CN201911904U - Horizontal self-curing soybean milk machine - Google Patents
Horizontal self-curing soybean milk machine Download PDFInfo
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- CN201911904U CN201911904U CN2010205790189U CN201020579018U CN201911904U CN 201911904 U CN201911904 U CN 201911904U CN 2010205790189 U CN2010205790189 U CN 2010205790189U CN 201020579018 U CN201020579018 U CN 201020579018U CN 201911904 U CN201911904 U CN 201911904U
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Abstract
The utility model relates to a horizontal self-curing soybean milk machine which comprises a machine base, a control unit, a grinding cutter, a cutter shaft, a grinding curing device and a motor. The motor drives the grinding cutter to rotate. The motor is electrically connected with the control unit. The cutter shaft of which the tail end is provided with the grinding cutter extends into the grinding curing device. Materials and water are mixed in the grinding curing device, a mixture is ground into slurry/paste by the grinding cutter and simultaneously friction is generated in the slurry/the paste, between the slurry/the paste and the grinding cutter and between the slurry/the paste and the grinding curing device to generate heat so as to heat the slurry/the paste. The grinding curing device comprises a cylinder body with an opening and a cylinder cover capable of opening and closing the opening of the cylinder body. The cylinder body is arranged on the machine base. The motor is horizontally arranged on the machine base and is positioned at one side of the cylinder body. The cutter shaft perforates into the grinding curing device through the cylinder wall of the cylinder body. The horizontal self-curing soybean milk machine is more convenient to use.
Description
Technical field
The utility model relates to a kind of food processor, relates in particular to a kind of soy bean milk making machine.
Background technology
The applicant had before applied for a kind of from the slaking soy bean milk making machine, should comprise body and control module from the slaking soy bean milk making machine, crushing knife tool, drive the crushing knife tool motor rotating, pulverize ager and preheating device, motor and/or pulverizing ager are installed on the body, motor is electrically connected with control module, crushing knife tool is positioned at pulverizes ager, when material and water mix in pulverizing ager and are ground into slurries/paste by crushing knife tool, slurries/paste, crushing knife tool, pulverize mutual frictional heat between the ager, make slurries/paste intensification slaking, preheating device adds hot water and/or material before pulverizing slaking or when pulverizing slaking, and the volume of pulverizing ager is the 50-1000 milliliter.The described heater that need not existing soy bean milk making machine from the slaking soy bean milk making machine takes the infusion soya-bean milk, but rely on " frictional heat " between slurries/paste, crushing knife tool, the pulverizing ager to take the slaking soya-bean milk fully, so save the independent infusion soya-bean milk time after existing soy bean milk making machine is pulverized, thereby shortened the time of whole slurrying greatly.
In order to strengthen above-mentioned ease of use from the slaking soy bean milk making machine, the applicant has done further research to above-mentioned structure from the slaking soy bean milk making machine.
The utility model content
In view of this, be necessary to provide a kind of use horizontal more easily from the slaking soy bean milk making machine.
The utility model is achieved through the following technical solutions:
A kind of horizontal from the slaking soy bean milk making machine, comprise support, control module, crushing knife tool, cutter shaft, pulverize ager and motor, the rotation of driven by motor crushing knife tool, motor is electrically connected with control module, the cutter shaft that end has crushing knife tool stretches in the pulverizing ager, when material and water mix in pulverizing ager and are ground into slurries/paste by crushing knife tool, slurries/paste self, between slurries/paste and the crushing knife tool, frictional heat heating slurries/paste between slurries/paste and the pulverizing ager, pulverize the cylinder cap that ager comprises the cylinder body that is provided with opening and can open and close the cylinder body opening, cylinder body is arranged on the support, motor is horizontally-arranged at support and is positioned at a side of cylinder body, and cutter shaft passes the casing wall of cylinder body and goes into to pulverize in the ager.
Describedly horizontally also comprise preheating device from the slaking soy bean milk making machine, preheating device is arranged on to be pulverized on the ager; Perhaps described convenient from the feed arrangement that the slaking soy bean milk making machine also comprises and the pulverizing ager is connected, preheating device is arranged on the feed arrangement; Perhaps described preheating device is the water tank that is provided with heater, and described water tank is connected with described pulverizing ager.
Described opening is arranged at the top of cylinder body.
The opening of described cylinder body is opened in cylinder body top, and the scope of the plane at opening place and the angle β between the horizontal plane is 0 °＜β≤90 °.
Described cylinder cap is installed on support or the cylinder body by articulated structure or sliding connection structure; Perhaps cylinder cap directly is fastened on the opening of cylinder body by buckle structure or helicitic texture.
Described cylinder cap is installed on the cylinder body by articulated structure or sliding connection structure; Perhaps cylinder cap directly is fastened on the opening of cylinder body by buckle structure or helicitic texture.
The height of the bottom of described opening perigee distance cylinder body is 1/3 to 1 with the ratio of the height of pulverizing ager.
The ratio of the area of the area of described opening and cylinder body maximum cross section is between the 1:4 to 1:1.
The wing end of described crushing knife tool to the minimum range of cylinder base is 1 ~ 30 millimeter.
Described cutter shaft is motor shaft, and the cutter shaft level stretches into to be pulverized in the ager; Perhaps described cutter shaft links to each other with motor by shaft coupling, and cutter shaft is installed on the cylinder body, and cylinder body is removably installed on the support.
In the utility model, described pulverizing ager is different from the open big volume cup of existing soy bean milk making machine, refers to that especially volume is at the little space of 55～800ml container.Every material and water circulate in the space of same container, effective working space with respect to described container, crushing knife tool is bigger, in crushing process, in the deep enough material of described crushing knife tool energy, described pulverizing ager has to be forced material and water constraint to pulverize within it and around being centered around crushing knife tool, form mud/paste class underflow, and pulverizing and circulating path are short, while mud/paste self, mud/paste and crushing knife tool, and mud/paste with pulverize the ager frictional heat and add warm sludge/paste, be the category that includes of pulverizing ager of the present invention.It is to be noted; the volume here is interpreted as pulverizing the volume of the effective working space of ager, and such as for " cucurbit shape " ducted body, its latter half is its effective working space; as long as the volume of its latter half is in this scope, promptly in protection scope of the present invention.
The beneficial effects of the utility model are:
The little space characteristic of this pulverizing ager makes the material pulverizing probability of pulverizing in the ager be able to greatly, when improving crush efficiency, also can make this pulverizing ager be applicable to that the ratio of higher weight of material and water (for example can reach the ratio of 2:1, existing soy bean milk making machine cup then can't be realized), therefore can make the higher magma product of denseness, for example be the magma product of mud shape or pasty state.Simultaneously, the material of this pulverizing ager and the water accounting in pulverizing ager big (with add the comparison of material and water in the commercially available soy bean milk making machine cup, for example its accounting can reach more than 1/2), make in the crushing process, the energy that is used to pulverize, collide acting is more, and the temperature that makes soya-bean milk or beans mud or beans stick with paste rises very fast, be more conducive to soya-bean milk from ripe, heat is difficult for scattering and disappearing simultaneously, along with the carrying out of pulverizing constantly heated up, has reached from ripe temperature within it.
Pulverizing ager of the present utility model is different from commercially available soy bean milk making machine cup: the relative crushing knife tool volume of commercially available soy bean milk making machine cup is bigger usually, like this then can not be well with material force to be limited to crushing knife tool near, and need improve crushing effect by other structure example such as guard, refluence device or deflection plate; The contiguous crushing knife tool setting of pulverizing ager of the present utility model, purpose be exactly for material is forced be limited to crushing knife tool near, so could form fierce turbulent crushing effect, the efficient of the raising crush efficiency and the slaking that rubs.Commercially available soy bean milk making machine cup so can only be made flowability low concentration soya-bean milk preferably because volume is bigger.The utility model is produced the higher high dense soy milk of concentration earlier usually in pulverizing ager, and then by adding the soya-bean milk that water blends into final desired concn.
The horizontal motor from the slaking soy bean milk making machine of the utility model is horizontally-arranged at support and is positioned at a side of cylinder body, reduced the center of gravity of whole soy bean milk making machine, improved the stability of complete machine, and reduced slurries or water invade motor and control device in the manual operation process probability, make slurrying safer reliable, make also that in addition crushing knife tool directly contacts with material, and under the drive of motor, rotate comminuting matter at a high speed, improve crush efficiency.
But the horizontal pulverizing ager structure that adopts folding from the slaking soy bean milk making machine of the utility model, so the user is using this horizontally can open the cylinder cap of this pulverizing ager to be dosed in the cylinder body during from the slaking soy bean milk making machine, so horizontally can save feeding structure and/or water inlet structure from the slaking soy bean milk making machine, structure is smaller and more exquisite and be convenient to family expenses, has also reduced the complete machine cost.In addition, on cleaning, both cylinder cap and cylinder body sealing fastening can be cleaned automatically, also can clean manually after the cylinder cap unlatching, so use more more options, more facility.In addition, cylinder body has certain capacity, can effectively prevent overcharge during hand stock and causes the bad problem of slaking of pulverizing, and plays " fool proof " effect, guarantees the slurrying quality.In addition, the user also can open cylinder cap whenever and wherever possible crushing knife tool is changed according to the needs of pulverizing the slaking different material.
Describedly horizontally before the slaking soy bean milk making machine can also be provided with preheating device to pulverize slaking or when pulverizing slaking even after pulverizing slaking slurries are assisted slaking.Preheating device is concrete is provided with the position and can pulverizing on the ager, also can be arranged on pulverize the feed arrangement that ager is connected on.
The design attitude of the opening of cylinder body is comparatively various, and it can be opened in the top of cylinder body, and this moment, cylinder cap can be installed on support or the cylinder body by articulated structure or sliding connection structure.In addition, opening also can design on the top of cylinder body, and this moment, cylinder cap can be installed on the cylinder body by articulated structure or sliding connection structure, was referred to as " side opening door " structure, and is user-friendly.Opening design is on top the time, and the scope of the plane at opening place and the angle β between the horizontal plane can be 0 °＜β≤90 °, so can produce the opening-closing structure that the different but most convenient of angle user uses according to the soy bean milk making machine of different styles.Described cylinder cap is movably arranged on cylinder body or the support, can prevent losing of cylinder cap.In addition, cylinder cap also can be independent of support or cylinder body and exist, and promptly described cylinder cap directly is fastened on the opening of cylinder body by buckle structure or helicitic texture, and so the soy bean milk making machine structure is more simple, but also makes things convenient for the user to clean cylinder cap.
The height of the bottom of the perigee distance cylinder body of described opening is 1/3 to 1 with the ratio of the height of pulverizing ager, so both guaranteed that cylinder body had certain charge amount, avoid again manually being dosed to too much in the cylinder block body, cause the obstruction of material, influence effects on slurry making.If the ratio of the height of the height of the bottom of the perigee distance cylinder body of opening and pulverizing ager was less than 1/3 o'clock, the maximum charge amount of cylinder body is too little and do not meet the pulverizing designing requirement, be appreciated that, when the opening level was offered, the height of the bottom of its perigee distance cylinder body was 1 with the ratio of the height of pulverizing ager.
The ratio of the area of the area of described opening and cylinder body maximum cross section is between the 1:4 to 1:1, so is suitable for hand stock.If the ratio of the area of the area of described opening and pulverizing ager maximum cross section is less than 1:4, then opening is too little, is difficult at short notice material be joined in the cylinder body, has reduced slurrying efficient.
Described crushing knife tool is 1 ~ 30 millimeter apart from the minimum range of cylinder base, so makes crushing knife tool directly imbed in the material, has improved the collision probability of crushing knife tool and material.Less than 1 millimeter, easy stuck material between crushing knife tool and the cylinder body has also increased the difficulty of cleaning to described crushing knife tool apart from the minimum range of cylinder base; If described crushing knife tool is greater than 30 millimeters apart from the minimum range of cylinder base, then difficulty is stirred material by the bottom of cylinder body, even empty beat phenomenon, consume electric power occur.
Described cylinder body is removably mounted on the support, and so the user can be removed to cylinder body in the material room and goes to feed in raw material, and feeds in raw material after not needing material contained with another container again, and is easy-to-use.In addition, the user also can be taken off cylinder body and take flushing under the tap by support, clean very convenient flexible.Cylinder body is installed on the support for convenience, and cylinder body is preferably designed as hollow ellipse body or hollow cylinder.
Description of drawings
Below in conjunction with accompanying drawing the utility model is described in further detail.
Fig. 1 is the horizontal schematic diagram from slaking soy bean milk making machine first better embodiment of the utility model;
Fig. 2 is the enlarged drawing in II zone shown in Figure 1;
Fig. 3 is the horizontal schematic diagram from slaking soy bean milk making machine second better embodiment of the utility model;
Fig. 4 is the horizontal schematic diagram from slaking soy bean milk making machine the 3rd better embodiment of the utility model;
Fig. 5 is the horizontal schematic diagram from slaking soy bean milk making machine the 4th better embodiment of the utility model;
Fig. 6 is the enlarged drawing in VI zone shown in Figure 5;
Fig. 7 is the horizontal schematic diagram from slaking soy bean milk making machine the 5th better embodiment of the utility model;
Fig. 8 is the horizontal schematic diagram from slaking soy bean milk making machine the 6th better embodiment of the utility model;
Fig. 9 is the horizontal schematic diagram from slaking soy bean milk making machine the 7th better embodiment of the utility model;
Figure 10 is the horizontal schematic diagram from slaking soy bean milk making machine the 8th better embodiment of the utility model.
The specific embodiment
Below in conjunction with drawings and Examples the utility model is described in further detail:
Horizontal slurries or the paste based foods such as preparation soya-bean milk and rice paste of being applicable to from the slaking soy bean milk making machine of the utility model.The material of the utility model indication is meant raw materials such as pulverizing preceding bean or pea or rice.
Embodiment one:
See also horizontal first better embodiment from the slaking soy bean milk making machine of the utility model shown in Figure 1, this is horizontal to comprise support 11, control module 12, crushing knife tool 13, cutter shaft 14, pulverizes ager 15 and motor 16 from slaking soy bean milk making machine 10.Motor 16 drives crushing knife tool 13 rotations.Motor 16 is electrically connected with control module 12.Cutter shaft 14 stretches into to be pulverized in the ager 15.The end of cutter shaft 14 has crushing knife tool 13.When material and water mix in pulverizing ager 15 and are ground into slurries/paste by crushing knife tool 13, between slurries/paste self, slurries/paste and the crushing knife tool 13, slurries/paste and pulverize frictional heat heating slurries/paste between the ager 15, make slurries/paste intensification slaking.
See also Fig. 2, described pulverizing ager 15 comprises cylinder body 151 that is provided with opening 1511 and the cylinder cap 152 that can open and close cylinder body opening 1511.Cylinder body 151 is fixed on the support 11.One end of cylinder cap 152 is installed on a side of opening 1511 by articulated structure 153, and the other end of cylinder cap 152 is locked in the relative opposite side of opening 1511 by buckle 154 is set.This articulated structure 153 comprises axis body 1531 that is fixed on the cylinder cap 152 and the beam barrel 1532 that is fixed in cylinder body 151, and this axis body 1531 is embedded in the beam barrel 1532.In the present embodiment, described opening 1511 is arranged at the top of cylinder body 151.This cylinder body 151 is hollow ellipse body or hollow cylinder.
It is pointed out that the area S of described opening 1511
1Area S with cylinder body 151 maximum cross sections
2Ratio range be preferably designed as between the 1:4 to 1:1, so be suitable for hand stock.If the area S of described opening 1511
1Area S with cylinder body 151 maximum cross sections
2Ratio less than 1:4, then opening 1511 is too little, is difficult at short notice material to be joined in the cylinder body 151.As everyone knows, the area S of described opening 1511
1The area S that is cylinder body 151 maximum cross sections to the maximum
2In the present embodiment, the area S of the area of described opening 1511 and cylinder body 151 maximum cross sections
2Ratio be 3:4.
Described motor 16 is horizontally-arranged at support 11 and is positioned at a side of cylinder body 151.In the present embodiment, described cutter shaft 14 is the motor shaft of motor 16, and its casing wall that passes cylinder body 151 stretches into to be pulverized in the ager 15.Described crushing knife tool 13 is apart from the minimum range d of cylinder body 151 bottoms
1Be 1 ~ 30 millimeter, so make crushing knife tool 15 directly imbed in the material, improved the collision probability of crushing knife tool 15 with material.If described crushing knife tool 15 is apart from the minimum range d of cylinder body 151 bottoms
1Less than 1 millimeter, easy stuck material between crushing knife tool 15 and the cylinder body 151 has also increased the difficulty of cleaning; If described crushing knife tool 15 is apart from the minimum range d of cylinder body 151 bottoms
1Greater than 30 millimeters, then difficulty is stirred material by the bottom of cylinder body 151, even empty beat phenomenon, consume electric power occur.The crushing knife tool 15 of present embodiment is apart from the minimum range d of cylinder body 151 bottoms
1It is 10 millimeters.
Use this horizontally at first to open cylinder cap 152 when 10 slurrying of slaking soy bean milk making machine, then can put into material cylinder body 151 like a cork this moment; Close cylinder cap 152 with this opening 1511 of complete closure; Then can connect power supply this moment, and 16 starts of control module 12 control motors realize slurrying.
Clean horizontally when slaking soy bean milk making machine 10, both can drive crushing knife tools 15 by motor 16 and rotate, the rotation in pulverizing ager 15 of crushing knife tool 15 agitate water is washed away cutter shaft 14 and is pulverized the internal perisporium of ager 15, and soy bean milk making machine 10 like this has realized automatic cleaning.Certainly, the user also can take artificial mode of cleaning, and is about to clean manually after cylinder cap 152 is opened, and so uses more more options, and is convenient more.
Adopt the structure of the pulverizing ager 15 of foldings but the utility model is horizontal from slaking soy bean milk making machine 10, so the user is using this horizontally can open the cylinder cap 152 of this pulverizing ager 15 to be dosed in the cylinder body 151 during from slaking soy bean milk making machine 10.So horizontally can save feeding structure and/or water inlet structure from slaking soy bean milk making machine 10, structure is smaller and more exquisite and be convenient to family expenses, has also reduced the complete machine cost.In addition, cylinder body 151 has certain capacity, can effectively prevent overcharge during hand stock and causes the bad problem of slaking of pulverizing, and plays " fool proof " effect, guarantees the slurrying quality.In addition, the user also can open cylinder cap whenever and wherever possible crushing knife tool 15 is changed according to the needs of pulverizing the slaking different material.
The horizontal motor 16 from slaking soy bean milk making machine 10 of the utility model is horizontally-arranged at support 11 and is positioned at a side of cylinder body 151, reduced the center of gravity of whole soy bean milk making machine, improved the stability of complete machine, and reduced slurries or water invade motor 16 and control module 12 in the manual operation process probability, make slurrying safer reliable, make also that in addition crushing knife tool 13 directly contacts with material, and under the drive of motor 16, rotate comminuting matter at a high speed, improve crush efficiency.
But horizontal pulverizing ager 15 structures that adopt folding from slaking soy bean milk making machine 10 of the utility model, so the user can open the cylinder cap 152 of this pulverizing ager 15 to be dosed in the cylinder body 152, so horizontally can save feeding structure and/or water inlet structure from slaking soy bean milk making machine 10, structure is smaller and more exquisite and be convenient to family expenses, has also reduced the complete machine cost.In addition, cylinder body 151 has certain capacity, can effectively prevent overcharge during hand stock and causes the bad problem of slaking of pulverizing, and plays " fool proof " effect, guarantees the slurrying quality.In addition, the user also can open 152 pairs of crushing knife tools 13 of cylinder cap whenever and wherever possible and change according to the needs of pulverizing the slaking different material.
Be appreciated that described motor can speed-changing when pulverizing or clean and turn to, to improve crushing effect or cleaning performance.
Be appreciated that this conveniently not only can make soya-bean milk from slaking soy bean milk making machine 10, can also make the food that other need be pulverized and heat, for example beverage made of fruits or vegetables or warm sesame cream etc.
Be appreciated that; this horizontal source from slaking soy bean milk making machine 10 frictional heats is not limited between slurries/pastes self, slurries/paste and the crushing knife tool 13, between slurries/paste and the pulverizing ager 15; every frictional heat that produces between each element in pulverizing ager 15 all can be used and heat slurries/paste, also should be within protection domain of the present utility model.
Embodiment two:
See also horizontal second better embodiment of the utility model shown in Figure 3 from the slaking soy bean milk making machine, this is horizontal to be from slaking soy bean milk making machine 20 and horizontal difference from slaking soy bean milk making machine 10: cylinder cap 152 is installed on the support 11 by articulated structure 153, so when opening cylinder cap 152, cylinder cap 152 can separate with cylinder body 151 fully, is convenient to clean the opening 1511 of cylinder body 151.
Embodiment three:
See also horizontal the 3rd better embodiment of the utility model shown in Figure 4 from the slaking soy bean milk making machine, this is horizontal to be from slaking soy bean milk making machine 30 and horizontal difference from slaking soy bean milk making machine 10: the opening 1511 of described cylinder body 151 is opened in the top of cylinder body 152, and the scope of the plane at opening 1511 places and the angle β between the horizontal plane is 0 °＜β＜90 °, and this moment, cylinder cap 152 also can be installed on the cylinder body 151 by articulated structure or sliding connection structure.In the present embodiment, the plane and the angle β between the horizontal plane at described opening 1511 places are 45 °.The mode design of " side is opened the door " has been enriched the structural change of product, also is convenient to user's use.
It needs to be noted: the height h of the bottom of the perigee distance cylinder body 151 of described opening 1511
1With the height h that pulverizes ager 15
2Ratio range be 1/3 to 1, so both guaranteed that cylinder body 151 had certain charge amount, can avoid again manually being dosed to too much in the cylinder body 151, influence effects on slurry making.If the height h of the bottom of the perigee distance cylinder body 151 of opening 1511
1With the height h that pulverizes ager
2Ratio less than 1/3 o'clock, the maximum charge amount of cylinder body 151 is too little and do not meet the pulverizing designing requirement.In the present embodiment, the height h of the bottom of the perigee distance cylinder body 151 of described opening 1511
1With the height h that pulverizes ager 15
2Ratio be 2/3.
Embodiment four:
See also Fig. 5 and horizontal the 4th better embodiment of the utility model shown in Figure 6 from the slaking soy bean milk making machine, this is horizontal to be from slaking soy bean milk making machine 40 and horizontal difference from slaking soy bean milk making machine 30: cylinder cap 152 is installed on the cylinder body 151 by sliding connection structure 41, sliding connection structure 41 comprises slide rail 411 that is arranged on the cylinder body 151 and the chute 412 that is arranged on cylinder cap 152, and slide rail 411 slides and is embedded in chute 412.
Embodiment five:
See also horizontal the 5th better embodiment of the utility model shown in Figure 7 from the slaking soy bean milk making machine, this is horizontal to be from slaking soy bean milk making machine 50 and horizontal difference from slaking soy bean milk making machine 30: the plane and the angle β between the horizontal plane at opening 1511 places of described cylinder body 151 are 90 °, and promptly opening 1511 is positioned at vertical plane.This kind mode also belongs to a kind of of " side is opened the door ", has enriched the structural change of product equally, also is convenient to user's use.
Embodiment six:
See also horizontal the 6th better embodiment of the utility model shown in Figure 8 from the slaking soy bean milk making machine, this is horizontal to be with horizontal difference from slaking soy bean milk making machine 10 from slaking soy bean milk making machine 60: cylinder cap 152 is not connected with cylinder body 151, be that cylinder cap 152 is to be independent of cylinder body 151 to exist, and directly be fastened on the opening of cylinder body 151 by buckle structure or helicitic texture, so can not save cylinder cap 152 not and the syndeton between the cylinder body 151, simple in structure, during cleaning, can directly take off cylinder cap 152 flushing of taking away.
Embodiment seven:
See also horizontal the 7th better embodiment of the utility model shown in Figure 9 from the slaking soy bean milk making machine, this is horizontal to be with horizontal difference from slaking soy bean milk making machine 40 from slaking soy bean milk making machine 70: described cutter shaft 14 is connected by the motor shaft of shaft coupling 71 with motor 16, cylinder body 151 is removably mounted on the support 11, user like this can be removed to the material room with cylinder body 151 and go to feed in raw material, and it is reinforced again after not needing material contained with another container, easy-to-use, in addition, the user also can be taken off cylinder body 151 and take flushing under the tap by support 11, clean very convenient flexible.
Embodiment eight:
See also horizontal the 8th better embodiment from the slaking soy bean milk making machine of the utility model shown in Figure 10, this is horizontal to be from slaking soy bean milk making machine 80 and horizontal difference from slaking soy bean milk making machine 50: describedly horizontally also be provided with preheating device 82 before pulverizing slaking or when pulverizing slaking even after pulverizing slaking slurries are assisted slaking from slaking soy bean milk making machine 80.Preheating device 82 can be heating film or heating tube, its be arranged on pulverize the water feed apparatus 81 that ager 15 is connected on.This water feed apparatus 81 comprises water tank 811 and water inlet pipe 812.Water tank 811 is communicated with pulverizing ager 15 by water inlet pipe 812.In the present embodiment, this water inlet pipe 812 is two to advance one and go out pipeline, and another import of water inlet pipe 812 also is communicated with feed bin 813, and this moment, water feed apparatus 81 also was a feed arrangement.Preheating device 82 concrete desired locations can be close to water inlet pipe 8122 and be provided with, and also can be located on the water tank 811, and every mode of preheat function that can realize is all at protection domain of the present utility model.
Be appreciated that preheating device 81 also can be arranged on the pulverizing ager 15.
Claims (10)
- One kind horizontal from the slaking soy bean milk making machine, comprise support, control module, crushing knife tool, cutter shaft, pulverize ager and motor, the rotation of driven by motor crushing knife tool, motor is electrically connected with control module, the end of cutter shaft has crushing knife tool, crushing knife tool is positioned at pulverizes ager, when material and water mix in pulverizing ager and are ground into slurries/paste by crushing knife tool, slurries/paste self, between slurries/paste and the crushing knife tool, frictional heat heating slurries/paste between slurries/paste and the pulverizing ager, it is characterized in that: described pulverizing ager comprises the cylinder body that is provided with opening and can open and close the cylinder cap of cylinder body opening, cylinder body is arranged on the support, motor is horizontally-arranged at support and is positioned at a side of cylinder body, and the casing wall that cutter shaft passes cylinder body stretches in the pulverizing ager.
- 2. as claimed in claim 1 horizontal from the slaking soy bean milk making machine, it is characterized in that: describedly horizontally also comprise preheating device from the slaking soy bean milk making machine, preheating device is arranged on to be pulverized on the ager; Perhaps described convenient from the feed arrangement that the slaking soy bean milk making machine also comprises and the pulverizing ager is connected, preheating device is arranged on the feed arrangement; Perhaps described preheating device is the water tank that is provided with heater, and described water tank is connected with described pulverizing ager.
- 3. as claimed in claim 2 horizontal from the slaking soy bean milk making machine, it is characterized in that: described opening is arranged at the top of cylinder body.
- 4. as claimed in claim 2 horizontal from the slaking soy bean milk making machine, it is characterized in that: described opening is opened in cylinder body top, and the scope of the angle β between plane, opening place and the horizontal plane is 0 °＜β≤90 °.
- 5. as claimed in claim 3 horizontal from the slaking soy bean milk making machine, it is characterized in that: described cylinder cap is installed on support or the cylinder body by articulated structure or sliding connection structure; Perhaps cylinder cap directly is fastened on the opening of cylinder body by buckle structure or helicitic texture.
- 6. as claimed in claim 4 horizontal from the slaking soy bean milk making machine, it is characterized in that: described cylinder cap is installed on the cylinder body by articulated structure or sliding connection structure; Perhaps cylinder cap directly is fastened on the opening of cylinder body by buckle structure or helicitic texture.
- 7. as claimed in claim 4 horizontal from the slaking soy bean milk making machine, it is characterized in that: the height of the bottom of described opening perigee distance cylinder body is 1/3 to 1 with the ratio of the height of pulverizing ager.
- As claim 1 to 7 any one described horizontal from the slaking soy bean milk making machine, it is characterized in that: the ratio of the area of the area of described opening and cylinder body maximum cross section is between the 1:4 to 1:1.
- As claim 1 to 7 any one described horizontal from the slaking soy bean milk making machine, it is characterized in that: the wing end of described crushing knife tool to the minimum range of cylinder base is 1 ~ 30 millimeter.
- As claim 1 to 7 any one described horizontal from the slaking soy bean milk making machine, it is characterized in that: described cutter shaft is motor shaft, the cutter shaft level stretches into to be pulverized in the ager; Perhaps described cutter shaft links to each other with motor by shaft coupling, and cutter shaft is installed on the cylinder body, and cylinder body is removably installed on the support.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205790189U CN201911904U (en) | 2010-10-27 | 2010-10-27 | Horizontal self-curing soybean milk machine |
| TW100127627A TWI540969B (en) | 2010-09-27 | 2011-08-03 | Quickly squeezed soymilk |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205790189U CN201911904U (en) | 2010-10-27 | 2010-10-27 | Horizontal self-curing soybean milk machine |
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| Publication Number | Publication Date |
|---|---|
| CN201911904U true CN201911904U (en) | 2011-08-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205790189U Expired - Lifetime CN201911904U (en) | 2010-09-27 | 2010-10-27 | Horizontal self-curing soybean milk machine |
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| CN (1) | CN201911904U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104433756A (en) * | 2014-12-12 | 2015-03-25 | 苏州市赛品电器有限公司 | Juicer |
| CN104872540A (en) * | 2015-05-05 | 2015-09-02 | 九阳股份有限公司 | Preparation method of rice paste |
-
2010
- 2010-10-27 CN CN2010205790189U patent/CN201911904U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104433756A (en) * | 2014-12-12 | 2015-03-25 | 苏州市赛品电器有限公司 | Juicer |
| CN104872540A (en) * | 2015-05-05 | 2015-09-02 | 九阳股份有限公司 | Preparation method of rice paste |
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Granted publication date: 20110803 |