CN207270265U - Pressure soybean milk machine - Google Patents

Abstract

An object of the utility model is to provide a pressure soybean milk machine, wherein the boiler has the drainage mechanism who is suitable for automatic drainage. According to the utility model discloses a pressure soybean milk machine includes the boiler, wherein, the boiler includes the furnace body, the bottom of furnace body has the outlet, and the sealing member the boiler still includes drainage mechanism, be equipped with the sealing member of sealed this outlet between drainage mechanism and this outlet, this drainage mechanism is through removing the sealing member is opened and is closed the outlet.

Description

Pressure soy milk grinder

Technical field

It the utility model is related to pressure soy milk grinder.

Background technology

In today that specialization increasingly refines, the rhythm of life of people will be getting faster, big people from portion is difficult to extraction very More times prepare daily breakfast, and the nutrition of carryout and health etc. are difficult to obtain safe guarantee, in order to meet People's daily nutrition demand, particularly pursues health, high-quality food, meets convenient, balanced, safe and healthy, delicious Etc. the requirement of function.Therefore, the food cooking machine of such as soy bean milk making machine etc largely comes across in the market.

Currently, structure is mainly used by the food cooking machine of in the market such as soy bean milk making machine：With heat-generating pipe or heat-generating disc Direct-fired structure, food process, which is crossed, is also easy to produce the problems such as hot and cold alternation is uneven in engineering, fail good solution, etc. Treat that the problems such as time is long, food process is excessive and processing is not yet done causes the loss of food nutrition.The technical problem master of this structure It is presented with：

1st, food hot/cold alternating is uneven, is also easy to produce spilling, burns, is sticking；

2nd, process time is long, food is easy to overprocessing or processing is not in place etc.；

3rd, the integral structure of ladle body of the heat-generating pipe with placing food materials is inconvenient in dismounting and cleaning, easy to clean not do Only.

Utility model content

The purpose of this utility model is to provide a kind of pressure soy milk grinder, boiler therein is self-draining with being suitable for Drainage mechanism.

Pressure soy milk grinder according to the present utility model includes boiler, wherein, the boiler includes furnace body, the bottom of the furnace body Portion has discharge outlet, and boiler described in seal further includes drainage mechanism, and sealing is equipped between the drainage mechanism and the discharge outlet The discharge outlet is opened and closed to the seal of the discharge outlet, the drainage mechanism by the movement seal.

In one embodiment, the seal is arranged in the furnace body, and institute is covered in the inner side of the bottom of the furnace body State the periphery of discharge outlet.

In one embodiment, the drainage mechanism includes being arranged on locating support, push rod and the gearing below the furnace body Bar, the push rod are slidably disposed on the locating support, and the upper end of the push rod connects the seal, the gearing Bar is hinged on the lower end that on the locating support and one end is hinged the push rod, and the rotation of the interlocking lever promotes the push rod, And then the seal is driven to open the discharge outlet.

In one embodiment, the drainage mechanism further includes resetting-mechanism, and the resetting-mechanism keeps the seal Sealing the position of the discharge outlet.

In one embodiment, the resetting-mechanism includes resetting spring, and the resetting spring is arranged at the locating support, And apply elastic force to the push rod, to force the push rod that there is the mobile trend to the direction for closing the discharge outlet.

In one embodiment, the locating support has guide sleeve, and the push rod can slide up and down to through the guiding Set.

In one embodiment, the upper end of the push rod has mushroom head, and the seal is coated on the outside of the mushroom head.

In one embodiment, the interlocking lever is using the fixing point of its hinged locating support as fulcrum, as lever Mode, which drives, drives the push rod.

In one embodiment, the other end of the interlocking lever is used for can be connected by the acting device that electric signal controls.

In one embodiment, the seal is the sealing ring at the edge for being fixed on above-mentioned discharge outlet, the drainage mechanism Including locating support, push rod and the interlocking lever being arranged on below the furnace body, the push rod is slidably disposed on the positioning On stent, the upper end of the push rod seals above-mentioned discharge outlet and compresses the seal, and the interlocking lever is hinged on the positioning On stent and one end is hinged the lower end of the push rod, and the rotation of the interlocking lever promotes the push rod, and then leaves the sealing Part and open the discharge outlet.

The beneficial effects of the utility model are：

There is discharge outlet in the bottom of furnace body, the seal drainage mechanism is opened and closed institute by the movement seal Discharge outlet is stated, once opening the discharge outlet, water is just discharged from the bottom of furnace body, therefore is suitable for Auto-drainage.

Brief description of the drawings

The above and other feature, property and advantage of the utility model will be by with reference to the accompanying drawings and examples Description and become readily apparent from, wherein：

Fig. 1 is the exploded partial view of the pressure soy milk grinder in one embodiment of the utility model.

Fig. 2A is the decomposition view of the body of the pressure soy milk grinder.

Fig. 2 B are the partial sectional view of the pressure soy milk grinder.

Fig. 3 is the decomposition view of the staving component of the pressure soy milk grinder.

Fig. 4 is the stereogram of the engine base.

Fig. 5 is the decomposition view of the engine base of the pressure soy milk grinder.

Fig. 6 is the decomposition view of the boiler of the engine base.

Fig. 7 A are the partial sectional view of the boiler.

Fig. 7 B are longitudinal half sectional view of the boiler.

Fig. 8 A are the stereogram of the locating support of the boiler.

Fig. 8 B are the half sectional view of the locating support of the boiler.

Fig. 9 is the partial sectional view of the engine base.

Figure 10 is the stereogram according to the engine base in another embodiment of the utility model.

Figure 11 is the partial sectional view according to the body in another embodiment of the utility model.

Figure 12 is the stereogram according to upper coupler in another embodiment of the utility model.

Figure 13 is the stereogram according to the lower cover of the head in another embodiment of the utility model.

Embodiment

With reference to specific embodiments and the drawings, the utility model is described in further detail, elaborates in the following description More details are in order to fully understand the utility model, but the utility model obviously can be different from what this was described with a variety of Other manner is implemented, and those skilled in the art can be in the case of without prejudice to the utility model connotation according to practical application feelings Condition makees similar popularization, deduces, therefore should not limit the scope of protection of the utility model with the content of this specific embodiment.

It should be noted that these and follow-up other attached drawings are only as an example, it is not to be according to equal proportion What condition was drawn, and should not be construed as limiting in this, as the protection domain to the utility model actual requirement.

As shown in Figure 1, body and engine base 20, head are included according to the pressure soy milk grinder of one embodiment of the utility model Include head 10 and staving component 16 again.

Head：

As shown in Figure 2 A and 2 B, head 10 includes upper cover 13, inner cover 14 and lower cover 15, is also set up in head 10 all kinds of Electronic device, including solenoid valve 192, valve 194 of uncapping, air bleeding valve 196 and relief valve 197.Upper cover 13 include upper cover body 13A, from The upper dished cover 13B outwardly upper cover body 13A and perisporium 13C extended downwardly along whole upper cover.Set above upper cover body 13A There is handle 131, upper cover body 13A has the first substantially centered perforate 130, and the first perforate 130 is used to install the handle 131.Upper cover body 13A also has the second perforate 132, and the second perforate 132 coordinates with cover board 193 described later, for installing above-mentioned unload Pressure valve 197.

The structure of inner cover 14 is described below, which includes inner cap body 14A and outwardly from inner cap body 14A Coupler mounting portion 14B.Inner cap body 14A medial recess, has the projection seat 142 positioned at center, positioned at the left side of projection seat 142 in it Electromagnetism valve housing 149 and the valve housing 148 of uncapping positioned at the right side of projection seat 142.Inner cover 14 is also configured with cover board 193, the lid Plate 193 has solenoid valve cap 1931, axle hole 1932 and pressure-relief valve cap 1933.The solenoid valve 192 is installed on electromagnetism On valve housing 149, the valve 194 of uncapping, which is installed on, uncaps on valve housing 148.

The structure of solenoid valve 192 and pressure-relief valve 197 is described below, the solenoid valve 192 has the moving axis 1920 that can be protruded, Moving axis 1920 can be moved the amount of setting by it according to the command signal that controller described later is sent.Opened from second axle hole 1932 It is slightly prominent in hole 132.The pressure-relief valve 197 includes exhaust joint 1971, air exhaust rod 1972 and clump weight 1973, and exhaust connects First 1971 can have more exhausting-gas hole substantially into the structure of nut, and air exhaust rod 1972 in a tubular form, is communicated with each exhausting-gas hole, Clump weight 1973 is movably seated the top of air exhaust rod 1972, and air exhaust rod 1972 is sealed under normality, can when up being promoted To open air exhaust rod 1972.The clump weight 1973 of pressure-relief valve 197 is from middle protrusion, electromagnetism on the axle hole 1932 of above-mentioned cover board 193 The moving axis 1920 of valve 192 can promote the clump weight 1973 of pressure-relief valve 197.

194 structure of valve of uncapping is described below, valve 194 of uncapping has vertical axis 1941 and trunnion axis 1942, and uncapping valve 194 can It is slidably arranged in and uncaps on valve housing 148.Valve housing 148 of uncapping includes two convex ribs 1481 for protruding from 14 surface of inner cover And the multiple claws 1482 set in each outside of convex ribs 1481, valve 194 of uncapping are slidably located on two convex ribs 1481, two It is spacing to arrange top progress of the claw 1482 to the both sides for valve 194 of uncapping.

Air bleeding valve 196 is in the form of a column, and two is slightly bigger than middle.Lower cover 15 is equipped with perforation 1501, and inner cover 14 is equipped with perforation 146, air bleeding valve 196 is set through the perforation 1501 and perforation 146.Head 10 is covered on after staving component 16, air bleeding valve 196 are used to exclude the cold air in staving component 16 when beginning to use, and are full of steam in staving component 16 so that staving group Part 16 is built-in to erect fixed pressure, hereafter air bleeding valve 196 can be pressed within promotion, move up.

Inner cover 14 corresponds to air bleeding valve 196 and is equipped with air cavity 147, and air cavity 147 has perisporium and bottom wall, and above-mentioned perforation 146 is set On bottom wall, the pressure-relief valve cap 1933 of cover board 193 is covered on the perisporium of air cavity 147, and one is encircled into air cavity 147 A cavity, the cavity are communicated with the axle hole 1932 on cover board 193.The perisporium and pressure-relief valve cap 1933 of air cavity 147 are encircled into Cavity wall on be respectively formed with perforation, trunnion axis 1942 for above-mentioned valve 194 of uncapping stretches into and solenoid valve 192 Moving axis 1920 stretches into.It is propelled upwardly into if air bleeding valve 196 is pressed among the cavity, air bleeding valve 196 uncaps limitation The movement of valve 194, at this time head 10 and staving component 16 will be unable to open, to ensure safety, relevant matching relationship passes through rear The description in face is described in detail.

The course of work of the pressure-relief valve 197 is described below, the clump weight 1973 of the pressure-relief valve 197 protrudes from axis hole Portion 1932, staving component 16 is interior to pass through letting out between air bleeding valve 196 and perforation 1501 in the part cold air before establishing internal pressure Gap discharge is leaked, air cavity 147 is entered, is then discharged from axle hole 1932.The clump weight 1973 of pressure-relief valve 197 can be set Fixed internal pressure jacks up, once after release, the clump weight 1973 of pressure-relief valve 197 can be seated on air exhaust rod 1972, in reality In work, pressure-relief valve 197 can repeatedly be acted by the mode for promoting and then resetting.The moving axis 1920 of solenoid valve 192 is upon receipt After the instruction for the controller stated, the clump weight 1973 of pressure-relief valve 197 is promoted, so as to be protected between clump weight 1973 and air exhaust rod 1972 Specific gap is held, the pressure of setting will be kept in staving component 16, so that the processing temperature (boiling point) of food materials be maintained at The temperature of setting.

With continued reference to Fig. 1, Fig. 2A and Fig. 2 B, the perisporium 13C of upper cover 13 is located on the periphery of inner cover 14, and inner cover 14 is sat Fall on lower cover 15, connected by way of can realizing sealing between three by way of gasket and being connected fastener Together.Lower cover 15 has the slightly canister portion 151 of taper and the outwardly extending ring flange 150 of upper shed from canister portion 151.Unload The exhaust joint 1971 of pressure valve 197 is located at the downside of lower cover 15, and air exhaust rod 1972 passes through another perforation 1502 on lower cover 15, and The perforation (be blocked in figure and do not show) on air cavity 147 on inner cover 14 is further passed through, clump weight 1973 can Actively it is seated on air exhaust rod 1972.

Air bleeding valve 196 is installed in the perforation 1501 of ring flange 150, and perforation 1501 and 146 substantial coaxial lines of perforation are set Put, canister portion 151 is used to install motor 17, and the motor shaft of motor 17 is pierced by connection reducing mechanism 172 from the bottom of canister portion 151.

With continued reference to Fig. 1, Fig. 2A and Fig. 2 B, handle 131 is with operation portion 1311, axle portion 1314, long-armed 1312 and galianconism 1313.Handle 131 is installed in rotation on the centre bore 130 of upper cover 13 by axle portion 1314.The bottom of axle portion 1314 is seated in In the projection seat 142 at the middle part of above-mentioned inner cover 14, coordinate with projection seat 142 in a manner of axis hole connects, and can be fastened by screw etc. Part links together.Operation portion 1311 exposes to upper cover 13, and long-armed 1312 and galianconism 1313 are located at the downside of upper cover 13, i.e. upper cover Between 13 and inner cover 14.Long-armed 1312 and galianconism 1313 respectively from the radially projecting of axle portion 1314.

Collar 140 is additionally provided between inner cover 14 and lower cover 51, collar 140 has the thrust pin of prominent side surface thereon 1401 and four latches 1402 in its lower side.Side wall of the inner cover 14 on side is formed with arc elongated slot 141, collar 140 thrust pin 1401 is connected through arc elongated slot 141 with long-armed the 1312 of handle 131, and thrust pin 1401 is mounted slidably In the arc elongated slot 141 of the close neighboring of inner cover 14, when manual rotary operation portion 1311, whole handle 131 is with axle portion Rotated centered on 1314, thrust pin 1401 is driven by long-armed 1312, is slided in arc elongated slot 141.

Galianconism 1313 has elongate slots 1960, and the vertical axis 1941 for valve 194 of uncapping is movably located in elongate slots 1960. One end of above-mentioned air bleeding valve 196 is arranged in the perforation 1501 of the ring flange 150 of lower cover 15, once setting is established in the inside of head 10 Pressure, air bleeding valve 196 promotes by internal pressure, moved up from the perforation 146 of 147 bottom of air cavity, valve 194 of uncapping Trunnion axis 1942 is limited by air bleeding valve 196.Sealing ring can be covered on air bleeding valve 196, or in the upper and lower side of perforation 1501 It is just close by sealing ring between the lower end of air bleeding valve and the lower port of perforation 1501 after air bleeding valve 196 is ejected if sealing ring Seal, the steam in cup body component can not be from this discharge.

Join shown in Fig. 3, the flange 1611 of the cup body 161 of staving component 16 has multiple outstanding latches 1612.Such as Position shown in Fig. 2A, the latch 1402 of collar 140 are caught in the latch 1612 of cup body 161, and latch 1402 interlocks with latch 1612, Head 10 and staving component 16 are interlocking states, and body can not be separated with 10 staving components 16, once produced in staving component 16 Enough internal pressures, air bleeding valve 196 is pushed up, and air bleeding valve 196 will occupy the movable passageway for valve 194 of uncapping, therefore can not turn Dynamic handle 131.When 196 times backwardnesss of air bleeding valve, handle 131 is rotated counterclockwise, drives the thrust pin 1401 of collar 140 to turn to The right end of arc elongated slot 141, meanwhile, air bleeding valve 196 is pushed to the other end for valve housing 148 of uncapping (shown in Fig. 2A The opposite one end in position), latch 1612 is separated with latch 1402, will can be by head 10 from staving component by handle 131 Itd is proposed on 16.

Uncap and be additionally provided with tongue tube 195 on valve 194, tongue tube 195 is pressed within air bleeding valve 196 and is pushed to top dead centre Afterwards, a signal is produced, the controller of food cooking machine judges that body is in safe mode according to the signal, i.e. handle at this time 131 is inoperable, and head 10 will not be with departing from staving component 16.

With continued reference to Fig. 1, Fig. 2A and Fig. 2 B, between the coupler mounting portion 14B of upper the dished cover 13B and inner cover 14 of upper cover 13 Be encircled into a space, coupler 191 in receiving, upper coupler 191 is fixed on coupler mounting portion 14B, its be used for Lower coupler electrical couplings described later, with transmission of control signals and electric energy, in solenoid valve 192, motor 17 and head 10 other Element needs the component of electric energy or electric signal to be supplied by upper coupler 191.

Emphasis is with reference to shown in figure 2B, the steam pipe arrangement for the transmission steam being further fixed on head 10 into staving component 16 18, steam pipe arrangement 18 has pipe fitting 181, bend pipe 185 and straight tube 184 and a regulating valve 182, and pipe fitting 181 is from coupler Passed through in mounting portion 14B, straight tube 184 enters staving group through the inner cap body 14A of inner cover 14 and the ring flange 150 of lower cover 15 Part 16, it can connect with the steam (vapor) outlet on engine base, to introduce steam.Pipe fitting 181 can pass through sealing shroud or sealing ring 183 On coupler mounting portion 14B, steam enters bend pipe 185, then enter straight tube from bend pipe 185 after wherein introducing 184, then sprayed from regulating valve 182.Regulating valve 182 has non-return effect, prevents food materials slurries to be redirected back into steam and match somebody with somebody In pipe 18.Bottom wall of the steam output end of steam pipe arrangement 18 close to staving component 16.

Staving component 16：

As shown in figure 3, staving component 16 includes staving 161 and handle 162, staving 161 is used to hold food materials, food materials and water Beaten wherein, its material can be stainless steel, and upper connecting base 166 and lower connecting base 165, upper company are provided with the outside of its ladle body Joint chair 166 provides horizontal connecting hole 1660, and lower connecting base 165 is provided with vertical vias 1650.Upper connecting base 166, lower connection Seat 165 can be welding or be shaped on staving 161, the Handheld Division of handle 162 is provided with horizontal pin hole 1621, its with 1660 substantial coaxial line of horizontal connecting hole is set, and fastener 164 passes through to horizontal pin hole 162 and reconnects horizontal connecting hole 1660, the head of fastener 164 is hidden in horizontal pin hole 1621.Bottom on the outside of 161 ladle body of adjoining staving of handle 162 It is provided with figure since the vertical pin hole that does not show of being blocked, fastener 163 are reconnected through the vertical pin hole from bottom to top Vertical vias 1650, by the connection of fastener 164,463, handle 162 is securely connected on staving 161, handle 162 There is the groove for receiving upper connecting base 166, lower connecting base 165 towards the sidepiece on the outside of 161 ladle body of staving, by upper connecting base 166 It is hidden in wherein with lower connecting base 165, as shown in Figure 2 A and 2 B, externally, upper connecting base 166 and lower company can not be aware of Joint chair 165.Fastener 164,163 can be bolt or its similar connector.

Engine base：

Fig. 4 shows the stereogram of engine base 20, and Fig. 5 shows the three-dimensional exploded view of engine base 20.As shown in Fig. 4 and Fig. 5, The housing of engine base 20 includes shell 21 and base 22, and shell 21 and base 22 connect into the whole housing of engine base, and engine base 20 also wraps Circuit controller 23 is included, it is with aforementioned electromagnetic valve 192, motor 17 etc. is electrically connected.Circuit controller 23 is built in shell 21, boundary Faceplate panels 24 cover circuit controller 23, and interface panel 24 can be button or touch input, its input signal is transferred to electricity Road controller 23, it can be used for the species for setting food materials, the parameter setting of food materials processing.Boiler 3, boiler are mounted with engine base 20 3 are used to produce steam, its steam is transferred in staving component 16 by dedicated steam pipe arrangement 18, and food materials are heated.Power supply Socket 27 is used to be connected with extraneous power supply, it can draw housing by power cord, and lower coupler 26 is arranged on shell 21, is used In with foregoing upper 191 electric coupler of coupler, be used for transmission electric power signal or weak electric signal.Steam joint 25 is arranged on shell On 21, its one side provides the steam (vapor) outlet of boiler 3 sealing between shell 21, on the other hand, as interface with it is foregoing The pipe fitting 181 of steam pipe arrangement 18 be tightly connected.

In combination with shown in Fig. 9, shell 21 is provided with bucket seat 210, and bucket seat 210 has side wall 2101 and bottom wall 2102, bucket Body component 16 is seated in bucket seat 210.The staving 161 of staving component 16 has the bucket of flange 1611, flange 1611 and staving 161 It is 1612 transition of fillet between body.Six arcs that bucket seat 210 has the convex ribs 2107 of annular and formed on convex ribs 2107 Boss 2103, the quantity of six boss 2103 can increase or decrease according to the size of bucket seat 210, and six boss 2103 are set It is highly equal on same circle.The inward flange of six boss 2103 can be fillet or right angle, itself and flange 1611 and staving 1612 phase card of fillet between 161.After staving 161 is put into bucket seat 210, when inward flange and the 1612 phase card of fillet of boss 2103 Afterwards, it can be determined that staving 161 exactly fits into position, and upper plane of the downside of flange 1611 also with boss 2103 is developed at this time.Such as Shown in Fig. 9, there are gap 900 between the bottom wall 1613 of staving 161 and the bottom wall 2102 of bucket seat 210, staving 161 is by boss 2103 support and are suspended in bucket seat 210, pass through preset clearance 900, it may be determined that the flange 1611 and boss of staving 161 2103 develop.The side wall 2101 of bucket seat 210 also has notch 2104, and notch 2140 is used for the handle with body assembly 16 162 coordinate, and handle 162 can mutually block with notch 2140.Staving component 16 can be by operating handle 162 from bucket seat 210 Take out.After food materials machine, held the staving component 16 of food materials and can rest entirely on and soak or clean in water, particularly Husked rice paste, special dense soy milk when food, the dry and hard residue on staving 161 can be placed on soaked in water after rinse again, can be with Ensure the health determined.Osculum 2105 is provided with the bottom wall 2102 of bucket seat 210, after intaking in bucket seat 210, row can be passed through Discharged in water hole 2105.The bucket seat 210 of shell 21 can be molded by plastic material, it plays the work of the outer barrel of staving 161 With playing the role of receiving, support, heat-insulated etc. to staving 161, the two can be disposed separately, this can play foregoing various good Place.

As shown in Figure 4 and Figure 5, the top of shell 21 have be higher by bucket seat 210 upper surface boss 211, boss 211 with The sides adjacent of bucket seat 210 has the recess 213 to concave, and staving component 16 is inserted after bucket seat 210, and head 10 is covered in bucket On seat 210, upper dished cover 13B and coupler mounting portion 14B is correspondingly embedded into recess 213.The platform that the bottom of recess 213 is formed Face 2132 has coupler hole 2130 and steam joint hole 2131, and lower coupler 26 is installed in coupler hole 2130, from coupling It is prominent in device hole 2130, sealed by sealing element therebetween.Steam joint 25 is prominent from steam joint hole 2131, Steam joint 25 is sealing ring or sealing shroud, the upper coupling set among upper dished cover 13B and coupler the mounting portion 14B of head 10 Device 191 and pipe fitting 181 are docked with corresponding lower coupler 26 and steam joint hole 2131 respectively.

The position of table top 2132 is higher than the upper plane 2106 of bucket seat 210, and table top 2132 can be to avoid the upper flat of bucket seat 210 Water stain on face invades lower coupler 26, or the junction in lower coupler 26 and coupler hole 2130, and then avoids under Workpiece in coupler 26 or shell 21 produces unfavorable image.Diversion trench can also be set on table top 2132, water is led Stream is forced off the table 2132, such as is directed to the upper plane of bucket seat 210.Upper coupler 191 is plug, and lower coupler 26 is socket, The two can be docked up and down.Staving component 16 is in picking and placeing, adding water, cleaning, digestion process, and plane is more or less in bucket seat 210 It is water stain that part will be left, there are vibrations when opening operating, it is water stain irregularly to be flowed with vibrations around, because coupler is installed Position is close from plane in bucket seat 210, passes through the table top 2132 raised, it can be ensured that the water stain card hole that will not flow to coupler Interior, if conversely, in the case that water stain in gap does not clean up, hygienic state cannot be protected, and coupling can be caused when serious Clutch short circuit.

Emphasis is described to 3 structure of boiler of engine base 20 below, as shown in figs 6-8, boiler 3 includes furnace body 31, is arranged on stove The bell 32 of 31 open top end of body, the drainage mechanism 35 for being arranged on 31 lower openings of furnace body, be arranged on adding for 31 bottom of furnace body Hot plate 36 etc..Furnace body 31 is used to fill water 40, and drainage mechanism 35 can make 31 sealed bottom of furnace body when furnace body 31 works, and is needing When wanting draining, the opening of 31 bottom of furnace body is opened.The top of furnace body 31 is obturaged by bell 32, is provided with bell 32 and is protruded from stove The water inlet tubing string 322 of 32 upper surface of lid and the steam (vapor) outlet tubing string 321 for protruding from 32 upper surface of bell, water inlet tubing string 322 Upper port is water inlet, it is sealed by sealing cover 34, after opening sealing cover 34, can add water toward furnace body 31 is interior, sealing cover 34 can With the sealed connection between tubing string 322 of realizing and intake by sealing ring 341, the company between sealing cover 34 and water inlet tubing string 322 Connect is that can be either threadedly coupled with snapping or other dismountable connection modes connections.The periphery of bell 32 passes through fastener 38 peripheral sealing unremovably with the open top end of furnace body 31 is connected, and fastener 38 can be screw or rivet, stove The periphery of lid 32 and the periphery of the open top end of furnace body 31 are coordinated with step surface complimentary to one another, and sandwiched is close between step surface Sealing 324.Realize outside non-dismountable connection, can also realize by other means, such as pass through except through fastener 38 Welding, during welding, applies enough pressure by fixture between bell 32 and furnace body 31, then implements welding.32 He of bell It is outer to seal except through seal 324 between furnace body 31, the metal material of itself between bell 32, furnace body 31 can also be utilized Material is realized be tightly connected at a pressure sufficient.Steam (vapor) outlet tubing string 321 is used to discharge steam into staving component 16, and steam goes out Mouth tubing string 321 is inserted in the steam joint 25 shown in Fig. 5, and steam joint 25 can realize steam (vapor) outlet tubing string 321 and shell 21 Steam joint hole 2131 between sealing, while steam joint 25 can also be inserted into as the pipe fitting 181 shown in Fig. 2 B, sealing Pipe fitting 181.Pressure limiting valve 33 is additionally provided with bell 32, prevents the pressure in furnace body 31 from exceeding the pressure of setting, it is ensured that safety, The structure of pressure limiting valve 33 is similar to the structure of pressure-relief valve 197, and after the pressure in furnace body 31 reaches limitation, its counterweight is pressed within Jack up, pressure relief channels are opened, and start to discharge pressure.Water level identification electrode 37, the water level are additionally provided with bell 32 Identification electrode 37 is electrically connected with circuit controller 23, and circuit controller 23 identifies that the signal that electrode 37 provides judges according to water level Whether water level is less than the water level of setting in furnace body 31, further ensures that the safety of boiler 3.

With continued reference to Fig. 6, Fig. 7 A and Fig. 7 B, the bottom wall 311 of furnace body 31 has discharge outlet 3110, and discharge outlet 3110 is by sealing Pad 353 covers, and drainage mechanism 35 is used to promote gasket 353 to realize the on or off of discharge outlet 3110.The bottom wall of furnace body 31 311 are provided outside heat-generating disc 36, and heat-generating disc 36 heats the water of furnace body 31 after being powered, and then produces steam, heat-generating disc 36 are configured with thermal fuse-link 361, prevent furnace body 31 from overheating, and are also configured with temperature controller 363 and tabletting 362.Drainage mechanism 35 includes The locating support 355, interlocking lever 351, push rod 352 of the lower section of bottom wall 311 are arranged on, interlocking lever 351 is articulated with by pin 3512 It is fulcrum with pin 3512 on locating support 355, one end of interlocking lever 351 is cut with scissors by the lower end of pin 3511 and push rod 352 Connect, the other end of interlocking lever 351 is used to connect with the solenoid valve not shown in figure or the similar acting device for producing thrust Connect, interlocking lever 351 drives push rod 352 in a manner of lever, and push rod 352 is slidably disposed through the axle sleeve of the offer of locating support 355 3551, axle sleeve 3551 provides push rod 352 slide-and-guide effect, and the upper end of push rod 352 is mushroom head 3520, and gasket 353 wraps Overlay on the outside of mushroom head 3520.Apply a downward thrust in the left end of interlocking lever 351, interlocking lever 351 is with pin 3512 It is pivoted, its right end is rotated up, and push rod 352 is correspondingly moved up, so that drive gasket 353 to move up, Therefore discharge outlet 3110 is opened.Resetting spring 354 is additionally provided with locating support 355, resetting spring 354 is on push rod 352 Downward thrust is applied with, to force push rod 352 to have the trend moved downward, removal acts on the power of 351 left end of interlocking lever Afterwards, under the action of resetting spring 354,352 slide downward of push rod, drives gasket 353 to move downward, again by draining Mouth 3110 is closed.In another embodiment, resetting for gasket 353 can also be by promoting the acting device of interlocking lever 352 Reset to realize.In another embodiment, gasket 353 can also be substituted for other seals, such as replace with sealing ring, Sealing ring is fixed on the edge of discharge outlet 3110, and the mushroom head 3520 of the upper end of push rod 352 seals discharge outlet 3110, it is lower flat Face is pressed on sealing ring, and similarly, the rotation of interlocking lever 351 promotes push rod 352, and then leaves sealing ring and open discharge outlet 3110。

Referring concurrently to Fig. 8 A and Fig. 8 B, locating support 355 includes supporting plate 3550, dashes forward in the upper surface of supporting plate 3550 Going out the outer shroud baffle ring 3552 and axle sleeve 3551 of setting, outer shroud baffle ring 3552 is looped around the periphery of axle sleeve 3551, the two is spaced apart, Formed with two osculums 3553 on supporting plate 3550 between outer shroud baffle ring 3552 and axle sleeve 3551, axle sleeve 3551 is slightly It is higher by outer shroud baffle ring 3552.Multiple screw poles 3554 are additionally provided with supporting plate 3550, screw pole 3554 is accessed by screw, Furnace body 40 is reconnected, so that locating support 355 to be fastened on to the bottom of furnace body 40.The shaft shoulder is formed in the lower part of axle sleeve 3551 3545, the shaft shoulder 3545 offsets with resetting spring 354.The support plate 3555 protruded from the lower surface of supporting plate 3550 is used to connect branch Support interlocking lever 351.

Figure 10 to Figure 13 shows another embodiment of the utility model, and the present embodiment continues to use the element mark of previous embodiment Number and partial content, represent identical or approximate element wherein adopting and being denoted by the same reference numerals, and optionally eliminate identical The explanation of technology contents.Explanation on clipped can refer to previous embodiment, and it is no longer repeated for the present embodiment.This implementation Example and previous embodiment are a difference in that between coupler 191 (the first coupler) and lower coupler 26 (the second coupler) Docking mode it is different, previous embodiment is to inserting connection, the present embodiment is to be horizontal to inserting connection up and down.Such as Figure 10 to Figure 13 institutes Show, lower cover 15 is provided with guide rail 155, and upper coupler 191 ' is provided with the guide groove 1910 of corresponding rails 155, and guide groove 1910 is nested On guide rail 155.Upper coupler 191 ' also has push button stent 1911, and the correspondence push button of upper cover 13 stent 1911 is provided with elongated Sliding slot 139, push button stent 1911 is prominent from sliding slot 139, can promote push button stent 1911 with hand, and then make coupler 191 ' slide along guide rail 155 is horizontal.The upper dished cover 13C that upper cover 13 provides is than shown in Fig. 2A and Fig. 2 B in previous embodiment Upper dished cover 13B want it is short very much.Meanwhile the coupler mounting portion 14B on inner cover 14 cancels, and correspondingly, is set on lower cover 15 Lower dished cover 15B.It is understood that in order to realize that the horizontal of upper coupler 191 ' slides, the installation of upper coupler 191 ' exists respectively Conversion in kind details, such as convex ribs are provided on upper coupler 191 ', guide groove is correspondingly provided on lower cover 15, or inside It is also possible that guide groove is provided on lid 14.

As shown in Figure 10, shell 21 has the boss 211 for protruding from 210 upper surface of bucket seat, and boss 211 is adjacent to bucket seat 210 Side there is the recess 213 ' that is inwardly recessed, the lower coupler 26 of installation on the vertical sidewall of recess 213 ', when staving component 16 It is positioned over after bucket seat 210, head 10 is covered on staving component 16, is installed in place and then pushes away the upper level of coupler 191 ' Go out, it is coupled with lower coupler 26.Upper coupler 191 ' and lower coupler 26 are physically located same level height, can be with It is understood that the directional terminology such as upper and lower is only used for distinguishing different technical characteristics herein, to its, actual relative position does not produce reality The restriction effect of matter.Steam joint hole 2131 is arranged in the upper plane of bucket seat 210, can be with the pipe fitting of steam pipe arrangement 18 It is pierced by the lower dished cover 15B from lower cover 15.It is arranged on due to the docking location of coupler on the vertical sidewall of boss 211, its Highly be higher than the upper plane of bucket seat 210, thus it is water stain will not enter in shell 21, or enter in coupler, enhance The performance that discharges water of coupler.

The pressure soy milk grinder that previous embodiment is recorded can quickly and wholesomely make food materials, and the food process time can contract It is short, process time can effectively be shortened using the scheme of supercharging temperature raising and closed smoldering during food materials are made, supercharging can have Effect lifting steam utilization, the structure of smoldering can allow food materials to be issued to fast ripe purpose in higher than 100 degree temperatures above.It is made Make the processes of food materials approximately as：

It can be allowed in staving component 16 by inputting steam and quickly risen, when temperature is risen on 100 degree in staving 161, The food of staving 161 can accelerate maturation, and the mouthfeel of food is also more aromatic.Produced after being heated using the independent confined space of boiler 3 Raw steam forms the mode of high pressure in boiler 3, inputs the staving group of the closed covering of head 10 again by steam pipe arrangement 18 In part 16.When high-temperature steam conduction is in liquid in staving component 16, lead to the mode of energy exchange, high-temperature steam can be Liquid in staving component 16 is slowly warmed up fluidized state, and during boiling is heated to, head 10 can be in staving component Several whipping process for crushing food materials, when the liquid in staving component 16 is heated to more than 90 degree, the pressure of rising are performed in 16 Can the discharge out of air bleeding valve 196 cold air during power.Due to perforation 1501 and row of the gas in staving 161 by lower cover 15 at this time The gap discharge of air valve 196, forms pressure, clearance control is in 1.5mm-4mm because discharge hot gas can allow in staving 161 not in time Between, when input pressure is greatly to setting pressure, air bleeding valve 196 is pressed within jack-up, is automatically closed.Then by heating, pressurize, It is some or all of in several actions such as release, whipping, food is processed according to the process route of setting, when circuit control Device 23 processed recognize food it is well-done after, electromagnetic valve of instruction 192 promote 197 automatic discharging pressure of pressure-relief valve, pressure-relief valve after the completion of row pressure 197 self-returns, food process are completed, and circuit controller 23 instructs acting device to control drainage mechanism 35 more in boiler 3 again Remaining water discharge.

Although the utility model is disclosed as above with preferred embodiment, its be not for limiting the utility model, it is any Those skilled in the art without departing from the spirit and scope of the utility model, can make possible variation and modification.Cause This, every content without departing from technical solutions of the utility model, according to the technical essence of the utility model to above example institute Any modification, equivalent variations and the modification made, each fall within the protection domain that the utility model claims are defined.

Claims (10)

1. pressure soy milk grinder, including boiler, it is characterised in that the boiler includes furnace body, and the bottom of the furnace body has draining Mouthful, the boiler further includes drainage mechanism, and the seal for sealing the discharge outlet is equipped between the drainage mechanism and the discharge outlet, The discharge outlet is opened and closed to the drainage mechanism by the movement seal.

2. pressure soy milk grinder as claimed in claim 1, it is characterised in that the seal is arranged in the furnace body, in institute The inner side for stating the bottom of furnace body covers the periphery of the discharge outlet.

3. pressure soy milk grinder as claimed in claim 1, it is characterised in that the drainage mechanism includes being arranged under the furnace body Locating support, push rod and the interlocking lever of side, the push rod are slidably disposed on the locating support, the upper end of the push rod The seal is connected, the interlocking lever is hinged on the lower end that on the locating support and one end is hinged the push rod, the company The rotation of lever promotes the push rod, and then drives the seal to open the discharge outlet.

4. pressure soy milk grinder as claimed in claim 3, it is characterised in that the drainage mechanism further includes resetting-mechanism, described The seal is maintained at the position for sealing the discharge outlet by resetting-mechanism.

5. pressure soy milk grinder as claimed in claim 4, it is characterised in that the resetting-mechanism includes resetting spring, described multiple Position spring is arranged at the locating support, and applies elastic force to the push rod, to force the push rod to have to described in closing The mobile trend in the direction of discharge outlet.

6. pressure soy milk grinder as claimed in claim 3, it is characterised in that the locating support has guide sleeve, the push rod It can slide up and down to through the guide sleeve.

7. pressure soy milk grinder as claimed in claim 3, it is characterised in that the upper end of the push rod has mushroom head, described close Sealing is coated on the outside of the mushroom head.

8. pressure soy milk grinder as claimed in claim 3, it is characterised in that the interlocking lever is with its hinged locating support Fixing point is fulcrum, and the mode as lever, which drives, drives the push rod.

9. pressure soy milk grinder as claimed in claim 3, it is characterised in that the other end of the interlocking lever be used for can be by electricity The acting device connection of signal control.

10. pressure soy milk grinder as claimed in claim 1, it is characterised in that the seal is to be fixed on above-mentioned discharge outlet The sealing ring at edge, the drainage mechanism includes being arranged on locating support, push rod and the interlocking lever below the furnace body, described to push away Bar is slidably disposed on the locating support, and the upper end of the push rod seals above-mentioned discharge outlet and compresses the seal, The interlocking lever is hinged on the lower end that on the locating support and one end is hinged the push rod, and the rotation of the interlocking lever promotes institute Push rod is stated, and then leaves the seal and opens the discharge outlet.