CN209643714U - A kind of easily clear automatic control integrated form steamed bun making apparatus - Google Patents

Abstract

The utility model discloses a kind of easily clear automatic control integrated form steamed bun making apparatus and its method, the equipment includes and face chances of losing games part, moulding section, guiding self aligning system, electric control system and photoelectric sensor I.The utility model collection and face, the chances of losing games and one are realized easy to clean, intelligent, automatic, integrated steamed bun production and processing, operator are made to free from cumbersome labour using microcomputer control system；Save artificial and production equipment；Product sanitation degree is improved, the health of people is conducive to；It is easy to operate, it is conducive to realize steamed bun industrialization, batch production.

Description

A kind of easily clear automatic control integrated form steamed bun making apparatus

Technical field

The utility model relates to a kind of easily clear automatic control integrated form steamed bun making apparatus and its methods, are related to cooking machinery technology Field.

Background technique

Currently, steamed bun processing enterprise mostly uses dough mixing machine, noodle press, Bun shaping machine to combine as main process apparatus The production for carrying out steamed bun afterwards, when production, operator need to will take out with good dough, manually lead to dough divider again at after fritter Noodle press rubs pressure, and rubbing the dough pressed needs manually to put into steamed bun making machine progress steamed bun base production again, there is equipment occupancy in various degree The problems such as space is big, and the degree of automation is low, and labour cost is high, labor intensity of operating staff is big, and manpower and dough contact frequency Height, influences food hygiene, and safety, sanitary condition are difficult to ensure.Though now some large-scale, automation combined type steamed buns in the market Apparatus for production line, but it is big due to occupying production factory site, and equipment investment is higher, and user is difficult to receive, and constrains the hair of wheaten food industry Exhibition.

Summary of the invention

Technical problem to be solved in the utility model be in view of the defects existing in the prior art, provide a kind of easy to clean, Intelligent, automatic, integrated steamed bun manufacturing and processing equipment and its method.

In order to solve this technical problem, the utility model provides a kind of easily clear automatic control integrated form steamed bun making apparatus, packet It includes and face chances of losing games part, moulding section, guiding self aligning system, electric control system and photoelectric sensor I and face chances of losing games part Be mutually butted assembling by being oriented to self aligning system with moulding section, electric control system be mounted on face chances of losing games part top, Photoelectric sensor I is mounted on moulding section by photoelectric sensor supporting plate；Described and face chances of losing games part include rack I, bucket, Auger combination, agitating paddle, speed reducer I and motor, speed reducer I and motor are fixed on the bottom rack I, and bucket is arranged in rack The top of I；The auger combination settings are mounted in the flange of bucket side in bucket, through bearing I；The agitating paddle is set It sets and is fixed in bucket above auger combination, through bearing I I；The motor wheel of the motor shaft end and the large trough of speed reducer I Pass through classical V*.belt driving between wheel；Auger combination left side is equipped with deceleration sprocket wheel I and stirring driving wheel, deceleration sprocket wheel I with subtract Speed reducer sprocket wheel I on fast machine I is driven by driving chain I；It stirs between driving wheel and the blender sprocket wheel of agitating shaft left end It is driven by driving chain II；It is externally threaded noodle outlet that the right end of the auger combination, which is equipped with mouth end,；The forming part subpackage Including rack II, feeding sleeve, formed combination and speed reducer II, the formed combination are arranged above rack II, and charging is set on Left side forms on screen；The formed combination includes molding screen, upper molding rolling, lower molding rolling, upper roller bearing, lower roller bearing, hairbrush Deceleration sprocket wheel II, subtracting on the deceleration sprocket wheel II and speed reducer II is arranged in axis and hairbrush combination, the lower molding rolling right axle end It is driven between fast chain wheel II by driving chain III, upper molding rolling, lower molding rolling, upper roller bearing, lower roller bearing and brush axle pass through Gear drive；The guiding self aligning system includes guide sleeve, fixing sleeve II, taper guiding axis, backing pin I, backing pin II and locking Nut, guide sleeve are fixed on on the right side of the chances of losing games section bottom of face, and fixing sleeve II is fixed on the bottom left of moulding section, the cone Shape guiding axis is connect with fixing sleeve II by backing pin I, is fixed by backing pin II and guide sleeve positioning；The locking screw mother set into Material is put on, and noodle outlet is docked with feeding sleeve, fastened by locking nut；Described and face chances of losing games part bottom is equipped with return pulley II, The bottom of moulding section is equipped with return pulley I and adjustment stabilizer blade.

Upper cover is equipped with above the bucket, the rear part is fixed with upper cover fixed plate by screw I；The rear portion of the upper cover is logical It is hinged and can rotate around hinged shaft two to cross hinged shaft two and upper cover fixed plate, side and front be respectively equipped with cover supporting structure with Top cover locking mechanism；The upper cover supporting structure includes the upper cover support shaft and upper cover support plate set on upper cover side, upper cover branch Fagging one end by hinged shaft one and upper cover fixed plate it is hinged, the other end be equipped with hook-shaped sliding slot, upper cover by upper cover support shaft with Sliding slot and upper cover support plate are hinged；The top cover locking mechanism includes fixing sleeve I, pressure spring, pin shaft and handle, and handle is arranged in pin Axis one end, the other end of pin shaft are placed in fixing sleeve I together with pressure spring, and the fixing sleeve I is fixed on lid, upper cover latch It is fixed on inside bucket by screw II, upper cover is realized by pin shaft and upper cover latch and locked；The left side of the upper cover is arranged There is photoelectric sensor II.

The noodle outlet, which is fixed on, connects disk side, connects disk and is fixed in bucket, connects and be provided with bearing between disk and noodle outlet Disk.

The formed combination further includes lower rolling transmission gear, intermediate gear, geared sleeve, upper rolling tooth wheel, Jie's gear, brush axle Gear, upper roller gear and lower roller gear；The upper molding rolling, lower molding rolling, upper roller bearing, lower roller bearing and brush axle are mounted on It forms on screen；The upper molding rolling right axle end is provided with geared sleeve and upper rolling tooth wheel, and the geared sleeve passes through with upper rolling tooth wheel Screw IV is fixed together, and there are two arc grooves, screw IV to slide in arc groove for setting on the geared sleeve；It is described it is lower at Type rolls the lower rolling transmission gear of right axle end setting and deceleration sprocket wheel II；Upper roller gear is arranged in the upper roller bearing right axle end；Under described Lower roller gear is arranged in roller bearing right axle end；Hairbrush shaft gear, the lower rolling transmission gear, center tooth is arranged in the brush axle right end Wheel, geared sleeve, upper rolling tooth wheel, Jie's gear, hairbrush shaft gear, upper roller gear and the intermeshing transmission of lower roller gear, are realized Upper molding rolling, lower molding rolling, the rotation of upper roller bearing, lower roller bearing and brush axle.

The formed combination further includes big flour bucket, facet powder hopper, discharge port and flapper, the big flour bucket and small Flour bucket is fixed on the top of molding rolling；The hairbrush combination includes brush body and nylon yarn, and hairbrush combination passes through screw III It is fixed on brush axle, is located inside big flour bucket and facet powder hopper；The lower part on the right side of lower molding rolling is arranged in the discharge port； The flapper is set between lower brace, left perpendicular support, upper stull and the inside casing of right perpendicular support composition, among the rack inside machine It is provided with guide rail supporting plate, the upper plane of guide rail supporting plate and the upper plane of outer cover lower brace are in the same plane, as active catch Plate guiding is used with supporting plate.

The flapper is located in the inside casing being made of lower brace, left perpendicular support, upper stull and right perpendicular support, the active catch The two sides of plate are symmetrically arranged with guide-localization slot, and axial screw is arranged in the top of the left and right sides of inside casing, is fixed by nut In the perpendicular support in a left side in right perpendicular support, axial screw center is greater than the height b of flapper with upper stull lower part distance a, guarantees to live Dynamic baffle is easily removable；Guide-localization groove center differs distance e with the axial screw center in left perpendicular support, right perpendicular support, guarantees to live Without catching phenomenon when dynamic baffle rotation.

The electric control system realizes Automatic Control and half by microcomputer control system and photoelectric sensor cooperation Automatic control function conversion, microcomputer-recognized intelligent control system is by power module, operation control human-computer interface module, acquisition operation control Molding block and motor drive module are constituted.Can according to processing dough attribute difference, by operation interface set mixing time, Treacle face time, chances of losing games time, secondary mixing time, after system reads input information, parameters signal is transmitted to micro computer, then By the speed of Control system simulation conversion control and face chances of losing games motor, according to time change fuzzy control auger revolving speed to control Chances of losing games pressure and chances of losing games amount promote the accuracy of steamed bun metering, control moulding section molding rolling running speed, in certain time model Interior automatic fault detection and normal condition are enclosed, automatic warning steamed bun produces opportunity.

It is Ji Hemian, defeated using laminating mode layer by layer the utility model has the advantages that the utility model simulating hand and face and pressure surface principle Face and one are realized easy to clean, intelligent, automatic, integrated steamed bun production and processing, are made to grasp using microcomputer control system Make personnel to free from cumbersome labour；Save artificial and production equipment, relative remission wheaten food industry " recruitment is waste " Phenomenon；In steamed bun processing, product sanitation degree is improved, the health of people is conducive to；It is easy to operate, meet different output The steamed bun process unit of size requires, and is conducive to realize steamed bun industrialization, batch production, to promotion China's traditional characteristics wheaten food industry Development is made that contribution.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram of the utility model and face chances of losing games part；

Status diagram when Fig. 2 a is cover locking on the utility model and face chances of losing games part；

Status diagram when Fig. 2 b is the utility model and face chances of losing games part upper cover opening；

Fig. 3 is the portion the I enlarged diagram of the utility model Fig. 2 a；

Fig. 4 is the structural schematic diagram of the utility model moulding section；

Fig. 4 a is the structural representation side view of the utility model moulding section；

Fig. 4 b is the structural schematic diagram of the utility model moulding section hairbrush combination；

Fig. 5 is the utility model flapper closed mode schematic diagram；

Fig. 5 a is the utility model flapper closed state cross-sectional view；

Flapper status diagram when Fig. 5 b is the utility model machine operation；

Fig. 5 c is the structural schematic diagram of the utility model flapper.

In figure: 1 electric control system, 2 and face chances of losing games part, 3 noodle outlets, 4 locking nuts, 5 moulding sections, 6 light inductances Answer device I, 7 photoelectric sensor supporting plates, 8 return pulley I, 9 adjustment stabilizer blades, 10 backing pins, 11 taper guiding axis, 12 backing pins, 13 return pulley II, 14 Rack I, 15 speed reducer I, 16 speed reducer sprocket wheel I, 17 driving chain I, 18 flange seats, 19 deceleration sprocket wheel I, 20 bearing Is, 21 stirrings Driving wheel, 22 flanges, 23 driving chain II, 24 agitating shafts, 25 blender sprocket wheels, 26 bearing I I, 27 photoelectric sensor II, on 28 Lid, the combination of 29 buckets, the combination of 30 agitating paddles, 31 augers, 32 buckets, 33 bearing chambers, 34 connect disk, 35 supporting disks, 36 guide sleeves, 37 Motor, 38 motor wheels, 39 classical V-belts, 40 big grooved wheels, 41 upper cover fixed plates, 42 screw I, 43 hinged shafts one, 44 hinged shafts two, 45 Upper cover support plate, 46 sliding slots, 47 upper cover support shafts, 48 upper cover latch, 49 top cover locking mechanisms, 50 fixing sleeve I, 51 handles, 52 pressure springs, 53 pin shafts, 54 screw II, the combination of 55 hairbrush, 56 big flour buckets, 57 brush axles, molding rolling, 59 screw III, 60 on 58 Facet powder hopper, 61 hairbrush shaft gears, 62 molding screens, 63 Jie's gears, 64 screw IV, 65 geared sleeves, 66 upper rolling tooth wheels, among 67 Gear, 68 lower rolling transmission gears, 69 deceleration sprocket wheel II, 70 driving chain III, 71 lower molding rollings, 72 discharge ports, 73 deceleration chains Take turns II, 74 speed reducer II, 75 rack II, 76 fixing sleeve II, roller gear on 77, roller bearing, 79 flappers, 80 axle position spiral shells on 78 Nail center, 81 lower roller gears, 82 lower roller bearings, 83 lower braces, 84 left perpendicular supports, 85 axial screws, 86 nuts, stull, 88 on 87 The perpendicular support in the right side, 89 rear baffles, 90 guide rail supporting plates, 91 guide-localization slots, 92 brush bodies, 93 nylon yarns, 94 upper covers support locking automatically Mechanism, 95 guiding self aligning systems, 96 formed combinations, 97 feeding sleeves.

Specific embodiment

The utility model is specifically described with reference to the accompanying drawings and embodiments.

Fig. 1 show the structural schematic diagram of the utility model.

The utility model provides a kind of easily clear automatic control integrated form steamed bun making apparatus, including with face chances of losing games part 2, molding Part 5, guiding self aligning system 95, electric control system 1 and photoelectric sensor I6 and face chances of losing games part 2 and moulding section 5 are logical It crosses guiding self aligning system 95 and is mutually butted assembling, electric control system 1 is mounted on and 2 top of face chances of losing games part, optoelectronic induction Device I6 is mounted on moulding section 5 by photoelectric sensor supporting plate 7.

Fig. 2 show the structural schematic diagram of the utility model and face chances of losing games part.

Fig. 2 a show status diagram when cover locking on the utility model and face chances of losing games part.

Fig. 2 b show status diagram when the utility model and face chances of losing games part upper cover opening.

Fig. 3 show the portion the I enlarged diagram of the utility model Fig. 2 a.

Described and face chances of losing games part 2 includes rack I14, bucket 32, auger combination 31, agitating paddle 30, speed reducer I15 and electricity Motivation 37, speed reducer I15 and motor 37 are fixed on the bottom rack I14, and the top of rack I14 is arranged in bucket 32；The strand Dragon combination 31 is arranged in bucket 32, is mounted in the flange 22 of 32 side of bucket by bearing I 20；The agitating paddle 30 is arranged It is fixed in bucket 32 above auger combination 31, through bearing I I26；The motor wheel 38 of 37 shaft end of motor and deceleration It is driven between the big grooved wheel 40 of machine I15 by classical V-belt 39；31 left side of auger combination is equipped with deceleration sprocket wheel I19 and stirring Driving wheel 21, the speed reducer sprocket wheel I16 on deceleration sprocket wheel I19 and speed reducer I15 are driven by driving chain I17；Stirring is actively It is driven between wheel 21 and the blender sprocket wheel 25 of 24 left end of agitating shaft by driving chain II23；The right end of the auger combination 31 It is externally threaded noodle outlet 3 equipped with mouth end.

The noodle outlet 3, which is fixed on, connects 34 side of disk, connects disk 34 and is fixed in bucket 32, connects between disk 34 and noodle outlet 3 It is provided with supporting disk 35.

Upper cover 28 is equipped with above the bucket 32, the rear part is fixed with upper cover fixed plate 41 by screw I42；The upper cover 28 rear portion is hinged by hinged shaft 2 44 and upper cover fixed plate 41 and can rotate around hinged shaft 2 44, and side and front are set respectively There are upper cover supporting structure and top cover locking mechanism 49；The upper cover supporting structure includes the upper cover support shaft set on 28 side of upper cover 47 and upper cover support plate 45,45 one end of upper cover support plate is hinged by hinged shaft 1 and upper cover fixed plate 41, and the other end, which is equipped with, to be hooked The sliding slot 46 of shape, upper cover 28 are hinged by upper cover support shaft 47 and sliding slot 46 and upper cover support plate 45；The top cover locking mechanism 49 include fixing sleeve I50, pressure spring 52, pin shaft 53 and handle 51, the setting of handle 51 in 53 one end of pin shaft, the other end of pin shaft 53 with Pressure spring 52 is placed in together in fixing sleeve I50, and the fixing sleeve I50 is fixed in upper cover 28, and upper cover latch 48 passes through screw II54 is fixed on inside bucket 32, and upper cover 28 is realized by pin shaft 53 and upper cover latch 48 and locked；The left side of the upper cover 28 It is provided with photoelectric sensor II27.

Upper cover 28 it is specifically used: pull out handle 51, pin shaft 53 and upper cover latch 48 are detached from, upper cover 28 and photoelectricity Inductor II27 distance increases, and can be automatically stopped operating, and when starting upper cover 28 and arriving certain angle, upper cover support shaft 47 can prop up automatically Hold fixation.

It is specifically used with face chances of losing games machine: after setting each parameter by man-machine interface, to press start button, motor 37 is logical Cross motor wheel 38, classical V-belt 39, big grooved wheel 40, speed reducer sprocket wheel I16, deceleration sprocket wheel II19, driving chain 17I, stirring actively Wheel 21, blender sprocket wheel 25 and driving chain II23 drive auger combination 31 and agitating paddle 30 to rotate, auger combination 31 and stirring 30 forward and backward of paddle, running speed and the duration of runs are automatically controlled by microcomputer control system.

Fig. 4 show the structural schematic diagram of the utility model moulding section.

Fig. 4 a show the structural representation side view of the utility model moulding section.

Fig. 4 b show the structural schematic diagram of the utility model moulding section hairbrush combination.

The moulding section 5 includes rack II75, feeding sleeve 97, formed combination 96 and speed reducer II74, the molding group It closes 96 to be arranged above rack II75, the setting of feeding sleeve 97 is on left side molding screen 62.

The formed combination 96 include molding screen 62, upper molding rolling 58, lower molding roll 71, upper roller bearing 78, lower roller bearing 82, Brush axle 57 and hairbrush combination 55, the lower molding roll 71 right axle ends and are arranged deceleration sprocket wheel II69, the deceleration sprocket wheel II69 and It is driven between speed reducer sprocket wheel II73 on speed reducer II74 by driving chain III70, upper molding rolling 58, lower molding roll 71, Upper roller bearing 78, lower roller bearing 82 and brush axle 57 pass through gear drive；

The formed combination 96 further includes lower rolling transmission gear 68, intermediate gear 67, geared sleeve 65, upper rolling tooth wheel 66, is situated between Gear 63, hairbrush shaft gear 61, upper roller gear 77 and lower roller gear 81；71, upper rolling are rolled in the upper molding rolling 58, lower molding Axis 78, lower roller bearing 82 and brush axle 57 are mounted on molding screen 62；The upper molding rolls 58 right axle ends and is provided with geared sleeve 65 With upper rolling tooth wheel 66, the geared sleeve 65 is fixed together with upper rolling tooth wheel 66 by screw IV64, is set on the geared sleeve 65 It sets there are two arc groove, screw IV64 can be slided in arc groove；The lower rolling transmission gear of 71 right axle ends setting is rolled in the lower molding 68 and deceleration sprocket wheel II69；Upper roller gear 77 is arranged in the 78 right axle end of upper roller bearing；Under 82 right axle end of the lower roller bearing setting Roller gear 81；57 right end of brush axle is arranged hairbrush shaft gear 61, the lower rolling transmission gear 68, intermediate gear 67, on Hobbing machine 66, Jie's gear 63, hairbrush shaft gear 61, upper roller gear 77 and the intermeshing of lower roller gear 81 are driven, in realization Molding rolling 58, lower molding rolling 71, the rotation of upper roller bearing 78, lower roller bearing 82 and brush axle 57.

The formed combination 96 further includes big flour bucket 56, facet powder hopper 60, discharge port 72 and flapper 79, described big Flour bucket 56 and facet powder hopper 60 are fixed on the top of molding rolling 58；The hairbrush combination 55 includes brush body 92 and nylon yarn 93, hairbrush combination 55 is fixed on brush axle 57 by screw III59, is located inside big flour bucket 56 and facet powder hopper 60；Institute State the lower part that lower 71 right side of molding rolling is arranged in discharge port 72；The flapper 79 be set to lower brace 83, left perpendicular support 84, on Between stull 87 and the inside casing of right 88 composition of perpendicular support, guide rail supporting plate 90 is provided among the rack inside machine, guide rail supporting plate 90 Upper plane and the upper plane of outer cover lower brace are in the same plane, use as the guiding of flapper 79 with supporting plate.

The guiding self aligning system 95 includes guide sleeve 36, fixing sleeve II76, taper guiding axis 11, backing pin I10, backing pin II12 and locking nut 4, guide sleeve 36, which is fixed on, is fixed on moulding section 5 with 2 bottom right of face chances of losing games part, fixing sleeve II76 Bottom left, the taper guiding axis 11 connect by backing pin I10 with fixing sleeve II76, passes through backing pin II12 and guide sleeve 36 Positioning is fixed；On feeding sleeve 97, noodle outlet 3 is docked with feeding sleeve 97, is fastened by locking nut 44 sets of the locking nut； Described and face chances of losing games part 2 bottom is equipped with return pulley II13, and the bottom of moulding section 5 is equipped with return pulley I8 and adjustment stabilizer blade 9.

When being mutually butted cooperation assembling with face chances of losing games part 2 and moulding section 5, with the adjustment stabilizer blade 9 of 5 bottom of moulding section Moulding section 5 is fixed, and when pushing with face chances of losing games part 2 close to moulding section 5, taper guiding axis 11 is inserted into 36 inner hole of guide sleeve It realizes nature pilot centering, when 3 end face of noodle outlet and 97 end face of feeding sleeve are adjacent to, backing pin II12 is inserted into guide sleeve 36 and taper Realize that guiding axis 11 is fixed in 11 fixation hole of guiding axis, top locking nut 4 is tightened with noodle outlet 3, easily realization pair It connects；When cleaning, locking nut 4 is screwed off, extracts the backing pin II12 of guide sleeve 36 and taper guiding axis 11, to far from moulding section 5 Direction push and face chances of losing games part 2, easily realize separation.The utility model easily realizes and face chances of losing games part 2 and molding Part 5 is mutually butted and separates, and realizes product easy to clean function, improves the sanitation degree of steamed bun processing.

Fig. 5 show the utility model flapper closed mode schematic diagram.

Fig. 5 a show the utility model flapper closed state cross-sectional view.

Flapper status diagram when Fig. 5 b show the utility model machine operation.

Fig. 5 c show the structural schematic diagram of the utility model flapper.

The flapper 79 is located in the inside casing being made of lower brace 83, left perpendicular support 84, upper stull 87 and right perpendicular support 88, The two sides of the flapper 79 are symmetrically arranged with guide-localization slot 91, and the upper of the left and right sides of inside casing is arranged in axial screw 85 Portion is fixed on left perpendicular support 84 by nut 86 in right perpendicular support 88, and 85 center of axial screw and upper 87 lower part distance a of stull are big In the height b of flapper, guarantee that flapper 79 is easily removable；91 center of guide-localization slot and left perpendicular support 84, right perpendicular support 88 On axial screw center 80 differ distance e, guarantee flapper 79 rotate when without catching phenomenon.

Flapper 79 is specifically used: making to live towards upper 87 lower plane of stull by the planar ends of flapper 79 when installation Guide-localization slot 91 on dynamic baffle 79 is located at front, from the top of axial screw 85 insertion inner frame, when guide-localization slot When 91 open ends are overlapped with 85 center of axial screw, axial screw 85 enters in guide-localization slot 91 naturally, with axial screw 85 Flapper 79 is gently rotated for rotation center, makes lower part and 83 upper contact of lower brace of flapper 79, in flapper Under 79 self gravity and the positioning of lower brace 83, the closed state of flapper 79 is realized；When unlatching, active catch is pressed with hand The top at the axial screw center 80 of plate 79, when the lower part of flapper 79 and the disengaging of lower brace 83, flapper 79 is certainly Fall naturally under body gravity, axial screw center 80 is overlapped with 91 center of guide-localization slot, the top of flapper 79 with Upper 87 lower plane of stull generates the gap of distance e, gently rotates flapper 79 and as inward direction is inserted into, and works as guide-localization When 91 open end of slot is overlapped with axial screw center 80, supreme 87 lower plane of stull of flapper 79 is lifted upwards, it easily will be movable Baffle 79 takes out, and flapper 79 is flatted down, the guide-localization slot 91 on flapper 79 is located at rear portion and is put into inside casing bottom Portion is used as junction disk.

The electric control system 1 realizes Automatic Control and half by microcomputer control system and photoelectric sensor cooperation Automatic control function conversion, microcomputer-recognized intelligent control system is by power module, operation control human-computer interface module, acquisition operation control Molding block and motor drive module are constituted.Can according to processing dough attribute difference, by operation interface set mixing time, Treacle face time, chances of losing games time, secondary mixing time, after system reads input information, parameters signal is transmitted to micro computer, then By the speed of Control system simulation conversion control and face chances of losing games motor, according to time change fuzzy control auger revolving speed to control Chances of losing games pressure and chances of losing games amount promote the accuracy of steamed bun metering, control moulding section molding rolling running speed, in certain time model Interior automatic fault detection and normal condition are enclosed, automatic warning steamed bun produces opportunity.

The method that the utility model processes steamed bun, includes the following steps:

Mixing time, treacle face time, chances of losing games time, secondary mixing time are set by operation interface；Will to powder processed Material pours into bucket 32, by dough mixing machine setting with surface state and operate, then by additive or dissolved with the water of additive or other Liquid is added in bucket, and upper cover 28 is covered tightly, and presses start button, and system reads input information automatically, and parameters signal passes Micro computer and face chances of losing games part are sent to by the parameter of setting, by acting with face, treacle face, secondary and face；After dough is become reconciled, machine Device can issue information warning, prompt moulding section 5 that will operate, preparation of working well, after arrival setting time and face chances of losing games portion Points 2 operate simultaneously with moulding section 5, carry out the production of steamed bun base, and in steamed bun base production process, product passes through Control system simulation turn Change the speed of control and face chances of losing games motor 38, control moulding section molding rolling running speed, according to time change fuzzy control Chances of losing games amount promotes the accuracy of steamed bun metering；Control system detects the production status of steamed bun base automatically within the scope of certain time Fault detection is carried out, when steamed bun base just starts production, when control system can't detect steamed bun base within the scope of certain time, is produced Product can issue information warning, prompt to be likely to occur exception or failure, and be automatically stopped operating；When steamed bun base has produced, control system When system can't detect steamed bun base within the scope of certain time, machine can be automatically stopped operating.

The utility model has the following characteristics that

The electric control system of the utility model uses micro computer numerical control system, realizes and automatically controls；

The utility model in such a way that micro computer control combines, realizes that failure is examined automatically using optoelectronic induction transmission information Survey warning function；

The utility model drives speed reducer to slow down with face chances of losing games section motor, and reduction of speed is convenient；

The moulding section of the utility model is slowed down using motor reducer, is convenient for reduction of speed；

The utility model is connected using guiding self aligning system realization with face chances of losing games machine with moulding section, and the bottom of rack is set There is idler wheel, the bottom of moulding section rack is additionally provided with adjustment stabilizer blade；Easy to disassemble, cleaning and assembly；

The utility model and face chances of losing games machine side bucket in equipped with differential operating auger combination and agitating paddle, accelerate and face speed Degree；

The utility model can carry out both forward and reverse directions rotation with the combination of face chances of losing games machine auger, be convenient for and face and the chances of losing games；

Being equipped with face chances of losing games machine side bucket side for the utility model connects disk and noodle outlet, is convenient for the chances of losing games；

The utility model and face chances of losing games part upper cover is using automatic bearing, automatically lock and flip stop mechanism, just In dough mixing machine use and safety operation；

The utility model uses frequency control of motor speed structure with face chances of losing games part, convenient for control and face and chances of losing games speed.

The utility model simulating hand and face and pressure surface principle, using laminating mode layer by layer, Ji Hemian, the chances of losing games and one, Using microcomputer control system, easy to clean, intelligent, automatic, integrated steamed bun production and processing are realized, makes operator from numerous It frees in trivial labour；Save artificial and production equipment, relative remission wheaten food industry " recruitment is waste " phenomenon；Steamed bun adds In work, product sanitation degree is improved, is conducive to the health of people；It is easy to operate, meet the steamed bun of different output size Process unit requires, and is conducive to realize steamed bun industrialization, batch production, be made that the development for pushing China's traditional characteristics wheaten food industry Contribution.

The utility model the embodiment above, is merely illustrative, be not it is only, it is all in the scope of the utility model Or the change in equivalent the scope of the utility model is surrounded by the utility model.

Claims (7)

1. a kind of easily clear automatic control integrated form steamed bun making apparatus, it is characterised in that: including with face chances of losing games part (2), moulding section (5), self aligning system (95), electric control system (1) and photoelectric sensor I(6 are oriented to) and face chances of losing games part (2) with form Partially (5) are mutually butted assembling by being oriented to self aligning system (95), and electric control system (1) is mounted on and face chances of losing games part (2) top, photoelectric sensor I(6) it is mounted on moulding section (5) by photoelectric sensor supporting plate (7)；Described and face chances of losing games portion Point (2) include rack I(14), bucket (32), auger combine (31), agitating paddle (30), speed reducer I(15) and motor (37), Speed reducer I(15) and motor (37) be fixed on rack I(14) bottom, bucket (32) be arranged in the top of rack I(14)；It is described Auger combination (31) setting is mounted in the flange (22) of bucket (32) side in bucket (32), through bearing I (20)；It is described Agitating paddle (30) setting is fixed on bucket (32) above auger combination (31), through bearing I I(26)；The motor (37) motor wheel (38) and speed reducer I(15 of shaft end) big grooved wheel (40) between by classical V-belt (39) be driven；The auger Combine and be equipped with deceleration sprocket wheel I(19 on the left of (31)) and stirring driving wheel (21), deceleration sprocket wheel I(19) and speed reducer I(15) on Speed reducer sprocket wheel I(16) pass through driving chain I(17) transmission；Stir the blender chain of driving wheel (21) and agitating shaft (24) left end Take turns and pass through driving chain II(23 between (25)) transmission；It is externally threaded appear that the right end of the auger combination (31), which is equipped with mouth end, Mouth (3)；The moulding section (5) includes rack II(75), feeding sleeve (97), formed combination (96) and speed reducer II(74), institute Formed combination (96) setting is stated above rack II(75), feeding sleeve (97) setting is in left side molding screen (62)；It is described at It includes molding screen (62), upper molding rolling (58), lower molding rolling (71), upper roller bearing (78), lower roller bearing (82), hair that type, which combines (96), Deceleration sprocket wheel II(69 is arranged in brush axis (57) and hairbrush combination (55), described lower molding rolling (71) right axle end), the deceleration sprocket wheel II(69) and speed reducer II(74) on speed reducer sprocket wheel II(73) between pass through driving chain III(70) transmission, upper molding rolls (58), lower molding rolling (71), upper roller bearing (78), lower roller bearing (82) and brush axle (57) pass through gear drive；The guiding is made by oneself Position system (95) include guide sleeve (36), fixing sleeve II(76), taper guiding axis (11), backing pin I(10), backing pin II(12) and lock Tight nut (4), guide sleeve (36), which is fixed on, is fixed on moulding section with face chances of losing games part (2) bottom right, fixing sleeve II(76) (5) bottom left, the taper guiding axis (11) pass through backing pin I(10) it is connect with fixing sleeve II(76), by backing pin II (12) it is fixed with guide sleeve (36) positioning；The locking nut (4) covers on feeding sleeve (97), noodle outlet (3) and feeding sleeve (97) it docks, fastened by locking nut (4)；Described and face chances of losing games part (2) bottom is equipped with return pulley II(13), moulding section (5) bottom is equipped with return pulley I(8) and adjustment stabilizer blade (9).

2. easily clear automatic control integrated form steamed bun making apparatus according to claim 1, it is characterised in that: on the bucket (32) Side is equipped with upper cover (28), and the rear part passes through screw I(42) it is fixed with upper cover fixed plate (41)；The rear portion of the upper cover (28) passes through Hinged shaft two (44) is hinged with upper cover fixed plate (41) and can rotate around hinged shaft two (44), and side and front are respectively equipped with upper cover Support construction and top cover locking mechanism (49)；The upper cover supporting structure includes the upper cover support shaft set on upper cover (28) side (47) and upper cover support plate (45), upper cover support plate (45) one end pass through hinged shaft one (43) and upper cover fixed plate (41) hingedly, separately One end is equipped with hook-shaped sliding slot (46), and upper cover (28) is cut with scissors by upper cover support shaft (47) and sliding slot (46) and upper cover support plate (45) It connects；The top cover locking mechanism (49) includes fixing sleeve I(50), pressure spring (52), pin shaft (53) and handle (51), handle (51) set Set in pin shaft (53) one end, the other end of pin shaft (53) and pressure spring (52) are placed in fixing sleeve I(50 together) in, the fixing sleeve I (50) it is fixed on upper cover (28), upper cover latch (48) passes through screw II(54) it is fixed on bucket (32) inside, upper cover (28) It is realized and is locked by pin shaft (53) and upper cover latch (48)；Photoelectric sensor II is provided on the left of the upper cover (28) (27).

3. easily clear automatic control integrated form steamed bun making apparatus according to claim 1, it is characterised in that: the noodle outlet (3) It is fixed on and connects disk (34) side, connect disk (34) and be fixed on bucket (32), connect and be provided with bearing between disk (34) and noodle outlet (3) Disk (35).

4. easily clear automatic control integrated form steamed bun making apparatus according to claim 1, it is characterised in that: the formed combination It (96) further include lower rolling transmission gear (68), intermediate gear (67), geared sleeve (65), upper rolling tooth wheel (66), Jie's gear (63), hair Brush shaft gear (61), upper roller gear (77) and lower roller gear (81)；The upper molding rolling (58), lower molding roll (71), on Roller bearing (78), lower roller bearing (82) and brush axle (57) are mounted in molding screen (62)；Described upper molding rolling (58) right axle end is set It is equipped with geared sleeve (65) and upper rolling tooth wheel (66), the geared sleeve (65) passes through screw IV(64 with upper rolling tooth wheel (66)) it is fixed on Together, there are two arc groove, screw IV(64 for setting on the geared sleeve (65)) it can be slided in arc groove；The lower molding rolling (71) lower rolling transmission gear (68) of right axle end setting and deceleration sprocket wheel II(69)；Upper roller bearing is arranged in upper roller bearing (78) the right axle end Gear (77)；Lower roller gear (81) are arranged in lower roller bearing (82) the right axle end；Brush axle is arranged in brush axle (57) right end Gear (61), the lower rolling transmission gear (68), intermediate gear (67), geared sleeve (65), upper rolling tooth wheel (66), Jie's gear (63), hairbrush shaft gear (61), upper roller gear (77) and lower roller gear (81) intermeshing are driven, and rolling is formed in realization (58), the rotation of lower molding rolling (71), upper roller bearing (78), lower roller bearing (82) and brush axle (57).

5. easily clear automatic control integrated form steamed bun making apparatus according to claim 1, it is characterised in that: the formed combination It (96) further include big flour bucket (56), facet powder hopper (60), discharge port (72) and flapper (79), the big flour bucket (56) The top of upper molding rolling (58) is fixed on facet powder hopper (60)；The hairbrush combination (55) includes brush body (92) and nylon yarn (93), hairbrush combination (55) passes through screw III(59) it is fixed on brush axle (57), is located at big flour bucket (56) and facet powder hopper (60) internal；Lower part of discharge port (72) setting on the right side of lower molding rolling (71)；The flapper (79) is set to down Between stull (83), left perpendicular support (84), upper stull (87) and the inside casing of right perpendicular support (88) composition, setting among the rack inside machine Have guide rail supporting plate (90), the upper plane of guide rail supporting plate (90) and the upper plane of outer cover lower brace are in the same plane, as work Dynamic baffle (79) guiding is used with supporting plate.

6. easily clear automatic control integrated form steamed bun making apparatus according to claim 5, it is characterised in that: the flapper (79) it is located in the inside casing being made of lower brace (83), left perpendicular support (84), upper stull (87) and right perpendicular support (88), the active catch The two sides of plate (79) are symmetrically arranged with guide-localization slot (91), axial screw (85) be arranged in the left and right sides of inside casing top, It is fixed on left perpendicular support (84) and right perpendicular support (88) by nut (86), axial screw (85) center and upper stull (87) lower part Distance a is greater than the height b of flapper, guarantees that flapper (79) are easily removable；Guide-localization slot (91) center and left perpendicular support (84), the axial screw center (80) on right perpendicular support (88) differs distance e, guarantees existing without clamping stagnation when flapper (79) rotation As.

7. easily clear automatic control integrated form steamed bun making apparatus according to claim 1-6, it is characterised in that: the electricity Gas control section (1) Automatic Control and semiautomatic control function are realized by microcomputer control system and photoelectric sensor cooperation Conversion, microcomputer-recognized intelligent control system is by power module, operation control human-computer interface module, acquisition operation control module and motor Drive module is constituted.