CN110150339A - Cake oven and flapjack method - Google Patents
Cake oven and flapjack method Download PDFInfo
- Publication number
- CN110150339A CN110150339A CN201910381189.6A CN201910381189A CN110150339A CN 110150339 A CN110150339 A CN 110150339A CN 201910381189 A CN201910381189 A CN 201910381189A CN 110150339 A CN110150339 A CN 110150339A
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- China
- Prior art keywords
- ceramic wafer
- flapjack
- conveyer belt
- conveying device
- channel
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Classifications
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- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21B—BAKERS' OVENS; MACHINES OR EQUIPMENT FOR BAKING
- A21B1/00—Bakers' ovens
- A21B1/02—Bakers' ovens characterised by the heating arrangements
- A21B1/06—Ovens heated by radiators
- A21B1/22—Ovens heated by radiators by electric radiators
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- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21B—BAKERS' OVENS; MACHINES OR EQUIPMENT FOR BAKING
- A21B1/00—Bakers' ovens
- A21B1/02—Bakers' ovens characterised by the heating arrangements
- A21B1/24—Ovens heated by media flowing therethrough
- A21B1/26—Ovens heated by media flowing therethrough by hot air
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- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21B—BAKERS' OVENS; MACHINES OR EQUIPMENT FOR BAKING
- A21B1/00—Bakers' ovens
- A21B1/40—Bakers' ovens characterised by the means for regulating the temperature
-
- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21B—BAKERS' OVENS; MACHINES OR EQUIPMENT FOR BAKING
- A21B1/00—Bakers' ovens
- A21B1/42—Bakers' ovens characterised by the baking surfaces moving during the baking
- A21B1/48—Bakers' ovens characterised by the baking surfaces moving during the baking with surfaces in the form of an endless band
Abstract
The present invention relates to a kind of cake ovens, it include: multiple ceramic wafers, ceramic wafer equipped with preheating channel preheats shell, warmup heater in preheating channel, it is juxtaposed on the flapjack shell equipped with flapjack channel of ceramic wafer preheating shell upper end, the ceramic wafer equipped with high-temperature heating channel is heated at high temperature shell, flapjack heater in flapjack channel, high temperature heater (HTH) 10 in high-temperature heating channel, four are equipped with the conveying device of conveyer belt, and two are symmetrically disposed on the ceramic wafer turn device on front side of ceramic wafer preheating housing forward end and on rear side of rear end；First conveying device and second conveying device, which correspond, to be set in flapjack channel and high-temperature heating channel, and the conveying direction of the conveyer belt of two conveying devices is opposite；Third conveying device and the 4th conveying device are set in preheating channel side by side；Ceramic wafer is placed on the upside of conveyer belt.The cake oven flapjack efficiency is higher, and interruption flapjack and the continuous conversion of flapjack at full capacity are convenient.
Description
Technical field
The present invention relates to food production field, especially a kind of cake oven and flapjack method.
Background technique
The utility model of Chinese Patent Application No. CN 201720830188.1 discloses a kind of cake oven, comprising: is equipped with
The pedestal of partition and heater, lower end are equipped with the turntable for the shaft being pivotally connected with partition, several are distributed along disk peripheral and inner end
Flapjack disk equipped with the connecting shaft being pivotally connected with side wall outside turntable, flapjack disk turnover device, the turntable driving being connect with partition lower end
Stepper motor, equipped with feed opening and the upper cover that connect with pedestal, what partition was equipped with goes out cake hole, equipped with the pressure being located on the upside of flapjack disk
The cake of press device of cake disk；The output shaft of turntable driving stepper motor is connect with shaft lower end.When there is preheating in traditional cake oven
Between longer flapjack efficiency it is lower, interruption flapjack and the continuous conversion of flapjack at full capacity are not convenient insufficient enough；Therefore, it designs a kind of roasting
Cake efficiency is higher, is interrupted flapjack and continuous flapjack at full capacity converts convenient cake oven and flapjack method, become urgently to be resolved
Problem.
Summary of the invention
The purpose of the invention is to overcome current cake oven there are preheating time longer flapjack efficiency is lower, interruption is roasting
Cake and the continuous conversion of flapjack at full capacity are not convenient insufficient enough, and it is higher to provide a kind of flapjack efficiency, interruption flapjack and continuous full negative
Lotus flapjack converts convenient cake oven and flapjack method.
The specific technical solution of the present invention is:
A kind of cake oven, comprising: multiple ceramic wafers, the ceramic wafer equipped with preheating channel preheats shell, in preheating channel
Warmup heater is juxtaposed on the flapjack shell equipped with flapjack channel of ceramic wafer preheating shell upper end, is equipped with high-temperature heating
The ceramic wafer in channel is heated at high temperature shell, the flapjack heater in flapjack channel, the high temperature in high-temperature heating channel
Heater, four are equipped with the conveying device of conveyer belt, and two are symmetrically disposed on front side of ceramic wafer preheating housing forward end and behind rear end
The ceramic wafer turn device of side；First conveying device and second conveying device correspond and add set on flapjack channel and high temperature
In the passage of heat, and the conveying direction of the conveyer belt of two conveying devices is opposite；Third conveying device and the 4th conveying device
It is set in preheating channel side by side, and the conveying direction of the conveyer belt of two conveying devices is opposite；Ceramic wafer is placed on conveyer belt
Side；Flapjack channel and high-temperature heating channel are parallel with preheating channel respectively.The cake oven is in use, ceramic wafer is logical in preheating
It is preheated in road, cake embryo is attached to flapjack in ceramic wafer flapjack channel, and the ceramic wafer of roasted cake temperature decline is in high-temperature heating channel
High-temperature heating, conveying device convey ceramic wafer；It is placed in the ceramic wafer of the conveyer belt front end of four conveying devices, is passed through
A ceramic wafer turn device indexing on front side of ceramic wafer preheating housing forward end；It is placed in the conveyer belt of four conveying devices
The ceramic wafer of rear end, it is indexable by being located at another ceramic wafer turn device that ceramic wafer preheats on rear side of housing rear end；Flapjack effect
Rate is higher, and interruption flapjack and the continuous conversion of flapjack at full capacity are convenient.
Preferably, the conveying device includes: two shafts set there are two sprocket wheel, two by two and shaft two
End corresponds the fulcrum bearing group that the fulcrum bearing of pivot joint is constituted, the motor connecting with a fulcrum bearing；The output shaft of motor and one
One end of a shaft connects；Conveyer belt includes: two chains that transmission connection is corresponded with two sprocket wheels of two shafts, etc.
Away from the multiple baffles to connect one to one on the outside of setting and both ends and two chains；With multiple support rods of baffle interval setting
Group；Support rod group includes the support rod to connect one to one on the outside of several both ends and two chains；The height of baffle is higher than branch
Hold the height of bar；Pottery is constituted between the opposing end surface of two neighboring baffle and support rod upper end between two neighboring baffle
Porcelain plate places position；The length that flapjack shell, ceramic wafer are heated at high temperature shell is less than the length of ceramic wafer preheating shell, and first defeated
The conveyer belt both ends at the conveyer belt both ends and second conveying device of sending device, which correspond, stretches out flapjack channel both ends and high temperature
Channel both ends are heated, the fulcrum bearing of conveying device is connect with the upper end of ceramic wafer preheating shell；Another two is located in preheating channel
In conveying device fulcrum bearing and preheating channel bottom surface connect.The ceramic wafer of conveying device places position and is conducive to placing ceramic
Plate；The length of flapjack shell is less than the length of ceramic wafer preheating shell, and the conveyer belt both ends of first conveying device correspond
Flapjack channel both ends are stretched out, the convenient cake embryo on ceramic wafer pastes and remove ripe cake.
Preferably, the ceramic wafer preheating shell side, equipped with preheating temperature controller, the temperature measuring head for preheating temperature controller is inserted
Enter in preheating channel；Flapjack shell side is equipped with flapjack temperature controller, and the temperature measuring head of flapjack temperature controller is inserted into flapjack channel；Ceramics
Plate is heated at high temperature shell side equipped with high-temperature heating temperature controller, is heated at high temperature the temperature measuring head insertion ceramic wafer high-temperature heating of temperature controller
In circulation passage.Temperature controller is preheated conducive to temperature in control preheating channel in set temperature；It is logical that flapjack temperature controller is conducive to control flapjack
Temperature is in set temperature in road；It is heated at high temperature temperature controller conducive to temperature in control high-temperature heating channel in set temperature.
Preferably, the ceramic wafer preheating shell side is equipped with warm-up cycle blower, ceramic wafer preheats shell side
Hold the warm-up cycle air holes penetrated through respectively with preheating channel there are two setting；One warm-up cycle air holes goes out with warm-up cycle blower
The connection of mouth end, another warm-up cycle air holes are connected to the input end of warm-up cycle blower；Flapjack shell side is followed equipped with flapjack
Ring blower, one side of flapjack shell are equipped with two flapjacks respectively with the perforation of flapjack channel and recycle air holes；One flapjack circulated air
Hole is connected to the outlet end of flapjack circulating fan, another flapjack circulation air holes is connected to the input end of flapjack circulating fan；Pottery
Porcelain plate is heated at high temperature shell side and is equipped with high temperature heating cycle blower, and ceramic wafer is heated at high temperature one side of shell and is equipped with two difference
With the high temperature heating cycle air holes of high-temperature heating channel perforation；One high temperature heating cycle air holes and high temperature heating cycle blower
Outlet end connection, another high temperature heating cycle air holes are connected to the input end of high temperature heating cycle blower.Warm-up cycle blower
Conducive to keeping temperature in preheating channel uniform；Flapjack circulating fan is conducive to keep temperature in flapjack channel uniform；High temperature heating cycle wind
It is uniform that machine is conducive to make to be heated at high temperature temperature in channel.
Preferably, the ceramic wafer turn device includes: by transverse electric straight line slide unit, two vertical electric linears
The three-D electric straight line slide unit that slide unit, two front and backs are connected and composed to electric linear slide unit preheats shell one end phase with ceramic wafer
Pair and the pneumatic clamper that is connect with the sliding block of transverse electric straight line slide unit, two transverse directions exist side by side setting and two pawl underfooting end with pneumatic clamper
The ceramic wafer fixture block of connection.Ceramic wafer turn device is simple and practical in structure, and Rotational accuracy is high.
Preferably, the ceramic wafer preheating shell lower end is equipped with several support plates.Paste the cake embryo on ceramic wafer
With remove ripe cake operation height it is suitable.
A kind of cake machine flapjack method, the cake oven are above-mentioned cake oven, the cake machine flapjack side
Method includes；It is interrupted flapjack method and continuous flapjack method at full capacity；The interruption flapjack method；Step 1, ceramic wafer are placed
Ceramic wafer on the upside of the conveyer belt of third conveying device and the conveyer belt of the 4th conveying device is placed to be preheated in position, is preheated
Temperature is 240-350 degrees Celsius；Step 2, the conveyer belt upper front end or third that are placed in third conveying device is defeated
A ceramic wafer of the conveyer belt upper front end of device is sent to place the ceramic wafer in position, indexing is placed into first conveying device
One ceramic wafer of conveyer belt upper front end is placed in position；Step 3, after ceramic wafer sticks cake embryo, in first conveying device
The lower flapjack channel that enters of conveyer belt conveying carries out flapjack, and flapjack temperature is 240-350 degrees Celsius, removes and is transported to first conveying
A ceramic wafer of rear end places the ripe cake in position on the upside of the conveyer belt of device；Step 4 will be located at first conveying device
A ceramic wafer of rear end places the ceramic wafer of the roasted cake temperature decline in position on the upside of conveyer belt, indexing be placed into second it is defeated
A ceramic wafer of rear end on the upside of the conveyer belt of device is sent to place in position, conveyer belt conveying of the ceramic wafer in second conveying device
The lower high-temperature heating channel that enters is heated at high temperature, and high-temperature heating temperature is 250-700 degrees Celsius, will be delivered to second conveying
The ceramic wafer indexing that one ceramic wafer of the conveyer belt upper front end of device is placed in position is placed into the defeated of first conveying device
A ceramic wafer with upper front end is sent to place in position；Step 5 repeats step 3 and step 4, carries out interruption flapjack；It is described
Continuous flapjack method at full capacity；Step 1, ceramic wafer are placed in the conveyer belt and the 4th conveying dress of third conveying device
Ceramic wafer on the upside of the conveyer belt set is placed to be preheated in position, and preheating temperature is 240-350 degrees Celsius；Step 2 will successively place
Ceramic wafer on the upside of the conveyer belt of third conveying device places the ceramic wafer in position, from the conveyer belt of third conveying device
The ceramic wafer that front end indexing is placed into the conveyer belt upper front end of first conveying device is placed in position；Step 3, ceramic wafer according to
It is secondary stick cake embryo after, sequentially enter flapjack channel under the conveyer belt conveying of first conveying device and carry out flapjack, flapjack temperature
It is 240-350 degrees Celsius, successively removes the ripe cake of rear end on the upside of the conveyer belt for being transported to first conveying device；Step 4, will
Ceramic wafer on the upside of the conveyer belt of first conveying device places the ceramic wafer of the roasted cake temperature decline in position, successively from
Rear end indexing is placed into the ceramics of rear end on the upside of the conveyer belt of second conveying device on the upside of the conveyer belt of first conveying device
Plate is placed in position, and ceramic wafer sequentially enters progress high temperature in high-temperature heating channel under the conveyer belt conveying of second conveying device and adds
Heat, high-temperature heating temperature are 250-700 degrees Celsius, successively will be delivered to the pottery of the conveyer belt upper front end of second conveying device
The ceramic wafer that porcelain plate indexing is placed into the conveyer belt upper front end of first conveying device is placed in position；Step 5 repeats step
Two, step 3 and step 4, until the ceramic wafer on the upside of the conveyer belt of first conveying device, which places position, neutralizes second conveying
After piling ceramic wafer in ceramic wafer placement position on the upside of the conveyer belt of device, repeats step 3 and step 4 carries out continuously at full capacity
Flapjack.It is higher that the cake machine flapjack method is able to satisfy flapjack efficiency, interruption flapjack and continuous flapjack conversion side at full capacity
Just needs.
Preferably, the continuous flapjack method at full capacity, is placed in first conveying dress when flapjack demand is less than
Ceramic wafer on the upside of the conveyer belt set is placed the ceramic wafer that position neutralizes on the upside of the conveyer belt of second conveying device and is placed in position
When the sum of quantity of ceramic wafer, by extra ceramic wafer successively from the conveyer belt upper front end for being transported to second conveying device
The ceramic wafer that ceramic wafer indexing is placed into the conveyer belt upper front end of the 4th conveying device places heat preservation for standby use in position.
Preferably, being located at pottery when the ceramic wafer indexing of the conveyer belt front end for being placed in four conveying devices
Porcelain plate preheats under the three-D electric straight line slide unit driving of a ceramic wafer turn device on front side of housing forward end, two pawls of pneumatic clamper
Tape is moved two ceramic wafer fixture blocks and is clamped in the ceramic wafer placement position for the conveyer belt upper front end for being placed in a conveying device
Ceramic wafer, and the ceramic wafer that ceramic wafer indexing is placed into the conveyer belt upper front end of another conveying device is placed in position；It puts
When being placed in the ceramic wafer indexing of the conveyer belt rear end of four conveying devices, in one be located on rear side of ceramic wafer preheating housing rear end
Under the three-D electric straight line slide unit driving of ceramic wafer turn device, the dynamic two ceramic wafer fixture blocks of two pawl tapes of pneumatic clamper, which are clamped, to be put
The ceramic wafer being placed in the ceramic wafer placement position of rear end on the upside of the conveyer belt an of conveying device, and ceramic wafer indexing is placed into
The ceramic wafer of rear end is placed in position on the upside of the conveyer belt of another conveying device.Ceramic wafer is indexable by ceramic wafer turn device,
Flapjack efficiency is improved, labor intensity of operating staff is mitigated and is influenced by high temperature.
Compared with prior art, the beneficial effects of the present invention are: the cake oven flapjack efficiency is higher, interruption flapjack and
Continuously flapjack conversion is convenient at full capacity.The ceramic wafer of conveying device places position and is conducive to placing ceramic plate；The length of flapjack shell is small
In the length of ceramic wafer preheating shell, the conveyer belt both ends of first conveying device, which correspond, stretches out flapjack channel both ends, side
Just cake embryo pastes and removes ripe cake on ceramic wafer.Temperature controller is preheated conducive to temperature in control preheating channel in set temperature；Flapjack
Temperature controller is conducive to temperature in control flapjack channel in set temperature；It is heated at high temperature temperature controller and is conducive to control high-temperature heating channel medium temperature
Degree is in set temperature.Warm-up cycle blower is conducive to keep temperature in preheating channel uniform；Flapjack circulating fan is conducive to make flapjack channel
Middle temperature is uniform；It is uniform that high temperature heating cycle blower is conducive to make to be heated at high temperature temperature in channel.The structure letter of ceramic wafer turn device
Single practical, Rotational accuracy is high.Ceramic wafer preheats shell lower end and is equipped with several support plates, and the cake embryo on ceramic wafer is made to paste and remove
The operation height of ripe cake is suitable.It is higher that the cake machine flapjack method is able to satisfy flapjack efficiency, interruption flapjack and continuous full
The conversion of load flapjack is convenient to be needed.Ceramic wafer improves flapjack efficiency by the indexing of ceramic wafer turn device, mitigates operator
It labor intensity and is influenced by high temperature.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the invention；
Fig. 2 is the vertical view view of Fig. 1；
Fig. 3 is the left view of Fig. 1.
In figure: ceramic wafer 1, preheating channel 2, ceramic wafer preheat shell 3, warmup heater 4, flapjack channel 5, flapjack shell
6, it is heated at high temperature channel 7, ceramic wafer is heated at high temperature shell 8, flapjack heater 9, high temperature heater (HTH) 10, ceramic wafer turn device
11, first conveying device, 12, second conveying devices 13, third conveying device 14, the 4th conveying device 15, sprocket wheel
16, shaft 17, fulcrum bearing 18, motor 19, chain 20, baffle 21, support rod 22, ceramic wafer place position 23, preheating temperature controller 24,
Flapjack temperature controller 25, high-temperature heating temperature controller 26, warm-up cycle blower 27, flapjack circulating fan 28, high temperature heating cycle blower
29, transverse electric straight line slide unit 30, vertical electric linear slide unit 31, front and back to electric linear slide unit 32, pneumatic clamper 33, pawl foot 34,
Ceramic wafer fixture block 35, support plate 36, fixing seat 37.
Specific embodiment
The present invention is described further shown in reference to the accompanying drawing.
As shown in attached drawing 1 to attached drawing 3: a kind of cake oven, comprising: multiple ceramic wafers 1, the ceramic wafer equipped with preheating channel 2
Shell 3 is preheated, it is roasting to be juxtaposed on being equipped with for ceramic wafer preheating 3 upper end of shell for the warmup heater 4 in preheating channel 2
The flapjack shell 6 in cake channel 5, the ceramic wafer equipped with high-temperature heating channel 7 are heated at high temperature shell 8, roasting in flapjack channel 5
Cake heater 9, the high temperature heater (HTH) 10 in high-temperature heating channel 7, four are equipped with the conveying device of conveyer belt, and two symmetrical
It is set to the ceramic wafer turn device 11 on front side of ceramic wafer preheating 3 front end of shell and on rear side of rear end；First 12 He of conveying device
Second conveying device 13, which corresponds, to be set in flapjack channel 5 and high-temperature heating channel 7, and the conveyer belt of two conveying devices
Conveying direction it is opposite；Third conveying device 14 and the 4th conveying device 15 are set in preheating channel 2 side by side, and two defeated
Send the conveying direction of the conveyer belt of device opposite；Ceramic wafer 1 is placed on the upside of conveyer belt；Flapjack channel 5 and high-temperature heating channel 7
It is parallel with preheating channel 2 respectively.Preheating channel 2, flapjack channel 5, be heated at high temperature channel 7 cross-sectional shape be rectangle；In advance
Hot heater 4, flapjack heater 9 and high temperature heater (HTH) 10 are electric heater；The food that ceramic wafer 1 is 1.5-5 centimetres of thickness
Grade dedicated ceramic plate 1.
The conveying device includes: two shafts 17 set there are two sprocket wheel 16, and two by two and 17 both ends of shaft
Correspond the fulcrum bearing group being made up of the fulcrum bearing 18 of bearing hinge joint, the motor 19 being spirally connected with a fulcrum bearing 18；Motor
One end of 19 output shaft and a shaft 17 is keyed；Conveyer belt includes: two sprocket wheels 16 1 of two with two shafts 17
The chain 20 of one corresponding transmission connection is placed equidistant with and corresponds on the outside of both ends and two chains 20 multiple baffles of welding
21；With the spaced multiple support rod groups of baffle 21；Support rod group includes that four both ends and two 20 outsides one of chain are a pair of
The support rod 22 that should be welded；The height of baffle 21 is higher than the height of support rod 22；The opposing end surface of two neighboring baffle 21 and position
Ceramic wafer is constituted between 22 upper end of support rod between two neighboring baffle 21 places position 23；Flapjack shell 6, ceramic wafer high temperature
The length of heated shell 8 is less than the length of ceramic wafer preheating shell 3, the conveyer belt both ends of first conveying device 12 and second
The conveyer belt both ends of conveying device 13, which correspond, stretches out 5 both ends of flapjack channel and high-temperature heating 7 both ends of channel, conveying device
Fulcrum bearing 18 and the upper end of ceramic wafer preheating shell 3 are spirally connected；Another two is located at the fulcrum bearing of the conveying device in preheating channel 2
18 are spirally connected with the bottom surface of preheating channel 2.
Equipped with preheating temperature controller 24, the temperature measuring head insertion of preheating temperature controller 24 is pre- for ceramic wafer preheating 3 side of shell
In the passage of heat 2；6 side of flapjack shell is equipped with flapjack temperature controller 25, and the temperature measuring head of flapjack temperature controller 25 is inserted into flapjack channel 5；
Ceramic wafer is heated at high temperature 8 side of shell equipped with high-temperature heating temperature controller 26, and the temperature measuring head of high-temperature heating temperature controller 26 is inserted into ceramics
Plate 1 is heated at high temperature in circulation passage.
Ceramic wafer preheating 3 side of shell is equipped with warm-up cycle blower 27, and ceramic wafer preheating 3 one side of shell is equipped with
Two warm-up cycle air holes penetrated through respectively with preheating channel 2；The outlet of one warm-up cycle air holes and warm-up cycle blower 27
End is connected to by connecting tube, another warm-up cycle air holes is connected to the input end of warm-up cycle blower 27 by connecting tube；It is roasting
6 side of cake shell is equipped with flapjack circulating fan 28, and 6 one side of flapjack shell penetrates through with flapjack channel 5 roasting respectively equipped with two
Cake recycles air holes；One flapjack circulation air holes is connected to the outlet end of flapjack circulating fan 28 by connecting tube, another flapjack
Circulation air holes is connected to the input end of flapjack circulating fan 28 by connecting tube；Ceramic wafer is heated at high temperature 8 side of shell and is equipped with height
Warm heat cycles blower 29, ceramic wafer are heated at high temperature 8 one side of shell and are equipped with two height penetrated through respectively with high-temperature heating channel 7
Warm heat cycles air holes；The outlet end of one high temperature heating cycle air holes and high temperature heating cycle blower 29 is connected by connecting tube
Logical, another high temperature heating cycle air holes is connected to the input end of high temperature heating cycle blower 29 by connecting tube.Warm-up cycle
27 lower end of blower is equipped with fixing seat 37；Flapjack circulating fan 28, high temperature heating cycle blower 29 preheat shell 3 with ceramic wafer respectively
Upper end be spirally connected.
The ceramic wafer turn device 11 includes: by 30, two, transverse electric straight line slide unit vertical electric linear slide units
31, the three-D electric straight line slide unit that two front and backs are connected and composed to electric linear slide unit 32 preheats 3 one end phase of shell with ceramic wafer
Pair and the pneumatic clamper 33 that is spirally connected with the sliding block of transverse electric straight line slide unit 30, two transverse directions exist side by side setting and two pawls with pneumatic clamper 33
The ceramic wafer fixture block 35 that 34 lower end of foot is spirally connected.
The described ceramic wafer preheating 3 lower end of shell sets that there are three support plates 36.
In the present embodiment, the ceramic wafer in 20 outside of chain, which places position 23,22；The ceramic wafer 1 adds in high temperature
High temperature heating time in the passage of heat 7 is 2-5 minutes.
A kind of cake machine flapjack method, the cake oven are above-mentioned cake oven, the cake machine flapjack side
Method includes；It is interrupted flapjack method and continuous flapjack method at full capacity；The interruption flapjack method；Step 1, ceramic wafer 1 are placed
Ceramic wafer on the upside of the conveyer belt of third conveying device 14 and the conveyer belt of the 4th conveying device 15 is placed pre- in position 23
Heat, preheating temperature are 300 degrees Celsius；Step 2 will be placed in the conveyer belt upper front end or third of third conveying device 14
One ceramic wafer of the conveyer belt upper front end of a conveying device 14 places the ceramic wafer 1 in position 23, and indexing is placed into first
One ceramic wafer of the conveyer belt upper front end of conveying device 12 is placed in position 23；Step 3, after ceramic wafer 1 sticks cake embryo,
The lower flapjack channel 5 that enters of the conveyer belt conveying of first conveying device 12 carries out flapjack, and flapjack temperature is 280 degrees Celsius, is removed
The ripe cake being transported in the ceramic wafer placement position 23 of rear end on the upside of the conveyer belt of first conveying device 12；Step 4, will
A ceramic wafer positioned at rear end on the upside of the conveyer belt of first conveying device 12 places the roasted cake temperature decline in position 23
Ceramic wafer 1, the ceramic wafer that indexing is placed into rear end on the upside of the conveyer belt of second conveying device 13 are placed in position 23, ceramics
Plate 1 enters high-temperature heating channel 7 under the conveyer belt conveying of second conveying device 13 and is heated at high temperature, and is heated at high temperature temperature
It is 400 degrees Celsius, the ceramic wafer that will be delivered to the conveyer belt upper front end of second conveying device 13 is placed in position 23
The ceramic wafer that 1 indexing of ceramic wafer is placed into the conveyer belt upper front end of first conveying device 12 is placed in position 23；Step
Five, step 3 and step 4 are repeated, interruption flapjack is carried out；The continuous flapjack method at full capacity；Step 1, ceramic wafer 1 are put
The ceramic wafer on the upside of the conveyer belt of third conveying device 14 and the conveyer belt of the 4th conveying device 15 is placed in place in position 23
Preheating, preheating temperature are 300 degrees Celsius；Step 2, successively by the pottery on the upside of the conveyer belt for being placed in third conveying device 14
Porcelain plate places the ceramic wafer 1 in position 23, is placed into first conveying dress from the conveyer belt front end indexing of third conveying device 14
The ceramic wafer for setting 12 conveyer belt upper front end is placed in position 23；Step 3, after ceramic wafer 1 successively sticks cake embryo, at first
Flapjack channel 5 is sequentially entered under the conveyer belt conveying of conveying device 12 and carries out flapjack, and flapjack temperature is 280 degrees Celsius, is successively taken
Under be transported to the ripe cake of rear end on the upside of the conveyer belt of first conveying device 12；Step 4 will be located at first conveying device 12
Conveyer belt on the upside of ceramic wafer place position 23 in roasted cake temperature decline ceramic wafer 1, successively from first conveying device
The ceramic wafer that rear end indexing is placed into rear end on the upside of the conveyer belt of second conveying device 13 on the upside of 12 conveyer belt places position 23
In, ceramic wafer 1 sequentially enters high-temperature heating channel 7 under the conveyer belt conveying of second conveying device 13 and is heated at high temperature,
Being heated at high temperature temperature is 400 degrees Celsius, successively will be delivered to the ceramic wafer 1 of the conveyer belt upper front end of second conveying device 13
The ceramic wafer that indexing is placed into the conveyer belt upper front end of first conveying device 12 is placed in position 23；Step 5 repeats step
Two, step 3 and step 4, until the ceramic wafer on the upside of the conveyer belt of first conveying device 12, which places position 23, neutralizes second
After piling ceramic wafer 1 in ceramic wafer placement position 23 on the upside of the conveyer belt of conveying device 13, repeats step 3 and step 4 carries out
Continuous flapjack at full capacity.
The continuous flapjack method at full capacity, when flapjack demand is less than the conveying for being placed in first conveying device 12
The ceramic wafer that ceramic wafer with upside places on the upside of the conveyer belt of second conveying device 13 of the neutralization of position 23 places the pottery in position 23
When the sum of the quantity of porcelain plate 1, by extra ceramic wafer 1 successively from the conveyer belt upper front end for being transported to second conveying device 13
1 indexing of ceramic wafer be placed into the 4th conveying device 15 conveyer belt upper front end ceramic wafer place position 23 in heat preservation to
With.After ceramic wafer 1 is transported to upside rear end by the conveyer belt of the 4th conveying device 15,1 indexing of ceramic wafer is conveyed to third
The conveyer belt upper front end of device 14.
When 1 indexing of ceramic wafer of the conveyer belt front end for being placed in four conveying devices, preheated being located at ceramic wafer
Under the three-D electric straight line slide unit driving of a ceramic wafer turn device 11 on front side of 3 front end of shell, two pawl feet of pneumatic clamper 33
The ceramic wafer that 34 two ceramic wafer fixture blocks 35 of drive clamp the conveyer belt upper front end for being placed in a conveying device places position 23
In ceramic wafer 1, and by 1 indexing of ceramic wafer be placed into the conveyer belt upper front end of another conveying device ceramic wafer place position
In 23；When being placed in 1 indexing of ceramic wafer of the conveyer belt rear end of four conveying devices, 3 rear end of shell is preheated being located at ceramic wafer
Under the three-D electric straight line slide unit driving of one ceramic wafer turn device 11 of rear side, two pawl feet 34 of pneumatic clamper 33 drive two
The ceramic wafer that ceramic wafer fixture block 35 clamps rear end on the upside of the conveyer belt for being placed in a conveying device places the ceramic wafer in position 23
1, and 1 indexing of ceramic wafer is placed into the ceramic wafer placement position 23 of rear end on the upside of the conveyer belt of another conveying device.
In addition to the implementation, within the scope of the claims of the present invention and the specification, skill of the invention
Art feature or technical data can be reselected and be combined, to constitute new embodiment, these are all art technologies
Personnel are without carrying out what creative work can be realized, therefore the embodiment that these present invention are not described in also should be regarded as this
The specific embodiment of invention and within protection scope of the present invention.
Claims (9)
1. a kind of cake oven, comprising: multiple ceramic wafers, characterized in that the cake oven further include: the pottery equipped with preheating channel
Porcelain plate preheats shell, and it is roasting to be juxtaposed on being equipped with for ceramic wafer preheating shell upper end for the warmup heater in preheating channel
The flapjack shell in cake channel, the ceramic wafer equipped with high-temperature heating channel are heated at high temperature shell, and the flapjack in flapjack channel adds
Hot device, the high temperature heater (HTH) in high-temperature heating channel, four are equipped with the conveying device of conveyer belt, and two are symmetrically disposed on pottery
Porcelain plate preheats the ceramic wafer turn device on front side of housing forward end and on rear side of rear end；First conveying device and second conveying device
It corresponds and is set in flapjack channel and high-temperature heating channel, and the conveying direction of the conveyer belt of two conveying devices is opposite；The
Three conveying devices and the 4th conveying device are set in preheating channel side by side, and the conveying side of the conveyer belt of two conveying devices
To opposite；Ceramic wafer is placed on the upside of conveyer belt.
2. cake oven according to claim 1, characterized in that the conveying device includes: two and sets there are two sprocket wheel
Shaft, two correspond the fulcrum bearing groups that constitute of fulcrum bearing of pivot joint by two with both ends of the shaft, connect with a fulcrum bearing
The motor connect；The output shaft of motor is connect with one end of a shaft；Conveyer belt includes: two sprocket wheels of two with two shafts
The chain for corresponding transmission connection, the multiple baffles for being placed equidistant with and connecting one to one on the outside of both ends and two chains；With
Multiple support rod groups of baffle interval setting；Support rod group includes connecting one to one on the outside of several both ends and two chains
Support rod；The height of baffle is higher than the height of support rod；The opposing end surface of two neighboring baffle and be located at two neighboring baffle it
Between support rod upper end between constitute ceramic wafer place position；The length that flapjack shell, ceramic wafer are heated at high temperature shell is less than ceramics
Plate preheats the length of shell, and the conveyer belt both ends of first conveying device and the conveyer belt both ends one of second conveying device are a pair of
Flapjack channel both ends and high-temperature heating channel both ends should be stretched out, the upper end of fulcrum bearing and ceramic wafer the preheating shell of conveying device connects
It connects；Another two is located at the fulcrum bearing of the conveying device in preheating channel and the bottom surface of preheating channel connects.
3. cake oven according to claim 1, characterized in that the ceramic wafer preheating shell side is equipped with preheating temperature control
Instrument preheats in the temperature measuring head insertion preheating channel of temperature controller；Flapjack shell side is equipped with flapjack temperature controller, the survey of flapjack temperature controller
In warm head insertion flapjack channel；Ceramic wafer is heated at high temperature shell side equipped with high-temperature heating temperature controller, is heated at high temperature temperature controller
Temperature measuring head is inserted into ceramic wafer high-temperature heating circulation passage.
4. cake oven according to claim 1, characterized in that the ceramic wafer preheating shell side is equipped with warm-up cycle
Blower, ceramic wafer preheat one side of shell and are equipped with two warm-up cycle air holes with preheating channel perforation respectively；One preheating follows
Ring air holes is connected to the outlet end of warm-up cycle blower, and the input end of another warm-up cycle air holes and warm-up cycle blower connects
It is logical；Flapjack shell side is equipped with flapjack circulating fan, and one side of flapjack shell is roasting with the perforation of flapjack channel respectively equipped with two
Cake recycles air holes；One flapjack circulation air holes is connected to the outlet end of flapjack circulating fan, another flapjack recycles air holes and bakes
The input end of cake circulating fan is connected to；Ceramic wafer is heated at high temperature shell side and is equipped with high temperature heating cycle blower, ceramic wafer high temperature
One side of heated shell is equipped with two high temperature heating cycle air holes with the perforation of high-temperature heating channel respectively；One high-temperature heating follows
Ring air holes is connected to the outlet end of high temperature heating cycle blower, another high temperature heating cycle air holes and high temperature heating cycle blower
Input end connection.
5. cake oven according to any one of claims 1 to 4, characterized in that the ceramic wafer turn device includes: by cross
The three-D electric connected and composed to electric linear slide unit, two vertical electric linear slide units, two front and backs to electric linear slide unit
Straight line slide unit preheats the pneumatic clamper that shell one end is opposite and connect with the sliding block of transverse electric straight line slide unit, two cross with ceramic wafer
To the ceramic wafer fixture block for being arranged and being connect with two pawl underfooting end of pneumatic clamper of existing side by side.
6. cake oven according to any one of claims 1 to 4, characterized in that the ceramic wafer preheating shell lower end is equipped with
Several support plates.
7. a kind of cake machine flapjack method, the cake oven is claim 1 to any flapjack of claim 6
Machine, characterized in that the cake machine flapjack method includes；It is interrupted flapjack method and continuous flapjack method at full capacity；It is described
Interruption flapjack method；Step 1, ceramic wafer be placed in third conveying device conveyer belt and the 4th conveying device it is defeated
It send the ceramic wafer with upside to place to preheat in position, preheating temperature is 240-350 degrees Celsius；It is defeated will to be placed in third for step 2
A ceramic wafer of the conveyer belt upper front end of device or the conveyer belt upper front end of third conveying device is sent to place in position
Ceramic wafer, the ceramic wafer that indexing is placed into the conveyer belt upper front end of first conveying device are placed in position；Step 3, pottery
After porcelain plate sticks cake embryo, enters flapjack channel under the conveyer belt conveying of first conveying device and carry out flapjack, flapjack temperature is
240-350 degrees Celsius, a ceramic wafer for removing rear end on the upside of the conveyer belt for being transported to first conveying device is placed in position
Ripe cake；One ceramic wafer of rear end on the upside of the conveyer belt for being located at first conveying device is placed the roasted cake in position by step 4
The ceramic wafer of temperature decline, the ceramic wafer that indexing is placed into rear end on the upside of the conveyer belt of second conveying device place position
In, ceramic wafer enters high-temperature heating channel under the conveyer belt conveying of second conveying device and is heated at high temperature, and is heated at high temperature
Temperature is 250-700 degrees Celsius, and the ceramic wafer that will be delivered to the conveyer belt upper front end of second conveying device places position
In ceramic wafer indexing be placed into first conveying device conveyer belt upper front end a ceramic wafer place position in；Step
Five, step 3 and step 4 are repeated, interruption flapjack is carried out；The continuous flapjack method at full capacity；Step 1, ceramic wafer are placed
Ceramic wafer on the upside of the conveyer belt of third conveying device and the conveyer belt of the 4th conveying device is placed to be preheated in position, is preheated
Temperature is 240-350 degrees Celsius；Step 2 successively places the ceramic wafer on the upside of the conveyer belt for being placed in third conveying device
Ceramic wafer in position is placed on the upside of the conveyer belt of first conveying device from the conveyer belt front end indexing of third conveying device
The ceramic wafer of front end is placed in position；Step 3, after ceramic wafer successively sticks cake embryo, in the conveyer belt conveying of first conveying device
Under sequentially enter flapjack channel and carry out flapjack, flapjack temperature is 240-350 degrees Celsius, successively removes and is transported to first conveying and fills
The ripe cake of rear end on the upside of the conveyer belt set；Step 4 places the ceramic wafer on the upside of the conveyer belt for being located at first conveying device
The ceramic wafer of roasted cake temperature decline in position is successively placed into the from rear end indexing on the upside of the conveyer belt of first conveying device
The ceramic wafer of rear end is placed in position on the upside of the conveyer belt of two conveying devices, and ceramic wafer is defeated in the conveyer belt of second conveying device
Send down sequentially enter high-temperature heating channel be heated at high temperature, high-temperature heating temperature be 250-700 degrees Celsius, successively will be delivered to
Before the ceramic wafer indexing of the conveyer belt upper front end of second conveying device is placed on the upside of the conveyer belt of first conveying device
The ceramic wafer at end is placed in position；Step 5 repeats Step 2: step 3 and step 4, until the conveying of first conveying device
The ceramic wafer that ceramic wafer with upside places on the upside of the conveyer belt of second conveying device of position neutralization, which is placed in position, piles ceramic wafer
Afterwards, it repeats step 3 and step 4 carries out continuous flapjack at full capacity.
8. the cake machine flapjack method of claim according to claim 7, characterized in that described continuously bakes at full capacity
Cake method places position neutralization second when flapjack demand is less than the ceramic wafer on the upside of the conveyer belt for being placed in first conveying device
When ceramic wafer on the upside of the conveyer belt of a conveying device places the sum of the quantity of ceramic wafer in position, successively by extra ceramic wafer
The conveying of the 4th conveying device is placed into from the ceramic wafer indexing for the conveyer belt upper front end for being transported to second conveying device
Ceramic wafer with upper front end places heat preservation for standby use in position.
9. the cake machine flapjack method of claim according to claim 7, characterized in that it is described be placed in four it is defeated
When sending the ceramic wafer indexing of the conveyer belt front end of device, in a ceramic wafer indexing being located on front side of ceramic wafer preheating housing forward end
Under the three-D electric straight line slide unit driving of device, two pawl tapes of pneumatic clamper move two ceramic wafer fixture blocks clamp be placed in one it is defeated
It send the ceramic wafer of the conveyer belt upper front end of device to place the ceramic wafer in position, and ceramic wafer indexing is placed into another conveying
The ceramic wafer of the conveyer belt upper front end of device is placed in position；The ceramic wafer for being placed in the conveyer belt rear end of four conveying devices turns
When position, in the three-D electric straight line slide unit driving for a ceramic wafer turn device being located on rear side of ceramic wafer preheating housing rear end
Under, two pawl tapes of pneumatic clamper move the pottery that two ceramic wafer fixture blocks clamp rear end on the upside of the conveyer belt for being placed in a conveying device
Porcelain plate places the ceramic wafer in position, and ceramic wafer indexing is placed into the ceramics of rear end on the upside of the conveyer belt of another conveying device
Plate is placed in position.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910381189.6A CN110150339B (en) | 2019-05-08 | 2019-05-08 | Cake baking machine and cake baking method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910381189.6A CN110150339B (en) | 2019-05-08 | 2019-05-08 | Cake baking machine and cake baking method |
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| CN110150339A true CN110150339A (en) | 2019-08-23 |
| CN110150339B CN110150339B (en) | 2021-04-20 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112998039A (en) * | 2021-03-11 | 2021-06-22 | 丽水市炉麦烧餐饮管理有限公司 | Flour cake machine and cake making method |
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| GB1409227A (en) * | 1973-03-30 | 1975-10-08 | Baker Perkins Inc | Methods of and apparatus for making bread and like food products |
| US4389562A (en) * | 1981-08-05 | 1983-06-21 | Hatco Corporation | Conveyor oven |
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| CN112998039B (en) * | 2021-03-11 | 2022-04-26 | 丽水市炉麦烧餐饮管理有限公司 | Flour cake machine and cake making method |
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| Publication number | Publication date |
|---|---|
| CN110150339B (en) | 2021-04-20 |
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