CN1032418A

CN1032418A - Machine for forming bread and steamed bread

Info

Publication number: CN1032418A
Application number: CN 88106032
Authority: CN
Inventors: 蔡石柱
Original assignee: Individual
Current assignee: Individual
Priority date: 1987-09-25
Filing date: 1988-08-10
Publication date: 1989-04-19
Also published as: CN1016755B; JPS6452471U

Abstract

A kind of bread, steamed bun food forming machine tool, utilize fermented dough to make band shape, with the feeding roller system, through faric system or with the filling system, behind left side volume system, right volume system, orthopedic systems, stripping and slicing system, briquet orthopedic systems and row's disc system, the moulding briquet is come on the dish again, can be directly for baking processing.

Description

Machine for forming bread and steamed bread

Bread, steamed bun food were to use flour through fermentation process in the past, were cut into the embryo piece again through kneadding and shaping then, like this, gave birth to embryo by this kind of manual manufacture, and speed is slow.In addition, also have the machining mode, it utilizes two double helix to rotate the pressurization dough, but the dough of making, friction generates heat because of being subjected to, and causes the viscosity variation of dough, causes the goods quality harder, do not have soft property.

The purpose of this invention is to provide a kind of machine for forming bread and steamed bread, can address the above problem.This bread, steamed bun food forming machine tool, utilize fermented dough to make band shape, with the feeding roller system, through faric system or with the filling system, again behind left side volume system, right volume system, orthopedic systems, stripping and slicing system, embryo piece orthopedic systems and row's disc system, the embryo piece of making is come on the dish, can be directly for baking processing.

Describe structure of the present invention and characteristics in detail below in conjunction with an embodiment shown in the drawings.

Fig. 1: the combination stereogram of roller system of the present invention, faric system, left volume system and right volume system.

Fig. 2: the three-dimensional exploded view of roller system of the present invention.

Fig. 3: the stereogram of the faric system of the present invention.

Fig. 4,5 and 6: the present invention left side volume system diagram.

Fig. 7 and 8: the right volume of the present invention system diagram.

Fig. 9,10,11 and 12: the structural map of stripping and slicing of the present invention system.

Figure 13: the combination stereogram of orthopedic systems of the present invention, stripping and slicing system, embryo piece orthopedic systems.

Figure 14: the exploded perspective view of orthopedic systems of the present invention.

Figure 15: the exploded view of embryo piece orthopedic systems of the present invention.

Figure 16～20: the present invention arranges the structural map of disc system.

Figure 21 and 22: second embodiment of the faric system of the present invention.

1. roller system 11. transport platform 12. running rollers

13. running roller 14. axle beds 15. screw rods

16. bevel reduction gear set 17. chains 18. sprocket wheels

19. handle 2. faric systems 21. motors

22. worm gear 23. worm screws 24. gears

25. chain 26. screw rods 27. puddlers

28. the left volume of agitator 3. system 31. slides

311. 29. barrel of 291. belt pulley of dovetail groove

312. screw 313. screws 314. bolts

292. gate 293. brush wheels 315. are adjusted bolt

316. 321. months eyebrow grooves of rail 32. compoboards

33. slide plate 331. screws 332. bolts

333. bevel gear 334. handles 335. bevel gears

336. cover plate 337. bolts 338. screws

34. auxiliary block 341. bolts 342. motors

343. running roller 344. depression bars 345. bolts

346. spring 347. microswitches 35. are adjusted handle

351. chain 352. sprocket wheels 353. screw threads

4. right volume system 41. running rollers, 42. running rollers

43. fixed mount 44. fixed mounts 5. orthopedic systems

51. taking turns 52. takes turns 53. and takes turns

54. axostylus axostyle 55. slide plates 56. screw rods

57. bevel reduction gear set 58. rotating handleses 59. retaining rail

6. stripping and slicing system 61. dishes, 611. screw threads

612. nut 62. dishes 63. flywheels

64. eccentric rod 65. lifting shafts 66. cuttves

67. restrain roller 68. springs 7. embryo piece shaping bars

71. 73. of pallet 72. central siphons

74. gear 75. bevel gears 76. running rollers

77. running roller 78. screw rods 79. slides

70. rail 701. is adjusted bolt 702. and is struck off plate

703. conveyer belt 8. row's disc systems 81. seats of honour

811. belt conveyor 812. cross bars 813. dishes

814. 815. 816. slide blocks of motor

82. following seat 821. rails 822. limit key pieces

823. 825. on spring 824. direction transformation bars

826. seat 827. screws 828. screws

829. cap

Usually make dough system and utilize roll-in machinery,, make dough be mixed into more even situation, and this dough becomes the band of flat after via roll-in machinery dough spreading repeatedly, and successively by being output between running roller.The present invention utilizes the dough of this band shape to be base material, fed transport platform 11 as shown in Figure 1, then via as shown in Figure 1 roller system 1, via faric system 2, again by left side volume system 3, right volume system 4, dough is rolled into round bar, again via as shown in Figure 9 orthopedic systems 5, stripping and slicing system 6 and embryo piece orthopedic systems 7, after this embryo piece enter as shown in figure 13 row's disc system 8 again.

As Fig. 1, roller system 1 shown in 2 comprises the transport platform 11 of front end introducing dough, on this transport platform 11 many running rollers is arranged, and makes the conveying of dough comparatively sliding smooth, roller system 1 also includes two groups to being referred to as running

roller

12,13, makes dough be rolled into more strip through two groups of 12,13 of running rollers thus.The crack can be conditioned between roller set 12 or 13 its two symmetrical running rollers.The lower roll wheel of this two roller set is fixed on the frame, and the upper roll wheel support is on an axle bed 14, and axle bed 14 can utilize the screw on the axle bed 14 along the grooved rail lifting in the frame, is subjected to rotating band moving axis seat 14 liftings of screw rod 15.The rotation of screw rod 15 is subjected to bevel reduction gear set 16 control, and the rotation of these bevel reduction gear set 16, is subjected to the interlock of chain 17 and key wheel 18 again.As long as make 9 rotations, promptly can adjust crack between these two groups of running

rollers

12,13, rolled over the thickness of dough with decision.

Faric as shown in Figure 3 system 2 is attached to roller system 1 side afterwards, and the design of this faric system makes to be suitable for adding pulpous state filling material, and whether this faric system 2 is installed determines according to instructions for use.

Faric system 2 drives a worm gear 22 with a motor 21 to rotate, via the gear on the worm screw 23 24, drive a screw rod 26 and puddler 27 rotations with chain 25, utilize puddler 27 in agitator 28, to stir the filling material,, stop up outlet to prevent the assembly of filling material, when the filling material is dropped on screw rod 26, because the rotation of screw rod 26, then the filling material is sent, and drops on down on the musculus cutaneus that rolling becomes band.

The left side volume 3(of system is referring to readding 4,5), turtledove groove 311 by the bottom of a removable slide 31, on frame, move, on slide 31, be provided with screw 312,313, can be for bolt 314 fixed combination plates 32, in addition with two through the moon eyebrow groove 321 screw in the adjustment bolt 315 of screws 313 with the angle between adjustment compoboard 32 and the slide 31.

Slide 31 is provided with the rail 316 of two settings again, supply a slide plate 33 liftings along rail 316, slide plate 33 is provided with a screw 331, screw in for a bolt 332, the other end of bolt 332 has a bevel gear 333, and it is meshed with a bevel gear 335 of adjusting handle 334, and bolt 332 is limited in rotation in the cover plate 336, and cover plate 336 can utilize bolt 337 to be fixed on the upper end of rail 316, with restriction slide plate 33 it can not be run off.According to above setting, utilize the rotation of handle 334 can control the lifting of slide plate 33, and slide plate 33 is provided with screw 338, can be auxiliary block 34 is fixing for bolt 341.

Compoboard 32 includes an extended arm 322, is combined with a running roller 323 between arm 322 and the compoboard 32.Running roller 323 is driven by motor 324 and drives with belt 325, along counterclockwise rotating shown in the arrow.The groove that the vertical bar shape is arranged on the running roller 323, this running roller hanging is held under slide 31, and and the bottom side carry the conveyer belt of musculus cutaneus to keep distance between about 2m/m, and keep about 10 angles of spending to 15 degree with the conveyer belt direct of travel.

Auxiliary block 34 usefulness bolts 341 are fixed on the slide plate 33.This auxiliary block 34 is provided with a running roller 343 in addition, and this running roller 343 is by motor 342 driven rotary.Usually running roller 343 is adjusted at the right side of the running roller 323 on the compoboard 32, and the direction of rotation of this running roller 343 and running roller 323 is identical.Also be provided with the straight trough bar on the surface of running roller 343.In addition, also be provided with a depression bar 344 in its front end position, this depression bar 344 is a fulcrum with a bolt 345, gives tractive in depression bar 344 rear ends with a spring 346, is pressed in downwards with the front end that keeps depression bar 344 on the surface of preceding musculus cutaneus.This depression bar 344 is rotating, and it is rotation naturally with the rotation of musculus cutaneus, and its pressure is by the decision of the pulling force of spring 346, but unsuitable excessive, in order to avoid scratch musculus cutaneus.

In addition, be provided with several microswitches 347 on auxiliary block 34, this microswitch 347 respectively stretches out contact pilotage once, to touch on musculus cutaneus.The control of via line drives a particular motor (not shown), drives one through sprocket wheel 352 and adjusts handle 35.

The terminal of adjusting handle 35 is provided with screw thread 353 and can meshes with the screw 317 on the slide 31, is fixed on rotationally on the frame and adjust handle 35, therefore, adjusts handle 35-and rotates, and can drive slide 31, to change the position of running roller 323.

As shown in Figure 6, running roller 323 is positioned at belt conveyor about 2 millimeters highly the locating in upper end.Usually musculus cutaneus is after running roller 12,13 spreadings (as shown in Figure 1, 2), and its thickness need be set at more than 2 millimeters.So, when belt conveyor was carried musculus cutaneus, the left front end of musculus cutaneus can touch running roller 323, be subjected to due to the rotation of running roller 323, this musculus cutaneus can be provoked, and this musculus cutaneus touches running roller 343 again, be subjected to the rotation of this running roller 343 again and, so, can form the action of a left side volume downwards.The left front end of the musculus cutaneus that advances utilizes the compacting of depression bar 344 when being provoked by running roller 323, can prevent that musculus cutaneus from adhering on the running roller 323.In addition,, can utilize the angle between running roller 323 and belt conveyor for the musculus cutaneus of the density that makes this left side volume reaches the curved density requirements of volume, and highly the changing of running roller 343, to reach the effect of expection.And the variation of musculus cutaneus width, the then rotatable handle 35 of adjusting changing the position of slide 31, makes and is in optimal position to adjust running roller 323.

Now read the right volume system 4 shown in Fig. 7,8, this right side volume system 4 is positioned at the rear end of left volume system 3.The circle that the volume disc skin of sending to is successively proofreaied and correct in line can be rolled up with this right side volume system 4.This right side volume system includes running

roller

41,42, is equipped with identical vertical bar line on the running roller 41,42.The two ends of this running

roller

41,42 are fixed on respectively on

frame

43,44 and 45, running

roller

41,42 can be rotated flexibly, 43,44,45 on frame is fixed on the sliding seat 46, seat 46 1 ends are with axis hole 47 turn on the axle 48 of frame, the other end is combined on the slide block 401 for bolt 40 with hole 49, utilize slide block 401 in slide 402, to move, can change the position of whole seat 46, make the oblique angle of running

roller

41,42 become a suitable angle.

Figure 13 represents to have orthopedic systems 5, stripping and slicing system 6 and embryo piece orthopedic systems 7.

Please read the orthopedic systems 5 shown in Figure 13,14 again.Cylindrical musculus cutaneus through left side volume system 3 and right volume system 4 are rolled into imports this orthopedic systems 5 by belt conveyor.This orthopedic systems 5 includes

wheel

51,52 and 53, and wheel 51 is in the upper end, and

wheel

52,53 make the round edge of three wheels be in approximate contact shape, and the space that is surrounded can be passed through for musculus cutaneus in both sides.

Wheel 51 is fixed on the slide plate 55 with axostylus axostyle 54, and a slide plate 55 and a screw rod 56 are combined, and bevel reduction gear set 57 is arranged at screw rod 56 tops.Thereby utilize rotating handles 58 that screw rod 56 is rotated to drive slide plates 55 liftings, with decision wheel 51 height, 55 on slide plate is near retaining rail 59 liftings, and retaining rail 59 is to be fixed on the frame.

Wheel

51,52 and 53 respectively is provided with one and strikes off plate 50, be each positioned at

wheel

51,52 and 53 with the rear side of musculus cutaneus contact-making surface, take turns on 51,52 and 53 to prevent that musculus cutaneus from sticking to, musculus cutaneus is shaped to the rectangular of similar square after taking turns 51,52 and 53 spreading.

Please read the stripping and slicing system 6 shown in Fig. 9,10,11 and 12 again, this stripping and slicing system 6 is positioned at the rear end of orthopedic systems 5, this stripping and slicing system 6 utilizes motor 61 to drive reductor 62, and drive flywheel 63, on flywheel 63, be provided with eccentric rod 64 and can make lifting shaft 65 liftings, make the cutter 66 cutting doughs on lifting shaft 65 bottoms.But in addition, the cutter 66 of rising may make the embryo piece that is cut by last band, therefore, is provided with one in cutting knife 66 outsides and restrains roller 67, and this supression roller 67 is subjected to spring 68 tractives, to form oppressive action downwards, makes and restrains roll-in the embryo piece, to prevent that the embryo piece is by last band.

Please read the embryo piece orthopedic systems 7 shown in Figure 13,14 again, this embryo piece orthopedic systems 7 is positioned at the rear side of stripping and slicing system 6, after piece is cut face to face, these Pork-pieces embryo pieces, because hobbed and constrain after can form than scrambling, therefore, for the demand of finished product beautiful outline form, these face pieces need be adjusted to standardized embryo piece again, so need utilize this embryo piece orthopedic systems 7 to adjust.This embryo piece orthopedic systems 7 includes a pallet 71, which is provided with two horizontal central siphons 72, pack in central siphon 72 bearing and axle 73 utilize the power of set gear 74 on the axle 73 to transmit, make the 75 groups of rotations of bevel gear on axle 73 terminals, and bevel gear 75 can drive the last running roller 76 of same axle.In addition, lean on gear drive again to another running roller 77, make two running

rollers

76,77 do identical rotation, 77 of another running rollers lean on a screw rod 78 to be fixed on the slide 79, utilize to adjust bolt 701 slide 79 is moved along rail 70, to change distance between 76 of running roller 77 and the running rollers.

In addition, the shape of running

roller

76,77 is fit to the needs of pastries shape, but their waist camber, or design on demand and change.In addition, two running rollers, 76,77 spreading face rear sides, be equipped with and strike off plate 702, in order to the embryo piece that is attached on the running

roller

76,77 can being struck off, the embryo piece bottom belt of originally experiencing is carried, therefore, after the spreading on the running

roller

76,77, this embryo piece just is shaped to the bulk of predetermined design, after this continue to carry by conveyer belt again, at last by one downward-sloping under conveyer belt 703 row's of transferring to disc systems 8.

Seat 82 under seat 81 and the downside on row's disc system of reviewing shown in Figure 16, this row's disc system 8 comprise.

The seat 81 on Figure 17 of reviewing, this seat of honour 81 is to vertically move for belt conveyor 811.A belt conveyor 811 itself is established at the seat of honour 81, is fixed with cross bar 812 in belt conveyor 811 equal intervals, and can hold into a dish 813 in the middle of making two cross bars 812.Through control circuit, 811 of belt conveyors form orientation by the axle 815 of motor 814 drive belts 811 and advance mobile before.In addition, 81 bottoms are provided with four pulleys 816 at the seat of honour, and this pulley 816 can be moved on the rail 821 on following 82.

Please read again shown in Figure 180 under seat 82, two protrusion rails 821 in this following 82 are to keep supplying 816 on a pulley of 81 on this rail 821, and move laterally with respect to following 82.Four corners at following 82 are provided with limit key piece 822, and this limit key piece 822 is provided with spring 823, and the left and right impact force that is produced when traversing in the seat of honour 81 is comparatively relaxed, and play cushioning effect.

In addition, itself be provided with direction transformation bar 824 at following 82, in addition, shown in Figure 17 on seat 81 bottom surface be provided with microswitch 817(drawing and only paint one, its tangible opposite side also has one).Like this, left and right when traversing when the seat of honour 81, respectively touch this microswitch 817, to produce instruction action to motor, impel its to the conveyer belt on the seat of honour 81 811 generations advance a certain amount of.

Figure 19 reviews, axle 825 is by being milled into a left-hand screw and a right-hand screw, and initiating terminal of this helicla flute and terminal respectively have the common circular groove of this left-hand screw and right-hand screw, then meshed one 826 on this spiral, this seat 826 utilizes four screws 827 to be combined in the frame bottom at the seat of honour 81.In addition, also have a screw 828 on the seat 826, wherein screwed in a cap 829, the key of cap 829 bottoms one protrusions is engaged in the left and right screw channel on spools 825 with tooth effect.Therefore, when axle 825 rotated, seat 826 can move along helicla flute, when to its groove terminal, can enter to form oppositely along the reverse acting spiral groove again and move.

Figure 20 reviews, after the embryo piece is exported one by one by conveyer belt, utilize the conveyer belt 811 on the seat of honour 81 to arrange good dish 813, make the embryo piece fall within on the dish automatically, and should move and forward motion with the horizontal automatically of the seat of honour 81 by dish 813, the embryo piece can be arranged one by one, when whole dish is full by row, then can be taken away and make the baking procedure.

In addition, the foregoing description faric system 2 shown in Figure 3 is meant the system that be fit to add pulpous state filling material, and the Figure 21 that reviews, 22 then is the filling material that can be suitable for powdery (peanut powder for example, sesame ... Deng) interpolation structure.In this faric system, the bottom of bucket 29 is provided with a belt pulley 291, when this belt pulley 291 is driven to rotate, make it form function of transportation to the powder in the bucket, under gate 292 controls of a liftable, the powder that is transported then to be driven by the rotation of system an ancient drinking vessel  phoenix system crucian carp  peaceful ┯ matter onion phoenix ⒙ 93 in right amount, wanders to the dough of below it equably.

According to above embodiment, can understand the present invention.It is to utilize the mechanical treatment mode, will be by the made band of dough, via roller system 1, faric system 2, left volume system 3, right volume system 4, orthopedic systems 5, stripping and slicing system 6, embryo piece orthopedic systems 7 with row's disc system 8 or with different degree such as the filling system 9 of mixing, dough can be made the embryo piece, and directly for baking.And the embryo piece that this kind makes meets health demand, and speed of production also can accelerate, and especially quality is standardized, and the dough that utilizes volume circle mode to make, and its bread, steamed bun products can become continuous thread, meet user's request.

Claims

1, a kind of machine for forming bread and steamed bread, the dough that system is fermented and made by the transport platform input, it is characterized in that the dough of input is made plane band through a roller system, this wears by belt conveyor defeated through left side volume system, right volume system, orthopedic systems, stripping and slicing system, embryo piece orthopedic systems and row's disc system again, make it form the embryo piece and be arranged on the dish, get for baking back directly end.

2, make-up machine according to claim 1 is characterized in that can will being dropped on the dough band under the filling material by a faric system before wearing without left side volume system.

3, make-up machine according to claim 1 is characterized in that roller system comprises two groups to being referred to as roller set, and running roller respectively is supported on the axle bed of an activity on two running rollers, and this axle bed can be along the grooved rail lifting on the frame, and each screws mutually with a screw rod.Utilize screw rod to be provided with bevel reduction gear set, and the bevel reduction gear set of two groups of running rollers each with a support, this two between centers connects with sprocket wheel and chain, makes it can adjust two groups of running rollers simultaneously.

4, make-up machine according to claim 1 is characterized in that left side volume bar system includes slide, compoboard, slide plate, auxiliary block, adjustment handle and two running rollers; Compoboard has the arm of an extension, combines a long running roller between arm and compoboard, and on slide again in conjunction with auxiliary block, and short roller wheel is arranged on this auxiliary block, this long running roller is near bottom surface musculus cutaneus conveyer belt, short roller wheel then position and is held slightly on the upper side in long running roller one side; Utilize long running roller to do counterclockwise to rotate along the musculus cutaneus direction of advance, to provoke the left-front corner of musculus cutaneus, rotate with short roller crop rotation equidirectional again, the musculus cutaneus that will go up volume becomes to the volume circle action that presses down.

5, as make-up machine as described in claim 1 or 4, the long running roller that it is characterized in that left volume system is bonded between compoboard and the adjutage thereof, this compoboard then is fixed to be spirally connected and to adjust and is bolted on the slide, to change the angle at long running roller and belt conveyor angle.

6, as make-up machine as described in claim 1 or 4, the short roller wheel that it is characterized in that left volume system is incorporated on the auxiliary block, this auxiliary block then is combined on the slide plate that can transpose, there is a vertical threaded bore to supply on this slide plate in conjunction with a screw rod, and a bevel gear arranged in this screw rod upper end, be meshed with the bevel reduction gear set of a control handle, utilize the rotation of control handle, can change the gap between short roller wheel and the long running roller.

7, as claim 1,4,5 or 6 described make-up machines it is characterized in that long running roller and short roller wheel itself are equipped with long straight trough, and two running rollers become taper.

8, make-up machine according to claim 1 is characterized in that left volume system includes a depression bar, and this depression bar is a fulcrum with two bolts, relies on from the spring of rear end tractive the depression bar front end is pressed in downwards on the aforementioned musculus cutaneus surface.

9, make-up machine according to claim 1, it is characterized in that left side volume system in combination is on slide, this slide then combines with dovetail groove on the frame, one screw is arranged on slide, in order to a threaded engagement of adjusting on the handle, utilize the rotation of adjusting handle, slide moves to be pulled, to be fit to the musculus cutaneus width, make the limit, left side of musculus cutaneus can touch long running roller.

10, make-up machine according to claim 1, it is characterized in that right volume system includes two long running rollers, this two long running roller is positioned at the right front bevel setting of belt conveyor, and the bottom side running roller is near on the belt conveyor of bottom side, and it is along straight ahead that the cylinder musculus cutaneus that will advance is proofreaied and correct.

11, as make-up machine as described in claim 1 or 10, it is characterized in that the surface of the running roller of right volume system is provided with straight trough, and the turning to of its two running roller, be along the belt conveyor direction of advance person that becomes the clockwise direction.

12, make-up machine according to claim 1 is characterized in that orthopedic systems is positioned at side after the right volume system, wherein takes turns to become to horizontally rotate for two, and another is taken turns in the upper vertical rotation, and the space that three wheel faces are formed is for volume disc skin process, and it is rectangular that it is shaped to.

13, as make-up machine as described in claim 1 or 12, the three-wheel that it is characterized in that orthopedic systems respectively is provided with one and strikes off plate, and this strikes off plate and is positioned at side after each wheel and the musculus cutaneus contact-making surface.

14, make-up machine according to claim 1 is characterized in that system of stripping and slicing system drives flywheel rotation with motor via reductor, and flywheel connects an eccentric rod can make a lifting shaft form lifting action, establishes a cutter in the lifting shaft bottom, can form cutting action to dough.

15, as make-up machine as described in claim 1 or 14, it is characterized in that the dough that is cut is subjected to one to restrain roll-in and press down in the stripping and slicing system, it is drop-down by a spring that this restrains roller, roller is permanent to constrain dough embryo piece downwards so that restrain.

16, make-up machine according to claim 1, it is characterized in that embryo piece orthopedic systems is positioned at stripping and slicing system rear side, make the dough of this stripping and slicing, can be through this orthopedic systems shaping, and this orthopedic systems system supplies to be cut into block dough process with two running rollers perpendicular to belt conveyor, and this two running roller respectively has a gear on coaxial, take this interlock of gear train, can supply run-in synchronism.

17, as make-up machine as described in claim 1 or 16, it is characterized in that a running roller of embryo piece orthopedic systems is fixed on the slide with axle, and slide can be transferred, to change the running roller gap.

18, as make-up machine as described in the claim 1,16 or 17, it is characterized in that the running roller of embryo piece orthopedic systems, be equipped with and strike off plate, this strikes off plate and is located at side after embryo piece and the running roller contact-making surface.

19, make-up machine according to claim 1 is characterized in that it is to connect row's disc system, and this row disc system includes the seat of honour and reaches following, and this seat of honour moves laterally on following rail with its pulley yoke, and seat of honour reliable delivery belt vertically advances mobile.

20, as make-up machine as described in claim 1 or 19, it is characterized in that arranging following of disc system and drive a rotation by power, on the axle left-hand screw and right-hand screw are arranged, initiating terminal of this helical rotation and terminal have a common circular groove, and this groove combines with one, utilize seat to be combined in bottom surface, the seat of honour, and seat protrudes a key in helicla flute, when axle rotates, can drive the seat of honour via seat and laterally move.

21, as make-up machine as described in claim 1 or 19, it is characterized in that arranging following of disc system dual-side be provided with the limit key piece, move within the specific limits with the restriction seat of honour, be provided with the direction transformation bar at following again, and there is microswitch bottom surface, the seat of honour, make to move and touch when hitting this conversion rod, can impel to drive the motor starting that the seat of honour vertically moves when the seat of honour.

22, make-up machine according to claim 1, it is characterized in that faric system is in one barrel with powder filling material splendid attire, being provided with a belt pulley at the bottom of bucket becomes unidirectional rotation to carry, filling charging basket in belt termination is established a gate, can controlled lifting, adjusting the flow of filling material, and establish a brush wheel, can will brush under the powder on the belt to the dough of downside in the belt pulley terminal.