CN105532772A - Cake making machine - Google Patents

Abstract

The invention discloses a cake making machine. The cake making machine comprises a machine frame, cake moulds and a material injection device comprising a material barrel. An inner heating zone and an outer heating zone are arranged on the table top of the machine frame in parallel. A mould turning device is arranged at the middle section of the table top of the machine frame. Two longitudinal mould pushing devices are longitudinally arranged at one group of opposite angles of the table top of the machine frame and are in transmission connection with a longitudinal driving shaft, and two transverse mould pushing devices are transversely arranged at the other group of opposite angles of the table top of the machine frame. A mould closing stopping block is arranged on the table top of the machine frame. A mould opening device comprising a mould opening rocker is further arranged on the machine frame. The mould opening device and the transverse mould pushing devices are both driven by a transverse crank. According to the cake making machine, the cake moulds can be automatically and circularly pushed and automatically turned over; the cake making machine is reasonable in structure and safe to use.

Description

Cake-maker

Technical field

The present invention relates to a kind of cake forming machine, particularly relate to the improvement of mechanism existing in this machine and the increase of corresponding function.

Background technology

In food consumption, cake is fragrant with its taste, and the outstanding advantages such as matter is soft, and mouthfeel is good, are loved by the people, and its proportion in popular daily bread consumption just day by day increases.For meeting the demand that people day by day increase cake food, each food processing factory all carrys out superseded original pure artificial or Semi-automatic device to enhance production capacities by introducing fully automatic cake production line in recent years, ensures the market supply.This its structure of fully automatic cake production line is for carrying out interval movement by step-by-step drive system set on machine to cake disk, rest the stage by filling system set on machine to material feeding in cake disk die cavity at cake disk, go round and begin again like this, on cake disk after the equal material feeding of all die cavitys, by mechanical device set on machine this cake disk shifted out and be replaced as blank panel, shift out the cake disk being filled with slurry in rear die cavity can be automatically discharged on baking box dolly, and finally baked in an oven.Existing this fully automatic cake production line, though the making to cake can be realized, but because not only having forming machine in this production line, also need to join special baking box and other corollary equipment, therefore its to take production space relatively large, also because production line board is many, power is large, for can normally work toward contact, special transformer need be installed, this has also just limited to the environment for use scope of production line, in view of occupation of land space, considering of environment for use scope and actual production, this cake automatic assembly line only can be adapted to the large factorial praluction of production capacity, and concerning the little shops of output or mobile operational process pave, this production line is difficult to use.Pave make cake demand for meeting shops or mobile operational process, market there are successively some semi-automatic small-sized cake-makers, wherein most typical is exactly that automatic cycle pushes away mould electrothermal cake-maker, in this cake-maker, cake mold is with linear array on rack table in the set thermal treatment zone, medial and lateral, carries out heated baking to bake cake by electrothermal tube under being arranged at mould guide rail to mould.Though this machine can realize cake production, meet shops or mobile operational process and to pave demand, still there is the problem that some witches need overcome in actual applications.On the one hand because of cake mold in this cake-maker with linear array in being placed on the mould guide rail on heating tube, be arranged at the pushing hands of machine mold and be only a set of, during real work, cake mold can not carry out automatic cycle on machine, just mould end need be pushed away by manually being moved to by depanning end like this by the cake mold pushed away before mould pushing hands, during movement, mold temperature is higher again, manually carry out shifting formwork to be not only difficult to avoid it to cause scald to human body, and speed of moving mold is relatively slow, constrain the raising of production efficiency, there is use dangerous, the defect that production efficiency is low, on the other hand in cake production process, be heated evenly for making cake slurry in die cavity, avoid because of upper, excessive temperature differentials between bed die and cause overdone or burned bottom cake and top still not have well-done phenomenon to occur, then cake all needs to stand up mould in the roasted journey of flood, and without this automatic die-turning machine tool on existing machine, can only by manually carrying out, also because of mould, temperature is higher in the course of the work, manually turn over mould very easily to cause and scald operating personnel, same mould at least needs to stir twice in a baking cycle again, then manipulation strength is relatively large, turn over the rate of imitating also to be difficult to promote, same existence uses dangerous, the defect that production efficiency is low, another aspect is not because existing machine arranges automatic die sinking mechanism, to the unlatching of die cap always by manually using specific purpose tool to operate, because power used during artificial flip is difficult to control equilibrium, and rack table mold is close to and comes together, then flip power inequality will make the stressed shakiness generation of mould be close to channel bit, be far more than time serious and mould generation rolling can be made to topple, the normal production of such machine will be forced to interrupt, cause production to have some setbacks and very easily produce substandard products, and because mold temperature is relatively high during artificial flip, also very easily cause die body to the scald of people, there is unreasonable structure, use unsafe defect.

Summary of the invention

Technical problem to be solved by this invention is to provide one and not only can implements automatic cycle to Cake mould and push, and can carry out automatic turn-over body again to mould, can also automatic die sinking, and rational in infrastructure, the cake-maker of use safety.

In order to solve the problems of the technologies described above, cake-maker of the present invention comprises frame, cake mold, and comprise the material injecting device of barrel, described rack table is arranged with the thermal treatment zone, inner side and the thermal treatment zone, outside in parallel, these both sides, two thermals treatment zone are provided with mould holder rail, heating tube is provided with in this two thermal treatment zone, rack table stage casing is provided with turning-over, this turning-over and main unit transmission device are in transmission connection, rack table one group of diagonal angle is vertically arranged with two covers and longitudinally pushes away die device, wherein a set of longitudinal direction pushes away die device and is arranged at one end, the thermal treatment zone, inner side, another set of longitudinal direction pushes away die device and is arranged at one end, the thermal treatment zone, outside, this longitudinal direction pushes away die device and is in transmission connection on zigzag tread patterns axle, another group diagonal angle of rack table is horizontally arranged with two covers and laterally pushes away die device, wherein a set of transverse direction pushes away die device and is arranged at the thermal treatment zone, the inner side other end, another set of transverse direction pushes away die device and is arranged at the thermal treatment zone, outside corresponding end, rack table _ fore-telling is provided with matched moulds block, frame is also provided with the die-sinking device comprising die sinking rocking arm, this die-sinking device and transverse direction push away die device and drive by horizontal crank.

After adopting said structure, owing to being arranged with the thermal treatment zone, inner side and the thermal treatment zone, outside on rack table in parallel, then two row Cake moulds just can be set on rack table, this is just for providing feasible geometrical condition to the circulation revolution propelling movement of mould, mould holder rail serves and carries out slidably supported effect to mould, heating tube then can carry out width to mold and penetrate heating, machine is provided with and longitudinally pushes away die device and laterally push away die device, use longitudinal die device that pushes away can realize longitudinally mould being carried out stepping passing at rack table, use the horizontal die device that pushes away can realize laterally mould being carried out stepping passing at rack table, the mould be in like this on rack table just can obtain, the movement of " L " type both direction in length and breadth, to longitudinally push away die device and laterally pushing away die device is all set to two covers, and longitudinally push away die device by often overlapping and laterally push away die device two to arrange to diagonal angle in length and breadth along rack table, such mould just can obtain " mouth ' font movement track, also just achieve and the circulation revolution of mould is pushed, this longitudinal direction being pushed away die device is in transmission connection on zigzag tread patterns axle, such two longitudinally push away die device just can work under same power, not only simplified transmission but also obtained ideal synchronisation and pushed away and imitate fruit, again owing to being provided with turning-over, then then can realize carrying out automatic turn-over body to mould after being connected with machine power by this turning-over, this just overcomes on original machine and uses many defects existing when manually turning over mould, has structure simple, turn over modulo operation safety, turn over the advantage that the rate of imitating is high, also owing to being provided with die-sinking device, then by after die-sinking device and machine power are in transmission connection, die sinking rocking arm in die-sinking device just can obtain reciprocating swing, and implement to open die cover in rocking process, the arranging of die-sinking device overcomes many defects existing when original machine using artificial die sinking equally, there is structure simple, mold-break operations safety, the advantage that die sinking efficiency is high, by matched moulds block, the open mode die cover plate that is in movement is touched and just can be made it automatic die assembly.

A kind of preferred embodiment of the present invention is that described turning-over comprises to parallel and spacedly turns over mold shaft seat, by the left dish of the gripping coaxially arranged with grip two groups that right dish and connecting plate be connected as a single entity and turn over framed, two groups are turned over the framed sprocket wheel mandrel be fixedly serially connected, the template strand that turns over being connected to circumferential position on sprocket wheel mandrel adjustable is taken turns, this turns over framed by gripping left dish set by its two and gripping right shaft extension rotating support in turning in mold shaft seat, grip left dish and grip on right dish and be provided with gripping groove, this gripping groove groove width " W " slightly larger than the mould insert height matched with it, this turns over inside mold shaft seat and is provided with cambered surface rest, this cambered surface rest cancave cambered surface with grip left dish and grip right dish concentric gap and arrange.After above-mentioned setting, gripping dish set transmission mechanism on machine can obtain 180 degree of rotations under driving, be placed in the mould turning over framed gripping groove also will follow gripping dish and overturn together, also mould automatic turn-over body is just achieved, being arranged at the cambered surface rest turned over inside mold shaft seat in the process serves the circumference restriction effect of mould in rotary course, avoid mould slippage from gripping groove in rotary course, ensure that to turn over mold process reliable and stable, two groups are turned over framed serial connection and then can realize standing up two cake molds once turning in mould operation simultaneously, arbitrary like this mould all has in the course of the work and stands up for twice, this just overcomes on original machine and uses many defects existing when manually turning over mould, have that to turn over the mould frequency high, made cake quality is good, turn over the advantage of modulo operation safety.

Another kind of preferred embodiment of the present invention is, described longitudinal direction pushes away die device and comprises longitudinal slide, be set in parallel in two longitudinal slide bars in longitudinal slide, be socketed on the longitudinal sliding block on longitudinal slide bar, be fixedly installed on the longitudinal push pedal on longitudinal sliding block and longitudinal transition balladeur train, guide guide rod before the balladeur train of longitudinal transition balladeur train slippage, the longitudinal rod one that two ends are flexibly connected with longitudinal transition balladeur train and longitudinal crank respectively, this longitudinal crank is fixedly installed on zigzag tread patterns axle, before this balladeur train, guide rod is fixedly installed on frame leading flank, this longitudinal slide is fixedly installed on rack table, described transverse direction pushes away die device and comprises cross slide, be set in parallel in two horizontal sliding bars in cross slide, be socketed on the transverse slider of horizontal sliding bar _ L, be fixedly installed on the horizontal push pedal on transverse slider and stay cord, the stay cord overlap joint block of fixed pulling rope fag end, the horizontal balladeur train of fixed pulling rope overlap joint block, the transverse link that two ends are connected with horizontal balladeur train and horizontal crank respectively, this horizontal crank is fixedly installed in transverse drive shaft, this stay cord is walked around successively and is arranged at guide wheel on rack table corner in tightening quadrilateral shape, this cross slide is fixedly installed on rack table, longitudinally push away die device and the horizontal combination setting pushing away die device, can allow during mold work and obtain " mouth " font movement track, also the circulation movement to mould is just achieved, there is novel structure, use safety, automatically the advantage of circulation movement can be carried out to mould.

Another preferred embodiment of the present invention is, the die sinking rocking arm in described die-sinking device is hinged in frame, and this die sinking rocking arm is provided with roller, and this die-sinking device also comprises the die sinking chute be arranged on horizontal balladeur train, and roller-coaster is arranged in die sinking chute.After above-mentioned setting, just die sinking rocking arm work can be driven around the swing of its hinge point by the reciprocating action of balladeur train, and die sinking rocking arm just can be pushed die cap open with its top and be raised in upper pendulum process, then die sinking rocking arm again can with the return of balladeur train return, which achieves automatically opening die cover, this process of renovating is that machine automatization completes, do not need manual operation, then its each die sinking power all can be kept in balance, produce mould because flip power is uneven when would not there is manual work and channel bit the phenomenon causing producing interruption, also the scald potential safety hazard produced because of manual work can not be there is, there is die sinking power steadily balanced, produce smooth, and the reliable advantage of handling safety.

Another preferred embodiment of the present invention is, described material injecting device comprises material feeding wallboard, be fixedly installed on the slurry valve body on material feeding wallboard and core material valve body, be connected the slurry cylinder sealing and be arranged on slurry valve body, be connected the core material cylinder sealing and be arranged on core material valve body, seal the slurry valve rod of sliding plug in slurry valve body valve opening mutually, seal the core material valve rod of sliding plug in core material valve body valve opening mutually, be connected and be connected to the slurry mouth of slurry valve body discharging opening, be connected and be connected to the core material mouth of core material valve body discharging opening, be fixedly connected with the valve rod Connection Block of slurry valve rod and core material valve rod, this slurry valve body and core material valve are provided with suction chamber in stopping, above this suction chamber and exit side be provided with the suction check valve and discharging check valve that are made up of reseting pressuring spring and steel ball, this suction check valve and discharging check valve switching motion different, this valve rod Connection Block is taken out crowded device by material and is driven, described material is taken out crowded device and is comprised the material feeding master rocker be movably connected on material feeding wallboard, by the material feeding driving rocker that roller and material feeding master rocker are in transmission connection, the rocker arm shaft of affixed material feeding driving rocker, be fixed on the material feeding work rocking arm on rocker arm shaft, to slide the guide rod slide block be connected with material feeding work rocking arm, two of supporting guide rod slide block be arranged in parallel guide rod, material feeding master rocker is driven to carry out taking out taking out material cam and driving material feeding master rocker to carry out the material extrusion cam of material extrusion operation of material operation, this guide rod is fixedly installed on material feeding wallboard, this is taken out material cam and is fixedly installed on zigzag tread patterns axle axle head, this material extrusion cam is fixedly installed on material extrusion camshaft axle head.

Of the present invention enter a kind of preferred embodiment be, described main unit transmission device comprises motor, by the reductor that shaft coupling is connected with motor, the final drive shaft be connected with speed reducer drive, be fixedly installed on the partial gear on final drive shaft and locking convex arc dish, with the driven gear of partial gear interval external toothing, this driven gear is four, these four driven gears are provided with locking concave arc dish, these four driven gears are in the uniform setting of partial gear circumference, these four driven gears are fixed in zigzag tread patterns axle respectively, backhaul crank axle, on material extrusion camshaft and rise crank axle.Can convey that zigzag tread patterns axle, backhaul crank axle, material extrusion camshaft and the rise crank axle longitudinal direction that transmission is connected respectively pushes away die device, laterally pushing away die device, material injecting device and material feeding elevating mechanism wherein can carry out the operation of interval synchronous synergetic with certain sequential, achieves the whole-process automatic making to cake by arranging of this transmission device.

Accompanying drawing explanation

Below in conjunction with the drawings and specific embodiments, cake-maker of the present invention is described further.

Figure l is the work structuring axonometric drawing of a kind of detailed description of the invention of cake-maker of the present invention;

Fig. 2 is the work structuring figure that vertical, horizontal corresponding in figure l pushes away a kind of detailed description of the invention of die device;

Fig. 3 is along A to shown axonometric drawing in Fig. 2;

Fig. 4 is the monomer structure axonometric drawing of corresponding a kind of detailed description of the invention of turning-over in figure l;

Fig. 5 is the combining structure axonometric drawing of corresponding a kind of detailed description of the invention of turning-over in figure l;

Fig. 6 is the work structuring axonometric drawing of corresponding a kind of detailed description of the invention of die-sinking device in figure l;

Fig. 7 is the work structuring axonometric drawing that in figure l, corresponding a kind of tool of material injecting device stops embodiment;

Fig. 8 is along B to shown axonometric drawing in Fig. 7;

Fig. 9 is the structural representation after the valve body of slurry shown in Fig. 7 and Fig. 8 and connector thereof are cut open;

Figure 10 is the work structuring axonometric drawing of corresponding a kind of detailed description of the invention of main unit transmission device in figure l.

Detailed description of the invention

In the cake-maker shown in figure l, frame 10 fixedly mounts motor 13, by the reductor 14 that shaft coupling is connected with motor 13, by the final drive shaft 15 that Chain conveyer is connected with reductor 14 transmission, be fixedly installed on the partial gear 19 on final drive shaft 15 and locking convex arc dish 16, with the driven gear 18 of partial gear 19 interval external toothing, this driven gear 18 is four, these four driven gears 18 are provided with locking concave arc dish 17, these four driven gears 18 are in the circumferential uniform setting of partial gear 19, these four driven gears 18 are fixed in zigzag tread patterns axle 6.7 respectively, backhaul crank axle 21, on material extrusion camshaft 4.7 and rise crank axle, arranging of 20(main frame transmission sees Figure 10), frame 10 table top is provided with inner side thermal treatment zone l and the thermal treatment zone, outside 2, these both sides, two thermals treatment zone are provided with mould holder rail 12, heating tube 3 is provided with in this two thermal treatment zone, this heating tube 3 is electrothermal tube, this electrothermal tube is electrically connected with control system of machine, turning-over 5 (turning-over detailed construction is shown in Fig. 4 and Fig. 5) is provided with in frame 10 table top stage casing, turning-over comprises to parallel and spacedly turns over mold shaft seat 5.2, two groups that are connected as a single entity by the left dish of the gripping coaxially arranged 5.3 and the right dish 50,000 of gripping and connecting plate 5.4 are turned over framed, two groups are turned over the framed sprocket wheel mandrel 5.7 be fixedly serially connected, the template strand that turns over being connected to circumferential position on sprocket wheel mandrel 5.7 adjustable takes turns 5.6, this turns over framed by gripping left dish 5.3 set by its two and gripping right dish 5.5 shaft extension rotating support in turning in mold shaft seat 5.2, the left dish of this gripping 5.3 and the right dish 5.5 of gripping are provided with gripping groove 5.8, this gripping groove 5.8 groove width " W " slightly larger than the mould insert height matched with it, this turns over inside mold shaft seat 5.2 and is provided with cambered surface rest 5.1, this cambered surface rest 5.1 cancave cambered surface is arranged with gripping left dish 5.3 and grip right dish 5.5 concentric gap, this turns over template strand wheel 5.6 and is in transmission connection with final drive shaft 15, frame 10 table top one group of diagonal angle is vertically arranged with two covers and longitudinally pushes away die device 6, wherein a set of longitudinal direction pushes away die device 6 and is arranged at one end, the thermal treatment zone 1, inner side, another set of longitudinal direction pushes away die device 6 and is arranged at one end, the thermal treatment zone 2, outside, this longitudinal direction pushes away die device 6 and is in transmission connection on zigzag tread patterns axle 6.7, another group diagonal angle of frame 10 table top is horizontally arranged with two covers and laterally pushes away die device 7, wherein a set of transverse direction pushes away die device 7 and is arranged at the thermal treatment zone 1, the inner side other end, another set of transverse direction pushes away die device 7 and is arranged at the thermal treatment zone 2, outside corresponding end (longitudinal direction pushes away die device 6 and laterally pushing away die device 7 detailed construction sees Fig. 2 and Fig. 3), this longitudinal direction pushes away die device 6 and comprises longitudinal slide 6.1, be set in parallel in two longitudinal slide bars 6.2 in longitudinal slide 6.1, be socketed on the longitudinal sliding block 6.3 on longitudinal slide bar 6.2, be fixedly installed on the longitudinal push pedal 6.4 on longitudinal sliding block 6.3 and longitudinal transition balladeur train 6.5, guide guide rod 6.9 before the balladeur train of longitudinal transition balladeur train 6.5 slippage, the longitudinal rod 1 that two ends are flexibly connected with longitudinal transition balladeur train 6.5 and longitudinal crank 6.8 respectively, this longitudinal crank 6.8 to be fixedly installed on zigzag tread patterns axle 6.7, before this balladeur train, guide rod 6.9 is fixedly installed on frame leading flank, this longitudinal slide 6.1 is fixedly installed on frame 10 table top, this transverse direction pushes away die device 7 and comprises cross slide 7.1, be set in parallel in two horizontal sliding bars 7.3 in cross slide 7.1, be socketed on the transverse slider 7.2 on horizontal sliding bar 7.3, be fixedly installed on the horizontal push pedal 7.4 on transverse slider 7.2 and stay cord 7.6, the stay cord overlap joint block 7.9 of fixed pulling rope 7.6 fag end, the horizontal balladeur train 7.8 of fixed pulling rope overlap joint block 7.9, the transverse link 7.3 that two ends are rotationally connected with horizontal balladeur train 7.8 and horizontal crank 7.5 respectively, this horizontal balladeur train 7.8 is provided with die sinking chute 8.4, this horizontal crank 7.5 is fixedly installed on backhaul crank axle 20, frame 10 table top corner is provided with guide wheel 7.10, stay cord 7.6 walks around guide wheel 7.10 successively in tightening quadrilateral shape, stay cord 7.6 fag end is crimped on stay cord overlap joint block 7.9, frame 10 table top is provided with matched moulds block 9, frame 10 is also provided with the die-sinking device 8 (die-sinking device 8 detailed construction is shown in Fig. 6) comprising die sinking rocking arm 8.2, die sinking rocking arm 8.2 in this die-sinking device 8 is hinged in frame 10, this die sinking rocking arm 8.2 is provided with roller 8.3, this roller 8.3 slides and is arranged in die sinking chute 8.4, the activity jig arm 8.1 that elasticity connects on frame 10 table top, with the fixing fixture block 8.6 be fixedly installed, this activity jig arm 8.1 is corresponding with fixing fixture block 8.6 position, this activity jig arm 8.1 is tight on rack table by torsion spring 8.5, frame 10 is provided with material injecting device 4 (material injecting device 4 detailed construction is shown in Fig. 7 and Fig. 8), in this material injecting device 4, material feeding wallboard 4.3 is fixedly connected slurry cylinder 4.27 and core material cylinder 4.28, the setting of two barrels just can realize adding grout material and core material by different level in Cake mould, also the making to sandwich or double-color cake is just achieved, this slurry cylinder 4.27 is connected and is sealedly attached on slurry valve body 4.1, suction chamber is provided with in this slurry valve body 4.1, this suction chamber is connected with valve opening set on slurry valve body 4.1, this suction chamber is connected with slurry cylinder 4.28 by the suction check valve be arranged at above it, this suction chamber is connected with slurry mouth 4.33 by the discharging check valve being arranged at its exit side, this suction check valve and discharging check valve switching motion different, the sealing of slurry valve rod 4.2 phase is slidably connected in valve opening, this suction check valve is identical with discharging one-way valve structures, it combines by reseting pressuring spring 4.36 and steel ball 4.37 and forms, this core material cylinder 4.28 is connected and is sealedly attached on core material valve body 4.26, this core material valve body 4.26 internal structure is identical with slurry valve body 4.1, core material mouth 4.34 is connected with core material valve body 4.26 suction chamber, the sealing of core material valve rod 4.25 phase is slidably connected in valve opening set by material valve body 4.26, this slurry valve rod 4.2 and core material valve rod 4.25 are arranged at material by valve rod Connection Block 4.4 slip and take out on crowded device, this material is taken out crowded device and is comprised the material feeding master rocker 4.13 be movably connected on material feeding wallboard 4.3, by the material feeding driving rocker 4.9 that roller 4.8 and material feeding master rocker 4.13 are in transmission connection, the rocker arm shaft 4.10 of affixed material feeding driving rocker 4.9, be fixed on the material feeding work Rocker arm 4 .11 on rocker arm shaft 4.10, to slide the guide rod slide block 4.5 be connected with material feeding work Rocker arm 4 .11, the guide rod 4.6 of supporting guide rod slide block 4.5, material feeding master rocker 4.13 is driven to carry out taking out taking out material cam 4.18 and driving material feeding master rocker 4.13 to carry out the material extrusion cam 4.12 of material extrusion operation of material operation, this material extrusion cam 4.12 is fixedly connected on material extrusion camshaft 4.7, driven the synergy of taking out material cam 4.18 and material extrusion cam 4.12 respectively by zigzag tread patterns axle 6.7 and material extrusion camshaft 4.7 when actual job, just material feeding master rocker 4.13 can be driven to carry out the intermittent oscillation of once amplitude, just slurry valve rod 4.2 and core material valve rod 4.25 can be driven back and forth to take out crowded moving by the transmission with material feeding master rocker 4.13 connected links, material feeding master rocker 4.13 is provided with and optionally expects that cam 4.18 carries out the clutch swing arm 4.16 abutted with taking out, by being separated taking out material cam 4.18 with material feeding master rocker 4.13 easily the timely operation of clutch swing arm 4.16, namely achieve and the material injecting device of machine can be allowed to quit work and without the need to stopping main frame in good time, reach flexible to operation, can in good time to the implementation result that material feeding operation controls, material feeding wallboard 4.3 is also provided with material feeding elevating mechanism, this material feeding elevating mechanism comprises the lift slide 4.30 be fixed on material feeding wallboard 4.3, be slidably connected to the lifting slide bar 4.31 in lift slide 4.30 and lifting guide pillar 4.32, be fixedly connected on the material mouth support plate 4.35 on lifting slide bar 4.31 and lifting guide pillar 4.32 top, be fixedly installed on the roller 4.29 of lifting slide bar 4.31 bottom, the lifting ramp 4.24 abutted against with roller 4.29, connect the balladeur train 4.22 of lifting ramp 4.24, balladeur train 4.22 is driven to make the rise crank 4.19 of rise slippage, rise slide link 4.20 and rise traction link 4.23, balladeur train 422 is driven to make the backhaul crank 4.15 of backhaul slippage, backhaul slide link 4.14 and backhaul traction link 4.17, this rise crank 4.19 and backhaul crank 4.15 driven by the rise crank axle 20 be attached thereto and backhaul crank axle 21 respectively, slurry mouth 4.33 and core material mouth 4.34 are arranged on material mouth support plate 4.35, this elevating mechanism arrange can mould push the stage allow material mouth be in mechanism's top, and the mould of movement under avoiding being in die opening state, the work that to avoid is interfered, and after mould is stopped transport, material mouth then can be allowed to drop to mould actinal surface, to ensure the safe injection to raw material.

During work, driven by final drive shaft 15 and longitudinally push away die device 6 and laterally push away the operation of die device 7 alternate intermittent, and then the cake mold 11 promoting to be arranged in inside machine on the interior set mould holder rail 12 in hot-zone 1 and the thermal treatment zone, outside 2 does circulation revolution passing, cake mold 11 is opened to take out finished product cake at machine die sinking station in the process by die-sinking device 8, so that follow-up material feeding, rest the stage at cake mold 11, under transmission system drives, material injecting device 4 injects slurry and core material by the material feeding elevating mechanism arranged thereon in cake mold 11 die cavity, then in mold movement process, carry out matched moulds by matched moulds block 9, move in circles like this, just achieve and the Automatic continuous of cake is made.

Above-mentioned some preferred embodiments only enumerating cake-maker of the present invention, but be not limited to this.When without prejudice to its general principles, also can do some conversion and improvement.Such as, be not limited only to carry out heat radiation conduction pattern with electrothermal tube to cake mold heating, naked light also can be adopted directly to heat, and so on.As long as close, the intimate change of any structure done on basis of the present invention, is all considered as falling into protection scope of the present invention.

Claims (8)

1. a cake-maker, comprise frame (10), cake mold (11), and comprise the material injecting device (4) of barrel, it is characterized in that: described frame (10) table top is arranged with the thermal treatment zone, inner side (l) and the thermal treatment zone, outside (2) in parallel, these both sides, two thermals treatment zone are provided with mould holder rail (12), heating tube (3) is provided with in this two thermal treatment zone, frame (10) table top stage casing is provided with turning-over (5), this turning-over (5) and main unit transmission device are in transmission connection, frame (10) table top one group of diagonal angle is vertically arranged with two covers and longitudinally pushes away die device (6), wherein a set of longitudinal direction pushes away die device (6) and is arranged at the thermal treatment zone (l) one end, inner side, another set of longitudinal direction pushes away die device (6) and is arranged at the thermal treatment zone (2) one end, outside, this longitudinal direction pushes away die device (6) and is in transmission connection on zigzag tread patterns axle (6.7), another group diagonal angle of frame (10) table top is horizontally arranged with two covers and laterally pushes away die device (7), wherein a set of transverse direction pushes away die device (7) and is arranged at the inner side thermal treatment zone (l) other end, another set of transverse direction pushes away die device (7) and is arranged at the outside thermal treatment zone (2) corresponding end, frame (10) table top is provided with matched moulds block (9), frame (10) is also provided with the die-sinking device (8) comprising die sinking rocking arm (8.2), this die-sinking device (8) and transverse direction push away die device (7) and drive by horizontal crank (7.5).

2. cake-maker according to claim 1, it is characterized in that: described turning-over (5) comprises to parallel and spacedly turns over mold shaft seat (5.2), be connected as a single entity by connecting plate (5.4) and the left dish of gripping (5.3) of coaxial setting and the right dish of gripping (5.5), the sprocket wheel mandrel (5.7) be connected with gripping dish shaft extension, the template strand that turns over being connected to the upper circumferential position of sprocket wheel mandrel (5.7) adjustable takes turns (5.6), the left dish of this gripping (5.3) and the equal rotating support of gripping right dish (5.5) shaft extension are in turning in mold shaft seat (5.2), the left dish of this gripping (5.3) and the right dish of gripping (5.5). foretell and be provided with gripping groove (5.8), this gripping groove (5.8) groove width W is slightly larger than the mould insert height matched with it, this turns over mold shaft seat (5.2) inner side and is provided with cambered surface rest (5.1), this cambered surface rest (5.1) cancave cambered surface with grip left dish (5.3) and grip right dish (5.5) concentric gap and arrange.

3. the cake-maker according to claim l, it is characterized in that: described longitudinal direction pushes away die device and comprises longitudinal slide (6.7), be set in parallel in two longitudinal slide bars (6.2) in longitudinal slide (6.1), be socketed on the longitudinal sliding block (6.3) on longitudinal slide bar (6.2), be fixedly installed on the longitudinal push pedal (6.4) on longitudinal sliding block (6.3) and longitudinal transition balladeur train (6.5), guide guide rod (6.9) before the balladeur train of longitudinal transition balladeur train (6.5) slippage, the longitudinal rod one (6.6) that two ends are rotationally connected with longitudinal transition balladeur train (6.5) and longitudinal crank (6.8) respectively, this longitudinal crank (6.8) is fixedly installed on zigzag tread patterns axle (6.7), before this balladeur train, guide rod (6.9) is fixedly installed on frame (10) leading flank, this longitudinal slide (6.1) is fixedly installed on rack table.

4. cake-maker according to claim 1, it is characterized in that: described transverse direction pushes away die device and comprises cross slide (7.1), be set in parallel in two horizontal sliding bars (7.3) in cross slide (7.1), be socketed on the transverse slider (7.2) on horizontal sliding bar (7.3), be fixedly installed on the horizontal push pedal (7.4) on transverse slider (7.2) and stay cord (7.6), stay cord overlap joint block (7.9) of fixed pulling rope (7.6) fag end, the horizontal balladeur train (7.8) of fixed pulling rope overlap joint block (7.9), the transverse link (7.7) that two ends are flexibly connected with horizontal balladeur train (7.8) and horizontal crank (7.5) respectively, this horizontal crank (7.5) is fixedly installed in transverse drive shaft, this stay cord (7.6) is walked around successively and is arranged at guide wheel (7.10) on rack table corner in tightening quadrilateral shape, this cross slide (7.1) is fixedly installed on rack table.

5. the cake-maker according to claim l; it is characterized in that: the die sinking rocking arm (82) in described die-sinking device (8) is hinged in frame (10); this die sinking rocking arm (8.2) is provided with roller (83); this die-sinking device (8) also comprises the die sinking chute (8.4) be arranged on horizontal balladeur train (7), and roller (8.3) slides and is arranged in die sinking chute (8.4).

6. the cake-maker according to claim l, it is characterized in that: described material injecting device (4) comprises material feeding wallboard (4.3), be fixedly installed on the slurry valve body (4.1) on material feeding wallboard (4.3) and core material valve body (426), the sealing that is connected is arranged at the slurry cylinder (4.27) on slurry valve body (4.1), the sealing that is connected is arranged at the core material cylinder (4.28) of core material valve body (4.26) _ seven, seal the slurry valve rod (4.2) of sliding plug in slurry valve body (4.1) valve opening mutually, seal the core material valve rod (4.25) of sliding plug in core material valve body (4.26) valve opening mutually, be connected and be connected to the slurry mouth (4.33) of slurry valve body (4.1) discharging opening, be connected and be connected to the core material mouth (4.34) that (4.26) discharging opening stopped by core material valve, be fixedly connected with the valve rod Connection Block (4.5) of slurry valve rod (4.2) and core material valve rod (4.25), this slurry valve body (4.1) and core material valve are stopped in (4.26) and are provided with suction chamber, above this suction chamber and exit side be provided with the suction check valve and discharging check valve that are made up of reseting pressuring spring (4.36) and steel ball (4.37), this suction check valve and discharging check valve switching motion different, this valve rod Connection Block (4) is taken out crowded device by material and is driven.

7. cake-maker material injecting device according to claim 6, it is characterized in that: described material is taken out crowded device and comprised the material feeding master rocker (4.13) be movably connected on material feeding wallboard (4.3), by the material feeding driving rocker (4.9) that roller (4.8) and material feeding master rocker (4.13) are in transmission connection, the rocker arm shaft (4.10) of affixed material feeding driving rocker (4.9), be fixed on the material feeding work rocking arm (4.11) on rocker arm shaft (4.10), to slide the guide rod slide block (4.5) be connected with material feeding work rocking arm (4.11), two of supporting guide rod slide block (4.5) be arranged in parallel guide rod (4.6), material feeding master rocker (4.13) is driven to carry out taking out taking out material cam (4.18) and driving material feeding master rocker (4.13) to carry out the material extrusion cam (4.12) of material extrusion operation of material operation, this guide rod (4.6) is fixedly installed on material feeding wallboard (4.3), this is taken out material cam (4.18) and is fixedly installed on zigzag tread patterns axle (6.7) axle head, this material extrusion cam (4.12) is fixedly installed on material extrusion camshaft (4.7) axle head.

8. cake-maker material injecting device according to claim 1, it is characterized in that: described main unit transmission device comprises motor (13), by the reductor (14) that shaft coupling is connected with motor (13), the final drive shaft (15) be connected with reductor (14) transmission, be fixedly installed on the partial gear (19) on final drive shaft (15) and locking convex arc dish (16), with the driven gear (18) of partial gear (19) interval external toothing, this driven gear (18) is four, these four driven gears (18) are provided with locking concave arc dish (17), these four driven gears (18) are in the circumferential uniform setting of partial gear (19), these four driven gears (18) are fixed in zigzag tread patterns axle (6.7) respectively, backhaul crank axle (21), on material extrusion camshaft (4.7) and rise crank axle (20).