CN205082561U - Full -automatic system cake system - Google Patents
Full -automatic system cake system Download PDFInfo
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- CN205082561U CN205082561U CN201520854673.3U CN201520854673U CN205082561U CN 205082561 U CN205082561 U CN 205082561U CN 201520854673 U CN201520854673 U CN 201520854673U CN 205082561 U CN205082561 U CN 205082561U
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Abstract
The utility model provides a full -automatic system cake system, includes the transmission device of baking device, power device, slope setting and locates the terminal fermenting installation of transmission device that the fermenting installation end is located to the baking device, the transmission device transmission that circulates under power device's effect. When using, on the cake that comes out from system cake mould fell into transmission device, fermenting installation arrived soon after. Through fermenting installation's fermentation, the baking device finally reachs, make the finished product cake. The utility model discloses compact structure has realized the streamlined production of cake class goods, compares in current system cake equipment, more does benefit to the automated production of mill, easily carries out handle to product quality and controls, can greatly reduce the human cost, the economic benefits of the in -process of improving production.
Description
Technical field
The utility model belongs to cake making device field, is specifically related to a kind of full-automatic cake system processed.
Background technology
Cake class, as traditional cuisines of the Chinese nation, has consequence at field of food.
Existing cake goods mostly are to be made by hand, and eat for the little processing mill of amount or individual, this kind of method still can be satisfied the demand.But the method is applied in large-scale food processing enterprises, cannot ensure the unification of product quality, and production efficiency is low, labor strength is large, and labour cost is high.
Existing cake class system of processing, mostly is making, baking independent; After cake completes, entirety is put into baking box and is carried out baking, and process is complicated, and cannot realize mechanization, labor strength is large.
Utility model content
The utility model aims to provide a kind of full-automatic cake system processed, mechanization can complete the making of cake goods, reduction labor strength.
For solving the problems of the technologies described above, the utility model provides following technical scheme: a kind of full-automatic cake system processed, the work comprised for whole system provides the power set of power, also comprise device for baking, described device for baking comprises casing, box house is provided with the automatic temperature control of stainless steel conveyer belt, heater and control heater, and stainless steel conveyer belt circulates transmission in casing, and the end of stainless steel conveyer belt is provided with counter; Stainless steel conveyer belt runs through and is provided with air-vent, air-vent is uniformly distributed on stainless steel conveyer belt; Automatic temperature control comprises the relay drive circuit of temperature sensor, processing unit, relay and the driving actuating of relay; The signal input part of temperature sensor connection handling unit, the signal output part of relay drive circuit connection handling unit, the unlatching of Control heater or closedown.
Also comprise cake mould processed and transmitting device, cake mould rear portion processed is located at by transmitting device, and transmitting device is obliquely installed, and installation for fermenting is located at transmitting device end; Transmitting device circulates transmission under the effect of power set.
Cake mould processed comprises motor, housing and is arranged in the spaced pressurizing unit of several horizontal directions of housing, auxiliary material gap is reserved with between an adjacent pressurizing unit, be provided with auxiliary material in auxiliary material gap and add cartonning, auxiliary material adds bottom cartonning and is provided with auxiliary feed outlet, auxiliary material adds below cartonning and is provided with secondary extrusion device and shaped device successively from top to bottom, and motor provides power for the operation of cake mould processed.
A described pressurizing unit comprises and adds entrance, add entrance to be obliquely installed, add entry back cooperation and be provided with two compression rollers, a top clearance is reserved with between two compression rollers, a top clearance is located at and is added below entrance, and two compression rollers do rightabout rotation under the effect of motor.
Secondary extrusion device comprises two secondary extrusion rollers be equipped with, two secondary extrusion rollers do rightabout rotation under the effect of motor, be reserved with secondary extrusion gap between two secondary extrusion rollers, secondary extrusion gap is positioned at the below that auxiliary material adds the auxiliary feed outlet of cartonning.
Be provided with the connecting plate be obliquely installed below a top clearance, connecting plate end is positioned at the top in secondary extrusion gap, and the end of two connecting plates lays respectively at the both sides of auxiliary feed outlet.
Described shaped device comprises two format rolls, and be reserved with gap between two format rolls, transmitting device is arranged in gap; Format roll rotates under the effect of motor; Be provided with the assorted material delivery roll be positioned at above or below transmitting device at format roll rear portion, assorted material delivery roll rear portion is provided with assorted material collecting box; Described format roll is provided with and digs out groove, the edge of digging out groove is provided with sharp sword body.
Described box house is also provided with installation for fermenting, and installation for fermenting comprises support body, temperature control equipment, humidity conditioner, heater and atomising device; Support body is positioned at box house, and is positioned at above stainless steel conveyer belt;
Temperature control equipment and humidity conditioner control unlatching or the closedown of heater and sprayer unit respectively;
Atomising device comprises water receptacle, and water receptacle is connected with water tank, and the diameter of water receptacle is 100 ~ 300mm, the horizontal plane in water tank and the plane-parallel of water receptacle; When the horizontal plane in water receptacle declines, the water in water tank enters water receptacle under the effect of the pressure automatically;
Support body is vertically provided with several belt conveyor successively; The belt conveyor being positioned at the superiors coordinates transmitting device to arrange, and be positioned at undermost belt conveyor rear portion and coordinate device for baking to tilt to be provided with transition transport tape, belt conveyor circulates transmission in the horizontal direction; The transmission direction of adjacent belt conveyor is contrary, and the belt conveyor end being in the transmit direction positioned at upper strata is positioned at the inner side of lower floor's belt conveyor initial end in the transmit direction; The end of belt conveyor is provided with the fermentation scraper be connected with support body, and fermentation scraper closes on belt conveyor and arranges, and is scraped off by the cake on belt conveyor by fermentation scraper;
Be provided with retracting device bottom support body, retracting device comprises accumulator tank, and the bottom surface of accumulator tank is domatic, is connected with recovery tube and collection box at the bottom of slope, is provided with removal of impurities sponge in collection box, and recovery tube end is arranged in below removal of impurities sponge.
The top of described transmitting device end and second layer belt conveyor is equipped with oil spreading device, oil spreading device comprises the fuel tank that vertical direction sets gradually and the rotating shaft of putting the oil of rotating setting, rotating shaft of putting the oil closes on transmitting device and arranges, and the inside of rotating shaft of putting the oil is provided with the cavity be communicated with fuel tank; Cavity sidewalls is evenly provided with several oil-out running through rotating shaft lateral wall of putting the oil, rotating shaft lateral wall of putting the oil is provided with oil suction sponge; Rotating shaft upper driving of putting the oil is connected with chain of putting the oil.
Cake mould rear processed is provided with to be positioned at smears sugared device and sesame lower feed box above transmitting device; Smear sugared device and comprise the sugared case of storage, store up sugared case rotated down and be provided with and smear sugared rotating shaft, smear that sugared rotating shaft is inner to be communicated with the sugared case of storage, smear sugared rotating shaft runs through and be provided with out Tang Kou, smear sugared rotating shaft lateral wall and be provided with the sugared sponge of suction; Smear sugared rotating shaft upper driving to be connected with and to smear sugar chain bar; Sesame lower feed box inside is provided with sesame storing board and the meshed blanking plate of band from top to bottom successively, is reserved with blanking clearance between the sidewall of sesame storing board two ends and sesame lower feed box; Sesame lower feed box inner rotation is provided with rotating shaft, rotating shaft is installed with the equally distributed plectrum of several circumference, and plectrum coordinates blanking clearance to arrange.
By above technical scheme, the beneficial effects of the utility model are:
1, by cake mould processed, installation for fermenting and device for baking, realize the material transmission between cake mould processed and installation for fermenting by transmitting device simultaneously, achieve the automated production of cake based article, be easy to the control carrying out product quality, reduce human cost.
2, cake mould processed selects pressurizing unit, secondary extrusion device and a shaped device, have passed through the formation of two dough sheets and adding of auxiliary material, finally generates pie, be easy to the control of product in production process, can carry out the production of different consumer groups as required.
3, auxiliary material adds arranging of cartonning and can add auxiliary material in cake, is more conducive to the raising of products taste.
4, by connecting plate, a top clearance and secondary extrusion recessed bond ing are got up, realize the guiding of dough sheet traffic direction, secondary extrusion device can be entered under the effect of connecting plate from pressurizing unit dough sheet out, avoid fracture appears in dough sheet phenomenon in midway.
5, a pressurizing unit and secondary extrusion device are all realized by compression roller, and structure is simple, can realize the extruding of dough sheet like a cork, and it is convenient to realize, and both can be realized, and consumed energy less by lower-powered motor.
6, can obtain the cake of given shape as required by digging out groove, structure is simple, and it is convenient to realize.
7, cake can cut down by sword body arrange easily from dough sheet.
8, the belt conveyor that sets gradually of vertical direction and its being crisscross arranged in position achieve cake during the fermentation, transmission successively from top to bottom.
9, the support bar arranged can avoid stainless steel conveyer belt to occur the situation of distortion, ensures the quality of normally carrying out, ensureing baking of baking.
10, arranging of air-vent can make being heated evenly of the top and bottom of cake in cooking process.
Whole cake system processed is linked to be a streamline by the transmitting device 11, be equipped with, belt conveyor and stainless steel conveyer belt, is convenient to Automated condtrol, can reduces human cost.
Accompanying drawing explanation
Fig. 1 is embodiment 1 structural representation;
Fig. 2 is cake mould structure schematic diagram processed;
Fig. 3 is format roll structural representation;
Fig. 4 is installation for fermenting structural representation;
Fig. 5 is stainless steel conveyer belt structure schematic diagram;
Fig. 6 is pivot structure schematic diagram of putting the oil;
Fig. 7 is embodiment 2 structural representation.
Detailed description of the invention
Embodiment 1, cake system full-automatic processed as shown in Figure 1, comprises cake mould 1 processed, installation for fermenting, device for baking and transmitting device, and cake mould processed is positioned at transmitting device front end, and installation for fermenting is positioned at transmitting device end, and device for baking is positioned at installation for fermenting end.
Dough sheet forms pie through cake mould processed, enters transmitting device; Under the effect of transmitting device, enter installation for fermenting, the fermentation of device enters device for baking by fermentation, under the effect of high temperature, be roasted into cake.
Transmitting device circulates transmission between cake mould processed and installation for fermenting in the present embodiment, and herein in order to reduce production cost, belt conveyor selected by transmitting device.
In order to ensure the transmission of transmitting device, be provided with power set in system, power set can select motor, and driven by motor transmitting device circulation transmission, power set do not show in the drawings.
Because installation for fermenting is higher, transmitting device comprises horizontal transport section 21 and inclination span line 22, and horizontal transport section 21 is positioned at the below of cake mould 1 processed, and the end of inclination span line 22 is positioned at the top of installation for fermenting.Oil spreading device is provided with at the end of inclination span line 22.
Oil spreading device comprises the fuel tank that vertical direction sets gradually and the rotating shaft 51 of putting the oil of being rotated by chain-driving of putting the oil as shown in Figure 6, and rotating shaft 51 of putting the oil closes on transmitting device and arranges, and the inside of rotating shaft 51 of putting the oil is provided with the cavity 52 be communicated with fuel tank; Cavity 52 sidewall is evenly provided with several oil-out 53 running through rotating shaft lateral wall of putting the oil, rotating shaft 51 lateral wall of putting the oil is provided with oil suction sponge 54; Rotating shaft 51 of putting the oil is rotated by support bar 52 and is arranged; Oil from fuel tank out, enters rotating shaft 51 inside of putting the oil, comes out to oil suction sponge 54 subsequently, when oil suction sponge 54 contacts with cake, be put on cake by oil from oil-out 53.Rotate can reduce frictional force with chain-driving of putting the oil rotating shaft 51 of putting the oil, ensure the uniformity of putting the oil.Put the oil chain and fuel tank does not all show in the drawings.
In order to ensure the circulation transmission of transmitting device, transmitting device comprises driving belt 24 and is positioned at the runner 23 of transmitting device end, and driving belt 24 turns at runner 23 place, realizes circulation transmission.Transmitting device has been communicated with cake mould 1 processed and fermentation system, achieves the automated production of system.
Cake mould processed as shown in Figures 2 and 3, comprise housing 11, housing 11 inside is provided with two spaced pressurizing units in the horizontal direction, auxiliary material gap is reserved with between two pressurizing units, in auxiliary material gap, be provided with auxiliary material add cartonning 14, auxiliary material adds bottom cartonning and is provided with auxiliary feed outlet 15, is vertically provided with secondary extrusion device and shaped device successively below auxiliary feed outlet 15.
Also the quantity of a pressurizing unit can be changed as required in the process implemented, as when needs multilayer cake, can select a multiple pressurizing unit, only need arrange an auxiliary material between every two pressurizing units adds cartonning, adds cartonning add auxiliary material by auxiliary material.
A pressurizing unit is used for dough sheet to be squeezed into thinner sheet, pressurizing unit comprise be obliquely installed add entrance 18, add entrance 18 end and be equipped with two compression rollers 12, be reserved with a top clearance 121, top clearance 121 between two compression rollers 12 and be positioned at the below adding entrance 18 end.Two compression rollers 12 rotate under the effect of motor, and both rotation direction is contrary, and dough sheet enters through and adds entrance 18 and enter a top clearance forming surface sheet.
Herein, select the 12 pairs of dough sheet extruding of two compression rollers, a top clearance 121 between the two can be adjusted as required, thus obtain the dough sheet of different-thickness.
Secondary extrusion device is used for auxiliary material to be clipped between the face of two sheets, and secondary extrusion device comprises two secondary extrusion rollers be equipped with, 16, two secondary extrusion rollers 16 and rotates under the effect of motor, and both rotation directions are contrary.Be reserved with secondary extrusion gap 161 between two secondary extrusion rollers 16, secondary extrusion gap 161 is positioned at the below of auxiliary feed outlet 15, is provided with connecting plate 13 above secondary extrusion gap 161.Connecting plate 13 is obliquely installed, the top of connecting plate 13 is positioned at the below of a top clearance 121, the end of connecting plate 13 is positioned at the both sides of auxiliary feed outlet 15, thus can be clipped under the effect of secondary extrusion device between two dough sheets from auxiliary feed outlet 15 auxiliary material out.
By connecting plate 13, a top clearance 121 and secondary extrusion gap 161 are coupled together, dough sheet is guided on traffic direction.Secondary extrusion device can be entered under the effect of connecting plate 13 from pressurizing unit dough sheet out, avoid fracture appears in dough sheet phenomenon in midway.
A pressurizing unit and secondary extrusion device are all realized by compression roller, and structure is simple, can realize the extruding of dough sheet like a cork, both can be realized by lower-powered motor, consume energy less; Meanwhile, adjustment is got up fairly simple, applied widely.
Shaped device is used for the dough sheet accompanying auxiliary material to be extruded into pie, shaped device comprises two format rolls 17, gap is reserved with between two format rolls 17, transmitting device to shuttle back and forth between gap and rotates under the effect of motor, format roll 17 being provided with and digging out groove 172, the cake of given shape can be dug out by digging out groove 172 from dough sheet.Transmitting device is arranged between format roll 17 herein, when shaping cake can be avoided to fall, occurs the situation of distortion, keep the stable of its shape.
When needing circular cake, expanded view is selected to be circular dig out groove 172; When needing the cake of rectangle, select expanded view be rectangle dig out groove 172.In the actual process implemented, select the shape of digging out groove 172 as required.
Be provided with the assorted material delivery roll 19 be positioned at above transmitting device at format roll 17 rear portion, assorted material delivery roll 19 rotates and arranges, and there is assorted material collecting box 191 at assorted material delivery roll 19 rear portion.Assorted material delivery roll 19 also can be located at below transmitting device by the conversion as the present embodiment.When use, assorted material is positioned over mixes on material delivery roll 19, and assorted material delivery roll 19 rotates, and is rolled by assorted material, in final feeding assorted material collecting box 191.
Two format rolls 17 rotate, and touch dough sheet, dig out the cake identical with digging out groove 172 expanded view shape from dough sheet, and assorted material is transported to assorted material collecting box 191 by assorted material delivery roll 19 simultaneously, so that unified process; Cake digs out from dough sheet, therefore assorted material is continuous print, only need just starting the initial end of assorted material to be put on assorted material delivery roll 19, and in process below, namely assorted material may be automatically transferred on assorted material delivery roll 19.
Can obtain the cake of given shape as required by digging out groove 172, structure is simple, and it is convenient to realize, novel in design.
For the ease of being cut down from dough sheet by cake, the edge of digging out groove 172 is provided with sharp sword body, and sword body does not show in the drawings, and it is thiner realization of the edge of digging out groove 172 being polished.Like this, operationally, format roll 17 rotates, by sword body and dig out the cake that groove 172 obtains given shape easily.
Shaping for the ease of cake, housing coordinate compression roller, secondary extrusion roller and a format roll are provided with profiled scrapers 111, by profiled scrapers 111, the cake on compression roller, secondary extrusion roller and a format roll is scraped off, profiled scrapers 111 closes on the roll body that will act on, such as the cake on a compression roller to be wiped off, then profiled scrapers is closed on a compression roller to arrange, when a compression roller rotates, when cake arrives profiled scrapers 111 place, be scrape off by profiled scrapers 111 from a compression roller, prevent cake to stick on corresponding roll body.
Dough sheet enters a pressurizing unit, through a pressurizing unit forming surface sheet; Auxiliary material as fillings or other want the material joined in cake first can join auxiliary material to add in cartonning 14, auxiliary material enters secondary extrusion device by auxiliary feed outlet 15 together with the dough sheet formed through pressurizing unit, under the effect of secondary extrusion device, auxiliary material is clipped in the middle of two dough sheets; The dough sheet being added with auxiliary material subsequently enters shaped device, under the effect of shaped device, form pie, and falls on transmitting device, under the effect of transmitting device, enter into installation for fermenting.
Add cartonning 14 can easily realize as required at any auxiliary material of cake therebetween by arranging auxiliary material: meat stuffing, plain filling or coarse cereals; The cake produced compares diversification, is applicable to the taste of different consumer, and it is convenient to realize, and is easy to mechanization.
Installation for fermenting as shown in Figure 4, comprises casing 6, support body 31, temperature control equipment, humidity conditioner, heater and atomising device; Temperature control equipment and humidity conditioner control unlatching or the closedown of heater and atomising device respectively.
Be provided with retracting device in the bottom of support body 31, retracting device comprises accumulator tank 7, and the bottom surface of accumulator tank is domatic, is connected with recovery tube 33 and collection box 34, is provided with removal of impurities sponge 35 in collection box 34 at the bottom of slope; Recovery tube 33 end is arranged in below removal of impurities sponge 35, the waste water in sweat and waste oil collecting can be got up, filtered by removal of impurities sponge 35 by retracting device, realizes recycling.The implementation of temperature control equipment and humidity conditioner is ripe prior art, does not repeat them here; Heater and atomising device are commercially available prod, improve at this atomising device and atomising device of the prior art, atomising device comprises the water receptacle of bowl-type, water receptacle connects water tank, the diameter of water receptacle is 100 ~ 300mm, be less than the water receptacle in existing atomising device, thus accelerate atomization speed, water receptacle and water tank all do not show in the drawings; Horizontal plane in water tank and the plane-parallel of water receptacle; Thus when the horizontal plane in water receptacle declines, the water in water tank enters water receptacle under the effect of the pressure automatically.
Several belt conveyor 32 on support body, several belt conveyor 32 is arranged successively from top to bottom, the belt conveyor 32 being positioned at the superiors coordinates transmitting device to arrange, make the cake fallen from transmitting device can fall the belt conveyor 32 of the superiors, being positioned at undermost belt conveyor 32 rear portion coordinates device for baking to tilt to be provided with transition transport tape 43, by transition transport tape 43, the cake fallen from undermost belt conveyor 32 can be fallen in device for baking.Above second layer belt conveyor 32, be provided with oil spreading device, this oil spreading device is identical with the oil spreading device structure be located in transmitting device, achieves put the oil to the two sides of cake by arranging oil spreading device herein.
The cocycle transmission in the horizontal direction all separately of each belt conveyor 32, the transmission direction of adjacent belt conveyor 32 is contrary.The belt conveyor end being in the transmit direction positioned at upper strata is positioned at the inner side of the belt conveyor initial end in the transmit direction of lower floor, thus, from the cake that driving belt 24 falls, move under the drive of belt conveyor 32, when arriving the end of belt conveyor 32, fall on the belt conveyor of lower floor, circulation is carried out according to this, realizes the abundant fermentation of cake in installation for fermenting.
Outside wherein, the definition mode of inner side are between the two ends of belt conveyor 32, be inner side.
Herein, the transmission direction of adjacent belt conveyer is contrary, can realize the maximum displacement of cake in installation for fermenting, maximally utilise the space of installation for fermenting.
For the ease of being separated of cake and belt conveyor, be provided with the fermentation scraper 55 be connected with support body in the end of belt conveyor, fermentation scraper 55 closes on belt conveyor and arranges, when cake is transported to scraper 55 place by belt conveyor.By fermentation scraper 55, the cake on belt conveyor is scraped off.Through experiment, if do not have scraper 55, the segregation ratio of cake and belt conveyor is more difficult, is easy to the phenomenon causing cake flanging.
When work, first set the temperature and humidity of needs; The cake of belt conveyor 32 conveying needs fermentation successively from top to bottom, when temperature control equipment detects that temperature is against regulation, can send the control signal of opening or closing, to ensure the suitable of temperature to heater; When detecting that humidity is against regulation, the control signal of opening or closing can be sent, to ensure the suitable of humidity to atomising device.
As shown in Figure 5, device for baking is positioned at the below of installation for fermenting to device for baking, and device for baking comprises heater and controls the automatic temperature control of heater, and heater does not show in the drawings, selects the mode of existing heating tube.Stainless steel conveyer belt 42 is positioned at casing 6 bottom, and is located at below installation for fermenting, and stainless steel conveyer belt 42 coordinates transition transport tape 43 to arrange, and makes the cake fallen from transition transport tape 43 can fall on stainless steel conveyer belt 42; Stainless steel conveyer belt 42 is in the circulation transmission of casing 6 bottom, be provided with counter at the end of stainless steel conveyer belt, counter does not show in the drawings, selects existing photoelectric technology device, the number of the cake passed through can be demonstrated by counter in time, be convenient to automated production.
Automatic temperature control comprises the relay drive circuit of temperature sensor, processing unit, relay and the driving actuating of relay; The signal input part of temperature sensor connection handling unit, the signal output part of relay drive circuit connection handling unit, the unlatching of Control heater or closedown.
When work, temperature sensor detects the temperature near stainless steel conveyer belt 42, and the temperature detected is transported to processing unit, processing unit carries out com-parison and analysis according to the temperature received, when this temperature is identical with preset value, to relay output signal, make the actuating of relay, close heater; When this temperature is less than preset value, make the actuating of relay, open heater; Thus realize the automatic control of temperature, be convenient to the quality controlling the cake that baking goes out.
The sidepiece of stainless steel conveyer belt 42 is provided with driving chain 422, and driving chain 422 drives stainless steel conveyer belt 42 to circulate transmission under the effect of motor.Stainless steel conveyer belt 42 runs through and is provided with air-vent 421, air-vent 421 is uniformly distributed on stainless steel conveyer belt 42.Stainless steel conveyer belt 42 has at least two-layer, between two-layer stainless steel 42, be provided with several support bar 423, and support bar 423 two ends are fixedly connected with driving chain 422 respectively.
The support bar 423 arranged can avoid stainless steel conveyer belt 42 to occur the situation of distortion, ensures the quality of normally carrying out, ensureing baking of baking.
Arranging of air-vent 421 can make being heated evenly of the top and bottom of cake in cooking process.
In the entire system, transmitting device, belt conveyor and stainless steel conveyer belt are equipped with, and achieve the transmission of cake between each independent operation unit.
When in use, cake mould processed is through once extruding, secondary extrusion and final Contoured squeeze form the middle cake with auxiliary material, the horizontal transport section 21 of transmitting device is dropped into from cake mould processed cake out, inclination span line 22 is arrived, on the belt conveyor 32 of the installation for fermenting that arrives soon after through horizontal transport section 21.Transmission successively from top to bottom on belt conveyor 32, on the final stainless steel conveyer belt 42 arriving device for baking, stainless steel conveyer belt 42 transmits, while heating, finally makes finished product cake, fall from stainless steel conveyor belt 42.
Embodiment 2, the difference of the present embodiment and embodiment 1 is: cake mould rear portion processed is located at by transmitting device as shown in Figure 7, and device for baking is located at transmitting device end, only has device for baking, do not have installation for fermenting in casing 6.Stainless steel conveyer belt 4 coordinates transmitting device to arrange.What above transmitting device, be provided with cake mould rear processed smears sugared device and sesame lower feed box 8; Cake first smears sugar through smearing sugared device to its surface, subsequently through sesame lower feed box, is sprinkled upon by sesame and smears on sugared cake.
Smear sugared device and comprise the sugared case of storage, store up sugared case rotated down and be provided with and smear sugared rotating shaft 9, smear that sugared rotating shaft 9 is inner to be communicated with the sugared case of storage, smear sugared rotating shaft runs through and be provided with out Tang Kou, smear sugared rotating shaft lateral wall and be provided with the sugared sponge of suction; Smear sugared rotating shaft upper driving to be connected with and to smear sugar chain bar; Smear sugared rotating shaft to rotate under the drive of smearing sugar chain bar, syrup is entered by the sugared case of storage and smears sugared rotating shaft inside, flowing out subsequently, being inhaled into and inhaling on sugared sponge from going out pool mouth; When cake is transferred through smearing sugared device, cake touches inhales sugared sponge, inhales the surface that sugar is put on cake by sugared sponge.Smear sugared rotating shaft under the drive of smearing sugar chain bar, rotate the uniformity that improve and smear sugar.Identical with pivot structure of putting the oil in embodiment 1 because smearing sugared rotating shaft 9, no longer include the structural representation smearing sugared rotating shaft in the accompanying drawings.
Sesame lower feed box inside is provided with sesame storing board 81 and the meshed blanking plate 84 of band from top to bottom successively, is reserved with blanking clearance between the sidewall of sesame storing board 81 two ends and sesame lower feed box 8; Sesame lower feed box 8 inner rotation is provided with rotating shaft 82, and rotating shaft 82 is installed with the equally distributed plectrum 83 of several circumference, plectrum 83 coordinates blanking clearance to arrange.
Rotating shaft is in the effect underdrive of power set; Because the velocity of rotation of format roll is fixed; Distance between the face cake made also is fixing, and the quantity of adjustment plectrum 83, on the cake that sesame just can be made just to fall make.
When cake arrives below sesame lower feed box 8, plectrum 83 is stirred, and makes sesame from sesame lower feed box 8 out, spreads on cake; Subsequently sprinkled with the cake of sesame, be sent to device for baking and carry out baking, thus complete the making of sesame-send cake.
The utility model compact conformation, achieves the production line balance of cake based article, compared to existing cake equipment processed, be more conducive to factory automation produce, be easy to carry out handle control to product quality, greatly can reduce human cost, improve the economic benefit in production process.
Claims (10)
1. a full-automatic cake system processed, the work comprised for whole system provides the power set of power, it is characterized in that: also comprise device for baking, described device for baking comprises casing, box house is provided with the automatic temperature control of stainless steel conveyer belt, heater and control heater, stainless steel conveyer belt circulates transmission in casing, and the end of stainless steel conveyer belt is provided with counter; Stainless steel conveyer belt runs through and is provided with air-vent, air-vent is uniformly distributed on stainless steel conveyer belt; Automatic temperature control comprises the relay drive circuit of temperature sensor, processing unit, relay and the driving actuating of relay; The signal input part of temperature sensor connection handling unit, the signal output part of relay drive circuit connection handling unit, the unlatching of Control heater or closedown.
2. full-automatic cake system processed as claimed in claim 1, it is characterized in that: also comprise cake mould processed and transmitting device, cake mould rear portion processed is located at by transmitting device, and transmitting device is obliquely installed, and installation for fermenting is located at transmitting device end; Transmitting device circulates transmission under the effect of power set.
3. full-automatic cake system processed as claimed in claim 2, it is characterized in that: cake mould processed comprises motor, housing and is arranged in the spaced pressurizing unit of several horizontal directions of housing, auxiliary material gap is reserved with between an adjacent pressurizing unit, be provided with auxiliary material in auxiliary material gap and add cartonning, auxiliary material adds bottom cartonning and is provided with auxiliary feed outlet, auxiliary material adds below cartonning and is provided with secondary extrusion device and shaped device successively from top to bottom, and motor provides power for the operation of cake mould processed.
4. full-automatic cake system processed as claimed in claim 3, it is characterized in that: a described pressurizing unit comprises and adds entrance, add entrance to be obliquely installed, add entry back cooperation and be provided with two compression rollers, a top clearance is reserved with between two compression rollers, a top clearance is located at and is added below entrance, and two compression rollers do rightabout rotation under the effect of motor.
5. full-automatic cake system processed as claimed in claim 4, it is characterized in that: secondary extrusion device comprises two secondary extrusion rollers be equipped with, two secondary extrusion rollers do rightabout rotation under the effect of motor, be reserved with secondary extrusion gap between two secondary extrusion rollers, secondary extrusion gap is positioned at the below that auxiliary material adds the auxiliary feed outlet of cartonning.
6. full-automatic cake system processed as claimed in claim 5, it is characterized in that: be provided with the connecting plate be obliquely installed below a top clearance, connecting plate end is positioned at the top in secondary extrusion gap, the end of two connecting plates lays respectively at the both sides of auxiliary feed outlet.
7. full-automatic cake system processed as claimed in claim 6, it is characterized in that: described shaped device comprises two format rolls, be reserved with gap between two format rolls, transmitting device is arranged in gap; Format roll rotates under the effect of motor; Be provided with the assorted material delivery roll be positioned at above or below transmitting device at format roll rear portion, assorted material delivery roll rear portion is provided with assorted material collecting box; Described format roll is provided with and digs out groove, the edge of digging out groove is provided with sharp sword body.
8. the cake system full-automatic processed as described in claim 1 to 7 any one, it is characterized in that: described box house is also provided with installation for fermenting, installation for fermenting comprises support body, temperature control equipment, humidity conditioner, heater and atomising device; Support body is positioned at box house, and is positioned at above stainless steel conveyer belt;
Temperature control equipment and humidity conditioner control unlatching or the closedown of heater and sprayer unit respectively;
Atomising device comprises water receptacle, and water receptacle is connected with water tank, and the diameter of water receptacle is 100 ~ 300mm, the horizontal plane in water tank and the plane-parallel of water receptacle; When the horizontal plane in water receptacle declines, the water in water tank enters water receptacle under the effect of the pressure automatically;
Support body is vertically provided with several belt conveyor successively; The belt conveyor being positioned at the superiors coordinates transmitting device to arrange, and be positioned at undermost belt conveyor rear portion and coordinate device for baking to tilt to be provided with transition transport tape, belt conveyor circulates transmission in the horizontal direction; The transmission direction of adjacent belt conveyor is contrary, and the belt conveyor end being in the transmit direction positioned at upper strata is positioned at the inner side of lower floor's belt conveyor initial end in the transmit direction; The end of belt conveyor is provided with the fermentation scraper be connected with support body, and fermentation scraper closes on belt conveyor and arranges, and is scraped off by the cake on belt conveyor by fermentation scraper;
Be provided with retracting device bottom support body, retracting device comprises accumulator tank, and the bottom surface of accumulator tank is domatic, is connected with recovery tube and collection box at the bottom of slope, is provided with removal of impurities sponge in collection box, and recovery tube end is arranged in below removal of impurities sponge.
9. full-automatic cake system processed as claimed in claim 8, it is characterized in that: the top of described transmitting device end and second layer belt conveyor is equipped with oil spreading device, oil spreading device comprises the fuel tank that vertical direction sets gradually and the rotating shaft of putting the oil of rotating setting, rotating shaft of putting the oil closes on transmitting device and arranges, and the inside of rotating shaft of putting the oil is provided with the cavity be communicated with fuel tank; Cavity sidewalls is evenly provided with several oil-out running through rotating shaft lateral wall of putting the oil, rotating shaft lateral wall of putting the oil is provided with oil suction sponge; Rotating shaft upper driving of putting the oil is connected with chain of putting the oil.
10. cake system processed as claimed in claim 6 full-automatic, is characterized in that: cake mould rear processed is provided with to be positioned at smears sugared device and sesame lower feed box above transmitting device; Smear sugared device and comprise the sugared case of storage, store up sugared case rotated down and be provided with and smear sugared rotating shaft, smear that sugared rotating shaft is inner to be communicated with the sugared case of storage, smear sugared rotating shaft runs through and be provided with out Tang Kou, smear sugared rotating shaft lateral wall and be provided with the sugared sponge of suction; Smear sugared rotating shaft upper driving to be connected with and to smear sugar chain bar; Sesame lower feed box inside is provided with sesame storing board and the meshed blanking plate of band from top to bottom successively, is reserved with blanking clearance between the sidewall of sesame storing board two ends and sesame lower feed box; Sesame lower feed box inner rotation is provided with rotating shaft, rotating shaft is installed with the equally distributed plectrum of several circumference, and plectrum coordinates blanking clearance to arrange.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520854673.3U CN205082561U (en) | 2015-10-29 | 2015-10-29 | Full -automatic system cake system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520854673.3U CN205082561U (en) | 2015-10-29 | 2015-10-29 | Full -automatic system cake system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205082561U true CN205082561U (en) | 2016-03-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520854673.3U Withdrawn - After Issue CN205082561U (en) | 2015-10-29 | 2015-10-29 | Full -automatic system cake system |
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| Country | Link |
|---|---|
| CN (1) | CN205082561U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105230691A (en) * | 2015-10-29 | 2016-01-13 | 张四中 | Automatic cake making system |
| CN108308209A (en) * | 2018-02-13 | 2018-07-24 | 山西海玉园食品有限公司 | Retain the stone cake production line of traditional handicraft |
-
2015
- 2015-10-29 CN CN201520854673.3U patent/CN205082561U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105230691A (en) * | 2015-10-29 | 2016-01-13 | 张四中 | Automatic cake making system |
| CN105230691B (en) * | 2015-10-29 | 2018-04-13 | 张四中 | A kind of full-automatic cake system processed |
| CN108308209A (en) * | 2018-02-13 | 2018-07-24 | 山西海玉园食品有限公司 | Retain the stone cake production line of traditional handicraft |
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| C14 | Grant of patent or utility model | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20160316 Effective date of abandoning: 20180413 |
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| AV01 | Patent right actively abandoned |