CN103815804A - Embedded multifunctional food processor - Google Patents
Embedded multifunctional food processor Download PDFInfo
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- CN103815804A CN103815804A CN201410019095.1A CN201410019095A CN103815804A CN 103815804 A CN103815804 A CN 103815804A CN 201410019095 A CN201410019095 A CN 201410019095A CN 103815804 A CN103815804 A CN 103815804A
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Abstract
An embedded multifunctional food processor comprises a base and a body capable of being separated movably relative to the base. A first drive device and a first coupling device are arranged in the base. A second drive device, a second coupling device, a grinding device and a heating device are arranged in the body, the second drive device is arranged corresponding to the first drive device, and the second coupling device is connected and electrically coupled with the first coupling device. The base is connected with an external power source, and supplies power for the heating device in the body through the first coupling device and the second coupling device, the first drive device is connected with the second drive device, and the second drive device drives the grinding device to move. The multifunctional food processor is small in size and has multiple food processing functions so that the quantity of electric kitchen appliances is reduced greatly; the multifunctional food processor can be embedded into spare space of the electric kitchen appliances or walls or cupboards so that kitchen space is saved further.
Description
The application is that the application number of submitting on December 14th, 2011 is 201110416748.6, and denomination of invention is the divisional application of the Chinese invention patent application of " a kind of Multifunctional built-in cooking machine ".
Technical field
The present invention relates to a kind of Multifunctional cooking machine, particularly relate to a kind of Multifunctional built-in cooking machine.
Background technology
Modern people's living standard is more and more higher, the cooking machine that family is used is also more and more, the use of electric kettle, soy bean milk making machine, juice extractor, coffee machine etc. multiple cooking machine is also more and more general, but the kitchen of family often can hold any more so much kitchen appliance, therefore need to have to there is multi-functional and Embedded cooking machine and reduce the volume of kitchen appliance, and reduce the quantity of kitchen appliance.
The Multifunctional cooking machine that kitchen is general, one as disclosed in Chinese patent CN202005654U " has multi-functional kitchen appliance device ", there is electrical equipment main body, the first housing and the second housing, the first housing and the second housing are positioned at the both sides of electrical equipment main body, electrical equipment main body base two ends have respectively coupler, the first housing is connected by coupler circuit while contact with electrical equipment main body base with the second housing, together with the kitchen appliance of these two kinds of difference in functionalitys of soy bean milk making machine and electric steamer can being effectively integrated like this.But so multi-functional kitchen appliance device, although can realize two kinds of cooking functions in an electrical equipment main body, but or need to there are multiple bodies, be the first housing and the second housing, each body can only be realized single function, if realize multiple cooking function, just need to configure different bodies, therefore the body of whole electrical equipment is still very large.Therefore this multi-functional kitchen appliance device, can only reduce the volume of base.And not all body can be applicable to this electrical equipment main body, if need to there be several functions, just must be equipped with different couplers realizes with corresponding body, therefore, such multifunctional kitchen electrical apparatus also has certain limitation, can not really realize the embedded and multi-functional of cooking machine.
Summary of the invention
Technical problem to be solved by this invention is to provide the Multifunctional built-in cooking machine that a kind of volume is little, can realize multiple cooking function, and this Multifunctional built-in cooking machine can cushion the vibrations between body and base, guarantee being electrically connected between body and base.
The present invention solves the problems of the technologies described above adopted technical scheme: a kind of Multifunctional built-in cooking machine, comprise base and the body with respect to the removable separation of base, it is characterized in that: on described base, there is the first transmission device and the first coupling device, on described body, there is the second transmission device with the corresponding setting of described the first transmission device, can be connected with described the first coupling device and the second coupling device of electric coupling, reducing mechanism and heater, described base connects extraneous power supply, and power to the heater in described body by described the first coupling device and described the second coupling device, described the first transmission device connects described the second transmission device and moves by reducing mechanism described in described the second actuator drives,
Described the first coupling device and the second coupling device all have elastic buffer performance.
As an embodiment of coupling device of the present invention, described the first coupling device comprises and can elasticity stretches out or shrink in the resilient contact of base and be positioned at the first jockey of the first coupling device periphery, described the second coupling device comprises the electrode corresponding with this resilient contact position, and with the second jockey of the corresponding setting of this first jockey, described the first jockey and the second jockey interconnect to fix described the first coupling device and the second coupling device.
Preferably, described the first jockey is an electromagnet, and described the second jockey is a metalwork.
In order to make described resilient contact there is elasticity, described resilient contact comprise a contact surface and be butted on described contact surface and the upper surface of the first coupling device between secondary spring, described secondary spring protrudes from the surface of base while making described resilient contact under the effect that there is no external force.
As an embodiment again of coupling device of the present invention, described the second coupling device comprises the surperficial electrode that stretches out in body, described the first coupling device comprises the shell fragment that stretches out in base, the top of described shell fragment has the corresponding setting in position of a contact and described electrode, and the bottom of described shell fragment has this shell fragment rotation of a rotating control assembly control and then makes the contact contact at this shell fragment top or away from described electrode.
Preferably, the middle part of described shell fragment has a rotating shaft, described rotating control assembly comprises the back-moving spring of bottom one side that is connected in described shell fragment and is positioned at the calutron of described shell fragment bottom opposite side, and the control circuit of this calutron of control, described calutron can attract the bottom of this shell fragment to move to opposite side under the effect of control circuit, and described back-moving spring provides the bottom of described shell fragment to the reset force of a lateral movement.
In order to make described resilient contact can contact better energising with electrode, described electrode is annular electrode.
In order to prevent the dry combustion method of processed food in body, in described body, also there is temperature detection device.
Preferably, described the first coupling device is positioned at a side of described base, and described the second coupling device is positioned at a side of described organism bottom, and described the first transmission device is positioned at described base, and described the second transmission device is positioned at the bottom of described body.
Preferably, described body comprises the upper cover, body and the container base that connect successively, described upper cover is placed on described bodies top opening or closing, described upper cover, body and container base form a container for accommodating food to be processed, described the second transmission device is positioned at described container base, and described the second coupling device is positioned at a side of described container base.
In order to make this cooking machine food in heater body quickly and evenly, described body comprises internal layer and skin, between internal layer and skin, be close to internal layer and have one deck zone of heating, between this zone of heating and skin, be provided with heat-insulation layer, described zone of heating is described heater.
As the another embodiment of cooking machine of the present invention, described body comprises a upper cover, described base has one and is positioned at body side and upwardly extending sidewall, and described the first coupling device is positioned at the top of described sidewall, and described the second coupling device is positioned at a side of described upper cover.
Preferably, described heater comprises a heating tube, and described heating tube is connected in described upper cover and extends downward in described body.
For crushing function being provided to this cooking machine, the center of described container base is fixed with a blade by a support, and described blade is the reducing mechanism of described cooking machine.
Preferably, described the second transmission device comprises power transmission shaft and travelling gear, one end of described power transmission shaft is connected with the center of blade, bottom outside and cover that the other end stretches out in body have travelling gear, described the first transmission device comprises the high-speed electric expreess locomotive of being located in base and the output shaft that stretches out in susceptor surface, and described output shaft matches with described travelling gear.
For firm banking and body better, reduce to prevent the vibrations of base and body, the position that described base is connected with container base has the flange collar projecting upwards, the edge of described container base downwards bending is placed in the flange collar of described base, and has cushion pad between this flange collar and container base.
For the vibrations that reduce to produce due to the motion of high-speed electric expreess locomotive, between described high-speed electric expreess locomotive and described base, be provided with rubber buffer.
In order to seal the vibrations between described body and buffering body and base, between described support and described base, be provided with a sealing ring.
Compared with prior art, the invention has the advantages that this Multifunctional built-in cooking machine, owing to there is no the device such as motor, power supply in body, this body can freely be placed and move, and can regard container, base can embed and be positioned in the clearance spaces of kitchen appliance or wall, cabinet, has more saved the space in kitchen.
This cooking machine had both had the function of Fast Heating, and there is reducing mechanism can crashing food, not only can heating water, the food such as milk, can also squeeze the juice, grind soya-bean milk, realized multi-functionally, greatly reduced the quantity of kitchen appliance.
And this cooking machine has solved between base and body when transmitting power supply and mechanical movement simultaneously, the vibrations that mechanical movement brings cause being electrically connected unstable, obstructed problem, this first coupling device and the second coupling device include buffer unit or self just there is shock-absorbing capacity or the first coupling device and the second coupling device and body and base between there is respectively bolster, can reduce the vibrations between body and base, improve the connection reliability between body and base.
Further, due to this first coupling device and the second coupling device include buffer unit or self just there is shock-absorbing capacity or the first coupling device and the second coupling device and body and base between there is respectively bolster, therefore the motor speed in this Multifunctional cooking machine can be arranged to higher, can improve the efficiency of pulverizing, can food be pulverized meticulouslyr, and can realize pulverizing and the heating of cooking machine simultaneously, not only save the time of making cooking, pulverize and can guarantee that the nutritional labeling in food does not run off completely at a high speed, make the more Ensure Liquid of cooking of making, healthy.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the Multifunctional cooking machine of first embodiment of the invention.
Fig. 2 be first embodiment of the invention Multifunctional cooking machine decomposing schematic representation.
Fig. 3 is the circuit diagram of the Multifunctional cooking machine of first embodiment of the invention.
Fig. 4 is the schematic diagram of the Multifunctional cooking machine coupling device of first embodiment of the invention.
Fig. 5 is the schematic diagram of the Multifunctional cooking machine coupling device of second embodiment of the invention.
Fig. 6 is the schematic diagram of the Multifunctional cooking machine of third embodiment of the invention.
Fig. 7 be third embodiment of the invention Multifunctional cooking machine decomposing schematic representation.
Fig. 8 is the schematic diagram of the Multifunctional cooking machine coupling device of fourth embodiment of the invention.
Fig. 9 is the schematic diagram of the Multifunctional cooking machine coupling device of fifth embodiment of the invention.
Figure 10 is the schematic diagram of the another kind of state of the coupling device in Fig. 9.
Figure 11 is the schematic diagram of the Multifunctional cooking machine coupling device of sixth embodiment of the invention.
Figure 12 is the schematic diagram of the another kind of state of the Multifunctional cooking machine coupling device of sixth embodiment of the invention.
The specific embodiment
Below in conjunction with accompanying drawing, embodiment is described in further detail the present invention.
As Figure 1-4, be the Multifunctional built-in cooking machine of the first embodiment of the present invention, this cooking machine comprises a base 1, and one and the removable body being separated 2 of base 1.Described base 1 can be set up separately, also can combine with other cooking machines, as being located in the vacant space of coffee machine, formation one that this Multifunctional cooking machine is combined with coffee machine can realize the kitchen appliance of several functions, also can be located at other electrical equipment, as micro-wave oven, in the clearance spaces of the kitchen appliances such as refrigerator, or embed and be located in the wall or cabinet in kitchen, the kitchen appliance that formation one is multi-functional and volume is little.
On this base 1, there is the first coupling device 11, on this body 2, have and be connected with the first coupling device 11 on this base 1 and the second coupling device 21 of electric coupling.On this base 1, be also connected with external power source.When this base 1 is when arranging separately, when this cooking machine is independent device, this base 1 can connect extraneous power supply by a power line, in base 1 is located at other cooking machines time, when this cooking machine is embedded, the power supply that this base 1 is communicated with in other cooking machines, connects extraneous power supply by other cooking machines.On this base 1, also there is the first transmission device 13 that produces mechanical movement, on this body 2, also have and be connected with this first transmission device 13 and along with the second transmission device 23 of the first transmission device 13 interlocks, this first transmission device 13 and the second transmission device 23 drive the parts in body 2 to do mechanical movement.The first coupling device 11 and the second coupling device 21 make described body 2 be electrically connected with base 1, give the power supply such as heater 50 and temperature control equipment in body 2, and the signal of the temperature control equipment in body 2 etc. is returned to base 1.
As shown in Figure 1, described body 2 comprises the upper cover 25, body 24 and the container base 28 that connect successively, upper cover 25 is placed on body 24 tops opening or closing, interior formation one container 26 of body 24 is for the accommodating food that needs processing, and the side of body 24 also has handle and is convenient to picking and placeing of this body 2 and takes and use.This body 24 comprises internal layer 241 and skin 242, is close to internal layer 241 and has one deck zone of heating 243 between internal layer 241 and outer 242, between this zone of heating 243 and outer 242, is also provided with heat-insulation layer 244.Because zone of heating 243 is covered in internal layer 241 outsides, the mode of sidewall heating that what therefore this body 2 adopted is, heat so not only temperature rise even, but also heating rapidly, can greatly reduce the Production Time of cooking in body, and the speed of food heating is also controlled.Heat-insulation layer 244 between zone of heating 243 and outer 242 can prevent the distributing and losing of heat of zone of heating 243, better heating effect is provided, but also can prevent that dissipation of heat is to outer 242, prevent that outer 242 excess Temperatures from cannot contact, cause potential safety hazard, played good thermal insulation function.The zone of heating 243 that internal layer 241 is close in these internal layer 241 outsides of being located at body 2 is the heater 50 in this body 2.
The first transmission device 13 on base 1 comprises the high-speed electric expreess locomotive 131 of being located in base 1 and the output shaft 132 that stretches out in base 1 upper surface, this output shaft 132 matches for the rotation of high-speed electric expreess locomotive 131 is passed to power transmission shaft 231 with travelling gear 232, and then band cutting blade 27 does circumgyration incision motion.Thus, the function that this cooking machine can have pulverizing, squeeze the juice, can be for making the cookings such as soya-bean milk, fruit juice.
One side of base 1 is provided with the first coupling device 11, and accordingly, a side of this container base 28 is also provided with and this first coupling device 11 the second coupling device 21 being connected that intercouples.This first coupling device 11 and the second coupling device 21 are the coupling device of this Multifunctional cooking machine.This coupling device as shown in Figure 4, the first coupling device 11 is fixed on the upper surface of described base 1, comprise the first plug connector 111, and surround the first plug connector skeleton 112 of described the first plug connector 111, this the first plug connector skeleton 112 is plastic material, surrounds the first elastic buffer unit 113 of described the first plug connector skeleton 112.This second coupling device 21 is fixed on the bottom of container base 28 1 sides of described body 2, comprise the second plug connector 211 matching with the first plug connector 111, and surround the second plug connector skeleton 212 of described the second plug connector 211, this the second plug connector skeleton 212 is plastic material, surrounds the second elastic buffer unit 213 of described the second plug connector skeleton 212.This second plug connector 211, the second plug connector skeleton 212 and the second elastic buffer unit 213 are all fixed on the bottom of described body 2, and described the second plug connector 211 is exposed to the bottom of described container base 28.The periphery at the position contacting at this first coupling device 11 and the second coupling device 21, also be respectively equipped with the first pressing plate 114 and the second pressing plate 214, this first pressing plate 114 and the second pressing plate 214 are made for hard material, for this first coupling device 11 and the second coupling device 21 are located fastening.
The first transmission device 13 is positioned on base 1, and high-speed electric expreess locomotive is also positioned at base 1, output shaft 132 is all positioned on base 1, and the travelling gear 232 of body and power transmission shaft 231 are all close to base 1, be all adjacent to this first coupling device 11 and the second coupling device 21, therefore the vibrations that produce due to mechanical rotation between the first transmission device 13 and the second transmission device 23 will certainly have influence on being of coupled connections between the first coupling device 11 and the second coupling device 21, if shake excessive, may cause connecting between the first coupling device 11 and the second coupling device 21 obstructed, causing base 1 to be passed to power supply in body 2 may switch-on and-off, therefore, reduce the vibrations between the first coupling device and the second coupling device, for the maximum problem of the required solution of this Multifunctional built-in cooking machine.And the present invention is owing to adopting the first and second elastic buffer units to wrap the structure of the first plug connector skeleton and the second plug connector skeleton, reduce the vibrations between the first coupling device 11 and the second coupling device 21, can guarantee the connection reliability between this first coupling device and the second coupling device.And because this first coupling device 11 and the second coupling device 21 have the function of good buffering and damping, so mechanical movement of transmitting between this first transmission device and the second transmission device, the rotating speed of this blade 27 can be arranged to higher, preferably, this high-speed electric expreess locomotive adopts the series excited machine that rotating speed can stepless speed regulation up to 40000r/min.Under this ultrahigh rotating speed and power ratio, the Multiple components in fruits and vegetables effectively can be discharged, and can guarantee that the temperature that stirs liquid is no more than 39 degrees Celsius, guarantees the active speciality of composition in fruits and vegetables completely.This ultrahigh rotating speed also can fully be pulverized soya bean, and meticulousr all to pieces, has guaranteed the nutritional labeling of soya-bean milk.Owing to heating and pulverizing and can carry out simultaneously, under high-revolving duty like this, common coupling device weares and teares soon, can not guarantee the normal use of machine, and coupling device in the present invention just can solve the problem of these wearing and tearing, guarantee being connected and the normal use of cooking machine between body and base.
In the Multifunctional built-in cooking machine of this embodiment, base 1 is communicated with extraneous power supply, and by the first coupling device 11 and the second coupling device 21, extraneous power supply is communicated to the zone of heating 243 on body 2, for the food in body 2 is heated, high-speed electric expreess locomotive is directly powered by base 1.And preferably,, in this embodiment, the first plug connector 111 on the first coupling device 11 is a jack, the second plug connector 211 on the second coupling device 21 is a contact pin, correspondingly, this first plug connector can be a contact pin, and this second plug connector can be a jack.
Because this Multifunctional cooking machine will be realized its embedding function, can in this Multifunctional cooking machine, embed and be provided with water feed apparatus 60, this water feed apparatus 60 as Figure 1-3, comprise the water inlet pipe 61 being positioned on base 1, the water pipe that this water inlet pipe 61 is directly communicated with in the embedded electrical equipment of extraneous running water pipe or this Multifunctional cooking machine is used for water inlet, on this water inlet pipe 61, there is magnetic valve 62 as the switch of controlling water inlet, this water inlet pipe 61 is communicated on the first water inlet interface 63 of base 1 upper surface, on the body 2 of this Multifunctional cooking machine, there is the second water inlet interface 64 matching with these the first water inlet interface 63 positions and size, this the second water inlet interface 64 is communicated in the container 26 of body 2, and the top of this second water inlet interface 64 has a check valve 65, this check valve 65 is controlled the water entering from water inlet pipe 61 and is directly entered the processing of container 26 for food cooking, the calm device 26 of anti-sealing pours in down a chimney to base 1.On the internal layer 241 of this container 26, be also provided with level detecting device 66.Certainly those skilled in the art also can adopt the water feed apparatus of other structures, and also can not adopt water feed apparatus, and directly opening top cover 21 needs the water of processing also can from the top of body 2 to pouring in container 26.
In this embodiment, be provided with upper temp probe 41 at the internal layer 241 of body 2, on described container base 28, be also provided with at least one bottom temp probe 42, these two kinds of probes are the temperature detection device in body, be used for the temperature of the food of surveying the processing in body 2, to prevent causing fire incident because of dry combustion method, improve the security performance of this cooking machine.
Between support 29 and container base 28, be provided with sealing ring 5, between the power transmission shaft 231 of support 29 and the second transmission device 23, be also provided with sealing ring 5, these two sealing rings 5 not only can cushion high-speed electric expreess locomotive and drive the vibrations that bring, and body-sealing 2 better.High-speed electric expreess locomotive 131 is fixed in base 1, and between this high-speed electric expreess locomotive 131 and base 1, also has rubber buffer 6 for further cushioning the vibrations that bring when high-speed electric expreess locomotive 131 operates.
As shown in Figure 2, extraneous power supply is by base 1, and directly power supply is to the first transmission device 13, the first transmission devices 13 and then driving the second transmission device 23 rotates or other mechanical movement.By the first coupling device 11 and the second coupling device 21, power supply is supplied with to heater 50 and the temperature sensing device on body 2.And the temperature sensing device on body 2 simultaneously, upper temp probe 41 and bottom temp probe 42 data that detect also pass to the first coupling device 11 by the second coupling device 21, and then the temperature that can heat zone of heating 243 is controlled.
This Multifunctional built-in cooking machine, not only can utilize the rotation of blade 27 to pulverize soya-bean milk, fruits and vegetables etc., the function of realize mill soya-bean milk, squeezing the juice, but also can heat the food in body, function simply boils, can boil water, other foods such as heating milk, greatly reduced the electrical equipment kind in kitchen.And this Multifunctional built-in cooking machine, body can move with respect to base, and base can embed and be arranged in the vacant position of other cooking machines or the body of wall in kitchen, body can insert in use, while use, remove, and a tractor serves several purposes, greatly saved the space in kitchen.
As shown in Figure 5, be the another kind of embodiment of the coupling device of this embedded cooking machine.In this embodiment, this first coupling device 11 is fixed on the upper surface of described base 1, comprise the first plug connector 111 that is positioned at centre position, and surround the first elastic buffer unit 113 ' of described the first plug connector 111, and surrounding the first fixture 115 of described the first elastic buffer unit 113 ', this first elastic buffer unit 113 ' and described the first fixture 115 are all fixed on described base 1.This second coupling device 21 is fixed on the bottom of described container base 28, comprise the second plug connector 211 matching with the first plug connector 111, described the second plug connector 211 is fixed on the bottom of described container base 28 and is exposed to the bottom of described container base 28, surround the second elastic buffer unit 213 ' of described the second plug connector 211, and surround the second fixture 215 of described the second elastic buffer unit 213 '.Such structure, can cushion the vibrations that produce due to motor rotation equally, guarantees the stable bond between the second plug connector and the first plug connector, and then guarantees the electrical connection between the first coupling device 11 and the second coupling device 21.
As shown in Fig. 6-7, for another embodiment of this Multifunctional built-in cooking machine, in this embodiment the first transmission device 13 and the second transmission device 23 arrange all identical with the first embodiment, what this embodiment was different from the first embodiment is, the second coupling device 21 on this body 2 is positioned at a side of the upper cover 25 of this body 2, this base 1 has a upwardly extending sidewall 14 of a side that is positioned at body 2, the first coupling device 11 on base 1 is positioned at the top of this sidewall 14, and position is corresponding with the second coupling device 21 and be coupled.The first transmission device 13 of this base 1 is still located at the position corresponding with the bottom of body 2 in this base 1, the second transmission device 23 in body 2 is still located at the bottom of the body identical with embodiment 12, and this first coupling device 11 and the second coupling device 21 can adopt structure as shown in Figure 4, also can adopt as the structure in Fig. 5.And in this embodiment, as shown in Figure 6, because this second coupling device 21 is positioned at upper cover 25 1 sides of this body 2, the electric current transmitting by base will directly enter upper cover 25 rather than enter on the body of body 2, therefore the heater 50 in this body 2 is preferably a heating tube 51, this heating tube 51 is connected to the upper cover 25 of body 2 and extends in the container 26 of body 2, for the food in described container 26 heats.
As shown in Figure 8, be the coupling device of the Multifunctional built-in cooking machine of the fourth embodiment of the present invention.In this embodiment, the first coupling device 11 is positioned on described base 1 and higher than the surface of described base 1, in this base 1, be fixed with one with the first bolster 12 of these the first coupling device 11 corresponding settings, this first bolster 12 is butted between described the first coupling device 11 and described base 1, make to there is a gap between described the first coupling device 11 and this base 1, in the time that this body 2 is positioned on described base 1, pushes described the first bolster 12 and make described the first coupling device 11 press close to described base 1 downwards.The first plug connector 111 in the middle of this first coupling device 11 comprises, and the first plug connector skeleton 112 of encirclement and fixing described the first plug connector 111, this the first plug connector skeleton 112 is plastic material, and surround the first elastic buffer unit 113 of described the first plug connector skeleton 112, and be positioned at the first pressing plate 114 of the outermost bottom surface portions of described the first elastic buffer unit 113, this first coupling device 11 is the structure shown in Fig. 4.This first bolster 12 comprises the first spring fastening 121 being fixed in this base 1, and be fixed on the first spring 122 on this first spring fastening 121, the outboard end of this first spring 122 is upwards butted on the bottom of described the first coupling device 11, the bottom of this first coupling device 11 forms the step surface of an indent for the outboard end of accommodating this first spring 122, as shown in Figure 8, on this first plug connector skeleton 112, form the step surface of an indent.
The second coupling device 21 for the outer side surface at described body 2 and and the surface of this body 2 between there is the structure in a gap, in this body 2, be fixed with second bolster 22 corresponding with the position of this second coupling device 21, this second bolster 22 is butted between described body 2 and described the second coupling device 21, make to there is a gap between described the second coupling device 21 and container base 28, in the time that body is positioned on described base 1, described in when this second coupling device 21 upwards pushes described the second bolster 22, the second coupling device 21 is pressed close to the bottom of described body 2.The second plug connector 211 in the middle of this second coupling device 21 comprises, and the second plug connector skeleton 212 of encirclement and fixing described the second plug connector 211, this the second plug connector skeleton 212 is plastic material, and surround the second elastic buffer unit 213 of described the second plug connector skeleton 212, and be positioned at the second pressing plate 214 of the outermost bottom surface portions of described the second elastic buffer unit 213, this second coupling device 21 is the structure shown in Fig. 4.This second bolster 22 comprises the second spring fastening 221 being fixed in body 2, and be fixed on the second spring 222 on this second spring fastening 221, the outboard end of this second spring 222 is butted on the top of described the second coupling device 21 downwards, the top of this second coupling device 21 forms the step surface of an indent for the outboard end of accommodating this second spring 222, as shown in Figure 8, on this second plug connector skeleton 212, form the step surface of an indent.
Cooperation between the first coupling device 11, the second coupling device 21 and the first bolster 12, the second bolster 22 like this, while making described body 2 be placed on base 1, the vibrations that produce when driving force between the first transmission device and the second transmission device are cushioned better, not only the first coupling device 11 and the second coupling device 21 self have buffer unit, and also further damping vibration of the first bolster 12 being respectively equipped with between body 2 and base 1 and the second bolster 22, make between body 2 and base 1 more stablely in the running, and noise is less.And those skilled in the art can recognize, the first coupling device 11 in this embodiment, the second coupling device 21 also can adopt structure as shown in Figure 5, and also can adopt the first coupling device 11 as shown in Figure 8, the second coupling device 21 and the first bolster, the structure of the second bolster, also can be applied to as Fig. 6, shown in 7 in Multifunctional built-in cooking machine, just this first coupling device 11 or the first bolster 12 being fixed on to the position that position on base 1 and this second coupling device 21 or the second bolster 22 be fixed on body 2 correspondingly changes.
As shown in Fig. 9-10, for the schematic diagram of the coupling device of the Multifunctional built-in cooking machine of fifth embodiment of the invention, as shown in Figure 9, the coupling device of this Multifunctional built-in cooking machine comprises and is positioned at the first coupling device 11 on base 1 and is positioned at the second coupling device 21 on body 2.As shown in figure 10, this first coupling device 11 comprises and stretches out in the resilient contact 116 of base 1 and be positioned at the first jockey 117 of the first coupling device 11 peripheries, this first jockey 117 is an electromagnet, this resilient contact 116 comprise a contact surface 1161 and be butted on contact surface 1161 and the upper surface of the first coupling device 11 between secondary spring 1162, this secondary spring 1162 protrudes from the upper surface of base 1 while not only making resilient contact 116 under the effect that there is no external force, in the time that body 2 is positioned on base 1, resilient contact 116 pushes secondary spring 1162 and presses down, this secondary spring 1162 is for cushioning the vibrations between the first coupling device 11 and the second coupling device 21 simultaneously.This second coupling device 21 comprises the electrode 216 corresponding with this resilient contact 116 positions, and with the second jockey 217 of the first jockey 117 corresponding settings of these the first coupling device 11 peripheries, this second jockey 217 is a metalwork.In the time that body 2 is positioned on base 1, electromagnet and metalwork energising adhesive, body 2 and base 1 are interfixed, and electrode 216 contacts with resilient contact 116, resilient contact 116 had both played and has electrically connected as body the effect of power supply is provided, and played again the effect of the relative vibration between buffering body 2 and base 1.Preferably, this electrode 216 is annular electrode, because this electrode is annular electrode, when body 2 is positioned on base 1 no matter body 2 with respect to having or not rotation between base 1, electrode 216 energising that all can contact with resilient contact 116.And in this embodiment, the position of resilient contact 116 and electrode 216 also can exchange, on the first coupling device 11 of base 1, there is electrode, on the second coupling device 21 of body 2, there is resilient contact.But the position of this electromagnet and metalwork should not exchange,, because electromagnet need to be switched on and could be acted on, so preferably, this electromagnet should be positioned at base 1 can be directly by extraneous Power supply.Because be to connect by contact between resilient contact 116 and electrode 216, therefore need arranging of electromagnet and metalwork that this first coupling device 11 and the second coupling device 21 are connected to a fixed, those skilled in the art also can recognize and also can adopt other connected modes that the first coupling device 11 and the second coupling device 21 are connected and fixed, for example adopt engagement connection mode or insertion to be fixedly connected with mode etc., only need on the first coupling device 11 and the second coupling device 21, set the first jockey and second jockey that both can be connected and fixed.
As shown in Figure 11-12, be the sixth embodiment of the present invention, in this embodiment, described the second coupling device 21 comprises the surperficial electrode 216 that stretches out in body 2, preferably, this electrode 216 is annular electrode.And described the first coupling device 11 comprises that one stretches out in the shell fragment 118 of base 1, the top of this shell fragment 118 has a contact 1181 for the energising that contacts with described electrode 216.The contact 1181 at the top of this shell fragment 118 is in a side of this electrode 216 and have gap d under original state and between electrode 216, this gap d is greater than the discharging gap between shell fragment 118 and electrode 216, no power when assurance shell fragment 118 does not contact with electrode 216.The middle part of this shell fragment 118 has a rotating shaft 1182, one side of the bottom of this shell fragment 118 i.e. below is connected with a back-moving spring 1183, the opposite side of bottom i.e. top is a calutron 1184, this calutron 1184 can be inhaled the bottom of this shell fragment 118 in the situation that of energising to opposite side direction, upwards inhale this back-moving spring 1183 that simultaneously stretches, this shell fragment 118 is turned clockwise around the rotating shaft 1182 at its middle part, and the top of while shell fragment 118 contacts described electrode 216 and powers to the second coupling device 21.This calutron 1184, rotating shaft 1182 and shell fragment bottom 118 are all positioned at described base 1 inside, and in base 1, also have the control circuit 1185 of controlling described calutron 1184.In this embodiment, calutron and back-moving spring 1183 for the top rotation of controlling the bottom of shell fragment 118 and move up and down and then control this shell fragment 118 near or away from electrode 216, this calutron 1184 and back-moving spring 1183 and control circuit 1185 form the rotating control assembly of this shell fragment 118, those skilled in the art also can know, can adopt other forms of rotating control assembly, the structure that not necessarily will adopt calutron and back-moving spring to match.In this embodiment, the structure of the first coupling device 11 and the second coupling device 21 also can be applied in Multifunctional cooking machine as shown in Figure 6,7, the position that just this first coupling device 11 and the second coupling device 21 are installed correspondingly changes, this shell fragment 118 can be positioned at the top of sidewall, and this electrode 216 can be positioned in upper cover one side of body 2.
When in the out-of-work situation of calutron 1184, because making the bottom of shell fragment 118, the effect of this back-moving spring 1183 moves to one side direction, move downward, shell fragment 118 is rotated counterclockwise around the rotating shaft 1182 at its middle part simultaneously, make the contact 1181 at shell fragment 118 tops leave this electrode 216, disconnect the electrical connection between this first coupling device 11 and the second coupling device 21.This calutron 1184 can be controlled the work of whether switching on by the switch of cooking machine outside, and this calutron 1184, for the bottom of shell fragment described in adhesive 118, can be formed by a solenoid and the iron core inserting in solenoid.The elasticity itself having due to shell fragment 118, it contacts power supply during with electrode 216, even if produce vibrations between body 2 and base 1, the displacement that the elasticity of shell fragment 118 own also can produce due to vibrations for cushioning these vibrations and compensation, remains to contact between assurance shell fragment 118 and electrode 216 not disconnect.The first coupling device 11 in this embodiment and the second coupling device 21 also can be in the Multifunctional cooking machines in the 3rd embodiment.
Those skilled in the art also can recognize, as long as this first coupling device 11 and the second coupling device 21 itself have pooling feature, or include buffer unit, or respectively and between body and base, there is bolster and can cushion the vibrations that produce between body and base, in can transmitting mechanical movement again between body and base, guarantee the transmission of the unimpeded and power supply of circuit, also not necessarily will be confined to the above embodiments embodiment.
This Multifunctional built-in cooking machine, owing to there is no the drive unit such as motor, power supply in body, therefore this body can freely be placed and move, and can use as common vessel, base can embed and be arranged in the clearance spaces of kitchen appliance or wall, cabinet, has more saved the space in kitchen.
This cooking machine had both had the function of Fast Heating, and there is reducing mechanism can crashing food, not only can heating water, the food such as milk, can also squeeze the juice, grind soya-bean milk, realized multi-functionally, greatly reduced the quantity of kitchen appliance.
And this cooking machine has solved between base and body when transmitting power supply and mechanical movement simultaneously, the vibrations that mechanical movement brings cause being electrically connected unstable, obstructed problem, this first coupling device and the second coupling device include buffer unit or self just there is shock-absorbing capacity or the first coupling device and the second coupling device and body and base between there is respectively bolster, can reduce the vibrations between body and base, improve the connection reliability between body and base.
Further, due to this first coupling device and the second coupling device include buffer unit or self just there is shock-absorbing capacity or the first coupling device and the second coupling device and body and base between there is respectively bolster, therefore the motor speed in this Multifunctional cooking machine can be arranged to higher, can improve the efficiency of pulverizing, and can food be pulverized meticulouslyr, and can realize pulverizing and the heating of cooking machine simultaneously, not only save the time of making cooking, and pulverize and can guarantee that the nutritional labeling in food does not run off completely at a high speed, make the more Ensure Liquid of cooking of making, healthy.
Although more than described the preferred embodiments of the present invention in detail, should be expressly understood that, for a person skilled in the art, the present invention can have various modifications and variations.All any modifications of doing within the spirit and principles in the present invention, be equal to replacement, improvement etc., within protection scope of the present invention all should be included in.
Claims (18)
1. a Multifunctional built-in cooking machine, comprise base (1) and the body (2) with respect to the removable separation of base (1), it is characterized in that: on described base (1), there is the first transmission device (13) and the first coupling device (11), on described body (2), there is the second transmission device (23) with the corresponding setting of described the first transmission device (13), can be connected with described the first coupling device (11) and second coupling device (21) of electric coupling, reducing mechanism and heater (50), described base (1) connects extraneous power supply, and power to the heater (50) in described body (2) by described the first coupling device (11) and described the second coupling device (21), described the first transmission device (13) connects described the second transmission device (23) and drives described reducing mechanism motion by described the second transmission device (23),
Described the first coupling device (11) and the second coupling device (21) all have elastic buffer performance.
2. Multifunctional built-in cooking machine as claimed in claim 1, it is characterized in that: described the first coupling device (11) comprises and can elasticity stretches out or shrink in the resilient contact (116) of base (1) and be positioned at first jockey (117) of the first coupling device (11) periphery, described the second coupling device (21) comprises the electrode (216) corresponding with this resilient contact (116) position, and with second jockey (217) of the corresponding setting of this first jockey (117), described the first jockey (117) and the second jockey (217) interconnect to fix described the first coupling device (11) and the second coupling device (21).
3. Multifunctional built-in cooking machine as claimed in claim 2, is characterized in that: described the first jockey (117) is an electromagnet, and described the second jockey (217) is a metalwork.
4. Multifunctional built-in cooking machine as claimed in claim 2, it is characterized in that: described resilient contact (116) comprise a contact surface (1161) and be butted on described contact surface (1161) and the upper surface of the first coupling device (11) between secondary spring (1162), described secondary spring (1162) protrudes from the surface of base (1) while making described resilient contact (116) under the effect that there is no external force.
5. Multifunctional built-in cooking machine as claimed in claim 1, it is characterized in that: described the second coupling device (21) comprises the surperficial electrode (216) that stretches out in body (2), described the first coupling device (11) comprises the shell fragment (118) that stretches out in base (1), the top of described shell fragment (118) has the corresponding setting in position of a contact (1181) and described electrode (216), the bottom of described shell fragment (118) has this shell fragment of rotating control assembly control (118) and rotates and then make contact (1181) contact at this shell fragment (118) top or away from described electrode (216).
6. Multifunctional built-in cooking machine as claimed in claim 5, it is characterized in that: the middle part of described shell fragment (118) has a rotating shaft (1182), described rotating control assembly comprises the back-moving spring (1183) of bottom one side that is connected in described shell fragment (118) and is positioned at the calutron (1184) of described shell fragment (118) bottom opposite side, and the control circuit (1185) of this calutron of control (1184), described calutron (1184) can attract the bottom of this shell fragment (118) to move to opposite side under the effect of control circuit (1185), described back-moving spring (1183) provides the bottom of described shell fragment (118) to the reset force of a lateral movement.
7. the Multifunctional built-in cooking machine as described in claim 1-4 any one, is characterized in that: described electrode (216) is annular electrode.
8. the Multifunctional built-in cooking machine as described in any one in claim 1, is characterized in that: described body also has temperature detection device in (2).
9. Multifunctional built-in cooking machine as claimed in claim 1, it is characterized in that: described the first coupling device (11) is positioned at a side of described base (1), described the second coupling device (21) is positioned at a side of described body (2) bottom, described the first transmission device (13) is positioned at described base (1), and described the second transmission device (23) is positioned at the bottom of described body (2).
10. Multifunctional built-in cooking machine as claimed in claim 9, it is characterized in that: described body (2) comprises the upper cover (25), body (24) and the container base (28) that connect successively, described upper cover (25) is placed on described body (24) top opening or closing, described upper cover (25), body (24) and container base (28) form a container for accommodating food to be processed (26), described the second transmission device (23) is positioned at described container base (28), and described the second coupling device (21) is positioned at a side of described container base (28).
11. Multifunctional built-in cooking machines as claimed in claim 10, it is characterized in that: described body (24) comprises internal layer (241) and outer (242), between internal layer (241) and outer (242), be close to internal layer (241) and there is one deck zone of heating (243), between this zone of heating (243) and outer (242), be provided with heat-insulation layer (244), described zone of heating (243) is described heater (50).
12. Multifunctional built-in cooking machines as claimed in claim 1, it is characterized in that: described body (2) comprises a upper cover (25), described base (1) has one and is positioned at body (2) side and upwardly extending sidewall (14), described the first coupling device (11) is positioned at the top of described sidewall (14), and described the second coupling device (21) is positioned at a side of described upper cover (25).
13. Multifunctional built-in cooking machines as claimed in claim 12, is characterized in that: described heater (50) comprises a heating tube (51), and described heating tube (51) is connected in described upper cover (25) and extends downward in described body (2).
14. Multifunctional built-in cooking machines as claimed in claim 10, is characterized in that: the center of described container base (28) is fixed with a blade (27) by a support (29), and described blade (27) is the reducing mechanism of described cooking machine.
15. Multifunctional built-in cooking machines as claimed in claim 14, it is characterized in that: described the second transmission device (23) comprises power transmission shaft (231) and travelling gear (232), one end of described power transmission shaft (231) is connected with the center of blade (27), bottom outside and cover that the other end stretches out in body (2) have travelling gear (232), described the first transmission device (13) comprises the output shaft (132) of being located at the high-speed electric expreess locomotive (131) in base (1) and stretching out in base (1) surface, described output shaft (132) matches with described travelling gear (232).
16. Multifunctional built-in cooking machines as claimed in claim 10, it is characterized in that: described base (1) has with the position that container base (28) is connected the flange collar projecting upwards, the edge of described container base (28) downwards bending is placed in the flange collar of described base (1), and has cushion pad (3) between this flange collar and container base (28).
17. Multifunctional built-in cooking machines as claimed in claim 15, is characterized in that: between described high-speed electric expreess locomotive (131) and described base (1), be provided with rubber buffer.
18. Multifunctional built-in cooking machines as claimed in claim 14, is characterized in that: between described support (29) and described base (2), be equipped with a sealing ring (5).
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| CN201410019095.1A CN103815804B (en) | 2011-12-14 | 2011-12-14 | A kind of Multifunctional built-in cooking machine |
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| CN201410019095.1A CN103815804B (en) | 2011-12-14 | 2011-12-14 | A kind of Multifunctional built-in cooking machine |
| CN201110416748.6A CN102429595B (en) | 2011-12-14 | 2011-12-14 | Multifunctional built-in cooking machine |
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| CN201110416748.6A Division CN102429595B (en) | 2011-12-14 | 2011-12-14 | Multifunctional built-in cooking machine |
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| CN103815804B CN103815804B (en) | 2017-09-05 |
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