CN105286649A - Food roasting device - Google Patents
Food roasting device Download PDFInfo
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- CN105286649A CN105286649A CN201410333189.6A CN201410333189A CN105286649A CN 105286649 A CN105286649 A CN 105286649A CN 201410333189 A CN201410333189 A CN 201410333189A CN 105286649 A CN105286649 A CN 105286649A
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Abstract
A food roasting device comprises a base, an upper bearing frame, a heating plate, a roasting tray, a buffering mechanism and a vibration motor. The base comprises a lower bearing frame below the upper bearing frame, the roasting tray provided with a plurality of holding grooves is arranged on the heating plate which is arranged on the upper bearing frame, and the holding grooves are used for holding to-be-roasted food materials. The buffering mechanism is arranged between the lower bearing frame and the upper bearing frame and comprises a plurality of lower connecting parts, a plurality of upper connecting parts and a plurality of compression springs, the lower connecting parts are arranged on the lower bearing frame, the upper connecting parts are arranged on the upper bearing frame, and upper and lower ends of each compression spring are abutted against the corresponding upper connecting part and the corresponding lower connecting part respectively. The vibration motor in operation is capable of driving the upper bearing frame, the heating plate and the roasting tray to vibrate.
Description
Technical field
The present invention relates to a kind of food baking apparatus, particularly relate to a kind of food baking apparatus for baked goods.
Background technology
Conventional example, as being the flour such as sponge cake or Takoyaki food, mostly needs to carry out after baking makes it bake, to form goods by food baking apparatus to batter.
Food baking apparatus in order to toast Takoyaki generally includes a drip pan, and drip pan is formed with the storage tank of multiple semicircular in shape, and storage tank is in order to accommodating batter and fillings.For during by food baking apparatus baking Takoyaki, first, one deck oil need be smeared in each storage tank, subsequently the batter of liquid state be poured in each storage tank, then fillings is positioned on the batter in each storage tank.Drip pan can carry out the action of heated baking to the batter in storage tank and fillings, meanwhile, operating personnel need by thin bar part constantly to the action that the batter in each storage tank overturns, make shaping after the batter of Takoyaki and fillings can be completely well-done.
To manually batter is overturn by operating personnel, in bake process, easily cause the inconvenience of operating personnel.Moreover the Takoyaki profile of having toasted and batter thereof and the whether well-done meeting of fillings be difference to some extent because of the upset qualification of operating personnel, human factor is made badly to account for important impact for the baking of Takoyaki is good.
Summary of the invention
An object of the present invention, be to provide a kind of food baking apparatus, drip pan can be driven to produce vibrations by during vibrations motor running, make drip pan can automatically overturn food materials to be baked, whereby, effectively can prevent that the baking of human factor to food materials to be baked is good badly to be impacted.
Another object of the present invention, be to provide a kind of food baking apparatus, match by the first get the raw materials ready dish and the second dish of getting the raw materials ready, make the second dish of getting the raw materials ready can load food materials to be baked in advance, and the operation of blanking can be carried out to multiple storage tanks of drip pan simultaneously, whereby, the situation of the heating inequality that can prevent food materials to be baked from producing because of blanking time difference.
Object of the present invention and solution background technology problem realize by the following technical solutions, and the food baking apparatus proposed according to the present invention, comprises bearing frame on a support, a heating plate, a drip pan, a buffer gear, and a vibrations motor.
This support comprises bearing frame, on this, bearing frame is located at interval at above this lower bearing frame, this heating plate is arranged at bearing frame top on this, this drip pan is arranged at also can by this heater plate on this heating plate, this drip pan is formed with multiple storage tank, respectively this storage tank is in order to accommodating food materials to be baked, this buffer gear is arranged at this lower bearing frame and on this between bearing frame, this buffer gear comprises multiple lower connector being arranged at this lower bearing frame top, multiple upper connector being arranged at bearing frame bottom on this, and multiple Compress Spring, respectively the two ends up and down of this Compress Spring are connected to this corresponding upper connector and this corresponding lower connector respectively, this vibrations motor is arranged at bearing frame bottom on this, bearing frame on this can be driven during this vibrations motor running, this heating plate and this drip pan produce vibrations.
This lower bearing frame and respectively this Compress Spring are respectively metal material, and respectively this lower connector is elastic material, and this buffer gear also comprises multiple first interlocking assembly, and respectively this first interlocking assembly is in order to be locked in this lower bearing frame by this lower connector of correspondence.
Respectively this lower connector is column and has the bottom that is connected to this lower bearing frame, one top being connected to this corresponding Compress Spring, and one is formed at perforation between this bottom and this top, respectively this Compress Spring comprises the lower connecting section that is connected to this top of this corresponding lower connector, respectively this first interlocking assembly comprises the screw rod that is arranged in this perforation, and two the first nuts being bolted in this screw rod, this screw rod protrudes out this bottom and this top respectively, this lower bearing frame and this lower connecting section are locked in this bottom and this top of this lower connector by this two first nut respectively.
On this, bearing frame is metal material, and respectively this upper connector is plastic material, and this buffer gear also comprises multiple second interlocking assembly, and respectively this second interlocking assembly is in order to be locked in bearing frame on this by this upper connector of correspondence.
On this, bearing frame is formed with multiple through hole, and respectively this upper connector is formed with a perforate, and respectively this second interlocking assembly comprises a bolt, and one second nut, this bolt be arranged in corresponding and this through hole be connected in position and this perforate and screw lock in this second nut.
Respectively this upper connector has the plate portion that is connected to bearing frame on this, and the cylinder portion that is convexly equipped in this bottom, plate portion, this plate portion and this portion define this perforate jointly, respectively this Compress Spring also comprises one and is sheathed on this portion and is connected to sheathed section of this plate portion, this lower connecting section is extended by this sheathed section of bottom, and this lower connecting section external diameter is less than this sheathed section of external diameter.
This support also comprises a pedestal, multiple elastomer block be arranged between this lower bearing frame and this pedestal, and multiple interlocking unit, respectively this interlocking unit in order to by this elastomer block interlocking of correspondence between this lower bearing frame and this pedestal.
This food baking apparatus also comprises a feed preparing device, this feed preparing device comprises one first and to get the raw materials ready dish, and one second gets the raw materials ready dish, this first get the raw materials ready dish comprise one in order to be positioned over the substrate on this drip pan, this substrate is formed with multiple blanking hole that can be connected with described storage tank respectively, this second get the raw materials ready dish comprise one in order to be positioned over the base plate on this substrate, and multiple extended upward by this base plate protrude out cylinder, respectively this protrudes out cylinder and this base plate and jointly defines one with the appearance material space loaded for these food materials to be baked, this second get the raw materials ready dish can relative to this first get the raw materials ready dish a storage material position and once material level move between putting, when this second get the raw materials ready dish in this storage material position time, respectively this appearance material space bottom correspond to this substrate and close by this substrate, when this second get the raw materials ready dish in this blanking position time, respectively this appearance material space with to being connected by blanking hole.
This first get the raw materials ready dish also comprise one by this substrate outer peripheral edge extend upward around plate, should, around plate in order to stop this second this base plate of getting the raw materials ready dish, make this second dish of getting the raw materials ready can be positioned this storage material position or this blanking position.
This food baking apparatus also comprises one and is arranged at control module on this support, and this control module comprises one in order to start the startup button of this vibrations motor running, and one in order to order about the stop button that this vibrations motor shuts down.
Beneficial effect of the present invention is: drip pan can be driven to produce vibrations by during vibrations motor running, make drip pan can automatically overturn food materials to be baked, whereby, effectively can prevent that the baking of human factor to food materials to be baked is good badly to be impacted.Match by the first get the raw materials ready dish and the second dish of getting the raw materials ready, make the second dish of getting the raw materials ready can load food materials to be baked in advance, and the operation of blanking can be carried out to multiple storage tanks of drip pan simultaneously, whereby, the situation of the heating inequality that can prevent food materials to be baked from producing because of blanking time difference.
Accompanying drawing explanation
Fig. 1 is the front view of an embodiment of food baking apparatus of the present invention;
Fig. 2 is the top view of an embodiment of food baking apparatus of the present invention, and the arrangement mode of the storage tank of drip pan is described;
Fig. 3 is the side view of an embodiment of food baking apparatus of the present invention, the annexation between support, upper bearing frame, heating plate, drip pan, buffer gear and vibrations motor is described, omits the part clamshell of support in figure;
Fig. 4 is the partial top view of an embodiment of food baking apparatus of the present invention, illustrates down that bearing frame is locked in elastomer block;
Fig. 5 is the partial enlarged drawing of an embodiment of food baking apparatus of the present invention, illustrates that elastomer block is locked on the fixed mount of pedestal;
Fig. 6 is the partial enlarged drawing of an embodiment of food baking apparatus of the present invention, illustrate that lower connector is locked in lower bearing frame by the first interlocking assembly, and the lower connecting section of Compress Spring is locked in lower connector;
Fig. 7 is the top view of the upper bearing frame of an embodiment of food baking apparatus of the present invention;
Fig. 8 is the partial sectional view of an embodiment of food baking apparatus of the present invention, illustrates that upper connector is locked in upper bearing frame by the second interlocking assembly;
Fig. 9 is the partial sectional view of the vibrations motor of an embodiment of food baking apparatus of the present invention, fixing pendulum leaf is described and adjusts the annexation of putting between leaf;
Figure 10 is the partial sectional view of the vibrations motor of an embodiment of food baking apparatus of the present invention, and the annexation between rotating shaft, fixing pendulum leaf and adjustment pendulum leaf is described;
Figure 11 be first of an embodiment of food baking apparatus of the present invention get the raw materials ready dish top view, the arrangement mode of blanking hole and the shape around plate are described;
Figure 12 be second of an embodiment of food baking apparatus of the present invention get the raw materials ready dish top view, illustrate and protrude out the arrangement mode of cylinder and the shape of base plate;
Figure 13 is the top view of an embodiment of food baking apparatus of the present invention, illustrates that the first dish of getting the raw materials ready is positioned on drip pan, and the second dish of getting the raw materials ready is positioned over first and gets the raw materials ready the upper and position of dish in storage material position;
Figure 14 is the cross-sectional schematic intercepted along the I-I line in Figure 13, illustrate first get the raw materials ready dish blanking hole be connected with corresponding storage tank, second get the raw materials ready coil position in storage material position and food materials to be baked fill in appearance material space in;
Figure 15 is the top view of an embodiment of food baking apparatus of the present invention, illustrates that second gets the raw materials ready dish position in blanking position;
Figure 16 is the cross-sectional schematic intercepted along the II-II line in Figure 15, illustrate second get the raw materials ready dish position in blanking position and its hold material space be connected with corresponding blanking hole, food materials to be baked down flow in storage tank via blanking hole; And
Figure 17 is the side view of an embodiment of food baking apparatus of the present invention, bearing frame, heating plate and drip pan can be driven to produce vibrations when vibrations motor running is described, makes the food materials to be baked in drip pan upset storage tank, omits the part clamshell of support in figure.
Detailed description of the invention
Below in conjunction with drawings and Examples, the present invention is described in detail.
Consult Fig. 1, Fig. 2 and Fig. 3, it is a preferred embodiment of food baking apparatus of the present invention, this food baking apparatus 100 comprises bearing frame 2, heating plate 3, drip pan 4, buffer gear 5, vibrations motor 6 on a support 1, and a control module 7.
Consult Fig. 3, Fig. 4 and Fig. 5, support 1 comprises one and stands on ground pedestal 11, in order to support and cover at clamshell 12, once bearing frame 13 on pedestal 11, multiple elastomer block 14, and multiple interlocking unit 15.Pedestal 11 and clamshell 12 define a top jointly in open accommodation space 10.Pedestal 11 comprises a base plate 110, and multiple fixed mount 111 be convexly equipped on base plate 110, and each elastomer block 14 is that each elastomer block 14 is arranged between the corresponding fixed mount 111 of pedestal 11 and lower bearing frame 13 by such as made by the elastic material such as rubber or silica gel.Each interlocking unit 15 in order to by elastomer block 14 interlocking of correspondence between corresponding fixed mount 111 and lower bearing frame 13.
Specifically, each fixed mount 111 is formed with two perforation 112, and lower bearing frame 13 is formed with multiple first perforation 131.Each elastomer block 14 comprises the cylinder 141 that is column, and two panels is convexly equipped in the lamellar body 142 of cylinder 141 opposition side respectively, cylinder 141 top is formed with a blind hole 143 be connected with corresponding first perforation 131, and each lamellar body 142 be formed one with corresponding 112 perforates be connected 144 of boring a hole.Each interlocking unit 15 has two bolt 151, screw rods 152, and three nuts 153.Each bolt 151 be arranged in the corresponding and perforate 144 be connected in position with perforation 112 and screw lock on corresponding nut 153, whereby, each elastomer block 14 is locked on the fixed mount 111 of correspondence.Screw rod 152 is arranged in position corresponding and the first perforation 131 be connected with blind hole 143 and protrudes out lower bearing frame 13, be connected on lower bearing frame 13 by nut 153 screw lock in screw rod 152, whereby, elastomer block 14 can be locked in lower bearing frame 13 bottom.
Consult Fig. 2 and Fig. 3, upper bearing frame 2 to be arranged in accommodation space 10 and to be located at interval at above lower bearing frame 13, and heating plate 3 is arranged at bearing frame 2 top.Drip pan 4 is arranged on heating plate 3 and also can be heated by heating plate 3, drip pan 4 protrudes out clamshell 12 top and is formed with the storage tank 41 of multiple arrangement spaced apart along the line of the column direction, each storage tank 41 is in order to accommodating food materials 9 (as shown in figure 13) to be baked, and the food materials to be baked 9 of the present embodiment explain for liquid batter and the fillings made an addition in aforementioned batter.Vibrations motor 6 is fixedly connected to bearing frame 2 bottom, bearing frame 2, heating plate 3 and drip pan 4 can be driven to produce revolving vibrations, whereby, automatically overturn to drive the food materials to be baked 9 on drip pan 4 when vibrations motor 6 operates.Buffer gear 5 is arranged between lower bearing frame 13 and upper bearing frame 2, in order to absorb upper bearing frame 2 by vibrations motor 6 drive the vibrations that produce.
Consult Fig. 3, Fig. 4 and Fig. 6, lower bearing frame 13 is made by metal material, and lower bearing frame 13 is formed with one with for the central aperture 132 that wears bottom vibrations motor 6, and multiple second perforation 133.Buffer gear 5 comprises and is multiplely arranged at the lower connector 51 on lower bearing frame 13 top, multiple upper connector 52, multiple Compress Spring 53, multiple first interlocking assembly 54 being arranged at bearing frame 2 bottom, and multiple second interlocking assembly 55 (as shown in Figure 8).The two ends up and down of each Compress Spring 53 be connected to respectively corresponding upper connector 52 with corresponding under connector 51, each first interlocking assembly 54 in order to by connector under correspondence 51 interlocking in lower bearing frame 13, and each second interlocking assembly 55 in order to by corresponding upper connector 52 interlocking in upper bearing frame 2.
Each lower connector 51 is by such as made by the elastic material such as rubber or silica gel, each lower connector 51 is in column and have the top 512 of bottom 511, in contrast to bottom 511 that is connected to lower bearing frame 13, and one is formed at perforation 513 between bottom 511 and top 512.Each Compress Spring 53 is made by metal material, each Compress Spring 53 includes one sheathed section 531, and the lower connecting section 532 that is extended by sheathed section of 531 bottoms, lower connecting section 532 external diameter is less than sheathed section of 531 external diameters, and the lower connecting section 532 of each Compress Spring 53 is connected to the top 512 of corresponding lower connector 51.Each first interlocking assembly 54 comprises a screw rod 541, and two the first nuts 542.Screw rod 541 is arranged in the perforation 513 of lower connector 51 and protrudes out bottom 511 and top 512 respectively, one of them first nut 542 is bolted in screw rod 541 and lower bearing frame 13 is locked in the bottom 511 of lower connector 51, and another first nut 542 is spirally connected the screw rod 541 and lower connecting section 532 of Compress Spring 53 is locked in the top 512 of lower connector 51.Whereby, connector under correspondence 51 can be locked on lower bearing frame 13 by each first interlocking assembly 54 simultaneously, and corresponding Compress Spring 53 is locked on corresponding lower connector 51.
Consult Fig. 3, Fig. 7 and Fig. 8, upper bearing frame 2 is made by metal material, and it comprises a loading plate 21, and the many bolster stakes 22 being convexly equipped in loading plate 21 top.Loading plate 21 is formed with multiple first through hole 211 and multiple second through hole 212, and each bolster stake 22 top is formed with a screw 221.Be arranged in multiple first through hole 211 screw lock respectively in vibrations motor 6 by many lock bolts 60, vibrations motor 6 can be locked in loading plate 21 bottom.Each upper connector 52 is made by plastic material, each upper connector 52 has one in order to be connected to the plate portion 521 of loading plate 21 bottom, and the cylinder portion 522 that is convexly equipped in bottom, plate portion 521, plate portion 521 and cylinder portion 522 define a perforate 523 be connected with corresponding second through hole 212 jointly.Each second interlocking assembly 55 comprises a bolt 551, and one second nut 552, bolt 551 be arranged in position corresponding and the perforate 523 be connected and the second through hole 212 also screw lock in the second nut 552 being connected to loading plate 21 top, whereby, corresponding upper connector 52 can be locked on the loading plate 21 of upper bearing frame 2 by each second interlocking assembly 55.
Consult Fig. 6, Fig. 7 and Fig. 8, sheathed section 531 of each Compress Spring 53 is sheathed on the cylinder portion 522 of corresponding upper connector 52 and is connected to plate portion 521, by the first nut 542 of the first interlocking assembly 54, the lower connecting section 532 of corresponding Compress Spring 53 is locked in the top 512 of lower connector 51, and sheathed section 531 mode being sheathed on a portion 522, pressure lock spring 53 is made can be firmly connected between lower connector 51 and upper connector 52, whereby, can prevent Compress Spring 53 from being produced rocking of horizontal direction by the process compressed.
Consult Fig. 3 and Fig. 7, heating plate 3 is connected to each bolster stake 22 top, is arranged in heating plate 3 screw lock in the screw 221 of bolster stake 22, whereby, heating plate 3 can be locked on bolster stake 22 by multiple lock bolt 30.Drip pan 4 is stacked and placed on heating plate 3 top, is arranged in drip pan 4 screw lock in heating plate 3, whereby, drip pan 4 can be locked on heating plate 3 by multiple lock bolt 40.
Consult Fig. 3, Fig. 9 and Figure 10, vibrations motor 6 comprises one to be individually fixed in rotating shaft 62 end opposite fixing pendulum leaf 63 in order to the shell 61, be locked on loading plate 21 rotating shaft 62, two be arranged in shell 61, and the adjustment pendulum leaf 64 that two are connected to rotating shaft 62 end opposite respectively in adjustable angle.Fixing pendulum leaf 63 and adjustment pendulum leaf 64 can be driven when rotating shaft 62 rotates to rotate simultaneously, the centrifugal action produced when fixing pendulum leaf 63 and adjustment pendulum leaf 64 rotate, makes vibrations motor 6 can produce shaking force and produces vibrations to drive upper bearing frame 2, heating plate 3 and drip pan 4.
Consult Fig. 1 and Fig. 3, control module 7 is arranged on the clamshell 12 of support 1, and control module 7 comprises a power switch 71, and starts button 72 and a stop button 73.Power switch 71 is available for users to pressing, and whether power switch 71 is energized to heat in order to control heating plate 3.Start button 72 be available for users to pressing operate with starting shock motor 6, and stop button 73 be available for users to pressing with order about vibrations motor 6 shut down.
Consult Fig. 2, Figure 11 and Figure 12, food baking apparatus 100 also comprises a feed preparing device 8, and feed preparing device 8 comprises one and can be positioned over first on drip pan 4 and to get the raw materials ready dish 81, and one can be positioned over the first second on dish 81 of getting the raw materials ready and to get the raw materials ready dish 82.First dish 81 of getting the raw materials ready comprises one in order to be positioned over the substrate 811 on drip pan 4, and one by substrate 811 outer peripheral edge extend upward around plate 812.The substrate 811 of the present embodiment is in octagon, and substrate 811 is formed with the blanking hole 813 of multiple arrangement spaced apart along the line of the column direction.The second side plate 815,815 ' that two the first side plates 814,814 ', two being positioned at opposition side are positioned at another two opposition sides is comprised around plate 812, and four web portion 816.Each web portion 816 is in tilting and being connected between two adjoining the first side plate 814,814 ' and second side plates 815,815 '.One of them first side plate 814 and distant between one of them the second side plate 815 and adjacent blanking hole 813, another first side plate 814 ' and the close together of another the second side plate 815 ' then and between adjacent blanking hole 813.
Second dish 82 of getting the raw materials ready comprises one in order to be positioned over the base plate 821 on substrate 811, and multiple extended upward by base plate 821 protrude out cylinder 822.Base plate 821 shape is identical with substrate 811 shape, but base plate 821 size is less than substrate 811 size, base plate 821 has the second side 824 that two 823, two, first sides being positioned at opposition side are positioned at another two opposition sides, and four connect sides 825, each side 825 that connects is in tilting and being connected between two adjoining first sides 823 and second side 824.Multiplely protrude out cylinder 822 arrangement spaced apart along the line of the column direction, respectively protrude out cylinder 822 and jointly define an appearance material space 826 with base plate 821, hold material space 826 in order to take up food materials 9 (as shown in figure 13) to be baked.
Consult Figure 13 and Figure 14, the second dish 82 of getting the raw materials ready can get the raw materials ready dish 81 in a storage material position (as shown in figure 13) relative to first, and once material level is put between (as shown in figure 15) and moved.When second get the raw materials ready dish 82 in storage material position time, each hold material space 826 bottom correspond to substrate 811 and close by substrate 811, whereby, food materials 9 to be baked can load and be temporarily stored in each appearance material space 826 by user.When second get the raw materials ready dish 82 move to blanking position time, each material space 826 that holds is connected with corresponding blanking hole 813, and now, the food materials to be baked 9 be temporary in each appearance material space 826 just can flow in storage tank 41 via the blanking hole 813 of correspondence.
When user is for being undertaken by feed preparing device 8 putting material operation, first, dish 81 of first getting the raw materials ready first is positioned on drip pan 4, make the first substrate 811 of getting the raw materials ready dish 81 be stacked and placed on drip pan 4 top, and each blanking hole 813 is connected with corresponding storage tank 41.Subsequently, the base plate 821 of dish 82 of getting the raw materials ready second is stacked and placed on first and gets the raw materials ready on the substrate 811 of dish 81, a wherein first side 823 of base plate 821 is made to be resisted against the first side plate 814 around plate 812, wherein a second side 824 is resisted against the second side plate 815 around plate 812, and wherein a connection side 825 is resisted against the web portion 816 around plate 812.Now, the second dish 82 of getting the raw materials ready is positioned at storage material position, each hold material space 826 bottom close by substrate 811, food materials 9 to be baked can be seated in each appearance material space 826 by user in order.
Consult Figure 15 and Figure 16, each hold after material space 826 is all filled with food materials 9 to be baked, user can promote the second dish 82 of getting the raw materials ready along a pushing direction D and move.When another first side 823 of base plate 821 is resisted against the first side plate 814 ' around plate 812, another second side 824 is resisted against the second side plate 815 ' around plate 812, and another connects side 825 when being resisted against the web portion 816 around plate 812, the second dish 82 of getting the raw materials ready cannot continue mobile and be positioned at blanking position.Now, food materials to be baked 9 in all appearance material spaces 826 just can down flow in storage tank 41 via the blanking hole 813 of correspondence simultaneously, to carry out blanking operation to all storage tanks 41 simultaneously, whereby, the situation of the heating inequality that can prevent food materials 9 to be baked from producing because of blanking time difference.
Consult Fig. 1, Fig. 9, Figure 10 and Figure 17, after blanking operation completes, user's dish 81 and second dish 82 of getting the raw materials ready of just getting the raw materials ready first moves apart drip pan 4.User just can control heating plate 3 by pushing power switch 71 and start energising to heat drip pan 4.After the food materials to be baked 9 in drip pan 4 pairs of storage tanks 41 toast a period of time, user needs started by press button 72 to start to rotate with the rotating shaft 62 controlling to shake motor 6, and fixing pendulum leaf 63 and adjustment pendulum leaf 64 can be driven when rotating shaft 62 rotates to rotate simultaneously.The centrifugal action that produces when vibrations motor 6 rotates by fixing pendulum leaf 63 and adjustment pendulum leaf 64 along arrow V direction and produce vibrations, produces to drive upper bearing frame 2, heating plate 3 and drip pan 4 and shakes.The food materials to be baked 9 in all storage tanks 41 can be overturn, to toast and plastotype food materials 9 to be baked when drip pan 4 shakes simultaneously.Food materials 9 to be baked are automatically overturn by drip pan 4, drip pan 4 can be heated food materials 9 to be baked equably can be fully well-done, and food materials 9 to be baked can be molded to spherical shape after baking, whereby, effectively can prevent that the baking of human factor to food materials 9 to be baked is good badly to be impacted.
In addition, when vibrations motor 6 drives upper bearing frame 2 to shake, the vibration energy of upper bearing frame 2 going down is absorbed by Compress Spring 53, lower connector 51 and elastomer block 14, provide the mechanism of buffering system shake, make bearing frame 2, heating plate 3 and drip pan 4 in vibrations process, the base plate 110 of pedestal 11 and be installed on multiple feets 113 of base plate 110 bottom can the state of held stationary.
It should be noted that, although be provided with elastomer block 14 between the lower bearing frame 13 of the present embodiment and fixed mount 111, but also can omit elastomer block 14 in other embodiments, lower bearing frame 13 is made directly to be locked on fixed mount 111, now, by Compress Spring 53 and lower connector 51 absorbing vibration energy, the effect of buffering system shake can be reached equally.
Conclude above-mentioned, the food baking apparatus 100 of the present embodiment, when vibrations motor 6 operates, drive upper bearing frame 2, heating plate 3 and drip pan 4 to produce vibrations, make drip pan 4 automatically can overturn food materials 9 to be baked, and can equably can be fully well-done to food materials 9 to be baked heating, whereby, effectively can prevent that the baking of human factor to food materials 9 to be baked is good badly to be impacted.In addition, match by the first dish 81 and second dish 82 of getting the raw materials ready of getting the raw materials ready, and second get the raw materials ready dish 82 can the design of movement between storage material position and blanking position, make the second appearance material space 826 of getting the raw materials ready dish 82 can load food materials 9 to be baked in advance, and the operation of blanking can be carried out to multiple storage tanks 41 of drip pan 4 simultaneously, whereby, the situation of the heating inequality that can prevent food materials 9 to be baked from producing because of blanking time difference, can reach the object of institute of the present invention demand really.
Claims (10)
1. a food baking apparatus; It is characterized in that:
This food baking apparatus comprises a support, bearing frame on one, one heating plate, one drip pan, one buffer gear, and one shakes motor, this support comprises bearing frame, on this, bearing frame is located at interval at above this lower bearing frame, this heating plate is arranged at bearing frame top on this, this drip pan is arranged at also can by this heater plate on this heating plate, this drip pan is formed with multiple storage tank, respectively this storage tank is in order to accommodating food materials to be baked, this buffer gear is arranged at this lower bearing frame and on this between bearing frame, this buffer gear comprises multiple lower connector being arranged at this lower bearing frame top, multiple upper connector being arranged at bearing frame bottom on this, and multiple Compress Spring, respectively the two ends up and down of this Compress Spring are connected to this corresponding upper connector and this corresponding lower connector respectively, this vibrations motor is arranged at bearing frame bottom on this, bearing frame on this can be driven during this vibrations motor running, this heating plate and this drip pan produce vibrations.
2. food baking apparatus according to claim 1, it is characterized in that: this lower bearing frame and respectively this Compress Spring are respectively metal material, respectively this lower connector is elastic material, this buffer gear also comprises multiple first interlocking assembly, and respectively this first interlocking assembly is in order to be locked in this lower bearing frame by this lower connector of correspondence.
3. food baking apparatus according to claim 2, it is characterized in that: respectively this lower connector is column and has the bottom that is connected to this lower bearing frame, one top being connected to this corresponding Compress Spring, and one is formed at perforation between this bottom and this top, respectively this Compress Spring comprises the lower connecting section that is connected to this top of this corresponding lower connector, respectively this first interlocking assembly comprises the screw rod that is arranged in this perforation, and two the first nuts being bolted in this screw rod, this screw rod protrudes out this bottom and this top respectively, this lower bearing frame and this lower connecting section are locked in this bottom and this top of this lower connector by this two first nut respectively.
4. food baking apparatus according to claim 3, it is characterized in that: on this, bearing frame is metal material, respectively this upper connector is plastic material, this buffer gear also comprises multiple second interlocking assembly, and respectively this second interlocking assembly is in order to be locked in bearing frame on this by this upper connector of correspondence.
5. food baking apparatus according to claim 4, it is characterized in that: on this, bearing frame is formed with multiple through hole, respectively this upper connector is formed with a perforate, respectively this second interlocking assembly comprises a bolt, and one second nut, this bolt be arranged in corresponding and this through hole be connected in position and this perforate and screw lock in this second nut.
6. food baking apparatus according to claim 5, it is characterized in that: respectively this upper connector has the plate portion that is connected to bearing frame on this, and the cylinder portion that is convexly equipped in this bottom, plate portion, this plate portion and this portion define this perforate jointly, respectively this Compress Spring also comprises one and is sheathed on this portion and is connected to sheathed section of this plate portion, this lower connecting section is extended by this sheathed section of bottom, and this lower connecting section external diameter is less than this sheathed section of external diameter.
7. food baking apparatus according to claim 3, it is characterized in that: this support also comprises a pedestal, multiple elastomer block be arranged between this lower bearing frame and this pedestal, and multiple interlocking unit, respectively this interlocking unit in order to by this elastomer block interlocking of correspondence between this lower bearing frame and this pedestal.
8. the food baking apparatus according to claim arbitrary in claim 1 to 7, it is characterized in that: this food baking apparatus also comprises a feed preparing device, this feed preparing device comprises one first and to get the raw materials ready dish, and one second gets the raw materials ready dish, this first get the raw materials ready dish comprise one in order to be positioned over the substrate on this drip pan, this substrate is formed with multiple blanking hole that can be connected with described storage tank respectively, this second get the raw materials ready dish comprise one in order to be positioned over the base plate on this substrate, and multiple extended upward by this base plate protrude out cylinder, respectively this protrudes out cylinder and this base plate and jointly defines one with the appearance material space loaded for these food materials to be baked, this second get the raw materials ready dish can relative to this first get the raw materials ready dish a storage material position and once material level move between putting, when this second get the raw materials ready dish in this storage material position time, respectively this appearance material space bottom correspond to this substrate and close by this substrate, when this second get the raw materials ready dish in this blanking position time, respectively this appearance material space with to being connected by blanking hole.
9. food baking apparatus according to claim 8, it is characterized in that: this first get the raw materials ready dish also comprise one by this substrate outer peripheral edge extend upward around plate, should, around plate in order to stop this second this base plate of getting the raw materials ready dish, make this second dish of getting the raw materials ready can be positioned this storage material position or this blanking position.
10. food baking apparatus according to claim 1, it is characterized in that: this food baking apparatus also comprises one and is arranged at control module on this support, this control module comprises one in order to start the startup button of this vibrations motor running, and one in order to order about the stop button that this vibrations motor shuts down.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410333189.6A CN105286649A (en) | 2014-07-14 | 2014-07-14 | Food roasting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410333189.6A CN105286649A (en) | 2014-07-14 | 2014-07-14 | Food roasting device |
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| CN105286649A true CN105286649A (en) | 2016-02-03 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108477483A (en) * | 2017-11-27 | 2018-09-04 | 青岛大学 | A kind of double driven type steaming-roasting devices of multi-flavor fresh corn |
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| JPS61205435A (en) * | 1985-03-11 | 1986-09-11 | 藤原 はる | Automatic dough (takoyaki) baking apparatus |
| JPS61272022A (en) * | 1985-05-27 | 1986-12-02 | 株式会社 中川鉄工所 | Apparatus for producing roasted food (takoyaki) |
| JPH0739352A (en) * | 1993-07-28 | 1995-02-10 | Oovan:Kk | Production of takoyaki and device used therefor |
| JP2000210201A (en) * | 1994-12-19 | 2000-08-02 | Toshio Horiuchi | Baking method and apparatus for ball-shaped food |
| JPH10137135A (en) * | 1996-09-10 | 1998-05-26 | Taniguchi Kogyo Kk | Method and device for automatically producing spherical baked food |
| JPH11225888A (en) * | 1998-02-12 | 1999-08-24 | Toshio Horiuchi | Device for baking ball-shaped food |
| JP2000004850A (en) * | 1998-06-17 | 2000-01-11 | Arusu:Kk | Grilled dumplings with bits of octopus |
| JP2000014311A (en) * | 1998-07-06 | 2000-01-18 | Owada Seisakusho:Kk | Shaking type takoyaki device |
| JP2006239115A (en) * | 2005-03-03 | 2006-09-14 | Yuichi Furuya | Oscillation type takoyaki-making machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108477483A (en) * | 2017-11-27 | 2018-09-04 | 青岛大学 | A kind of double driven type steaming-roasting devices of multi-flavor fresh corn |
| CN108477483B (en) * | 2017-11-27 | 2024-03-05 | 青岛大学 | Multi-flavor fresh corn double-drive steaming and baking device |
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Application publication date: 20160203 |