CN208643362U - Later powder part flow arrangement - Google Patents

Abstract

The utility model discloses a kind of powder part flow arrangements of turning one's head, including conveying supervisor, isocon, temporary funnel, flour flow regulator, transfer passage and auger, conveying supervisor and the junction of isocon are provided with gate, gate is made up of striker plate and stepper motor, the bracket vertical with striker plate is fixed on striker plate, the other end of bracket is fixed on the output shaft of stepper motor；Color selector is additionally provided on the inner wall of conveying supervisor and color selector is connected with single-chip microcontroller, and single-chip microcontroller and stepper motor are connected with each other；The color selector and stepper motor of setting, convenient for being shunted automatically to flour, woth no need to manually be observed by naked eyes.

Description

Later powder part flow arrangement

Technical field

The utility model relates to flour processing fields, and in particular to a kind of later powder shunting dress for preventing flour from mutually polluting It sets.

Background technique

For present flour when processing, when flour starts processing, there are yesterday on flour processing assembly line Its unprocessed flour did not had depositing for completion of processing yesterday due to being in automatic processing on entire flour process line Powder also can drag down entire a collection of flower characters, while wasting packaging by packing device, in this way when being inspected by random samples The packing charges of device, while will appear the powder of inferior quality in the process of processing, present flour processing assembly line can not It is discharged and is separated, it, manually will be packaged passing through after inferior powder equally will also be packed by packing device Poor powder is discharged, and considerably increases labor intensity in this way.

Summary of the invention

In view of the above shortcomings of the prior art, the utility model proposes a kind of later powder part flow arrangement, it is convenient for poor quality Flour shunted before packing device, reduce the packing charges of packing device in this way, while staff can be prevented The quality of flour is differentiated in detection after packaging.

In order to achieve the above object, the embodiment of the utility model；Later powder part flow arrangement, including conveying supervisor, isocon, Temporary funnel, flour flow regulator, transfer passage and auger,

Wherein conveying supervisor lower section is connected with isocon, and conveying supervisor and the junction of isocon are provided with gate, lock Door is made up of striker plate and stepper motor, and the bracket vertical with striker plate is fixed on striker plate, and the other end of bracket is solid It is scheduled on the output shaft of stepper motor；Color selector is additionally provided on the inner wall of conveying supervisor and color selector is connected with single-chip microcontroller, Single-chip microcontroller and stepper motor are connected with each other；It is connected with hopper below isocon, is internally provided in hopper even The both ends of flitch, refining plate are fixed on the outer wall of hopper by bearing, and refining plate is driven by crank and rocker mechanism；? Flour flow control device is arranged in the exit of hopper, and flour flow control device includes sliding slot, current limiting plate, adjusts bolt With spring, sliding slot is fixed on the two sides of hopper outlet inside wall, is embedded in limited flowing plate in sliding slot, leaks in current limiting plate and storing Bucket inner wall between be additionally provided with spring, the tail portion of current limiting plate be provided with the adjusting bolt being pressed against with current limiting plate and adjust bolt with The cooperation of hopper outer wall bolt；Horizontal transfer passage is provided with below flour flow control device, in transfer passage Top is provided with through-hole and through-hole edge is hinged with visual windows；The tail end of transfer passage is provided with the auger of conveying flour.

Compared with the prior art, the advantages of the utility model are: the color selector and stepper motor of 1, setting, convenient for automatic Flour is shunted, woth no need to manually be observed by naked eyes；2, the refining plate being arranged, convenient for flour in hopper Stack smooth, the flour convenient for different qualities is layered in hopper；3, the flour flow control device being arranged is convenient for adjusting The size of hopper flour flow is convenient for the case where observing flower characters with the visual windows being arranged on transfer passage in this way, Prevent that color selector from breaking down and sound flour is caused to be flowed into isocon.

Detailed description of the invention

Fig. 1 is the main view of the utility model.

Fig. 2 is the cross-sectional view of the utility model.

Fig. 3 is the control flow chart of the utility model.

Wherein, 1, conveying supervisor, 1.1, gate, 1.2, striker plate, 1.3, bracket, 1.4, stepper motor, 1.5, color selector, 1.6, single-chip microcontroller, 2, isocon, 3, hopper, 3.1, refining plate, 3.2, crank and rocker mechanism, 4, flour flow adjusting dress It sets, 4.1, sliding slot, 4.2, current limiting plate, 4.3, adjusting bolt, 4.4, spring, 5, transfer passage, 5.1, visual windows, 6, auger.

Specific embodiment

It is further elucidated above to the utility model now in conjunction with attached drawing.

As shown in Figure 1-3, later powder part flow arrangement, including conveying supervisor 1, isocon 2, temporary funnel 3, flour flow tune Regulating device 4, transfer passage 5 and auger 6 are connected with isocon 2 wherein conveying and being responsible for lower section, on the wall of conveying supervisor 1 and divide The junction of flow tube 2, which by shaft is fixed with gate 1.1 and shaft and passes through the outer wall of conveying supervisor 1, is connected with stepper motor 1.4, Gate 1.1 is made of striker plate 1.2 and bracket 1.3, is fixed on striker plate 1.2 and is hung down with striker plate 1.2 by welding Straight bracket 1.3, the other end of bracket 1.3 are fixed on by welding on the output shaft of stepper motor 1.4；It is conveying Color selector 1.5 is also fixed with by ring flange on the inner wall of supervisor 1 and color selector 1.5 by conducting wire is connected with single-chip microcontroller 1.6, singly Piece machine 1.6 and 1.4 wired connection of stepper motor, when color selector 1.5 detects that the color of flour changes, by information Feed back to single-chip microcontroller 1.6(model 89-c51), single-chip microcontroller 1.6 controls stepper motor 1.4 and rotates, to drive striker plate 1.2 Conveying supervisor 1 is sealed, at this time, 1 closing of conveying supervisor, flour flows to isocon 2；Pass through welding in the lower section of isocon 2 Mode is connected with hopper 3, is fixed with refining plate 3.1 by bearing inside hopper 3, and the both ends of refining plate 3.1 are logical It crosses bearing to be fixed on the outer wall of hopper 3, refining plate 3.1 is driven by crank and rocker mechanism 3.2, drives refining plate 3.1 It swings to achieve the purpose that refining；It is fixed with flour flow control device by welding in the exit of hopper 3 4, flour flow control device 4 includes sliding slot 4.1, current limiting plate 4.2, adjusts bolt 4.3 and spring 4.4, and sliding slot 4.1 passes through welding Mode be fixed on the two sides of 3 outlet inside wall of hopper, be embedded in limited flowing plate 4.2 in sliding slot 4.1, current limiting plate 4.2 with It is also fixed with spring 4.4 by welding between 3 inner wall of hopper, is provided with and current limliting in the tail portion of current limiting plate 4.2 The adjusting bolt 4.3 and adjusting bolt 4.3 and 3 outer wall bolt of hopper that plate 4.2 is pressed against cooperate；In flour flow control device 4 lower section is fixed with horizontal transfer passage 5 by welding, and through-hole and through-hole edge are provided at the top of transfer passage 5 Place is hinged with visual windows 5.1；The auger 6 for conveying flour is fixed with by welding manner in the tail end of transfer passage 5.

In use, color selector 1.5 carries out color detection to the flour for flowing through conveying supervisor 1, deposits powder when detecting and go bad Powder (flour yellowish), at this time, single-chip microcontroller 1.6 control stepper motor 1.4 rotate, at this time shelves flitch 1.2 will convey 1 blocking of supervisor, such flour flow to isocon 2, and the flour in isocon 2 enters in hopper 3, and passes through refining plate 3.1 carry out refining, and height of the flour of quality same in this way in hopper 3 is consistent, at this time by turning adjusting bolt 4.3 adjust the position of current limiting plates 4.2, reach the size for adjusting the outlet of hopper 3 in this way, can be in visual windows 5.1 The quality for seeing flour is conveyed by the flour of transfer passage 5 by auger 6.When color selector detects that flour quality improves Signal is passed to single-chip microcontroller 1.6 by (as color bleaches), color selector 1.5, and single-chip microcontroller 1.6 controls stepper motor 1.4 and inverts 90 °, such stepper motor 1.4 is clogging by isocon 2.

Claims (1)

1. later powder part flow arrangement, including conveying supervisor, isocon, temporary funnel, flour flow regulator, transfer passage and Auger, which is characterized in that wherein conveying supervisor lower section is connected with isocon, is provided in conveying supervisor and the junction of isocon Gate, gate are made up of striker plate and stepper motor, are fixed with the bracket vertical with striker plate on striker plate, bracket is in addition One end is fixed on the output shaft of stepper motor；Color selector is additionally provided on the inner wall of conveying supervisor and color selector is connected with list Piece machine, single-chip microcontroller and stepper motor are connected with each other；It is connected with hopper below isocon, is arranged inside hopper There is refining plate, the both ends of refining plate are fixed on the outer wall of hopper by bearing, and refining plate is driven by crank and rocker mechanism It is dynamic；Flour flow control device is set in the exit of hopper, flour flow control device includes sliding slot, current limiting plate, tune Section bolt and spring, sliding slot be fixed on the two sides of hopper outlet inside wall, be embedded in limited flowing plate in sliding slot, current limiting plate with It is additionally provided with spring between hopper inner wall, the tail portion of current limiting plate is provided with the adjusting bolt being pressed against with current limiting plate and adjusting Bolt and hopper outer wall bolt cooperate；Horizontal transfer passage is provided with below flour flow control device, defeated Send that channel roof is provided with through-hole and through-hole edge is hinged with visual windows；The tail end of transfer passage is provided with conveying flour Auger.