CN207831435U - Boil machine - Google Patents

Abstract

The utility model includes a microwave semi-cavity,One first,The carrier that boils of two transfer elements and an one heated object of splendid attire,Wherein the microwave semi-cavity moves up and down with respect to the carrier that boils and forms a heating cavity with corresponding combine of the carrier that boils,The carrier that boils is turnover to be hubbed on the first transfer element,And there is an initial position and a heating location by the transfer of the first transfer element,One cleaning element and a dish delivery element are set on the second transfer element,And enter the lower section of the carrier that boils in turn by the transfer of the second transfer element,The carrier that boils for containing the heated object accordingly can boil by the transfer of the first transfer element into the heating location,And after boiling,The carrier that boils, which is movable to the initial position and overturns, allows the heated object to fall on the dish delivery element,And the carrier that boils can be cleaned by the cleaning element,It boils and washing and cleaning operation to automatically complete,Thus quite it is suitble to commercial extensive application.

Description

Boil machine

Technical field

The utility model is boiling for related heated object, the machine that boils of espespecially a kind of heated object that boils in real time.

Background technology

Heating is cooked as basic food and industrial processes means, has contact to heat (fire, electrothermal tube, pottery according to its principle Porcelain heat), microwave heating and induction (electromagnetism) heating etc., contact be heated to be traditional mode of heating, be heated object temperature by outside It begins to ramp up, and is gradually transmitted to inside, required heating time is longer；Microwave be electromagnetic wave one kind, specific frequency it is micro- Wave can make the molecule (such as water) of heated object generate resonance and quickly be heated by its inside, and right microwave action is when heated object Its intensity distribution will become because of the reciprocation of the factors such as different microwave power generators, resonant cavity and heated object Change, be easy to cause phenomena such as local location heating is uneven.

Therefore, open a kind of simultaneous such as U.S. Publication US5177333 patents in order to solve the problems, such as that heating is uneven Have the technology of microwave and electromagnetic induction heating, though local location heating unevenness is solved using two different principle of heating Problem.However such mode, occupation mode and design structure system need to rely on manually grasped completely such as conventional microwave oven Make, be placed in food materials in special container, startup heating, the food materials for taking out heating completion and artificial cleaning container ... etc. journey Sequence, therefore, and it can not be used in commercial that is quick, largely using, there is the necessity further improved in fact.

Utility model content

The main purpose of the utility model is to disclose a kind of can now cook and material and is suitble to commercially use boil Machine.

Based on above-mentioned purpose, the utility model boils machine comprising one kind, it includes a microwave semi-cavity, one boil carrier, One first transfer element, a cleaning element, a dish delivery element and one second transfer element, wherein the microwave semi-cavity are cooked with respect to this Boil carrier move up and down and with the carrier that boils it is corresponding combine formed a heating cavity, this boil carrier for contain one be heated Object, which then has a displacement stroke, and the carrier that boils is turnover is hubbed on the first transfer element, And there is an initial position and a heating location by the transfer of the first transfer element, and when the heating location, this is micro- Wave semi-cavity combines to form the heating cavity with the carrier that boils.

The cleaning element is the cleaning solution for providing the flushing carrier that boils, which is used to carry the heated object, Then there is the second transfer element another displacement stroke, the cleaning element to be set to the second transfer element with the dish delivery element On, and by the transfer of the second transfer element, when the carrier that boils is located at the initial position, in turn into the carrier that boils Lower section.

Mechanism as described above, this boils carrier when the initial position, heated object (food) merging that can will be boiled This boils in carrier, then transfers load to the heating location by the first transfer element, allows the microwave semi-cavity is opposite should again at this time The carrier that boils moves down movement, you can coats this and boils carrier and combine to form the heating cavity, allows the heated object of the carrier that boils (food) is located at the heating cavity, can receive the heating source from the microwave semi-cavity with the carrier that boils respectively and carry out It boils；And after boiling, which can return to the initial position, by the transfer of the second transfer element, first allow The dish delivery element enter the carrier that boils lower section, at this time the carrier that boils can be overturn with respect to the first transfer element, allow by Hot object (food) falls on the dish delivery element, and then allowing the cleaning element to enter by the transfer of the second transfer element again should Boil carrier lower section to be rinsed to the carrier that boils using the cleaning solution, and after rinsing, which can be again It is overturn with respect to the first transfer element and is returned to original state, new heated object (food) can be placed again into.

Accordingly, the utility model, which can automatically complete, boils and washing and cleaning operation, thus can save human cost and be suitble to Commercial extensive application can meet and use the needs of upper.

Description of the drawings

Figure 1A is the structural perspective of the utility model preferred embodiment.

Figure 1B is the schematic structural cross-sectional view of the utility model preferred embodiment.

Fig. 2A is the cleaning element structure chart of the utility model preferred embodiment.

Fig. 2 B are that the cleaning element of the utility model preferred embodiment rinses schematic diagram.

Fig. 3 A, structure chart when being heated for the utility model preferred embodiment.

Fig. 3 B are the schematic structural cross-sectional view of the utility model Fig. 3 A.

Fig. 4~Fig. 6 is the structure action diagram one~tri- of the utility model preferred embodiment.

Specific implementation mode

Detailed description in relation to the utility model and technology contents, cooperation schema are described as follows：

It please refers to Fig.1 shown in A and Figure 1B, is one preferred embodiment of the utility model, boil machine for one kind, for one Heated object 10 boils, and boils carrier 30, one first transfer element 40, two cleaning member it includes a microwave semi-cavity 20, two It is moved down on the opposite carrier 30 that boils of part 50, two dish delivery elements 60 and 2 second transfer elements 70, wherein the microwave semi-cavity 20 Dynamic and two boil that carrier 30 is corresponding respectively combine one heating cavity 33 (being shown in Fig. 3 B) of formation with this, this two boils carrier 30 then It can be used for containing heated object 10 (food to be boiled), which then has a displacement stroke, and this two boils Carrier 30 is turnover respectively to be hubbed on the first transfer element 40, which can be set to first shifting It carries the driving of the turning motors 31 on element 40 and overturns.

This two boil carrier 30 can be respectively provided with by the transfer of the first transfer element 40 it is identical one heating position Set 41 and a symmetrical initial position 42,43, and this two boil carrier 30 by the transfer of the first transfer element 40 and in turn It is moved to the heating location 41, and this two boils carrier 30 when the heating location 41, the microwave semi-cavity 20 and the load that boils 30 combination of tool forms the heating cavity 33 (as shown in Figure 3B).Again referring again to shown in Figure 1A, the carrier 30 that boils on right side In initial position 42, and the carrier 30 that boils in left side is located at heating location 41.

Again as shown in Figure 1B, two cleaning element 50, the two dish delivery element 60 are then pair with the 2 second transfer element 70 Claim setting, the two dish delivery element 60 that can carry the corresponding heated object 10 respectively, which is then respectively provided with Another displacement stroke, two cleaning element 50 are respectively arranged at the corresponding second transfer element 70 with the two dish delivery element 60 On, and by the transfer of the second transfer element 70, when this two boil carrier 30 be located at initial position 42,43 when, should Two cleaning elements 50 enter two lower section for boiling carrier 30 with the two dish delivery element 60 in turn respectively, increase the effect to boil accordingly Rate.

The microwave semi-cavity 20 connects a microwave generator 201 again, which provides a microwave, and It imports the microwave and enters the heating cavity 33, furthermore, which has the function of microwave intensity adjustment, Ke Yiyi According to the type of heated object 10, and dynamic adjusts opportunity and the size of microwave heating power.And the carrier 30 that boils is in the heating position An induction heating device 32 can be then arranged by setting 41 lower section, which can be selected from electromagnetic heating, gas Heating, infrared lamp and heating wire it is any, the carrier 30 that boils can be made heated, be preferably selected as electromagnetism sense It should heat, permeable frequency electromagnetic waves keep the induction of carrier 30 of boiling heated and heat source is imported the heating cavity 33, and the biography Leading the heating power of heating device 32 also can be according to the type of heated object 10, and by a conduction heating power controller (not shown) It is adjusted.

Separately in actual implementation, as shown in Figure 1A and Figure 1B, the utility model more can include a rack 80, the microwave half Cavity 20, the first transfer element 40 and the 2 second transfer element 70 are fixed in the rack 80, and the first transfer element 40 with the second transfer element 70 respectively by one first displacement motor 81 and a second displacement horse being set in the rack 80 There is the displacement stroke and another displacement stroke up to 82 driving.

In addition, this boils, carrier 30 can be with a pot body container 301 with rotational freedom, the microwave semi-cavity 20 With a rotation pot cover 202, which presses this when the microwave semi-cavity 20 is combined with the correspondence of carrier 30 that boils Pot body container 301, and the rotation pot cover 202 is rotated by the driving of a rotation motor 203, and drive the pot by frictional force Body container 301 rotates, and the contact surface of the pot body container 301 and the rotation pot cover 202 can be the elastic silica gel of high frictional force Made by material, to ensure that the pot body container 301 can rotate, solve the problems, such as that the heating of microwave dead angle is uneven；The another pot body is held Device 301 and the surface of the rotation pot cover 202 can have Teflon plated film, can increase clean convenience；And to avoid microwave It leaks, the interface arrangements to connect have existing leakage proofing device for microwave or structure, such as isolating metal ring or microwave damping structure.

Again please also refer to shown in Figure 1B, which is slidedly arranged on by multiple slide bars 204 in the rack 80, And the microwave semi-cavity 20 boils with respect to this on carrier 30 by the driving for lift motor 205 being set in the rack 80 Lower movement, that is, control the rotation of the lift motor 205, you can control phase of the microwave semi-cavity 20 with respect to the carrier 30 that boils To position.

In addition, please also refer to shown in Figure 1A, Fig. 2A and Fig. 2 B, which has one can spray a cleaning solution 52 Nozzle 51, one nozzle 51 and can rising be set cover the lid 53 of the carrier 30 that boils and drive with one and moved down on the lid 53 One drainage channel 55 is set in dynamic mobile motor 54, the wherein lid 53, and the dish delivery element 60 can be platform and supply to put A splendid attire disk 61 is set, which is driven the pot body that can rise and cover the carrier 30 that boils to be held by the movement motor 54 Device 301 rinses the carrier 30 that boils to spray the cleaning solution 52 by the nozzle 51.

Referring again to Fig. 3 A and Fig. 3 B, structure chart when being heated for the utility model, the carrier 30 that boils is first in this When beginning position 42, the heated object 10 (food) that can will boil is placed in this and boils in carrier 30, then by the first transfer element 40 transfer load to the heating location 41, and when the carrier 30 that boils is located at the heating location 41, can allow 20 phase of microwave semi-cavity The carrier 30 that boils is moved, and combines and forms the heating cavity 33 (as shown in Figure 3A), allows the heated object of the carrier 30 that boils 10 (foods) are located at the heating cavity 33 (as shown in Figure 3B), can receive and boil with this from the microwave semi-cavity 20 respectively The heating source of carrier 30 and boil, herein as shown in Figure 3A, the heated object 10 of the carrier 30 that boils on right side has boiled It completes, and the heated object 10 of the carrier 30 that boils in left side is then boiling.

Please again together refering to Fig. 4, Fig. 5 and Fig. 6, the heated object 10 of the carrier 30 that boils on right side boiled completion when meeting Positioned at the initial position 42 (as shown in Figure 3A), by the transfer of the second transfer element 70, the dish delivery element 60 is first allowed to enter The lower section of the carrier 30 that boils, at this time the carrier 30 that boils can be overturn with respect to the first transfer element 40, allow heated object 10 (food Object) (as shown in Figure 4) is fallen in the splendid attire disk 61 of the dish delivery element 60, then again by the transfer of the second transfer element 70 Allow the cleaning element 50 enter the carrier 30 that boils lower section, and the lid 53 by the movement motor 54 drive can rise and The pot body container 301 (as shown in Figure 5) of the carrier 30 that boils is covered to be carried out to the carrier 30 that boils using the cleaning solution 52 It rinses, and after rinsing, which can overturn again with respect to the first transfer element 40 and be returned to original state (such as Shown in Fig. 6), it can be placed again into new heated object 10 (food), and the dish delivery element 60 can reenter the carrier 30 that boils Lower section.

As described above, compare existing technology, the advantages of the utility model, is as follows：

1. automatically completing and boiling and washing and cleaning operation, human cost can be saved, is suitble to commercial extensive application.

2. cleaning element, dish delivery element and the second transfer element are two and are symmetrical arranged, the time can be made full use of, in turn It is boiled using microwave semi-cavity, yield can be increased, be suitble to various applicable cases, meet the needs of commercial.

3. to be heated using two kinds of mode of heatings, and persistently rotate during heating, can quickly and be evenly heated, Its heating can generate the effect that big fire is fried soon, it is ensured that the edible safety of food materials, and maintain edible clear and melodious mouthfeel.

Claims (10)

1. The machine 1. one kind boils, which is characterized in that include：

   One boils carrier, which contains a heated object；

   One microwave semi-cavity, the microwave semi-cavity moved up and down with respect to the carrier that boils and with the carrier that boils is corresponding combines formation One heating cavity；

   One first transfer element, the first transfer element have a displacement stroke, and this carrier that boils is turnover is hubbed at this On first transfer element, and there is an initial position and a heating location by the transfer of the first transfer element, and in this When heating location, which combines to form the heating cavity with the carrier that boils；

   One cleaning element, the cleaning element provide a cleaning solution for rinsing the carrier that boils；

   One dish delivery element, the dish delivery element is for carrying the heated object；And

   There is another displacement stroke, the cleaning element to be arranged with the dish delivery element for one second transfer element, the second transfer element In on the second transfer element, and by the transfer of the second transfer element, when the carrier that boils is located at the initial position, wheel Stream enters the lower section of the carrier that boils.
2. 2. the machine according to claim 1 that boils, which is characterized in that further include another carrier that boils, another cleaning element, another One dish delivery element and another second transfer element, this two boils that carrier is turnover respectively to be hubbed on the first transfer element, And the heating location having the same and the symmetrical initial position, and this two boil carrier by the first transfer element shifting It carries and is moved to the heating location in turn, and two boil carrier and the microwave semi-cavities corresponds to combine to form the heating chamber respectively Body；And two cleaning element, the two dish delivery element and the 2 second transfer element are then arranged symmetrically.
3. 3. the machine according to claim 1 that boils, which is characterized in that the microwave semi-cavity connects a microwave generator, should Microwave generator provides a microwave, and imports the microwave and enter the heating cavity.
4. 4. the machine according to claim 1 that boils, which is characterized in that the carrier that boils is arranged one in the lower section of the heating location Induction heating device, the induction heating device be selected from electromagnetic heating, gas heating, infrared lamp and heating wire any Kind.
5. 5. the machine according to claim 1 that boils, which is characterized in that the carrier that boils is set to the first transfer element On a turning motors driving and overturn.
6. 6. the machine according to claim 1 that boils, which is characterized in that further include a rack, the microwave semi-cavity, first shifting Element and the second transfer element is carried to be fixed in the rack, and the first transfer element and the second transfer element respectively by It is set to the driving of one first displacement motor in the rack and a second displacement motor and another with this with the displacement stroke Displacement stroke.
7. 7. the machine according to claim 6 that boils, which is characterized in that the carrier that boils is with a pot with rotational freedom Body container, the microwave semi-cavity have a rotation pot cover, and the rotation pot cover is in corresponding group of the microwave semi-cavity and the carrier that boils Press the pot body container when conjunction, and the rotation pot cover is rotated by the driving of a rotation motor, and being driven by frictional force should Pot body container rotates.
8. 8. the machine according to claim 6 that boils, which is characterized in that the microwave semi-cavity is slidedly arranged on the machine by multiple slide bars On frame, and the microwave semi-cavity is moved down by the driving for lift motor being set in the rack on the opposite carrier that boils It is dynamic.
9. 9. the machine according to claim 1 that boils, which is characterized in that the cleaning element has a spray for spraying the cleaning solution Head, one setting the nozzle and can rise cover the carrier that boils lid and one drive the lid to move up and down mobile motor, One drainage channel is wherein set in the lid.
10. 10. the machine according to claim 1 that boils, which is characterized in that the dish delivery element is platform and contains disk for placing one.