CN209057933U - A kind of carrot bread coating machine - Google Patents

A kind of carrot bread coating machine Download PDF

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Publication number
CN209057933U
CN209057933U CN201821121450.6U CN201821121450U CN209057933U CN 209057933 U CN209057933 U CN 209057933U CN 201821121450 U CN201821121450 U CN 201821121450U CN 209057933 U CN209057933 U CN 209057933U
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CN
China
Prior art keywords
frame
driving
conveying
coating
rotary shaft
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Withdrawn - After Issue
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CN201821121450.6U
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Chinese (zh)
Inventor
陈保国
黄天送
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Fujian Dali Food Technology Co Ltd
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Fujian Dali Food Technology Co Ltd
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Priority to CN201821121450.6U priority Critical patent/CN209057933U/en
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Publication of CN209057933U publication Critical patent/CN209057933U/en
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Abstract

The utility model discloses a kind of carrot bread coating machine, including conveying mechanism, coating main machine frame, conveying mechanism includes frame body and conveyer belt, coating main machine frame is mounted in frame body, coating assembly is installed in frame body, coating assembly includes support frame, coating frame, first driving device and the second driving device, support frame is fixedly installed in frame body, first driving device is mounted on support frame, second driving device is arranged in first driving device, and it is connect with the power output end of first driving device, the power output end of second driving device is connect with coating frame, multiple material mouths are installed on coating frame, feeding device to multiple material mouths feed is installed in the second driving device, multiple material mouths are connect through flexible steel in flat section tubing with feeding device;It further include having control system.The carrot bread coating machine of the utility model, can not only reduce personnel's participation, and can be improved production efficiency, reduce cost, while guarantee the wholesomeness of food.

Description

A kind of carrot bread coating machine
Technical field
The utility model relates to food processing equipment technical fields, and in particular to be a kind of carrot bread coating machine.
Background technique
Soft bread is as in daily life, a kind of common food.Currently, soft bread mostly uses greatly flow line production, in life During production, the soft bread semi-finished product obtained after toasted machine baking are sent baking machine with baking tray, when soft bread half Finished product residual temperature coats soft slurry (carrot sauce, jam, syrup etc.) again on it, in this way being capable of soft bread semi-finished product With various patterns, not only appearance is more beautiful, and the soft bread products mouthfeel for soft slurry of arranging in pairs or groups is more preferably, needed for obtaining , the figuratum bread products of tool.Then it is taken off again after supercooling (soft slurry is in soft bread surface of semi-finished cooling and shaping) Mould separates soft bread products with baking tray, is finally packed again.
Tradition is all using artificial toward applying soft slurry on bread semi-finished product.Manually on the soft bread semi-finished product in baking tray Soft slurry is applied to have the following deficiencies:
1. the generation of the soft slurry of holiday frequent occurrence, and then cause after overbaking, it is unqualified to obtain product.
2. brush, manpower is difficult assurance dynamics, easily damages the shape of dough.
3. manually applying soft slurry on the dough in baking tray to be difficult to reach brushing uniformity, after leading to baking, obtain Shape of product is different, consistency is poor.
4. personnel needed for are more, not only at high cost, and large labor intensity, personnel's fatiguability, can not continuous production, reduce life Produce efficiency.
In consideration of it, inventor furthers investigate the above problem, there is this case generation then.
Utility model content
The purpose of this utility model is to provide a kind of carrot bread coating machines, can not only reduce personnel's participation, And can be improved production efficiency, cost is reduced, while guaranteeing the wholesomeness of food.
To achieve the goals above, the utility model adopts the following technical solution:
A kind of carrot bread coating machine, including the conveyer for accepting and conveying the baking tray equipped with soft bread semi-finished product Structure, the conveying mechanism include frame body and conveyer belt, are equipped in the frame body for bread soft in baking plate half The coating assembly of the soft slurry of finished product brushing, the coating assembly include support frame, coating frame, for promoting coating frame edge The mobile first driving device of the conveyer belt length direction and for promoting the coating frame along the conveyer belt width direction The second mobile driving device, support frame as described above are fixedly installed in the frame body, and the first driving device is mounted on institute Support frame is stated, second driving device is arranged in the first driving device, and dynamic with the first driving device The connection of power output end;The power output end of second driving device is connect with the coating frame, is equipped on the coating frame For multiple material mouths of the soft slurry of bread semi-finished product brushing soft in baking plate, it is equipped in second driving device pair The feeding device of multiple material mouth feed, multiple material mouths are connect through flexible steel in flat section tubing with the feeding device;Further include There is control system, the conveying mechanism, the first driving device, second driving device and feeding device are electrically connected In the corresponding output end of the control system.
Preferably, support frame as described above includes contraposition setting in the frame body, and along the conveyer belt width direction The first support and second support of arrangement, the first support and the second support are connected through connecting rod.
Preferably, the first driving device includes first servo motor, the identical first pulley transmission group of structure and Two belt wheel transmission groups, the first pulley transmission group and the second belt wheel transmission group are along the conveyer belt length direction cloth It sets, the first pulley transmission group and the second belt wheel transmission group respectively correspond and be installed on the first support and described second On bracket, the first pulley transmission group and the second belt wheel transmission group are rotated synchronously through shaft and are connected, first servo Motor is fixedly mounted in the first support or the second support, the output shaft of the first servo motor and the shaft Connection, the first servo motor are electrically connected to the corresponding output end of the control system.
Preferably, second driving device is including the second servo motor, third belt wheel transmission group and along the conveyer belt The crossbeam that width direction is laid, the both ends of the crossbeam are separately fixed at the synchronous belt and described the of the first pulley transmission group On the synchronous belt of two belt wheel transmission groups, second servo motor and third belt wheel transmission group are installed on the crossbeam, institute It states third belt wheel transmission group to arrange on the crossbeam along the conveyer belt width direction, the power of second servo motor is defeated Shaft drives the coating frame to move on the crossbeam along the conveyer belt width direction through the third belt wheel transmission group.
Preferably, movable plate is fixedly connected on the synchronous belt of the third belt wheel transmission group, the coating frame is located at institute The lower section of movable plate is stated, the movable plate is connect by elevating mechanism with the coating frame, and the elevating mechanism drives the painting Expect frame oscilaltion below the movable plate.
Preferably, the elevating mechanism at least one, the elevating mechanism includes screw rod and feed screw nut, the screw rod at It being vertically arranged, the first end of the screw rod is fixedly connected with the coating frame, and the second end of the screw rod passes through the movable plate, The feed screw nut is fitted to the screw rod in the second end of the movable plate.
Preferably, the feeding device is fixedly installed on the crossbeam, and the feeding device includes motor for feeding, shunts Device and shell with inlet port and outlet port, the shell and motor for feeding are fixedly mounted on the crossbeam, the shell Intermeshing first gear and second gear there are two dresses in vivo, the power output shaft of the motor for feeding and first tooth Wheel or second gear transmission connection, the current divider are connect through tube body with the discharge port of the shell, the current divider packet It includes with feed inlet and the shunting shell for being installed with multiple discharging gates, multiple discharging gates correspond to described on the shunting shell Expect that mouth corresponds arrangement, the feed inlet and multiple discharging gates, which are located at, to be shunted on shell in one group of opposing sidewalls, institute It states to shunt in shell and is provided with backgauge piece, the backgauge piece is between the feed inlet and multiple discharging gates and is fixedly connected On the shunting shell inner wall, the backgauge piece has the bending part towards multiple discharging gate side bendings.
Preferably, the position in the frame body corresponding to the material mouth is equipped with for baking tray in the conveying mechanism Upper transmission limit sensors, the sensor are electrically connected to the respective input of the control system;The conveying mechanism includes First conveying device and the second conveying device, first conveying device and second conveying device are electrically connected in described The corresponding output end of control system.
Preferably, first conveying device includes the first chain conveyor, first motor, the first retarder, first Driving wheel and the first driven wheel, and the first rotary shaft and second being arranged side by side along the width direction that first chain conveys Rotary shaft, first rotary shaft and second rotary shaft are rotatably mounted in the frame body, second rotation Shaft is located at the feed end of the frame body, the both ends of first rotary shaft and second rotary shaft respectively with institute State frame body flexible connection;The first driving wheel case is fixed in first rotary shaft, and first driven wheel is set in In second rotary shaft, first driving wheel is sequentially connected with first driven wheel through the chain conveyor;It is described First motor and first retarder are installed in the frame body, the output shaft of the first motor and described first The input axis connection of retarder, the output shaft of first retarder are connect with the wherein one end of first rotary shaft, institute State the corresponding output end that first motor is electrically connected to the control system.
Preferably, second conveying device includes the second chain conveyor, the second motor, the second retarder, second Driving wheel, the second driven wheel and the third rotary shaft along the defeated width direction arrangement of second chain, the third rotary shaft It being rotatably mounted in the frame body, the third rotary shaft is located at the discharge end of the frame body, and described The both ends of three rotary shafts are flexibly connected with the frame body respectively;The second driving wheel case is fixed in the third rotary shaft On, the second driven wheel movable set in second rotary shaft, pacify with second retarder by second motor In the frame body, the input axis connection of the output shaft of second motor and second retarder, described second The output shaft of retarder is connect through chain drive component with the wherein one end of the third rotary shaft, and second motor is electrically connected It is connected to the corresponding output end of the control system.
By adopting the above technical scheme, the utility model has the advantages that:
Compared with traditional artificial brush, a kind of carrot bread coating machine of the utility model, when work, conveying mechanism is accepted Baking tray with conveying equipped with the soft bread semi-finished product baked.When baking tray is transported to the material mouth of coating assembly to corresponding position, apply Material assembly brushes soft slurry by each soft bread semi-finished product in multiple material mouth baking plates simultaneously.After the completion of coating, then Conveying mechanism is sent out by conveying mechanism baking plate, and passes to next process.Entire painting process, it is automatic using control system Control, realizes that each soft bread semi-finished product apply slurry in automatic baking plate, not only the operation is stable, and more efficient.Entirely Painting process, does not need manual operation, does not need personnel's participation yet, is effectively reduced personnel and connects with bread semi-finished product soft in baking tray Probability is touched, and is effectively reduced cost.Soft bread semi-finished product in human contact's baking tray can also be avoided, advantageously ensure that food Health.Therefore, a kind of carrot bread coating machine of the utility model can not only reduce personnel's participation, and can mention High efficiency reduces cost, while guaranteeing the wholesomeness of food.
Detailed description of the invention
The utility model is described in detail by following specific embodiment and attached drawing for ease of explanation,.
Fig. 1 is the schematic view of the front view (that is: the fragmentary perspective structural schematic diagram of main view direction) of the utility model.
Fig. 2 is the side view (the second motor is omitted in figure) of the utility model.
Fig. 3 is the top view of the utility model.
Fig. 4 is the partial structure diagram (the second motor is omitted in figure) of the coating assembly in the utility model.
Fig. 5 is another partial structure diagram of the coating assembly in the utility model.
Fig. 6 is the schematic cross-sectional view of the current divider in the utility model.
Fig. 7 is the enlarged structure schematic diagram of the backgauge piece in the utility model.
Clipped component in above-mentioned attached drawing, in figure:
1- frame body;311- first support;312- second support;313- connecting rod;2- baking tray;31- support frame;32- Coating frame;33- first driving device;331- first servo motor;332- first pulley transmission group;The second belt wheel transmission of 333- Group;334- shaft;The second driving device of 34-;The second servo motor of 341-;342- third belt wheel transmission group;343- crossbeam;344- Connecting plate;345- movable plate;346 screw rods;347- feed screw nut;35- expects mouth;36- feeding device;361- motor for feeding;362- Current divider;363- shell;362- current divider;3621- feed inlet;3622- discharging connector;3623- shunts shell;4- sensor; The first chain conveyor of 501-;502 first motors;503 first retarders;The first driving wheel of 504-;The first rotary shaft of 506-; The second chain conveyor of 511-, the second motor of 512-;The second retarder of 513-;The second driving wheel of 514-;The second driven wheel of 515-; 516- third rotary shaft;6- backgauge piece;61-L type section;62- straight arm section.
Specific embodiment
In order to which the technical solution of the utility model is explained further, below by specific embodiment come to the utility model into Row elaborates.
As shown in figs. 1-7, the carrot bread coating machine of the utility model, including for accepting and conveying equipped with soft bread The conveying mechanism of the baking tray 2 of semi-finished product, the conveying mechanism include frame body 1 and conveyer belt, are installed in the frame body 1 There is coating assembly.When work, the conveying mechanism is accepted and baking tray 2 of the conveying equipped with the soft bread semi-finished product baked.The painting Expect assembly to the soft soft slurry of bread semi-finished product brushing in conveying mechanism transmission baking tray 2.
The coating assembly includes support frame 31, coating frame 32, first driving device 33 and the second driving device 34, and first Driving device 33 is mainly used for that the coating frame 32 is promoted to move along the conveyer belt length direction, and the second driving device 34 is main For promoting the coating frame 32 to move along the conveyer belt width direction.Support frame as described above 31 is fixedly installed in the rack sheet Body 1, the first driving device 33 are mounted on support frame as described above 31, and the first driving device 33 drives the coating frame 32 to exist It is moved on support frame as described above 31 along the conveyer belt length direction, second driving device 34 is movably mounted at described In one driving device 33, and push second driving device 34 along the conveying strip length side by the first driving device 33 To movement.The power output end of second driving device 34 is connect with the coating frame 32, is equipped on the coating frame 32 For multiple material mouths 35 of the soft slurry of bread semi-finished product brushing soft in baking plate 2, pacify in second driving device 34 Equipped with the feeding device 36 being fed to multiple material mouths 35, multiple material mouths 35 through flexible steel in flat section tubing (not provided in figure) with The feeding device 36 connects;It further include having control system (not provided in figure), the conveying mechanism, the first driving device 33, second driving device 34 and feeding device 36 are electrically connected in the corresponding output end of the control system.
Among the above, conveyer belt selects chain conveyor, and control system is PLC control system.This PLC control system is using this The PLC control system of field routine, PLC control system control conveying mechanism, first driving device 33,34 and of the second driving device Feeding device 36 cooperates with each other, and realizes the soft soft slurry of bread semi-finished product brushing in automatic conveying baking tray 2 and baking plate 2 Material, transfers out again later.
In the utility model, it is further preferred that support frame as described above 31 includes that contraposition is arranged in the frame body 1, And along the first support 311 and second support 312 of conveyer belt width direction arrangement, the first support 311 and described the Two brackets 312 are connected through connecting rod 313.Here frame body 1 uses existing conveyer belt frame or existing link belt rack, Specific: the frame body 1 includes two half range framves being parallel to each other, and it is mutually solid to pass through cross bar between two half range framves Fixed connection;The first support 311 and the second support 312, which respectively correspond, to be installed on two half range framves.
In the utility model, it is preferred that the first driving device 33 is identical including first servo motor 331, structure First pulley transmission group 332 and the second belt wheel transmission group 333, the first pulley transmission group 332 and second belt wheel transmission Group 333 is along conveyer belt length direction arrangement, the first pulley transmission group 332 and the second belt wheel transmission group 333 It respectively corresponds and is installed in the first support 311 and the second support 312, the first pulley transmission group 332 and described Second belt wheel transmission group 333 is rotated synchronously through shaft 334 and is connected, and the first servo motor 331 is fixedly mounted on described first On bracket 311 or the second support 312, the output shaft of the first servo motor 331 is connect with the shaft 334, described First servo motor 331 is electrically connected to the corresponding output end of the control system.Here the output shaft of first servo motor 331 with Shaft 334 is connected using this field usual manner.
In the utility model, it is preferred that second driving device 34 includes the second servo motor 341, third belt wheel biography Dynamic group 342 and the crossbeam 343 laid along the conveyer belt width direction, the both ends of the crossbeam 343 are distinguished by connecting plate 344 Be fixed on the synchronous belt of the first pulley transmission group 332 and the synchronous belt of the second belt wheel transmission group 333 on, described the Two servo motors 341 and third belt wheel transmission group 342 are installed on the crossbeam 343, and the third belt wheel transmission group 342 exists It is arranged on the crossbeam 343 along the conveyer belt width direction, the power output shaft of second servo motor 341 is through described the Three belt wheel transmission groups 342 drive the coating frame 32 to move on the crossbeam 343 along the conveyer belt width direction.
Preferably, movable plate 345, the coating frame are fixedly connected on the synchronous belt of the third belt wheel transmission group 342 32 are located at the lower section of the movable plate 345, and the movable plate 345 is connect by elevating mechanism with the coating frame 32, the liter Descending mechanism drives the vertical oscilaltion below the movable plate 345 of coating frame 32.
In the utility model, first pulley transmission group 332, the second belt wheel transmission group 333 and third belt wheel transmission group 342 are equal Synchronous belt and synchronous pulley the cooperation transmission for selecting this field common, it may be assumed that two synchronous pulleys and synchronous belt, two synchronous pulleys Between the connection of synchronized V belt translation.
In the utility model, the elevating mechanism at least one, the elevating mechanism includes screw rod 346 and feed screw nut 347, the screw rod 346 is at being vertically arranged, and the first end of the screw rod 346 is fixedly connected with the coating frame 32, the screw rod 346 second end passes through the movable plate 345, and the feed screw nut 347 is fitted to the screw rod 346 across the movement In the second end of plate 345.It is arranged using the above structure, manually by spanner or manual rotary screw rod nut 347, due to screw rod spiral shell Mother 347 with screw rod 346 through being threadedly engaged, and then screw rod 346 drive coating frame 32 on movable plate 345 up and down lifting lifting, in fact Now material mouth 35 with respect to soft bread surface of semi-finished height in baking tray 2 adjustment, convenient for material 35 phase of mouth in baking tray 2 soft bread half at Product coating.On the one hand, it can be in contact to avoid material mouth 35 with the surface of bread semi-finished product soft in baking tray 2, cause coating unsmooth, shadow Ring soft bread semi-finished product coating effect in baking tray 2.On the other hand, when can also avoid coating, soft bread in material mouth 35 and baking tray 2 The surface of semi-finished product directly contacts, and the material damage of mouth 35 is caused to fall the surface of soft bread semi-finished product in baking tray 2.It is specific: coating frame 32 be rectangle.Elevating mechanism number in the utility model is to be arranged according to actual needs, realizes the coating for stablizing lifting rectangle Frame 32 is gone up and down, and guarantees that each material mouth 35 is consistent with the apparent height of bread semi-finished product soft in baking tray 2.
Preferably, the feeding device 36 is fixedly installed on the crossbeam 343, and the feeding device 36 includes feed electricity The fixed peace of machine 361, current divider 362 and the shell 363 with inlet port and outlet port, the shell 363 and motor for feeding 361 On the crossbeam 343, the shell 363 is built-in, and there are two intermeshing first gear (not providing in figure) and the second teeth It takes turns (not provided in figure), the power output shaft of the motor for feeding 361 connects with the first gear or second gear transmission It connects, the current divider 362 is connect through tube body with the discharge port of the shell 363.Fixed link is fixedly connected on the crossbeam 343 (not providing in figure), the current divider 362 are fixed in the fixed link.The current divider 362 includes having feed inlet 3621 With the shunting shell 3623 for being installed with multiple discharging connectors 3622, multiple discharging connectors 3622 are right on the shunting shell 3623 Material mouth 35 described in Ying Yu corresponds arrangement, and the feed inlet 3621 and multiple discharging connectors 3622 are located at shunting shell On 3623 in one group of opposing sidewalls, backgauge piece 6 is provided in the shunting shell 3623, the backgauge piece 6 is located at the feed inlet It between 3621 and multiple discharging connectors 3622 and is fixedly connected on 3623 inner wall of shunting shell, the backgauge piece 6 has There is the bending part towards multiple discharging 3622 side of connector bendings.It is arranged using the above structure, passes through 361 band of motor for feeding The built-in first gear of dynamic shell 363 and second gear intermeshing rotation, when soft slurry enters in shell 363, with the One gear and second gear intermeshing rotation, two sides generate pressure difference (similar common tooth at first gear with second gear Wheel pump or roots blower), and then soft slurry is pressurized to the discharge port for squeezing out shell 363, then directly feed to current divider 362, Guarantee that there is enough pressure in current divider 362.
Specific among the above: motor for feeding 361 uses existing servo motor, and motor for feeding 361 uses existing servo motor Accurate control is primarily to facilitate to the feed of current divider 362.Backgauge piece 6 is by straight arm section 62 and L-type section 61, the galianconism of L-type section 61 It is fixed on 363 inner wall of shell, straight arm section 62 is connected on the long arm end of L-type section 61, and straight arm section 62 is connected to the length of L-type section 61 Form 120 degree of angles between arm, straight arm section 62 be connected to L-type section 61 it is long-armed between the angle that is formed towards multiple dischargings Connector 3622.It is separated into two chambers communicated (that is: upper chamber and lower chambers) by shell 3623 is shunted by backgauge piece 6, at this time The feed inlet 3621 for shunting shell 3623 is located on the bottom of lower chambers, and multiple discharging connectors 3622 are located at the top of upper chamber On, when soft slurry group expires lower chambers, soft slurry can cover backgauge piece 6, into upper chamber.The effect of backgauge piece 6 is unrestrained It crosses the soft slurry of backgauge piece 6 to prop up to form a relatively stable material stock area, therefore can guarantee multiple discharging connectors 3622 can steadily squeeze out soft slurry simultaneously.Using this set, it is mixed into soft slurry gas, it also can be before material mouth 35 discharges Discharging connector 3622 is squeezed to be discharged.
In the utility model, feeding device 36 is two, it may be assumed that two motor for feeding, 361, two current dividers 362 and two Shell 363 with feed inlet 3621 and discharge port.Two motor for feeding 361 are electrically connected the corresponding output end of connected control system, by Control system controls two motor for feeding 361 and works.
In the utility model, more specifically: according to needs of production, such as: multiple material mouths 35 can on coating frame 32 According to soft bread semi-finished product location arrangements in two baking trays 2, to realize every time simultaneously to the soft bread in two baking trays 2 half Finished product carries out brushing soft slurry.
In the utility model, it is preferred that the position in the frame body 1 corresponding to the material mouth 35 is equipped with sensor 4, the sensor 4 is connected to the respective input of the control system.Sensor 4 incudes the baking tray 2 that conveying mechanism conveys No in spacing place is preset, specific: sensor 4 is infrared sensor, is arranged using the above structure, realizes baking plate 2 accurate positionins conveyed on the conveyor improve brushing precision, avoid wasting soft slurry.
When the light that infrared sensor projects is blocked by baking tray 2, when cannot be formed into a loop, control system controls conveyer Structure stops working, and the coating main machine frame is started to work at the same time, and then realizes the soft bread semi-finished product brushing in baking plate 2 Soft slurry.(certain time is each soft bread semi-finished product in coating assembly baking plate 2 here after when control system waits certain Brush the time needed for soft slurry is completed), control system automatically controls conveying mechanism task again, will apply and has brushed carrying The baking tray 2 of soft bread semi-finished product transfers out.
It is further preferred that in order to realize that 1 upper conveyor belt of frame body has the conveying mechanism of the baking tray 2 of soft bread semi-finished product It can be segmented speed regulation, convenient for improving delivery efficiency.The conveying mechanism includes the first conveying device and the second conveying device, described First conveying device and second conveying device are connected to the corresponding output end of the control system.It is specific: coating Main machine frame is located at the top of the first conveying device.It is arranged using the above structure, main purpose is defeated to first for control system It send device and the second conveying device to be separately controlled, the first conveying device and the independent rate controlling of the second conveying device is realized, so that first Conveying device is different with the second conveying device conveying speed.Allow speed when by coating main machine frame that the first conveying device conveys It is relatively slow, guarantee uniformly to brush soft slurry with soft bread semi-finished product in baking plate 2.The second conveying is passed to after the completion of brushing When device conveys, in order to improve the production efficiency, so improving the second conveying device conveying speed.Therefore, control system pair is set First conveying device and the second conveying device carry out independent rate controlling.
In the utility model, first conveying device includes the first chain conveyor 501, first motor 502, first Retarder 503, the first driving wheel 504 and the first driven wheel (not provided in figure), and along first chain conveyor 501 The first rotary shaft 506 and the second rotary shaft (not provided in figure) that width direction is arranged side by side, first rotary shaft 506 and institute The second rotary shaft is stated to be rotatably mounted in the frame body 1, second rotary shaft be located at the frame body 1 into Expect at end, the both ends of first rotary shaft 506 and second rotary shaft are flexibly connected with the frame body 1 respectively; 504 sets of first driving wheel is fixed in first rotary shaft 506, and first driven wheel is set in second rotary shaft On, first driving wheel 504 is sequentially connected with first driven wheel through the chain conveyor;The first motor 502 It is installed in the frame body 1 with first retarder 503, the output shaft of the first motor 502 and described first The input axis connection of retarder 503, wherein one end of the output shaft of first retarder 503 and first rotary shaft 506 Portion's connection, the first motor 502 are connected to the corresponding output end of the control system.
In the utility model, second conveying device includes the second chain conveyor 511, the second motor 512, second Retarder 513, the second driving wheel 514, the second driven wheel 515 and the width direction along second chain conveyor 511 are arranged Third rotary shaft 516, the third rotary shaft 516 is rotatably mounted in the frame body 1, the third rotary shaft 516 are located at the discharge end of the frame body 1, and the both ends of the third rotary shaft 516 are living with the frame body 1 respectively Dynamic connection;514 sets of second driving wheel is fixed in the third rotary shaft 516,515 movable set of the second driven wheel in In second rotary shaft, second motor 512 is installed in the frame body 1 with second retarder 513, institute State the output shaft of the second motor 512 and the input axis connection of second retarder 513, the output of second retarder 513 Axis is connect through chain drive component with the wherein one end of the third rotary shaft 516, and second motor 512 is electrically connected to institute State the corresponding output end of control system.
Among the above, more specifically: the conveying speed of the first chain conveyor 501 of the first conveying device is than the second conveying dress Set includes that 511 conveying speed of the second chain conveyor is fast.When the first chain conveyor 501 conveying baking tray 2 is sent to the second chain When conveyer belt 511 is defeated upper, due to the second chain conveyor 511 conveying speed than the first chain conveyor 501 conveying speed Fastly, it can will brush slurry dough baking plate 2 with having applied and transfer out, and shorten baking tray 2 in the Hu Luo of the utility model Foretell the residence time on bread coating machine, is conducive to the production efficiency for improving production line.
The course of work of the carrot bread coating machine of the utility model in order to facilitate understanding is with coating main machine frame here Example is illustrated:
When work, control system controls the first conveying device and the second conveying device works, and the first of the first conveying device Chain conveyor 501 is accepted and has the baking tray 2 for not brushing the soft bread semi-finished product of soft slurry and send the second conveying dress to It sets.After painter finishs into, then by the second chain conveyor 511 and spread out of.
When the baking tray 2 with soft bread semi-finished product, which has just enter on the first chain conveyor 501, to be conveyed, with the first chain The conveying of conveyer belt 501, the triggering of baking tray 2 are mounted on sensor 4 in frame body 1, and sensor 4 (infrared sensor) can not shape At circuit, control system receives the signal of signal transducer 4, and controls the first chain conveyor 501 and stop transmission work.This When, the baking tray 2 of the first chain conveyor 501 conveying is located exactly at predeterminated position.At this point, control system controls 36 work of feeding device Make, feeding device 36 is fed simultaneously for multiple material mouths 35 fixed on coating frame 32, and then each in 35 baking plate 2 of multiple material mouths A soft bread semi-finished product brush soft slurry simultaneously.Conveying mechanism is sent out after the completion of coating, then by conveying mechanism baking plate 2, And pass to next process.Entire painting process, is automatically controlled using control system, realizes each soft face in automatic baking plate 2 Packet semi-finished product apply slurry, not only the operation is stable, and more efficient.Entire painting process does not need manual operation, not yet It needs personnel to participate in, is effectively reduced soft bread semi-finished product contact probability in personnel and baking tray 2, and be effectively reduced cost. Soft bread semi-finished product in human contact's baking tray 2 can also be avoided, advantageously ensure that the health of food.
It should be understood that in the above-mentioned course of work, when control system is to the control of conveying mechanism and the main assembly of coating Sequence and control the time, be according to needs of production, it is pre-set in control system by repeatedly debugging.Conveying mechanism Control sequential is set in control system with coating assembly and controls the time and is set as this field routine techniques.
The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.

Claims (10)

1. a kind of carrot bread coating machine, including the conveyer for accepting and conveying the baking tray equipped with soft bread semi-finished product Structure, the conveying mechanism include frame body and conveyer belt, it is characterised in that: are equipped in the frame body for baking plate The coating assembly of the interior soft soft slurry of bread semi-finished product brushing, the coating assembly includes support frame, coating frame, for promoting State first driving device that coating frame is moved along the conveyer belt length direction and for promoting the coating frame along the conveying The second mobile driving device of bandwidth direction, support frame as described above are fixedly installed in the frame body, the first driving dress It sets and is mounted on support frame as described above, second driving device is arranged in the first driving device, and drives with described first The power output end connection of dynamic device, the power output end of second driving device are connect with the coating frame, the coating Multiple material mouths for the soft slurry of bread semi-finished product brushing soft in baking plate are installed on frame, are pacified in second driving device Equipped with the feeding device to multiple material mouth feed, multiple material mouths are connect through flexible steel in flat section tubing with the feeding device; It further include having control system, the conveying mechanism, the first driving device, second driving device and feeding device difference It is electrically connected to the corresponding output end of the control system.
2. a kind of carrot bread coating machine according to claim 1, it is characterised in that: support frame as described above includes that contraposition is set The first support and second support set in the frame body, and arranged along the conveyer belt width direction, described first Frame is connected with the second support through connecting rod.
3. a kind of carrot bread coating machine according to claim 2, it is characterised in that: the first driving device includes The identical first pulley transmission group of first servo motor, structure and the second belt wheel transmission group, the first pulley transmission group and institute It states the second belt wheel transmission group to arrange along the conveyer belt length direction, the first pulley transmission group and second belt wheel pass Dynamic group respectively corresponds and is installed in the first support and the second support, the first pulley transmission group and second band It takes turns transmission group and rotates synchronously connection through shaft, the first servo motor is fixedly mounted on the first support or second described On frame, the output shaft of the first servo motor is connect with the shaft, and the first servo motor is electrically connected to the control The corresponding output end of system.
4. a kind of carrot bread coating machine according to claim 3, it is characterised in that: second driving device includes Second servo motor, third belt wheel transmission group and the crossbeam laid along the conveyer belt width direction, the both ends point of the crossbeam It is not fixed on the synchronous belt of the first pulley transmission group and the synchronous belt of the second belt wheel transmission group, second servo Motor and third belt wheel transmission group are installed on the crossbeam, and the third belt wheel transmission group is on the crossbeam along described defeated Bandwidth direction is sent to arrange, the power output shaft of second servo motor drives the coating through the third belt wheel transmission group Frame moves on the crossbeam along the conveyer belt width direction.
5. a kind of carrot bread coating machine according to claim 4, it is characterised in that: the third belt wheel transmission group Movable plate is fixedly connected on synchronous belt, the coating frame is located at the lower section of the movable plate, and the movable plate passes through elevator Structure is connect with the coating frame, and the elevating mechanism drives coating frame oscilaltion below the movable plate.
6. a kind of carrot bread coating machine according to claim 5, it is characterised in that: the elevating mechanism at least one A, the elevating mechanism includes screw rod and feed screw nut, and the screw rod is at being vertically arranged, the first end of the screw rod and the painting Material frame is fixedly connected, and the second end of the screw rod passes through the movable plate, and the feed screw nut is fitted to the screw rod and wears It crosses in the second end of the movable plate.
7. a kind of carrot bread coating machine according to claim 4, it is characterised in that: the feeding device is fixedly mounted In on the crossbeam, the feeding device includes motor for feeding, current divider and the shell with inlet port and outlet port, the shell Body and motor for feeding are fixedly mounted on the crossbeam, and the shell is built-in, and there are two intermeshing first gear and second Gear, the power output shaft of the motor for feeding and the first gear or the second gear are sequentially connected, the current divider It is connect through tube body with the discharge port of the shell, the current divider includes having feed inlet and being installed with the shunting of multiple discharging gates Shell, multiple discharging gates correspond to the material mouth on the shunting shell and correspond arrangement, the feed inlet and multiple institutes It states discharging gate to be located on shunting shell in one group of opposing sidewalls, backgauge piece, backgauge piece position is provided in the shunting shell It between the feed inlet and multiple discharging gates and is fixedly connected on the shunting shell inner wall, the backgauge piece has court The bending part bent to multiple discharging gate sides.
8. a kind of carrot bread coating machine according to claim 1, it is characterised in that: correspond in the frame body The position of the material mouth is equipped with the sensor for transmitting limit on the conveying mechanism for baking tray, the sensor electrical connection In the respective input of the control system;The conveying mechanism includes the first conveying device and the second conveying device, and described the One conveying device and second conveying device are electrically connected in the corresponding output end of the control system.
9. a kind of carrot bread coating machine according to claim 8, it is characterised in that: first conveying device includes There are the first chain conveyor, first motor, the first retarder, the first driving wheel and the first driven wheel, and defeated along the first chain The first rotary shaft and the second rotary shaft that the width direction sent is arranged side by side, first rotary shaft and second rotary shaft are equal It being rotatably mounted in the frame body, second rotary shaft is located at the feed end of the frame body, and described first The both ends of rotary shaft and second rotary shaft are flexibly connected with the frame body respectively;The first driving wheel case is fixed in In first rotary shaft, first driven wheel is set in second rotary shaft, first driving wheel and described the One driven wheel is sequentially connected through the chain conveyor;The first motor and first retarder are installed in the rack On ontology, the input axis connection of the output shaft of the first motor and first retarder, the output of first retarder Axis is connect with the wherein one end of first rotary shaft, and the first motor is electrically connected to the corresponding output of the control system End.
10. a kind of carrot bread coating machine according to claim 9, it is characterised in that: the second conveying device packet The second chain conveyor, the second motor, the second retarder, the second driving wheel, the second driven wheel and along second chain are included The third rotary shaft of defeated width direction arrangement, the third rotary shaft are rotatably mounted in the frame body, and described the Three rotary shafts are located at the discharge end of the frame body, and the both ends of the third rotary shaft are living with the frame body respectively Dynamic connection;The second driving wheel case is fixed in the third rotary shaft, and the second driven wheel movable set is in described second In rotary shaft, second motor and second retarder are installed in the frame body, second motor it is defeated The input axis connection of shaft and second retarder, the output shaft of second retarder is through chain drive component and described the The wherein one end of three rotary shafts connects, and second motor is electrically connected to the corresponding output end of the control system.
CN201821121450.6U 2018-07-16 2018-07-16 A kind of carrot bread coating machine Withdrawn - After Issue CN209057933U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201821121450.6U CN209057933U (en) 2018-07-16 2018-07-16 A kind of carrot bread coating machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821121450.6U CN209057933U (en) 2018-07-16 2018-07-16 A kind of carrot bread coating machine

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Publication Number Publication Date
CN209057933U true CN209057933U (en) 2019-07-05

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Application Number Title Priority Date Filing Date
CN201821121450.6U Withdrawn - After Issue CN209057933U (en) 2018-07-16 2018-07-16 A kind of carrot bread coating machine

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Country Link
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108633951A (en) * 2018-07-16 2018-10-12 福建达利食品科技有限公司 A kind of carrot bread coating machine

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108633951A (en) * 2018-07-16 2018-10-12 福建达利食品科技有限公司 A kind of carrot bread coating machine
CN108633951B (en) * 2018-07-16 2022-05-03 福建达利食品科技有限公司 Carrot bread coating machine

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