CN209613504U - A kind of flour screening machine - Google Patents
A kind of flour screening machine Download PDFInfo
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- CN209613504U CN209613504U CN201920099357.8U CN201920099357U CN209613504U CN 209613504 U CN209613504 U CN 209613504U CN 201920099357 U CN201920099357 U CN 201920099357U CN 209613504 U CN209613504 U CN 209613504U
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Abstract
The utility model relates to a kind of screening machine more particularly to a kind of flour screening machines.Therefore, be the technical issues of the utility model: providing one kind can replace manually screening flour, and work efficiency is high, and the flour screening machine that can also shred the dough filtered out.Implementer's case of the utility model are as follows: a kind of flour screening machine includes bottom plate, supporting leg, shell, framework, upright slide rail, upright slide block, discharge nozzle, placement bucket, support plate, hopper, feeder pipe, support rod, driving motor etc.；What the left and right sides was symmetrical at the top of bottom plate is connected with supporting leg, can be installed on the shell that dough is discharged between the supporting leg top of the left and right sides, case top is connected with framework.The utility model rotates taper web plate by starting driving motor, then flour is poured into placement bucket, and flour falls on taper web plate and is screened, and is screened with sieve to flour without people, time saving and energy saving, avoids tired out.
Description
Technical field
The utility model relates to a kind of screening machine more particularly to a kind of flour screening machines.
Background technique
In food processing, the processing needs of Partial Food use flour, but flour is placed for a long time, part flour meeting
Form dough, then need to screen flour, facilitate subsequent use, usual people are to be sieved with sieve to flour
Choosing, people need continuous shaking sieve, and for a long time, people is easy influence follow-up work efficiency tired out, and the face filtered out
Powder ball also needs to be broken into pieces with hand to screen again, relatively elaborate, so needing more people alternately to screen to flour, and also
Someone is needed to break the flour filtered out into pieces, such high labor cost.
Utility model content
In order to overcome people to need continuous shaking sieve, for a long time, people is easy influence follow-up work efficiency tired out, sieve
The dough selected also needs to be broken into pieces with hand to screen again, and relatively elaborate disadvantage, therefore, the technology of the utility model are asked
Topic is: provide one kind can replace manually flour is screened, work efficiency is high, and can also by the dough filtered out into
The flour screening machine of row chopping.
Implementer's case of the utility model are as follows: a kind of flour screening machine, include bottom plate, supporting leg, shell, framework,
Upright slide rail, discharge nozzle, places bucket, support plate, hopper, feeder pipe, support rod, driving motor, cross bar, first at upright slide block
Bearing block, shaft, V-shaped bar, taper web plate and regulating device, bottom plate top left and right sides symmetrical expression are connected with supporting leg, can incite somebody to action
The shell of dough discharge is installed between the supporting leg top of the left and right sides, and case top is connected with framework, and framework top center is opened
There is opening, the upright slide rail playing the guiding role is two, and upright slide rail is located in opening, and being equipped with for slidingtype is erected on upright slide rail
Straight sliding block, upright slide block are slidably matched with upright slide rail, and upright slide block bottom is fixedly connected with the outer top of framework, can arrange flour
Discharge nozzle out is installed between the upright slide rail medial surface of the left and right sides, and discharge nozzle top is connected with the placement that flour can be made to place
Bucket is placed and be connected in bucket and discharge nozzle, the outer leading flank top of discharge nozzle and framework it is outer at the top of between equipped with regulating device, in shell
Left and right sides Middle face is all connected with support plate, and hopper is installed between the support plate top of the left and right sides, the left and right sides in hopper
Face top is all connected with cross bar, and first bearing seat is connected with left and right sides cross bar inner end, the axis in shaft and first bearing seat
It holds and is fixedly connected, the V-shaped bar with supporting role is installed on shaft top, and being connected between top at left and right sides of V-shaped bar can be right
The taper web plate that flour is screened, taper web plate are located at immediately below discharge nozzle, and left and right sides lower part is fitted in hopper
Support rod, driving motor bolt between the supporting bar top of the left and right sides, and driving motor output shaft passes through shaft coupling and rotating shaft bottom
End is fixedly connected, and the feeder pipe that flour is discharged can be installed among feed hopper bottom, shell lower right side is run through in feeder pipe bottom end.
It is further preferred that regulating device includes kelly, the first spring and spine bar, kelly is two, and kelly is hinged on
The outer leading flank top of discharge nozzle, the left and right sides are connected with the first spring between kelly bottom, and the spine bar with kelly cooperation is two,
It is respectively arranged in the outer top left and right sides of framework, kelly tail end is engaged with spine bar.
It is further preferred that further including having the conveying device that can be conveyed to dough, conveying device includes inclined tube, pipe
Road, transverse slat, rubber ring, screw conveyor shaft, blade, hard tube, linear motor and second bearing seat, Pipe installing is before the supporting leg of left side
Side surface upper part, pipeline right upper portion, which is connected with, can be discharged into flour the hard tube placed in bucket, be connected in hard tube and pipeline, the second axis
Seat is held to be installed among pipeline inner top, the bearing in screw conveyor shaft and second bearing seat that can be conveyed to dough connects,
There are two the blade that can shred dough, blades to be located on the left of hard tube for the installation of screw conveyor shaft top, and transverse slat is installed on pipeline
Medial surface lower part, transverse slat middle part is Embedded to be equipped with rubber ring, and screw conveyor shaft passes through rubber ring, the connection of pipeline lower right side
There is the inclined tube that dough can be made to flow, be connected in inclined tube and pipeline, the discharge end of inclined tube right end and shell connects, inclined tube and shell
Interior connection, linear motor bolt pass through shaft coupling and screw conveyor shaft bottom end in bottom plate top left side, the output shaft of linear motor
It is fixedly connected.
It is further preferred that further including having fixed block, screen frame and the first hook, the fixed block with supporting role is two
A, fixed block is respectively arranged in left and right sides top in placement bucket, can be located at the left and right sides to the screen frame that flour is screened
Between at the top of fixed block, screen frame top right side is connected with the first hook.
It is further preferred that further including thering is bellows, ring block, the second hook, collection frame and link, feeder pipe tail end to connect
It is connected to bellows, ripple bottom of the tube is connected with ring block, and the second hook is equipped with ring block right end, the extension with the second hook cooperation
Ring is installed on shell external right side face lower part, and link is located on the right side of feeder pipe, and the collection frame that can be collected to flour is located at the top of bottom plate
Right side, collection frame are located at below bellows.
Compared with prior art, the utility model has the advantages that the utility model makes to bore by starting driving motor
Shape web plate rotation, then by flour pour into placement bucket in, flour falls on taper web plate and is screened, without people with sieve to flour into
Row screening, it is time saving and energy saving, avoid tired out, work efficiency is high, by conveying device, then can shred to the dough filtered out
It screens, is broken into pieces dough with hand again without people, it is convenient and efficient, by the effect of bellows and collection frame, it is avoided that flour
Eminence, which falls to wave, influences ambient enviroment.
Detailed description of the invention
Fig. 1 is the schematic view of the front view of the utility model.
Fig. 2 is the enlarged diagram of the utility model part A.
Fig. 3 is the enlarged diagram of the utility model part B.
The meaning of appended drawing reference in figure: 1, bottom plate, 2, supporting leg, 3, shell, 4, framework, 5, opening, 6, upright slide rail, 7, perpendicular
Straight sliding block, 8, discharge nozzle, 9, placement bucket, 10, support plate, 11, hopper, 12, feeder pipe, 13, support rod, 14, driving motor,
15, cross bar, 16, first bearing seat, 17, shaft, 18, V-shaped bar, 19, taper web plate, 20, regulating device, 201, kelly, 202,
First spring, 203, spine bar, 21, conveying device, 211, inclined tube, 212, pipeline, 213, transverse slat, 214, rubber ring, 215, spiral
Conveying axis, 216, blade, 217, hard tube, 218, linear motor, 219, second bearing seat, 22, fixed block, 23, screen frame, 24,
One hook, 25, bellows, 26, ring block, the 27, second hook, 28, collection frame, 29, link.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Embodiment 1
A kind of flour screening machine includes bottom plate 1, supporting leg 2, shell 3, framework 4, upright slide rail 6, erects as shown in Figs. 1-2
Straight sliding block 7, discharge nozzle 8, place bucket 9, support plate 10, hopper 11, feeder pipe 12, support rod 13, driving motor 14, cross bar 15,
First bearing seat 16, shaft 17, V-shaped bar 18, taper web plate 19 and regulating device 20,1 top left and right bilateral type of bottom plate
It is connected with supporting leg 2, bottom plate 1 is connect with supporting leg 2 by bolted connection, the shell 3 that dough is discharged can be installed on a left side
Between 2 top of right two side leg, shell 3 is connect with supporting leg 2 by bolted connection, and framework 4 is connected at the top of shell 3,
Shell 3 is connect with framework 4 by bolted connection, and 4 top center of framework is provided with opening 5, the vertical cunning playing the guiding role
Rail 6 is two, and upright slide rail 6 is located in opening 5, and slidingtype is equipped with upright slide block 7 on upright slide rail 6, upright slide block 7 and perpendicular
Straight sliding rail 6 is slidably matched, and 7 bottom of upright slide block is fixedly connected with the outer top of framework 4, can install the discharge nozzle 8 that flour is discharged
Between 6 medial surface of left and right sides upright slide rail, 8 top of discharge nozzle is connected with the placement bucket 9 that flour can be made to place, and places bucket 9
It is connected to in discharge nozzle 8, regulating device 20, a left side in shell 3 is equipped between the outer leading flank top of discharge nozzle 8 and the outer top of framework 4
It is all connected with support plate 10 in the middle part of right two sides, shell 3 is connect with support plate 10 by bolted connection, and hopper 11 is installed
Between 10 top of left and right sides support plate, left and right sides top is all connected with cross bar 15, first bearing seat 16 in hopper 11
It is connected with 15 inner end of left and right sides cross bar, shaft 17 is fixedly connected with the bearing in first bearing seat 16, has supporting role
V-shaped bar 18 be installed on 17 top of shaft, being connected between 18 left and right sides top of V-shaped bar can be to the taper that flour is screened
Web plate 19, taper web plate 19 are located at immediately below discharge nozzle 8, and left and right sides lower part is fitted with support rod 13 in hopper 11, drive
For the dynamic bolt of motor 14 between 13 top of left and right sides support rod, 14 output shaft of driving motor passes through shaft coupling and 17 bottom end of shaft
It is fixedly connected, the feeder pipe 12 that flour is discharged can be installed among 11 bottom of hopper, 12 bottom end of feeder pipe is through 3 right side of shell
Lower part.
Embodiment 2
A kind of flour screening machine includes bottom plate 1, supporting leg 2, shell 3, framework 4, upright slide rail 6, erects as shown in Figs. 1-2
Straight sliding block 7, discharge nozzle 8, place bucket 9, support plate 10, hopper 11, feeder pipe 12, support rod 13, driving motor 14, cross bar 15,
First bearing seat 16, shaft 17, V-shaped bar 18, taper web plate 19 and regulating device 20,1 top left and right bilateral type of bottom plate
It is connected with supporting leg 2, the shell 3 that dough is discharged can be installed between 2 top of supporting leg of the left and right sides, be connected at the top of shell 3
Framework 4,4 top center of framework are provided with opening 5, and the upright slide rail 6 playing the guiding role is two, and upright slide rail 6 is located at opening 5
Interior, slidingtype is equipped with upright slide block 7 on upright slide rail 6, and upright slide block 7 is slidably matched with upright slide rail 6,7 bottom of upright slide block
The outer top of portion and framework 4 is fixedly connected, the discharge nozzle 8 that flour is discharged can be installed on the left and right sides 6 medial surface of upright slide rail it
Between, 8 top of discharge nozzle is connected with the placement bucket 9 that flour can be made to place, and places and is connected in bucket 9 and discharge nozzle 8, before discharge nozzle 8 is outer
Regulating device 20 is equipped between side surface upper part and the outer top of framework 4, left and right sides Middle face is all connected with support plate in shell 3
10, hopper 11 is installed between 10 top of left and right sides support plate, and left and right sides top is all connected with cross bar 15 in hopper 11,
First bearing seat 16 is connected with 15 inner end of left and right sides cross bar, and shaft 17 is fixedly connected with the bearing in first bearing seat 16,
V-shaped bar 18 with supporting role is installed on 17 top of shaft, be connected between 18 left and right sides top of V-shaped bar can to flour into
The taper web plate 19 of row screening, taper web plate 19 are located at immediately below discharge nozzle 8, and left and right sides lower part is fitted in hopper 11
Support rod 13, driving motor 14 bolt between 13 top of left and right sides support rod, and 14 output shaft of driving motor passes through shaft coupling
It is fixedly connected, the feeder pipe 12 that flour is discharged can be installed among 11 bottom of hopper, 12 bottom end of feeder pipe with 17 bottom end of shaft
Through 3 lower right side of shell.
Regulating device 20 includes kelly 201, the first spring 202 and spine bar 203, and kelly 201 is two, and kelly 201 is cut with scissors
It connects and is connected with the first spring 202 between the outer leading flank top of discharge nozzle 8,201 bottom of left and right sides kelly, kelly 201 passes through
The mode of welded connecting is connect with the first spring 202, is two with the spine bar 203 that kelly 201 cooperates, is respectively arranged in framework 4
At left and right sides of outer top, spine bar 203 is connect by way of welded connecting with framework 4, and 201 tail end of kelly is engaged with spine bar 203.
Embodiment 3
A kind of flour screening machine, as shown in Figure 1-3, include bottom plate 1, supporting leg 2, shell 3, framework 4, upright slide rail 6, erect
Straight sliding block 7, discharge nozzle 8, place bucket 9, support plate 10, hopper 11, feeder pipe 12, support rod 13, driving motor 14, cross bar 15,
First bearing seat 16, shaft 17, V-shaped bar 18, taper web plate 19 and regulating device 20,1 top left and right bilateral type of bottom plate
It is connected with supporting leg 2, the shell 3 that dough is discharged can be installed between 2 top of supporting leg of the left and right sides, be connected at the top of shell 3
Framework 4,4 top center of framework are provided with opening 5, and the upright slide rail 6 playing the guiding role is two, and upright slide rail 6 is located at opening 5
Interior, slidingtype is equipped with upright slide block 7 on upright slide rail 6, and upright slide block 7 is slidably matched with upright slide rail 6,7 bottom of upright slide block
The outer top of portion and framework 4 is fixedly connected, the discharge nozzle 8 that flour is discharged can be installed on the left and right sides 6 medial surface of upright slide rail it
Between, 8 top of discharge nozzle is connected with the placement bucket 9 that flour can be made to place, and places and is connected in bucket 9 and discharge nozzle 8, before discharge nozzle 8 is outer
Regulating device 20 is equipped between side surface upper part and the outer top of framework 4, left and right sides Middle face is all connected with support plate in shell 3
10, hopper 11 is installed between 10 top of left and right sides support plate, and left and right sides top is all connected with cross bar 15 in hopper 11,
First bearing seat 16 is connected with 15 inner end of left and right sides cross bar, and shaft 17 is fixedly connected with the bearing in first bearing seat 16,
V-shaped bar 18 with supporting role is installed on 17 top of shaft, be connected between 18 left and right sides top of V-shaped bar can to flour into
The taper web plate 19 of row screening, taper web plate 19 are located at immediately below discharge nozzle 8, and left and right sides lower part is fitted in hopper 11
Support rod 13, driving motor 14 bolt between 13 top of left and right sides support rod, and 14 output shaft of driving motor passes through shaft coupling
It is fixedly connected, the feeder pipe 12 that flour is discharged can be installed among 11 bottom of hopper, 12 bottom end of feeder pipe with 17 bottom end of shaft
Through 3 lower right side of shell.
Regulating device 20 includes kelly 201, the first spring 202 and spine bar 203, and kelly 201 is two, and kelly 201 is cut with scissors
It connects and is connected with the first spring 202 between the outer leading flank top of discharge nozzle 8,201 bottom of left and right sides kelly, match with kelly 201
The spine bar 203 of conjunction is two, is respectively arranged in the outer top left and right sides of framework 4, and 201 tail end of kelly is engaged with spine bar 203.
It further include having the conveying device 21 that can be conveyed to dough, conveying device 21 includes inclined tube 211, pipeline 212, cross
Plate 213, rubber ring 214, screw conveyor shaft 215, blade 216, hard tube 217, linear motor 218 and second bearing seat 219, pipeline
212 are installed on left side 2 leading flank top of supporting leg, and pipeline 212 is connect with supporting leg 2 by bolted connection, 212 right side of pipeline
Top, which is connected with, can be discharged into flour the hard tube 217 placed in bucket 9, be connected in hard tube 217 and pipeline 212, second bearing seat 219
It is installed among 212 inner top of pipeline, it can be to the bearing in the screw conveyor shaft 215 and second bearing seat 219 that dough conveys
Connection, screw conveyor shaft 215 are connect in such a way that interference connects with the bearing in second bearing seat 219, screw conveyor shaft 215
There are two the blade 216 that can shred dough, blade 216 is located at 217 left side of hard tube for top installation, and transverse slat 213 is installed on pipe
212 medial surface lower part of road, transverse slat 213 are connect with pipeline 212 by bolted connection, the 213 Embedded peace in middle part of transverse slat
Equipped with rubber ring 214, screw conveyor shaft 215 passes through rubber ring 214, and 212 lower right side of pipeline is connected with and dough can be made to flow
Inclined tube 211, be connected in inclined tube 211 and pipeline 212,211 right end of inclined tube is connect with the discharge end of shell 3, inclined tube 211 and shell
Connection in 3, the bolt of linear motor 218 pass through shaft coupling and spiral transferring in 1 top left side of bottom plate, the output shaft of linear motor 218
215 bottom end of axis is sent to be fixedly connected.
Embodiment 4
A kind of flour screening machine, as shown in Figure 1-3, include bottom plate 1, supporting leg 2, shell 3, framework 4, upright slide rail 6, erect
Straight sliding block 7, discharge nozzle 8, place bucket 9, support plate 10, hopper 11, feeder pipe 12, support rod 13, driving motor 14, cross bar 15,
First bearing seat 16, shaft 17, V-shaped bar 18, taper web plate 19 and regulating device 20,1 top left and right bilateral type of bottom plate
It is connected with supporting leg 2, the shell 3 that dough is discharged can be installed between 2 top of supporting leg of the left and right sides, be connected at the top of shell 3
Framework 4,4 top center of framework are provided with opening 5, and the upright slide rail 6 playing the guiding role is two, and upright slide rail 6 is located at opening 5
Interior, slidingtype is equipped with upright slide block 7 on upright slide rail 6, and upright slide block 7 is slidably matched with upright slide rail 6,7 bottom of upright slide block
The outer top of portion and framework 4 is fixedly connected, the discharge nozzle 8 that flour is discharged can be installed on the left and right sides 6 medial surface of upright slide rail it
Between, 8 top of discharge nozzle is connected with the placement bucket 9 that flour can be made to place, and places and is connected in bucket 9 and discharge nozzle 8, before discharge nozzle 8 is outer
Regulating device 20 is equipped between side surface upper part and the outer top of framework 4, left and right sides Middle face is all connected with support plate in shell 3
10, hopper 11 is installed between 10 top of left and right sides support plate, and left and right sides top is all connected with cross bar 15 in hopper 11,
First bearing seat 16 is connected with 15 inner end of left and right sides cross bar, and shaft 17 is fixedly connected with the bearing in first bearing seat 16,
V-shaped bar 18 with supporting role is installed on 17 top of shaft, be connected between 18 left and right sides top of V-shaped bar can to flour into
The taper web plate 19 of row screening, taper web plate 19 are located at immediately below discharge nozzle 8, and left and right sides lower part is fitted in hopper 11
Support rod 13, driving motor 14 bolt between 13 top of left and right sides support rod, and 14 output shaft of driving motor passes through shaft coupling
It is fixedly connected, the feeder pipe 12 that flour is discharged can be installed among 11 bottom of hopper, 12 bottom end of feeder pipe with 17 bottom end of shaft
Through 3 lower right side of shell.
Regulating device 20 includes kelly 201, the first spring 202 and spine bar 203, and kelly 201 is two, and kelly 201 is cut with scissors
It connects and is connected with the first spring 202 between the outer leading flank top of discharge nozzle 8,201 bottom of left and right sides kelly, match with kelly 201
The spine bar 203 of conjunction is two, is respectively arranged in the outer top left and right sides of framework 4, and 201 tail end of kelly is engaged with spine bar 203.
It further include having the conveying device 21 that can be conveyed to dough, conveying device 21 includes inclined tube 211, pipeline 212, cross
Plate 213, rubber ring 214, screw conveyor shaft 215, blade 216, hard tube 217, linear motor 218 and second bearing seat 219, pipeline
212 are installed on left side 2 leading flank top of supporting leg, and 212 right upper portion of pipeline, which is connected with, can be discharged into flour the hard tube placed in bucket 9
217, it is connected in hard tube 217 and pipeline 212, second bearing seat 219 is installed among 212 inner top of pipeline, can be defeated to dough
The screw conveyor shaft 215 sent is connect with the bearing in second bearing seat 219, and there are two can incite somebody to action for the installation of 215 top of screw conveyor shaft
The blade 216 of dough chopping, blade 216 are located at 217 left side of hard tube, and transverse slat 213 is installed on 212 medial surface lower part of pipeline, horizontal
213 middle part of plate is Embedded to be equipped with rubber ring 214, and screw conveyor shaft 215 passes through rubber ring 214, and 212 lower right side of pipeline connects
It is connected to the inclined tube 211 that dough can be made to flow, is connected in inclined tube 211 and pipeline 212, the discharge end of inclined tube 211 right end and shell 3
It is connected in connection, inclined tube 211 and shell 3, linear motor 218 is bolted in 1 top left side of bottom plate, the output shaft of linear motor 218
It is fixedly connected by shaft coupling with 215 bottom end of screw conveyor shaft.
It further include having fixed block 22, screen frame 23 and the first hook 24, the fixed block 22 with supporting role is two, fixed
Block 22 is respectively arranged in left and right sides top in placement bucket 9, and fixed block 22 is connected by way of welded connecting with placement bucket 9
It connects, the screen frame 23 that flour is screened can be located between 22 top of left and right sides fixed block, 23 top right side of screen frame is connected with
First hook 24, screen frame 23 are connect by way of welded connecting with the first hook 24.
Embodiment 5
A kind of flour screening machine, as shown in Figure 1-3, include bottom plate 1, supporting leg 2, shell 3, framework 4, upright slide rail 6, erect
Straight sliding block 7, discharge nozzle 8, place bucket 9, support plate 10, hopper 11, feeder pipe 12, support rod 13, driving motor 14, cross bar 15,
First bearing seat 16, shaft 17, V-shaped bar 18, taper web plate 19 and regulating device 20,1 top left and right bilateral type of bottom plate
It is connected with supporting leg 2, the shell 3 that dough is discharged can be installed between 2 top of supporting leg of the left and right sides, be connected at the top of shell 3
Framework 4,4 top center of framework are provided with opening 5, and the upright slide rail 6 playing the guiding role is two, and upright slide rail 6 is located at opening 5
Interior, slidingtype is equipped with upright slide block 7 on upright slide rail 6, and upright slide block 7 is slidably matched with upright slide rail 6,7 bottom of upright slide block
The outer top of portion and framework 4 is fixedly connected, the discharge nozzle 8 that flour is discharged can be installed on the left and right sides 6 medial surface of upright slide rail it
Between, 8 top of discharge nozzle is connected with the placement bucket 9 that flour can be made to place, and places and is connected in bucket 9 and discharge nozzle 8, before discharge nozzle 8 is outer
Regulating device 20 is equipped between side surface upper part and the outer top of framework 4, left and right sides Middle face is all connected with support plate in shell 3
10, hopper 11 is installed between 10 top of left and right sides support plate, and left and right sides top is all connected with cross bar 15 in hopper 11,
First bearing seat 16 is connected with 15 inner end of left and right sides cross bar, and shaft 17 is fixedly connected with the bearing in first bearing seat 16,
V-shaped bar 18 with supporting role is installed on 17 top of shaft, be connected between 18 left and right sides top of V-shaped bar can to flour into
The taper web plate 19 of row screening, taper web plate 19 are located at immediately below discharge nozzle 8, and left and right sides lower part is fitted in hopper 11
Support rod 13, driving motor 14 bolt between 13 top of left and right sides support rod, and 14 output shaft of driving motor passes through shaft coupling
It is fixedly connected, the feeder pipe 12 that flour is discharged can be installed among 11 bottom of hopper, 12 bottom end of feeder pipe with 17 bottom end of shaft
Through 3 lower right side of shell.
Regulating device 20 includes kelly 201, the first spring 202 and spine bar 203, and kelly 201 is two, and kelly 201 is cut with scissors
It connects and is connected with the first spring 202 between the outer leading flank top of discharge nozzle 8,201 bottom of left and right sides kelly, match with kelly 201
The spine bar 203 of conjunction is two, is respectively arranged in the outer top left and right sides of framework 4, and 201 tail end of kelly is engaged with spine bar 203.
It further include having the conveying device 21 that can be conveyed to dough, conveying device 21 includes inclined tube 211, pipeline 212, cross
Plate 213, rubber ring 214, screw conveyor shaft 215, blade 216, hard tube 217, linear motor 218 and second bearing seat 219, pipeline
212 are installed on left side 2 leading flank top of supporting leg, and 212 right upper portion of pipeline, which is connected with, can be discharged into flour the hard tube placed in bucket 9
217, it is connected in hard tube 217 and pipeline 212, second bearing seat 219 is installed among 212 inner top of pipeline, can be defeated to dough
The screw conveyor shaft 215 sent is connect with the bearing in second bearing seat 219, and there are two can incite somebody to action for the installation of 215 top of screw conveyor shaft
The blade 216 of dough chopping, blade 216 are located at 217 left side of hard tube, and transverse slat 213 is installed on 212 medial surface lower part of pipeline, horizontal
213 middle part of plate is Embedded to be equipped with rubber ring 214, and screw conveyor shaft 215 passes through rubber ring 214, and 212 lower right side of pipeline connects
It is connected to the inclined tube 211 that dough can be made to flow, is connected in inclined tube 211 and pipeline 212, the discharge end of inclined tube 211 right end and shell 3
It is connected in connection, inclined tube 211 and shell 3, linear motor 218 is bolted in 1 top left side of bottom plate, the output shaft of linear motor 218
It is fixedly connected by shaft coupling with 215 bottom end of screw conveyor shaft.
It further include having fixed block 22, screen frame 23 and the first hook 24, the fixed block 22 with supporting role is two, fixed
Block 22 is respectively arranged in left and right sides top in placement bucket 9, can be solid positioned at the left and right sides to the screen frame 23 that flour is screened
Determine between 22 top of block, 23 top right side of screen frame is connected with the first hook 24.
It further include thering is bellows 25, the hook of ring block 26, second 27, collection frame 28 and link 29,12 tail end of feeder pipe to connect
It is connected to bellows 25,25 bottom of bellows is connected with ring block 26, and the second hook 27 is equipped with 26 right end of ring block, the second hook
27 are connect by way of welded connecting with ring block 26, are installed on 3 external right side of shell with the link 29 of 27 cooperation of the second hook
Face lower part, link 29 are connect by way of welded connecting with shell 3, and link 29 is located at 12 right side of feeder pipe, can be received to flour
The collection frame 28 of collection is located at 1 top right side of bottom plate, and collection frame 28 is located at 25 lower section of bellows.
It is operated first personnel to be placed on collection vessel below the discharge end of shell 3, then another collection vessel is placed
Discharge nozzle 8 is driven to move up and down immediately below feeder pipe 12, then through regulating device 20, when discharge nozzle 8 is moved up and down to suitable
When the position that dough is fallen, the regulating device that can stop operating 20 starts driving motor 14, the rotation band turn of driving motor 14
Axis 17 rotates, and the rotation of shaft 17 drives V-shaped bar 18 to rotate, and the rotation of V-shaped bar 18 drives the rotation of taper web plate 19 while swinging, then will
Flour pours into placement bucket 9, and the flour placed in bucket 9 is discharged into discharge nozzle 8, and the flour in discharge nozzle 8 falls to taper web plate
On 19, taper web plate 19 is rotated while being swung and screens to flour, and the flour filtered out is fallen in hopper 11, in hopper 11
Flour is fallen in feeder pipe 12, and the flour in feeder pipe 12 is fallen in collection vessel, meanwhile, the dough filtered out is fallen
To shell 3, dough is fallen in collection vessel in shell 3.After the completion of flour all screening, driving motor can be closed
14, collection vessel is removed handle flour and dough again by operator.
It is operated first personnel and kelly 201 is pulled according to the size of dough, when dough is larger, operator can be drawn
Dynamic 201 inner end of kelly moves up, and the compression of the first spring 202,201 inner end of kelly moves upwardly so that outer end in spine bar 203
Sliding, meanwhile, 201 inner end of kelly, which moves up, drives discharge nozzle 8 to move up, when discharge nozzle 8 is moved upward to suitable position
When setting, kelly 201 is stopped drag, kelly 201 and spine bar 203, which cooperate, fixes discharge nozzle 8, when dough is smaller, Ji Kela
Dynamic 201 outer end of kelly is swung up, and 201 outer end of kelly is swung up to be detached from spine bar 203, and kelly 201 can be pulled to moving down
It is dynamic that discharge nozzle 8 is driven to move down, when discharge nozzle 8 is moved downward to suitable position, kelly 201 is stopped drag, outside kelly 201
End is fixed by discharge nozzle 8 with the cooperation of spine bar 203.In this way, dough can be prevented to be stuck between discharge nozzle 8 and taper web plate 19.
When powder is screened taper web plate 19 over there, linear motor 218 can be started, linear motor 218 drives spiral shell
It revolves conveying axis 215 to rotate, the rotation band cutting blade 216 of screw conveyor shaft 215 rotates, and then when the dough filtered out falls to shell
When in body 3, the dough in shell 3 is fallen in inclined tube 211, and the dough in inclined tube 211 is fallen in pipeline 212 and spiral transferring
Axis 215 is sent to contact, the rotation of screw conveyor shaft 215 then drives dough to move up, and dough is moved up to be contacted with blade 216
When, blade 216 shreds dough, and the flour after chopping is fallen in hard tube 217, and the flour in hard tube 217 falls to placement
In bucket 9, and then is fallen on taper web plate 19 by discharge nozzle 8 and be screened again.After the completion of flour all screening, Ji Keguan
Close linear motor 218.In this way, screening after can shredding to the dough filtered out, facilitate processing.
When flour pours into placement bucket 9, flour is fallen in screen frame 23, and screen frame 23 then carries out preliminary sieve to flour
Choosing, the dough filtered out are left in screen frame 23, and the flour after screening falls in placement bucket 9 and screens again.When flour is complete
After the completion of portion's screening, it can pull the first hook 24 that screen frame 23 is driven to move up and be detached from fixed block 22, then dough is fallen
It handles out, after dough is poured out, screen frame 23 can be returned to original position.In this way, can screening effect to flour it is more preferable.
When the flour discharge in feeder pipe 12, flour is discharged into bellows 25, and the flour in bellows 25 passes through annular
Block 26 is fallen in collection frame 28.After the completion of flour all screening, the second hook 27 can be pulled to move up and hang over link
On 29, the second hook 27 moves upwardly through ring block 26 and bellows 25 is driven to move up and be detached from in collection frame 28, operates
Personnel can be handled the flour in collection frame 28.When needing to reuse, the second hook 27 is detached from link 29.
In this way, can prevent flour eminence from falling to cause to wave and influence ambient enviroment.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (5)
1. a kind of flour screening machine includes bottom plate, supporting leg, shell, framework, upright slide rail, upright slide block and discharge nozzle, bottom plate
Top left and right bilateral type is connected with supporting leg, the shell that dough is discharged can be installed on left and right sides supporting leg top it
Between, case top is connected with framework, and framework top center is provided with opening, and the upright slide rail playing the guiding role is two, vertical sliding
Rail is located in opening, and slidingtype is equipped with upright slide block on upright slide rail, and upright slide block is slidably matched with upright slide rail, slide vertically
The outer top of block bottom and framework is fixedly connected, the discharge nozzle that flour is discharged can be installed on left and right sides upright slide rail medial surface it
Between, it is characterized in that: further including having to place bucket, support plate, hopper, feeder pipe, support rod, driving motor, cross bar, first bearing
Seat, shaft, V-shaped bar, taper web plate and regulating device, discharge nozzle top are connected with the placement bucket that flour can be made to place, and place bucket
It is connected to in discharge nozzle, regulating device, the left and right sides in shell is equipped between the outer leading flank top of discharge nozzle and the outer top of framework
Middle face is all connected with support plate, and left and right sides top is all between hopper is installed at the top of the support plate of the left and right sides, in hopper
It is connected with cross bar, first bearing seat is connected with left and right sides cross bar inner end, and the bearing in shaft and first bearing seat is fixed to be connected
It connects, the V-shaped bar with supporting role is installed on shaft top, is connected with and can carry out to flour between top at left and right sides of V-shaped bar
The taper web plate of screening, taper web plate are located at immediately below discharge nozzle, and left and right sides lower part is fitted with support rod in hopper, drive
Between the supporting bar top of the left and right sides, driving motor output shaft connects dynamic motor bolt by the way that shaft coupling and shaft bottom end are fixed
It connects, the feeder pipe that flour is discharged can be installed among feed hopper bottom, shell lower right side is run through in feeder pipe bottom end.
2. a kind of flour screening machine described in accordance with the claim 1, it is characterized in that: regulating device includes kelly, the first spring
And spine bar, kelly are two, kelly is hinged on the outer leading flank top of discharge nozzle, and the left and right sides is connected with first between kelly bottom
Spring, the spine bar with kelly cooperation are two, are respectively arranged in the outer top left and right sides of framework, and kelly tail end is engaged with spine bar.
3. a kind of flour screening machine according to claim 2, it is characterized in that: further including having the conveying that can be conveyed to dough
Device, conveying device include inclined tube, pipeline, transverse slat, rubber ring, screw conveyor shaft, blade, hard tube, linear motor and second
Bearing block, in left side supporting leg leading flank top, pipeline right upper portion is connected with can be discharged into flour in placement bucket Pipe installing
It is connected in hard tube, hard tube and pipeline, second bearing seat is installed among pipeline inner top, the helical feed that can be conveyed to dough
Axis is connect with the bearing in second bearing seat, and there are two the blade that can shred dough, blades for the installation of screw conveyor shaft top
On the left of hard tube, transverse slat is installed on insides of pipes face lower part, and transverse slat middle part is Embedded to be equipped with rubber ring, screw conveyor shaft
Across rubber ring, pipeline lower right side is connected with the inclined tube that dough can be made to flow, and is connected in inclined tube and pipeline, inclined tube right end and
The discharge end of shell connects, and is connected in inclined tube and shell, linear motor is bolted in bottom plate top left side, the output shaft of linear motor
It is fixedly connected by shaft coupling with screw conveyor shaft bottom end.
4. a kind of flour screening machine described in accordance with the claim 3, it is characterized in that: further including thering is fixed block, screen frame and first to hang
Hook, the fixed block with supporting role are two, and fixed block is respectively arranged in left and right sides top in placement bucket, can be to flour
Between the screen frame screened is located at the top of the fixed block of the left and right sides, screen frame top right side is connected with the first hook.
5. a kind of flour screening machine according to claim 4, it is characterized in that: further including thering is bellows, ring block, second to hang
Hook, collection frame and link, feeder pipe tail end are connected with bellows, and ripple bottom of the tube is connected with ring block, and the second hook is equipped with
Ring block right end is installed on shell external right side face lower part with the link of the second hook cooperation, and link is located on the right side of feeder pipe, can be right
The collection frame that flour is collected is located at bottom plate top right side, and collection frame is located at below bellows.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920099357.8U CN209613504U (en) | 2019-01-22 | 2019-01-22 | A kind of flour screening machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920099357.8U CN209613504U (en) | 2019-01-22 | 2019-01-22 | A kind of flour screening machine |
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| CN209613504U true CN209613504U (en) | 2019-11-12 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111112079A (en) * | 2019-12-16 | 2020-05-08 | 南京牧科纳米科技有限公司 | Solid raw material pretreatment device and method for preparing nano composite material |
| CN113578729A (en) * | 2021-07-28 | 2021-11-02 | 惠民县宇东面粉有限公司 | Screening machine for flour processing |
-
2019
- 2019-01-22 CN CN201920099357.8U patent/CN209613504U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111112079A (en) * | 2019-12-16 | 2020-05-08 | 南京牧科纳米科技有限公司 | Solid raw material pretreatment device and method for preparing nano composite material |
| CN111112079B (en) * | 2019-12-16 | 2021-04-30 | 南京牧科纳米科技有限公司 | Solid raw material pretreatment device and method for preparing nano composite material |
| CN113578729A (en) * | 2021-07-28 | 2021-11-02 | 惠民县宇东面粉有限公司 | Screening machine for flour processing |
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Address after: 363000 No. 3, Wuqiao Middle Road, Lantian Development Zone, Zhangzhou City, Fujian Province Patentee after: Fujian xiaobaixinxin soft food Co.,Ltd. Address before: 363000 No. 3, Wuqiao Middle Road, Lantian Development Zone, Zhangzhou City, Fujian Province Patentee before: Fujian mulanka Food Co.,Ltd. |