anti-more than 900ml water level while meeting high water level three-dimensional heating with the maximum reference line that 900ml waterline is heating high water level；If the heated height of deep concave dish exceedes the 900ml waterline in cup, there will be the dry combustion method of cup sidewalls, because more than the 900ml waterline in cup anhydrous covering causes cup sidewalls dry combustion method, and then the problems such as cup high temperature deformation or burnt sticky end can be caused to occur.

High water level heating spool rest of the present utility model (deep concave dish) has two heating regions, and bottom is plane heating region, and sidepiece is high water level three-dimensional heating region, inclined-plane；Drum entirety high water level heating effect is that bottom quick heating, thermal convection current are slow, sidepiece quick heating, the heating effect that thermal convection current is fast, compared with heat-flash convection current, Base Heat convection current is carried out the convection current impact of cincture sidepiece by sidepiece, and then realize current entirety in cup and pour into the center of cup, and formed around the circulation whirlpool risen in center under motor rotates the drive of wake turbulence；Realizing the three-dimensional heating infusion of large area, high water level, bean dregs are less and soya-bean milk is more aromatic；And because the utility model heating surface (area) (HS is big, it is achieved that quick heating in cup, thermal convection current cyclical acceleration, substantially reduce the mixing time of soy bean milk making machine, it is achieved that the quickly preparing cement paste of soy bean milk making machine, save mixing time, substantially reduce the slurrying cycle.

The utility model support upper end is higher than cup upper end, support upper end is H4 with the spacing of cup upper end, cup upper end is H5 with the distance of head lower surface, 0 ＜ H5 ＜ 5mm, H4 >=5mm, cup is not directly contacted with head, eliminates the vibration effect to cup when head works；The height of head upper end is H6, and it is H7 that head is absorbed in the height of support, H7 >=H6, and support plays the position-limiting action to head, prevents the skew of head.

The stress surface of the utility model head greatly and is an annular region stress at position, the upper surface large area stress of support, head lifting surface area, it is achieved that head steady operation, reduces head because of the vibration effect brought when motor works.

Being additionally provided with the detachable falope ring 44 of annular on the circumference of the utility model support upper end, head falope ring detachable with annular touches and coordinates；The detachable falope ring of annular is used for supporting the cylindrical stress surface with spacing head, and then increase the stress surface of head and cup, and reduce vibration and the skew of head, solve existing handpiece of soybean milk machine end face protruding higher and cause head to be difficult to the problem cleaned because supporting silica gel part.

Claims (10)

1. a soy bean milk making machine, including support, cup and head, it is characterised in that described cup holds the inside being arranged on support, and cup is provided with the handle that can guide and support, and support is provided with the empty avoiding breach matched with handle；Support includes heated base, deep concave dish, control panel and fan, and fan is arranged on control panel side, and deep concave dish is arranged on above control panel and fan；Between fan and deep concave dish, a wind scooper is set, the air-out direction of fan is divided into horizontal wind outlet area, wind outlet area, inclined-plane and vertical wind outlet area by wind scooper, dispelled the heat in control panel region by horizontal wind outlet area, deep concave tray bottom is dispelled the heat by wind outlet area, inclined-plane, and deep concave dish sidepiece is dispelled the heat by vertical wind outlet area；Head is arranged on support, and the upper coupler being positioned on head is symmetricly set on the both sides of head and avoids the position of handle, and the lower coupler on support matches with the upper coupler locations on head.

A kind of soy bean milk making machine the most according to claim 1, it is characterised in that the end face that described deep concave dish contacts with bottom of cup laminating is provided with turbine radiating ribs, and the vacancy position of turbine radiating ribs constitutes turbine radiating groove, and bottom of cup is arranged in turbine radiating ribs；Arranging inner supporting member in described support, the inwall of inner supporting member is provided with the wind-guiding muscle being connected mutually with turbine radiating groove, and wind-guiding muscle can reduce cup and the contact area of inner supporting member spacing cup.

A kind of soy bean milk making machine the most according to claim 1, it is characterized in that described deep concave dish includes upper bracket, lower carriage, coiling group and magnetic stripe, upper bracket is vertical ring structure, and upper bracket rotary clamping is arranged on lower carriage, and upper bracket and lower carriage are provided with coiling group and magnetic stripe；One line ball support is set between described upper bracket and lower carriage, line ball support downwards can coiling group on spacing lower carriage, line ball support upwards can support cup.

A kind of soy bean milk making machine the most according to claim 3, it is characterised in that be provided with projection and the groove of spacing upper bracket on described lower carriage, upper bracket is provided with the block with male cooperation and the convex tendon with groove fit；It is provided with line ball support when preventing upper bracket from rotating screens on described lower carriage and, at the stopper slot of central rotational, line ball support is provided with the card article matched with stopper slot；Being provided with boss on the excircle of described line ball support, this boss and upper bracket press fit realize the fixing of line ball support.

A kind of soy bean milk making machine the most according to claim 3, it is characterised in that being provided with magnetic stripe side slot on described lower carriage, the magnetic stripe grafting on lower carriage is arranged in magnetic stripe side slot；Being additionally provided with the magnetic stripe stopper slot matched with the magnetic stripe mounting groove on upper bracket on lower carriage, the magnetic stripe grafting on upper bracket is arranged in magnetic stripe mounting groove and magnetic stripe stopper slot.

A kind of soy bean milk making machine the most according to claim 1, it is characterised in that described head includes that upper cover and lower cover, the lower end of upper coupler are provided with two row contact pins, and two row contact pins are plugged in lower coupler through lower cover；The upper end of upper coupler is provided with the spacing crimp groove of cross, above covers and is provided with the cross retaining convex rib that crimp groove spacing with cross matches；Described support upper end is provided with lower coupler mounting groove, and lower coupler clamping is arranged in lower coupler mounting groove.

A kind of soy bean milk making machine the most according to claim 3, it is characterised in that arranging tri-waterlines of 900ml, 1100ml and 1300ml in described cup, 900ml is the lowest water level line within cup, and 1300ml is the peak level district within cup.

A kind of soy bean milk making machine the most according to claim 7, it is characterised in that the heating distance of the coiling group on described lower carriage to bottom of cup is H1, and the heating distance of the coiling group on upper bracket to cup sidewalls is H2；Upper bracket top is H3,5mm≤H3 H2 H1≤12mm to the distance of the 900ml waterline of cup.

A kind of soy bean milk making machine the most according to claim 1, it is characterized in that described support upper end is H4 higher than cup upper end, support upper end with the spacing of cup upper end, cup upper end is H5 with the distance of head lower surface, 0 ＜ H5 ＜ 5mm, H4 >=5mm；The height of head upper end is H6, and it is H7, H7 >=H6 that head is absorbed in the height of support.

A kind of soy bean milk making machine the most according to claim 1, it is characterised in that being additionally provided with the detachable falope ring of annular on the circumference of described support upper end, head falope ring detachable with annular touches and coordinate.