CN209285259U - A kind of soy bean milk making machine - Google Patents

Abstract

A kind of soy bean milk making machine provided by the utility model, head including cup body component and above the cup body component, the cup body component includes glass bottle body up and down, and the heating dish being cooperatively connected with the bottle body lower part, the bottle body lower part is equipped with bottom surface, the heating dish is equipped with supporting surface, the bottom surface and supporting surface sealing cooperate, the interior of the supporting surface forms accommodating chamber along downward recess, heating element is set to the outer surface of the accommodating chamber, the outer of the supporting surface upwardly extends to form interconnecting piece, the interconnecting piece is connect with the lateral wall of the bottle body, the ratio range of the height H1 of the accommodating chamber and the height H3 of the glass bottle body are 3 to 8, the height H1 of the accommodating chamber is greater than 10mm.By adopting the above technical scheme, the leakproofness for improving cup body, is easily installed, and cup body moulding is changeable.

Description

A kind of soy bean milk making machine

Technical field

The utility model relates to household appliance technical field, in particular to a kind of soy bean milk making machine of heating.

Background technique

The cup body of soy bean milk making machine is generally using structure is moulded outside interior steel at present, and cup body water level line is printed in stainless steel inner container, nothing Method accomplishes water level line from cup body exterior visual, and after covering cup lid, user can not observe soy bean milk making machine slurrying whole process, influences The usage experience of user.

In the prior art, cup sidewalls are replaced using glass material, Glass base opens hole, and through hole is equipped with bottom and adds Hot plate (i.e. heating tube is arranged on the bottom wall of cup body).In existing glass cup body, the connection type of heating dish and glass bottle body Generally have following several schemes: one is the technical solution as disclosed in CN201610278256.8, the outer of heating dish forms recessed Slot in the lower end insertion groove of bottle body, is then fixed by way of gluing, using such mode, for the ease of beauty, Adhesive process of fighting each other requires height, and processing efficiency is slow；Another is as application No. is technologies disclosed in CN201020503000.0 Scheme, bottle body are equipped with the horizontal edge to extend internally, and the outer of heating dish is located at the top of horizontal edge, the branch being additionally provided with below horizontal edge Frame is fixed to clamp by bracket and heating dish and is sealed fixation on the horizontal edge, using such mode, for the ease of heating The installation of disk there are certain requirements the size of bottle body, be not easy to the aesthetics design of cup body.

Utility model content

In order to solve the above-mentioned technical problem, the utility model, which provides, a kind of is easily installed the good soy bean milk making machine of stability.

In order to reach the purpose of this utility model, the technical solution that the utility model is taken is as follows:

A kind of soy bean milk making machine, the head including cup body component and above the cup body component, the cup body component include Glass bottle body up and down, and the heating dish being cooperatively connected with the bottle body lower part, the bottle body lower part are equipped with bottom surface, institute Heating dish is stated equipped with supporting surface, the bottom surface and supporting surface sealing cooperate, the supporting surface it is interior along downward concave shape At accommodating chamber, heating element is set to the outer surface of the accommodating chamber, and the outer of the supporting surface upwardly extends to form interconnecting piece, institute It states interconnecting piece to connect with the lateral wall of the bottle body, the ratio of the height H3 of the height H1 of the accommodating chamber and the glass bottle body Being worth range is 3 to 8, and the height H1 of the accommodating chamber is greater than 10mm.

Further, the head includes the blade protruded into the cup body component, the blade to the accommodating chamber bottom The distance in portion is H2, the height H1, H1-H2 >=3mm of the accommodating chamber.

Further, the lateral wall of the bottle body lower part is equipped with the step outwardly protruded, the top volume of the interconnecting piece Song is pressed on the top of the step.

Further, the width of the step is 0.5mm to 5mm.

Further, the lateral wall of bottle body and the inner sidewall of heating dish are equipped with protrusion relatively and mutually matched revotating card Button.

Further, the lateral wall of the bottle body lower part is equipped with the first protrusion, and the interconnecting piece is equipped with the second protrusion, First protrusion spiral on the lateral wall of the bottle body lower part is arranged to form thread protrusion, and second protrusion adds described Interval setting forms salient point on the interconnecting piece of hot plate or spiral is arranged to form thread protrusion, first protrusion and the second protrusion It is cooperatively connected；

Alternatively, the lateral wall of the bottle body lower part is equipped with the first protrusion, the interconnecting piece is equipped with the second protrusion, described The interval setting on the lateral wall of the bottle body lower part of first protrusion forms salient point, company of second protrusion in the heating dish Interval setting forms salient point in socket part or spiral is arranged to form thread protrusion, and first protrusion and the second male cooperation connect It connects.

Further, the top of the interconnecting piece extends outward to form flange.

Further, the lateral surface of the flange and the interconnecting piece forms groove, further includes the bottom below cup body The outer of lid, the bottom cover is embedded in the groove；Alternatively, the flange is crimping setting.

Further, the bottom surface of the bottle body and the supporting surface are sealed by ring type seal cooperates, the supporting surface It is equipped with aperture, the sealing ring is equipped with convex ribs, and the convex ribs are in the aperture；Alternatively, the bottom surface of the bottle body with The supporting surface is sealed by ring type seal to be cooperated, and the supporting surface is equipped with groove, and the sealing ring is set to the groove It is interior.

Further, it is equipped with closing-in structure with the glass pot, the upper end of the interconnecting piece is located at the closing-in structure Lower section.

The utility model has the beneficial effects that supporting surface is provided on the metal heating disc using above-mentioned technical solution, The bottom surface (i.e. bottom end face) of glass lower part is matched with the supporting surface, between the supporting surface and the bottom surface of glass lower part Be provided with sealing ring or sealant etc., for being sealed between heating dish and glass bottle body, and the outer of heating dish with The lateral wall of the bottle body connects, at this time without the concern for the size of the installing port up and down of glass bottle body, convenient for the moulding of bottle body On the other hand design and the installation of heating dish and bottle body are more favorable for promoting the close of heating dish and bottle body bottom surface horizontal direction Seal effect.

Other features and advantages of the utility model will illustrate in the following description, also, partly from specification In become apparent, or understood and implementing the utility model.The purpose of this utility model and other advantages can pass through Specifically noted structure is achieved and obtained in the specification, claims and drawings.

Detailed description of the invention

Attached drawing is used to provide to further understand technical solutions of the utility model, and constitutes part of specification, It is used to explain the technical solution of the utility model together with embodiments herein, not constitute to technical solutions of the utility model Limitation.

Fig. 1 is a kind of structure sectional view of cup body component；

Fig. 2 is the portion A structure enlargement diagram in Fig. 1；

Fig. 3 is the structure sectional view of another cup body component；

Fig. 4 is the portion B structure enlargement diagram in Fig. 2；

Fig. 5 is a kind of structural schematic diagram of bottle body；

Fig. 6 is a kind of structural schematic diagram of heating dish；

Fig. 7 is a kind of structural schematic diagram of cup body component；

Fig. 8 is the structural schematic diagram of another bottle body；

Fig. 9 is the structure sectional view of another cup body component；

Figure 10 is the portion C structure enlargement diagram in Fig. 9；

Figure 11 is a kind of structure sectional view of soy bean milk making machine；

Figure 12 is the structure sectional view of another soy bean milk making machine.

Appended drawing reference: 1- bottle body；2- heating dish；3- heating element；4- sealing ring；11- step；212- interconnecting piece；213- Round crimping；211- supporting surface；21- metal base plate；22- heat-conducting plate；214- salient point；215- groove；12- spinner；122- spinner Platform；121- spinner inclined-plane；123- spinner stop bit muscle；13- thread protrusion；216- crimping；6- blade；7- crushing cover；5- head.

Specific embodiment

For the purpose of this utility model, technical solution and advantage is more clearly understood, below in conjunction with attached drawing to this The embodiment of utility model is described in detail.It should be noted that in the absence of conflict, embodiment in the application and Feature in embodiment can mutual any combination.

Embodiment one:

As shown in Figure 1, a kind of cup body component, matches including glass bottle body 1 up and down, and with 1 lower part of bottle body The metal heating disc 2 of connection is closed, 1 lower part of bottle body is equipped with bottom surface, and the heating dish 2 is equipped with supporting surface 211, the bottom surface It seals and cooperates with the supporting surface 211, the outer of the supporting surface 211 upwardly extends to form interconnecting piece 212, the interconnecting piece 212 wrap up the lateral wall of the bottle bodies 1 and connect with the lateral wall of the bottle body 1.

In existing glass cup body, the general following several schemes of the connection type of metal heating disc 2 and glass bottle body 1: one Kind is that the outer of heating dish 2 forms groove 215, and the lower end of bottle body 1 is inserted into groove 215, is then carried out by way of gluing Fixed, using such mode, for the ease of beauty, adhesive process of fighting each other requires height, and processing efficiency is slow；Another is bottle body 1 Equipped with the horizontal edge to extend internally, the outer of heating dish 2 is located at the top of horizontal edge, and the bracket being additionally provided with below horizontal edge passes through Bracket and heating dish 2, which are fixed to clamp, is sealed fixation on the horizontal edge, using such mode, for the ease of heating dish 2 Installation, there are certain requirements the size of bottle body 1, be not easy to the aesthetics design of cup body.Above two connection type, heating dish 2 Dead angle, such as the second way are cleaned because being formed between 1 inner wall of bottle body, the most outer of heating dish 2 and the inner wall of glass bottle body 1 With certain distance, due to the presence of gasket, the most outer of heating dish 2 and the inner wall of glass bottle body 1 form groove 215, residual Slag is easy to deposit in groove 215, is unfavorable for cleaning.

The utility model by adopting the above technical scheme, is provided with supporting surface 211, glass lower part on the metal heating disc 2 Bottom surface (i.e. bottom end face) matched with the supporting surface 211, set between the supporting surface 211 and the bottom surface of glass lower part It is equipped with sealing ring 4 or sealant etc., for being sealed between heating dish 2 and glass bottle body 1, and the outer of heating dish 2 It is connect with the lateral wall of the bottle body 1, at this time without the concern for the size of the installing port up and down of glass bottle body 1, convenient for bottle body 1 On the other hand shape-designing and the installation of heating dish 2 and bottle body 1 are more favorable for promoting heating dish 2 and 1 bottom surface of bottle body are horizontal The sealing effect in direction.

Further, the interior edge of the supporting surface 211 is downwardly extending bowl-shape accommodating chamber, and the supporting surface 211 is same The bottom surface of glass bottle body 1 is sealed, and the inner wall of inner wall to the accommodating chamber of bottle body 1 extends along the longitudinal direction, and end face seal can be with Guarantee that the residues such as soya-bean milk or food materials slag will not enter glass bottom surface and 211 seam crossing of supporting surface, slag will not be hidden, it is easy to clean, It solves the problems, such as to form cleaning dead angle, the interior edge of the supporting surface 211 is downwardly extending bowl-shape accommodating chamber.Wherein institute It states, bowl-shape may include side wall and bottom wall, be also possible to spherical.

Further, the glass bottle body 1 is equipped with closing-in structure, and the upper end of the interconnecting piece 212 is located at the closing in The lower section of structure, the closing-in structure can keep the aesthetics of cup body entirety, can also reinforce the intensity of glass bottle body 1.

Embodiment two:

At present household liquids heater using more more and more universal, such as insulating pot, soy bean milk making machine, in cup body generally uses Structure is moulded outside steel, cup body water level line is printed in stainless steel inner container, can not accomplish water level line from cup body exterior visual, when covering cup Gai Hou, user can not observe that soy bean milk making machine slurrying or insulating pot are heated up water the/whole process of infusion food materials, and the use of user is influenced Experience.

In addition, existing stainless steel heating cup body is since stainless steel is thermally conductive too fast, and during heating soya-bean milk/rice paste etc., beans Cup body side the temperature more than liquid levels such as the liquid levels cup body bottom side temperature below such as slurry/rice paste and soya-bean milk/rice paste increases all very Fastly, a large amount of foams are generated after boiling, foam encounters high temperature cup body side surface more than liquid level, and foam, which continues expansion, to overflow Out.

In the prior art, cup sidewalls are replaced using glass material, Glass base opens hole, and through hole is equipped with bottom and adds Hot plate 2(, that is, heating tube is arranged on the bottom wall of cup body).In existing glass cup body, the connection side of heating dish 2 and glass bottle body 1 Formula generally has following several schemes: one is the outers of heating dish 2 to form groove 215, and the lower end of bottle body 1 is inserted into groove 215, Then it is fixed by way of gluing, using such mode, for the ease of beauty, adhesive process of fighting each other requires height, and processes Efficiency is slow；Another is that bottle body 1 is equipped with the horizontal edge to extend internally, and the outer of heating dish 2 is located at the top of horizontal edge, is additionally provided with position Bracket below horizontal edge is fixed to clamp by bracket and heating dish 2 and is sealed fixation on the horizontal edge, using such side Formula there are certain requirements the size of bottle body 1 for the ease of the installation of heating dish 2, be not easy to the aesthetics design of cup body.It is above-mentioned Two kinds of connection types clean dead angle, such as the second way because being formed between 1 inner wall of heating dish 2 and bottle body, and heating dish 2 is most The inner wall of outer and glass bottle body 1 has certain distance, due to the presence of gasket, the most outer of heating dish 2 and glass bottle body 1 Inner wall form groove 215, residue is easy to deposit in groove 215, is unfavorable for cleaning.

In addition, above-mentioned heating dish 2 is according to heating element 3(such as heating tube) this doing of being arranged on the bottom wall of cup body Method, although having accomplished visualization, bottom heating dish 2 is easy to cause being sticking in soya-bean milk pulping process or scale when heating up water etc. Problem.

In order to solve the above-mentioned technical problem, a kind of cup body component is proposed, as shown in Figure 1, including glass pot up and down Body 1, and the metal heating disc 2 being cooperatively connected with 1 lower part of bottle body, 1 lower part of bottle body are equipped with bottom surface, the heating dish 2 are equipped with supporting surface 211, and the bottom surface and the supporting surface 211 sealing cooperate, and the outer of the supporting surface 211 upwardly extends Interconnecting piece 212 is formed, the interconnecting piece 212 wraps up the lateral wall of the bottle body 1 and connect with the lateral wall of the bottle body 1, institute The interior edge for stating supporting surface 211 is downwardly extending bowl-shape accommodating chamber, and the accommodating chamber includes side wall and bottom wall, heating element 3 Set on the outer surface of the side wall.

Cup body component includes that seperated glass bottle body 1 and metal heating disc 2, glass poor heat conductivity, metal heating disc 2 are heating During heat be not easy conduction and to glass bottle body 1 so that the temperature of 1 temperature opposing metallic heating dish 2 of glass bottle body is low work as bubble Foam generates contraction when encountering the lower glass of side temperature, to be not easy to overflow.In addition, stainless steel heating cup body is usually only The wall thickness of 0.5mm, since wall thickness is relatively thin, elasticity modulus is lower, and when slurrying, soymilk machine blade 6 will drive material impacting cup body side Wall generates biggish impact noise.After using glass bottle body 1, since glass is relatively thick, elasticity modulus is high, can mitigate object Material hits the noise that side wall generates.The glass bottle body 1 with a thickness of between 2.5mm to 5mm, glass can reach preferable at this time Reduction noise effect.

The technical solution of the present embodiment is provided with supporting surface 211 on the metal heating disc 2, and the bottom surface of glass lower part is (i.e. Bottom end face) it is matched with the supporting surface 211, sealing is provided between the supporting surface 211 and the bottom surface of glass lower part 4 or sealant etc. are enclosed, for being sealed between heating dish 2 and glass bottle body 1, and the outer of heating dish 2 and the pot The lateral wall of body 1 connects, at this time without the concern for the size of the installing port up and down of glass bottle body 1, convenient for the shape-designing of bottle body 1 And on the other hand the installation of heating dish 2 and bottle body 1 is more favorable for promoting the close of heating dish 2 and 1 bottom surface horizontal direction of bottle body Seal effect.The interior edge of the supporting surface 211 is downwardly extending bowl-shape accommodating chamber, and the supporting surface 211 is the same as glass bottle body 1 Bottom surface is sealed, and the inner wall of inner wall to the accommodating chamber of bottle body 1 extends along the longitudinal direction, end face seal can guarantee soya-bean milk or The residues such as food materials slag will not enter glass bottom surface and 211 seam crossing of supporting surface, will not hide slag, easy to clean, solve to be formed clearly The interior edge of the problem of washing dead angle, the supporting surface 211 is downwardly extending bowl-shape accommodating chamber.It is wherein described, it is bowl-shape to can wrap Side wall and bottom wall are included, is also possible to spherical.

In conclusion heating dish 2, in bowl-shape, heating element 3 is set to the lateral surface of the heating dish 2, on the one hand formed plus The accommodating chamber of hot liquid does not influence the rate of heat addition, on the other hand, when dry combustion method, does not easily lead to and is sticking and deposits water stain or scale. That is, the supporting surface 211 of horizontal direction is arranged in the heating dish 2, the sealing bottom surface of the supporting surface 211 and bottle body 1 cooperates, support The one end in face 211 extends to be connect with the lateral surface of bottle body 1, and the other end of supporting surface 211 extends to form accommodating chamber, heating element 3 On the side wall of accommodating chamber, the problem of on the one hand solving the installation of heating dish 2 Yu bottle body 1, and shelter evil people and countenance evil practices, another party Face also meets the installation site for changing heating element 3, solves the problems, such as to be sticking and deposit water stain or scale.

Further, in order to enable the heating effect in the region that heating element 3 heats is more preferable, while cup body can reach preferably Anti-spilled effect, the ratio range of the height H3 of the height H1 of the accommodating chamber and the glass bottle body 1 is 2 to 15, preferably Value is 5, and the height H1 of the accommodating chamber is greater than 8mm.

Further, the glass bottle body 1 is equipped with closing-in structure, and the upper end of the interconnecting piece 212 is located at the closing in The lower section of structure, the closing-in structure can keep the aesthetics of cup body entirety, can also reinforce the intensity of glass bottle body 1.It is described Bolster is also provided between the upper end and closing in position of interconnecting piece 212.

Embodiment three:

Based on the above embodiment one and/or embodiment two structure, the connection side of the interconnecting piece 212 and glass bottle body 1 Formula has following several:

The first, as depicted in figs. 1 and 2, the lateral wall of 1 lower part of bottle body is equipped with the step 11 outwardly protruded, institute The top curling for stating interconnecting piece 212 is pressed on the top of the step 11.Utilize 213 structure of round crimping in heating dish 2 Pressed glass bottle body 1 is deformed, so that glass bottle body 1 is interlocked with round 213 structure of crimping, by 4 shape of sealing ring on end face At lasting pretightning force, guarantee the reliability of glass bottle body 1 and the sealing of 2 side of heating dish.

Heating dish 2 and glass bottle body 1 can be prevented to be detached from such a way that such fastening rivets, guarantee between the two can By connection, meanwhile, such snap-fit attachment, the part that heating dish 2 and glass bottle body 1 are directly overlapped is less, so as to have Effect increases the visible space of glass bottle body 1, keeps entire cup body more beautiful.

Further, the width of the step 11 is 0.5mm to 5mm.Preferably 2mm, step 11 is non-breakable at this time, together When, fastens firm, is not easy to loosen.

Second, the lateral wall of bottle body 1 and the inner sidewall of heating dish 2 are equipped with protrusion relatively and mutually matched revotating card Heating dish 2 and glass bottle body 1, are connected as one by button by way of rotary fastening, and rotary torsion makes glass bottle body 1 and heating Pressing force is formed between disk 2, so that glass bottle body 1 and heating dish 2 is linked as firm one, while compressing sealing ring 4, is not easy It separates.For example, the lateral wall of 1 lower part of bottle body is equipped with the first protrusion, the interconnecting piece 212 is equipped with the second protrusion, the The protrusion direction of one protrusion and the second protrusion be it is opposite, it is outside that the first protrusion is that the lateral wall of 1 lower part of bottle body is equipped with The structure of (direction far from 1 center of bottle body) protrusion, the second protrusion are on the interconnecting piece 212 inwardly (towards 1 center of bottle body Direction) protrusion structure.It is specifically as follows:

As shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7, first protrusion is spaced on the lateral wall of 1 lower part of bottle body Setting forms spinner 12, second protrusion interval setting on the interconnecting piece 212 of the heating dish 2 formed salient point 214 or Spiral is arranged to form thread protrusion 13, and first protrusion is connected with the second male cooperation.

For example, when above-mentioned first protrusion is the spinner for including spinner platform 122, spinner inclined-plane 121 and spinner stop bit muscle 123 When 12, it is described second protrusion be salient point 214, heating dish 2 212 rotary clamping of interconnecting piece when on 1 lateral wall of bottle body, spinner Inclined-plane 121 can be lifted heating dish 2, and spinner platform 122 is used to control decrement, after being rotated in place, fasten salient point 214 and be located at rotation It detains on platform 122, spinner stop bit muscle 123, which is used to limit, fastens salient point 214, prevents from fastening abjection when 214 forward direction of salient point screws.It is excellent Selection of land, the interconnecting piece 212 are equipped with 8 salient point 214 and 8 spinners.

Alternatively, the first protrusion spiral on the lateral wall of 1 lower part of bottle body is set as shown in Fig. 8, Fig. 9 and Figure 10 Set to form thread protrusion 13, it is described second protrusion on the interconnecting piece 212 of the heating dish 2 interval setting formed salient point 214 or Person's spiral is arranged to form thread protrusion 13, and first protrusion is connected with the second male cooperation.

For example, when second protrusion is salient point 214, heating dish 2 passes through salient point when above-mentioned first protrusion is thread protrusion 13 214 and thread protrusion 13 connect with glass bottle body 1.

The top of above scheme based on the present embodiment, the interconnecting piece 212 extends outward to form flange.It is specific as follows:

As shown in figure 4, the lateral surface of the flange and the interconnecting piece 212 forms groove 215, it further include being located under cup body The outer of the bottom cover of side, the bottom cover is embedded in the groove 215.The upper edge of above-mentioned groove 215 and bottom cover is coupled, assembly Simply, in addition it can form a ring shape dress edging in bottle body 1 and bottom cover junction, aesthetics is promoted.At this point, the bottom cover The lateral wall on upper edge fixing structure can be set so that the flange and bottom cover cooperation are more stable, while also being promoted

Alternatively, as shown in Figure 10, heating dish 2 scrapes hand or the installation convenient for bottom cover, the flange during installation in order to prevent For the setting of crimping 216.

Certainly, in addition to turnup structure above, the flange further includes only horizontal-extending horizontal edge, and bottom cover is the same at this time Can cooperate, with improvement, can also above-mentioned flange still on be arranged the structures such as silicagel pad.

In addition to above-mentioned connection type, there are also the third, the lateral wall of 1 lower part of bottle body is equipped with the peace being recessed inwardly Tankage, on the interconnecting piece 212 inwardly (to 1 direction of bottle body) protrusion salient point 214, the second salient point 214 is solid in mounting groove It is fixed.

Example IV:

Based on the above embodiment one into embodiment three arbitrary structure, for lift-off seal effect and aesthetics.Such as Fig. 2 Shown, the bottom surface and the supporting surface 211 are cooperated by the sealing of ring type seal 4, and the supporting surface 211 is equipped with aperture, The sealing ring 4 is equipped with convex ribs, and the convex ribs prevent sealing ring 4 in glass bottle body 1 and heating dish 2 in the aperture Deviation during installation, influences sealing effect and beauty.

Alternatively, as shown in figure 4, the bottom surface of the bottle body 1 and the supporting surface 211 are cooperated by the sealing of ring type seal 4, The supporting surface 211 is equipped with groove 215, and the sealing ring 4 is set in the groove 215.The groove 215 is located at the branch The inner end in the outside in support face 211, the supporting surface 211 (can may exist lesser with the bottom surface snug fit of bottle body 1 Gap), reduce a possibility that forming cleaning dead angle.In addition, when the first protrusion can further compress the sealing ring 4.

Embodiment five:

At present household soy milk machine using more more and more universal, cup body of soymilkgrinder is generally using moulding structure, cup body water outside interior steel Bit line is printed in stainless steel inner container, can not accomplish water level line from cup body exterior visual, after covering head 5, user can not be seen The whole process for observing soy bean milk making machine slurrying influences the usage experience of user.

In addition, existing stainless steel heating cup body is since stainless steel is thermally conductive too fast, and during heating soya-bean milk/rice paste etc., beans Cup body side the temperature more than liquid levels such as the liquid levels cup body bottom side temperature below such as slurry/rice paste and soya-bean milk/rice paste increases all very Fastly, a large amount of foams are generated after boiling, foam encounters high temperature cup body side surface more than liquid level, and foam, which continues expansion, to overflow Out.

In the prior art, a kind of way is: soybean milk grinder body sidewall being replaced using glass material, Glass base is open-minded Hole, through hole are equipped with bottom heating dish 2.Although this way has accomplished slurrying visualization, but bottom heating dish 2 is easy to cause soya-bean milk In pulping process the problems such as being sticking.

In order to solve the above-mentioned technical problem, as shown in figure 11, propose a kind of soy bean milk making machine, including cup body component and be set to described Head 5 above cup body component, the cup body component include glass bottle body 1 up and down, and are matched with 1 lower part of bottle body The heating dish 2 of connection is closed, 1 lower part of bottle body is equipped with bottom surface, and the heating dish 2 is equipped with supporting surface 211, the bottom surface and institute The sealing cooperation of supporting surface 211 is stated, the interior of the supporting surface 211 forms accommodating chamber along downward recess, and heating element 3 is set to the appearance Receive the outer surface of chamber, the outer of the supporting surface 211 upwardly extends to form interconnecting piece 212, the interconnecting piece 212 and the bottle body 1 lateral wall connection.

By adopting the above technical scheme, cup body component includes seperated glass bottle body 1 and metal heating disc 2, glass poor heat conductivity, Heat during heating of metal heating disc 2 is not easy conduction to glass bottle body 1, so that 1 temperature opposing metallic of glass bottle body adds The temperature of hot plate 2 is low, contraction is generated when foam encounters the lower glass of side temperature, to be not easy to overflow.In addition, stainless steel The cup body usually only wall thickness of 0.5mm is heated, since wall thickness is relatively thin, elasticity modulus is lower, and when slurrying, soymilk machine blade 6 can band Dynamic material impacting cup sidewalls generate biggish impact noise.After using glass bottle body 1, since glass is relatively thick, elasticity Modulus is high, can mitigate the noise of material impacting side wall generation.The glass bottle body 1 with a thickness of between 2.5mm to 5mm, Glass can achieve the effect that preferably to reduce noise at this time.

The technical solution of the present embodiment is provided with supporting surface 211 on the metal heating disc 2, and the bottom surface of glass lower part is (i.e. Bottom end face) it is matched with the supporting surface 211, sealing is provided between the supporting surface 211 and the bottom surface of glass lower part 4 or sealant etc. are enclosed, for being sealed between heating dish 2 and glass bottle body 1, and the outer of heating dish 2 and the pot The lateral wall of body 1 connects, at this time without the concern for the size of the installing port up and down of glass bottle body 1, convenient for the shape-designing of bottle body 1 And on the other hand the installation of heating dish 2 and bottle body 1 is more favorable for promoting the close of heating dish 2 and 1 bottom surface horizontal direction of bottle body Seal effect.The interior edge of the supporting surface 211 is downwardly extending bowl-shape accommodating chamber, and the supporting surface 211 is the same as glass bottle body 1 Bottom surface is sealed, and the inner wall of inner wall to the accommodating chamber of bottle body 1 extends along the longitudinal direction, end face seal can guarantee soya-bean milk or The residues such as food materials slag will not enter glass bottom surface and 211 seam crossing of supporting surface, will not hide slag, easy to clean, solve to be formed clearly The interior edge of the problem of washing dead angle, the supporting surface 211 is downwardly extending bowl-shape accommodating chamber.It is wherein described, it is bowl-shape to can wrap Side wall and bottom wall are included, is also possible to spherical.

In conclusion heating dish 2, in bowl-shape, heating element 3 is set to the lateral surface of the heating dish 2, on the one hand formed plus The accommodating chamber of hot liquid does not influence the rate of heat addition, on the other hand, when dry combustion method, does not easily lead to and is sticking and deposits water stain or scale. That is, the supporting surface 211 of horizontal direction is arranged in the heating dish 2, the sealing bottom surface of the supporting surface 211 and bottle body 1 cooperates, support The one end in face 211 extends to be connect with the lateral surface of bottle body 1, and the other end of supporting surface 211 extends to form accommodating chamber, heating element 3 On the side wall of accommodating chamber, the problem of on the one hand solving the installation of heating dish 2 Yu bottle body 1, and shelter evil people and countenance evil practices, another party Face also meets the installation site for changing heating element 3, solves the problems, such as to be sticking and deposit water stain or scale.

Further, in order to enable the heating effect in the region that heating element 3 heats is more preferable, while cup body can reach preferably Anti-spilled effect, as shown in figure 11, the height H1 of the accommodating chamber and the ratio range of the height H3 of the glass bottle body 1 are 3 to 8, the height H1 of the accommodating chamber is greater than 10mm.Preferably, ratio 5, H1 13-20mm,

Further, as shown in figure 12, the head 5 includes the blade 6 protruded into the cup body component, the blade 6 Distance to the accommodating chamber bottom is H2, and height H1, the H1-H2 >=3mm of the accommodating chamber, preferably greater than 5mm are less than 10mm.During soy bean milk making machine repulping, motor is driven to 6 high speed rotation of blade, and liquid has certain squeeze to cup body at this time Power in pressure, blade 6 and cup body vertical direction is maximum, reduces to two sides, in order to enable bottle body 1 and 2 junction of heating dish Stress reduces, and face blade 6 is not arranged the bottle body 1 with 2 junction of heating dish, it is preferable that the bottle body 1 connects with heating dish 2 It meets place and is higher than the blade 6 setting, while there are (such as being accidentally put into stone) when harder material inside beans material, reduce A possibility that stone is impinged upon in glass pot body, promotes the service life of soy bean milk making machine.Meanwhile the bottle body 1 connects with heating dish 2 When the place of connecing is lower than or is parallel to blade 6, if crushing not thorough enough, it is easy there are residue, residue is easily as the rotary force of blade 6 squeezes Enter the gap of bottle body 1 Yu 2 junction of heating dish, not easy cleaning.Above scheme is optimum position, and representative cannot be arranged in low In or be parallel to the position of blade 6.

Further, based on above-mentioned structure, the connection type of the interconnecting piece 212 and glass bottle body 1 has following several:

The first, as depicted in figs. 1 and 2, the lateral wall of 1 lower part of bottle body is equipped with the step 11 outwardly protruded, institute The top curling for stating interconnecting piece 212 is pressed on the top of the step 11.Utilize 213 structure of round crimping in heating dish 2 Pressed glass bottle body 1 is deformed, so that glass bottle body 1 is interlocked with round 213 structure of crimping, by 4 shape of sealing ring on end face At lasting pretightning force, guarantee the reliability of glass bottle body 1 and the sealing of 2 side of heating dish.

Heating dish 2 and glass bottle body 1 can be prevented to be detached from such a way that such fastening rivets, guarantee between the two can By connection, meanwhile, such snap-fit attachment, the part that heating dish 2 and glass bottle body 1 are directly overlapped is less, so as to have Effect increases the visible space of glass bottle body 1, keeps entire cup body more beautiful.

Further, the width of the step 11 is 0.5mm to 5mm.Preferably 2mm, step 11 is non-breakable at this time, together When, fastens firm, is not easy to loosen.

Second, the lateral wall of bottle body 1 and the inner sidewall of heating dish 2 are equipped with protrusion relatively and mutually matched revotating card Heating dish 2 and glass bottle body 1, are connected as one by button by way of rotary fastening, and rotary torsion makes glass bottle body 1 and heating Pressing force is formed between disk 2, so that glass bottle body 1 and heating dish 2 is linked as firm one, while compressing sealing ring 4, is not easy It separates.For example, the lateral wall of 1 lower part of bottle body is equipped with the first protrusion, the interconnecting piece 212 is equipped with the second protrusion, the The protrusion direction of one protrusion and the second protrusion be it is opposite, it is outside that the first protrusion is that the lateral wall of 1 lower part of bottle body is equipped with The structure of (direction far from 1 center of bottle body) protrusion, the second protrusion are on the interconnecting piece 212 inwardly (towards 1 center of bottle body Direction) protrusion structure.It is specifically as follows:

As shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7, first protrusion is spaced on the lateral wall of 1 lower part of bottle body Setting forms spinner, and second protrusion interval setting on the interconnecting piece 212 of the heating dish 2 forms salient point 214 or spiral shell Rotation setting forms thread protrusion 13, and first protrusion is connected with the second male cooperation.

For example, when above-mentioned first protrusion is the spinner for including spinner platform 122, spinner inclined-plane 121 and spinner stop bit muscle 123 When, it is described second protrusion be salient point 214, heating dish 2 212 rotary clamping of interconnecting piece when on 1 lateral wall of bottle body, spinner is oblique Face 121 can be lifted heating dish 2, and spinner platform 122 is used to control decrement, after being rotated in place, fasten salient point 214 and be located at spinner On platform 122, spinner stop bit muscle 123, which is used to limit, fastens salient point 214, prevents from fastening abjection when 214 forward direction of salient point screws.It is preferred that Ground, the interconnecting piece 212 are equipped with 8 salient point 214 and 8 spinners.

Alternatively, the first protrusion spiral on the lateral wall of 1 lower part of bottle body is set as shown in Fig. 8, Fig. 9 and Figure 10 Set to form thread protrusion 13, it is described second protrusion on the interconnecting piece 212 of the heating dish 2 interval setting formed salient point 214 or Person's spiral is arranged to form thread protrusion 13, and first protrusion is connected with the second male cooperation.

For example, when second protrusion is salient point 214, heating dish 2 passes through salient point when above-mentioned first protrusion is thread protrusion 13 214 and thread protrusion 13 connect with glass bottle body 1.

In addition to above-mentioned connection type, there are also the third, the lateral wall of 1 lower part of bottle body is equipped with the peace being recessed inwardly Tankage, on the interconnecting piece 212 inwardly (to 1 direction of bottle body) protrusion salient point 214, the second salient point 214 is solid in mounting groove It is fixed.

Further, based on the above scheme of the present embodiment, the top of the interconnecting piece 212 extends outward to form flange. It is specific as follows:

As shown in figure 4, the lateral surface of the flange and the interconnecting piece 212 forms groove 215, it further include being located under cup body The outer of the bottom cover of side, the bottom cover is embedded in the groove 215.The upper edge of above-mentioned groove 215 and bottom cover is coupled, assembly Simply, in addition it can form a ring shape dress edging in bottle body 1 and bottom cover junction, aesthetics is promoted.At this point, the bottom cover The lateral wall on upper edge fixing structure can be set so that the flange and bottom cover cooperation are more stable, while also being promoted

Alternatively, as shown in Figure 10, heating dish 2 scrapes hand or the installation convenient for bottom cover, the flange during installation in order to prevent For the setting of crimping 216.

Certainly, in addition to turnup structure above, the flange further includes only horizontal-extending horizontal edge, and bottom cover is the same at this time Can cooperate, with improvement, can also above-mentioned flange still on be arranged the structures such as silicagel pad.

Further, for lift-off seal effect and aesthetics.As shown in Fig. 2, the bottom surface and the supporting surface 211 are logical The sealing cooperation of ring type seal 4 is crossed, the supporting surface 211 is equipped with aperture, and the sealing ring 4 is equipped with convex ribs, the convex ribs In the aperture, prevent deviation during glass bottle body 1 and heating dish 2 are installed of sealing ring 4, influence sealing effect and It is beautiful.

Alternatively, as shown in figure 4, the bottom surface of the bottle body 1 and the supporting surface 211 are cooperated by the sealing of ring type seal 4, The supporting surface 211 is equipped with groove 215, and the sealing ring 4 is set in the groove 215.The groove 215 is located at the branch The inner end in the outside in support face 211, the supporting surface 211 (can may exist lesser with the bottom surface snug fit of bottle body 1 Gap), reduce a possibility that forming cleaning dead angle.In addition, when the first protrusion can further compress the sealing ring 4.

Embodiment six:

At present household food processor using more more and more universal, such as soy bean milk making machine, cooking machine, cup body generally use interior steel Outer modeling structure, cup body water level line are printed in stainless steel inner container, can not accomplish water level line from cup body exterior visual, when covering head After 5, user can not observe the whole process of soy bean milk making machine slurrying, influence the usage experience of user.

In addition, existing stainless steel heating cup body is since stainless steel is thermally conductive too fast, and during heating soya-bean milk/rice paste etc., beans Cup body side the temperature more than liquid levels such as the liquid levels cup body bottom side temperature below such as slurry/rice paste and soya-bean milk/rice paste increases all very Fastly, a large amount of foams are generated after boiling, foam encounters high temperature cup body side surface more than liquid level, and foam, which continues expansion, to overflow Out.

In the prior art, a kind of way is: cup sidewalls being replaced using glass material, Glass base opens hole, through-hole Place is equipped with bottom heating dish 2.Although this way has accomplished slurrying visualization, but bottom heating dish 2 is easy to cause soya-bean milk slurrying In journey the problems such as being sticking.

In order to solve the above-mentioned technical problem, as shown in figure 11, propose a kind of food processor, including cup body component and be set to Cup lid above the cup body component, the cup body component include glass bottle body 1 up and down, and under the bottle body 1 The heating dish 2 that portion is cooperatively connected, 1 lower part of bottle body are equipped with bottom surface, and the heating dish 2 is equipped with supporting surface 211, the bottom surface It seals and cooperates with the supporting surface 211, the interior of the supporting surface 211 forms accommodating chamber along downward recess, and heating element 3 is set to institute State the outer surface of accommodating chamber, the outer of the supporting surface 211 upwardly extends to form interconnecting piece 212, the interconnecting piece 212 with it is described The lateral wall of bottle body 1 connects.

By adopting the above technical scheme, cup body component includes seperated glass bottle body 1 and metal heating disc 2, glass poor heat conductivity, Heat during heating of metal heating disc 2 is not easy conduction to glass bottle body 1, so that 1 temperature opposing metallic of glass bottle body adds The temperature of hot plate 2 is low, contraction is generated when foam encounters the lower glass of side temperature, to be not easy to overflow.In addition, stainless steel The cup body usually only wall thickness of 0.5mm is heated, since wall thickness is relatively thin, elasticity modulus is lower, when slurrying, food processing machine knife blade 6 It will drive material impacting cup sidewalls and generate biggish impact noise.After using glass bottle body 1, since glass is relatively thick, Elasticity modulus is high, can mitigate the noise of material impacting side wall generation.The glass bottle body 1 with a thickness of 2.5mm to 5mm it Between, glass can achieve the effect that preferably to reduce noise at this time.

The technical solution of the present embodiment is provided with supporting surface 211 on the metal heating disc 2, and the bottom surface of glass lower part is (i.e. Bottom end face) it is matched with the supporting surface 211, sealing is provided between the supporting surface 211 and the bottom surface of glass lower part 4 or sealant etc. are enclosed, for being sealed between heating dish 2 and glass bottle body 1, and the outer of heating dish 2 and the pot The lateral wall of body 1 connects, at this time without the concern for the size of the installing port up and down of glass bottle body 1, convenient for the shape-designing of bottle body 1 And on the other hand the installation of heating dish 2 and bottle body 1 is more favorable for promoting the close of heating dish 2 and 1 bottom surface horizontal direction of bottle body Seal effect.The interior edge of the supporting surface 211 is downwardly extending bowl-shape accommodating chamber, and the supporting surface 211 is the same as glass bottle body 1 Bottom surface is sealed, and the inner wall of inner wall to the accommodating chamber of bottle body 1 extends along the longitudinal direction, end face seal can guarantee soya-bean milk or The residues such as food materials slag will not enter glass bottom surface and 211 seam crossing of supporting surface, will not hide slag, easy to clean, solve to be formed clearly The interior edge of the problem of washing dead angle, the supporting surface 211 is downwardly extending bowl-shape accommodating chamber.It is wherein described, it is bowl-shape to can wrap Side wall and bottom wall are included, is also possible to spherical.

In conclusion heating dish 2, in bowl-shape, heating element 3 is set to the lateral surface of the heating dish 2, on the one hand formed plus The accommodating chamber of hot liquid does not influence the rate of heat addition, on the other hand, when dry combustion method, does not easily lead to and is sticking and deposits water stain or scale. That is, the supporting surface 211 of horizontal direction is arranged in the heating dish 2, the sealing bottom surface of the supporting surface 211 and bottle body 1 cooperates, support The one end in face 211 extends to be connect with the lateral surface of bottle body 1, and the other end of supporting surface 211 extends to form accommodating chamber, heating element 3 On the side wall of accommodating chamber, the problem of on the one hand solving the installation of heating dish 2 Yu bottle body 1, and shelter evil people and countenance evil practices, another party Face also meets the installation site for changing heating element 3, solves the problems, such as to be sticking and deposit water stain or scale.

Further, in order to enable the heating effect in the region that heating element 3 heats is more preferable, while cup body can reach preferably Anti-spilled effect, as shown in figure 11, the height H1 of the accommodating chamber and the ratio range of the height H3 of the glass bottle body 1 are 1 to 15, the height H1 of the accommodating chamber is greater than 8mm.Preferably, ratio 5, H1 15-20mm,

Further, as shown in figure 12, crushing structure is additionally provided in the cup body component, the crushing structure includes blade 6, the blade 6 can be fixed with the bottom of heating dish 2, can also be connect with cup lid, the blade 6 to the accommodating chamber bottom Distance be H2, the height H1 of the accommodating chamber, H1 are greater than H2, H1-H2 >=3mm, and preferably greater than 5mm is less than 10mm.When During food processor repulping, motor is driven to 6 high speed rotation of blade, and liquid has certain squeeze to cup body at this time Power, the power in blade 6 and cup body vertical direction is maximum, reduces to two sides, in order to enable bottle body 1 and 2 junction of heating dish by Power reduces, and face blade 6 is not arranged the bottle body 1 with 2 junction of heating dish, it is preferable that the bottle body 1 is connect with heating dish 2 Place is higher than the blade 6 and is arranged, while reducing inside beans material there are (such as being accidentally put into stone) when harder material Stone impinges upon a possibility that in glass pot body, promotes the service life of food processor.Meanwhile the bottle body 1 and heating dish 2 When junction is lower than or is parallel to blade 6, if crushing not thorough enough, it is easy that there are residues, residue is easily with the rotary force of blade 6 The gap of bottle body 1 Yu 2 junction of heating dish is squeezed into, not easy cleaning.Above scheme is optimum position, and not representing cannot be arranged in It is lower than or is parallel to the position of blade 6.

Further, based on above-mentioned structure, the connection type of the interconnecting piece 212 and glass bottle body 1 has following several:

The first, as depicted in figs. 1 and 2, the lateral wall of 1 lower part of bottle body is equipped with the step 11 outwardly protruded, institute The top curling for stating interconnecting piece 212 is pressed on the top of the step 11.Utilize 213 structure of round crimping in heating dish 2 Pressed glass bottle body 1 is deformed, so that glass bottle body 1 is interlocked with round 213 structure of crimping, by 4 shape of sealing ring on end face At lasting pretightning force, guarantee the reliability of glass bottle body 1 and the sealing of 2 side of heating dish.

Heating dish 2 and glass bottle body 1 can be prevented to be detached from such a way that such fastening rivets, guarantee between the two can By connection, meanwhile, such snap-fit attachment, the part that heating dish 2 and glass bottle body 1 are directly overlapped is less, so as to have Effect increases the visible space of glass bottle body 1, keeps entire cup body more beautiful.

Further, the width of the step 11 is 0.5mm to 5mm.Preferably 2mm, step 11 is non-breakable at this time, together When, fastens firm, is not easy to loosen.

Second, the lateral wall of bottle body 1 and the inner sidewall of heating dish 2 are equipped with protrusion relatively and mutually matched revotating card Heating dish 2 and glass bottle body 1, are connected as one by button by way of rotary fastening, and rotary torsion makes glass bottle body 1 and heating Pressing force is formed between disk 2, so that glass bottle body 1 and heating dish 2 is linked as firm one, while compressing sealing ring 4, is not easy It separates.For example, the lateral wall of 1 lower part of bottle body is equipped with the first protrusion, the interconnecting piece 212 is equipped with the second protrusion, the The protrusion direction of one protrusion and the second protrusion be it is opposite, it is outside that the first protrusion is that the lateral wall of 1 lower part of bottle body is equipped with The structure of (direction far from 1 center of bottle body) protrusion, the second protrusion are on the interconnecting piece 212 inwardly (towards 1 center of bottle body Direction) protrusion structure.It is specifically as follows:

As shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7, first protrusion is spaced on the lateral wall of 1 lower part of bottle body Setting forms spinner, and second protrusion interval setting on the interconnecting piece 212 of the heating dish 2 forms salient point 214 or spiral shell Rotation setting forms thread protrusion 13, and first protrusion is connected with the second male cooperation.

For example, when above-mentioned first protrusion is the spinner for including spinner platform 122, spinner inclined-plane 121 and spinner stop bit muscle 123 When, it is described second protrusion be salient point 214, heating dish 2 212 rotary clamping of interconnecting piece when on 1 lateral wall of bottle body, spinner is oblique Face 121 can be lifted heating dish 2, and spinner platform 122 is used to control decrement, after being rotated in place, fasten salient point 214 and be located at spinner On platform 122, spinner stop bit muscle 123, which is used to limit, fastens salient point 214, prevents from fastening abjection when 214 forward direction of salient point screws.It is preferred that Ground, the interconnecting piece 212 are equipped with 8 salient point 214 and 8 spinners.

Alternatively, the first protrusion spiral on the lateral wall of 1 lower part of bottle body is set as shown in Fig. 8, Fig. 9 and Figure 10 Set to form thread protrusion 13, it is described second protrusion on the interconnecting piece 212 of the heating dish 2 interval setting formed salient point 214 or Person's spiral is arranged to form thread protrusion 13, and first protrusion is connected with the second male cooperation.

For example, when second protrusion is salient point 214, heating dish 2 passes through salient point when above-mentioned first protrusion is thread protrusion 13 214 and thread protrusion 13 connect with glass bottle body 1.

In addition to above-mentioned connection type, there are also the third, the lateral wall of 1 lower part of bottle body is equipped with the peace being recessed inwardly Tankage, on the interconnecting piece 212 inwardly (to 1 direction of bottle body) protrusion salient point 214, the second salient point 214 is solid in mounting groove It is fixed.

Further, based on the above scheme of the present embodiment, the top of the interconnecting piece 212 extends outward to form flange. It is specific as follows:

As shown in figure 4, the lateral surface of the flange and the interconnecting piece 212 forms groove 215, it further include being located under cup body The outer of the bottom cover of side, the bottom cover is embedded in the groove 215.The upper edge of above-mentioned groove 215 and bottom cover is coupled, assembly Simply, in addition it can form a ring shape dress edging in bottle body 1 and bottom cover junction, aesthetics is promoted.At this point, the bottom cover The lateral wall on upper edge fixing structure can be set so that the flange and bottom cover cooperation are more stable, while also being promoted

Alternatively, as shown in Figure 10, heating dish 2 scrapes hand or the installation convenient for bottom cover, the flange during installation in order to prevent For the setting of crimping 216.

Certainly, in addition to turnup structure above, the flange further includes only horizontal-extending horizontal edge, and bottom cover is the same at this time Can cooperate, with improvement, can also above-mentioned flange still on be arranged the structures such as silicagel pad.

Further, for lift-off seal effect and aesthetics.As shown in Fig. 2, the bottom surface and the supporting surface 211 are logical The sealing cooperation of ring type seal 4 is crossed, the supporting surface 211 is equipped with aperture, and the sealing ring 4 is equipped with convex ribs, the convex ribs In the aperture, prevent deviation during glass bottle body 1 and heating dish 2 are installed of sealing ring 4, influence sealing effect and It is beautiful.

Alternatively, as shown in figure 4, the bottom surface of the bottle body 1 and the supporting surface 211 are cooperated by the sealing of ring type seal 4, The supporting surface 211 is equipped with groove 215, and the sealing ring 4 is set in the groove 215.The groove 215 is located at the branch The inner end in the outside in support face 211, the supporting surface 211 (can may exist lesser with the bottom surface snug fit of bottle body 1 Gap), reduce a possibility that forming cleaning dead angle.In addition, when the first protrusion can further compress the sealing ring 4.

The cup body component of above-described embodiment one to five is used for insulating pot, in addition, above-mentioned cup body component can also include shell, The shell is wrapped on the outside of cup body, can all be wrapped up and is also possible to portion envelops.

Structure in examples detailed above one to six can be freely combined.

Embodiment described above only expresses the several embodiments of the utility model, and description is more specific and detailed Carefully, but the content only the utility model and the embodiment that uses for ease of understanding, it is not intended to limit the utility model. Technical staff in any the utility model fields, in the premise for not departing from spirit and scope disclosed by the utility model Under, any modification and variation, but the scope of patent protection of the utility model can be carried out in the form and details of implementation, still The appended claims that must be subject to is defined.

Claims (10)

1. a kind of soy bean milk making machine, the head including cup body component and above the cup body component, it is characterised in that: the cup body Component includes glass bottle body up and down, and the heating dish being cooperatively connected with the bottle body lower part, and the bottle body lower part is set Have a bottom surface, the heating dish is equipped with supporting surface, and the bottom surface and supporting surface sealing cooperate, the interior edge of the supporting surface to Lower recess forms accommodating chamber, and heating element is set to the outer surface of the accommodating chamber, and the outer of the supporting surface upwardly extends to be formed Interconnecting piece, the interconnecting piece are connect with the lateral wall of the bottle body, the height of the height H1 of the accommodating chamber and the glass bottle body The ratio range for spending H3 is 3 to 8, and the height H1 of the accommodating chamber is greater than 10mm.

2. soy bean milk making machine according to claim 1, it is characterised in that: the head includes protruding into the cup body component Blade, the distance of the blade to the accommodating chamber bottom are H2, the height H1, H1-H2 >=3mm of the accommodating chamber.

3. soy bean milk making machine according to claim 1 or 2, it is characterised in that: the lateral wall of the bottle body lower part is equipped with outside The step of protrusion, the top curling of the interconnecting piece are pressed on the top of the step.

4. soy bean milk making machine according to claim 3, it is characterised in that: the width of the step is 0.5mm to 5mm.

5. soy bean milk making machine according to claim 1 or 2, it is characterised in that: the lateral wall of bottle body and the inner sidewall of heating dish are set There are protrusion relatively and mutually matched rotary buckle.

6. soy bean milk making machine according to claim 5, it is characterised in that: it is convex that the lateral wall of the bottle body lower part is equipped with first It rises, the interconnecting piece is equipped with the second protrusion, and the first protrusion spiral on the lateral wall of the bottle body lower part is arranged to be formed Thread protrusion, interval setting forms salient point to second protrusion on the interconnecting piece of the heating dish or spiral is arranged to form spiral shell Line protrusion, first protrusion are connected with the second male cooperation；

Alternatively, the lateral wall of the bottle body lower part is equipped with the first protrusion, the interconnecting piece is raised equipped with second, described first Protrusion is spaced setting on the lateral wall of the bottle body lower part and forms salient point, interconnecting piece of second protrusion in the heating dish Upper interval setting forms salient point or spiral is arranged to form thread protrusion, and first protrusion is connected with the second male cooperation.

7. soy bean milk making machine according to claim 1 or 2, it is characterised in that: the top of the interconnecting piece, which extends outward to form, to be turned over Side.

8. soy bean milk making machine according to claim 7, it is characterised in that: the lateral surface of the flange and the interconnecting piece is formed Groove, further includes the bottom cover below cup body, and the outer of the bottom cover is embedded in the groove；Alternatively, the flange is volume Side setting.

9. soy bean milk making machine according to claim 1 or 2, it is characterised in that: the bottom surface of the bottle body passes through with the supporting surface Ring type seal sealing cooperation, the supporting surface are equipped with aperture, and the sealing ring is equipped with convex ribs, and the convex ribs are embedded in described In aperture；Alternatively, the bottom surface of the bottle body and the supporting surface are sealed by ring type seal and cooperated, the supporting surface is equipped with Groove, the sealing ring are set in the groove.

10. soy bean milk making machine according to claim 1 or 2, it is characterised in that: be equipped with closing-in structure with the glass pot, institute The upper end for stating interconnecting piece is located at the lower section of the closing-in structure.