CN205705457U - Full automatic screw quantifying feed briquetting press - Google Patents
Full automatic screw quantifying feed briquetting press Download PDFInfo
- Publication number
- CN205705457U CN205705457U CN201620424830.1U CN201620424830U CN205705457U CN 205705457 U CN205705457 U CN 205705457U CN 201620424830 U CN201620424830 U CN 201620424830U CN 205705457 U CN205705457 U CN 205705457U
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- cylinder
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- template
- crossbeam
- feed pipe
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Abstract
Full automatic screw quantifying feed briquetting press, including horizontally disposed base plate, base plate is provided with support and rotary power drive mechanism, and on support, level is provided with disk, and disk is provided with cylinder；Disk upper surface is provided with the template less than disk for the radius, the center of template is fixed with rotating shaft, rotating shaft lower end is passed down through disk and is connected with the clutch end of rotary power drive mechanism, rotating shaft is forwarded by locating shaft and is automatically connected on disk, template is provided with four cylinder die cavitys, and four cylinder die cavitys are evenly arranged along template center's line；Cylinder upper end is provided with installing rack, and installing rack is provided with compacting motor, and the major axis horizontal of compacting motor is arranged, and the spindle drive of compacting motor is connected with cam, and the outline transmission of cam is combined with and is positioned at that cylinder is internal and the shaping above template and pusher.The utility model simple in construction, cost are low, volume is little, automaticity is high, labour intensity is little, production efficiency is high, working environment sanitation and hygiene, are particularly well-suited to single family and use.
Description
Technical field
The utility model belongs to honeycomb briquette and manufactures former, is specifically related to a kind of full automatic screw quantifying feed coal briquette
Machine.
Background technology
In the last few years, coal was still the main energy sources that family cooks or warms oneself, and became beehive coal ball to use Coal dressing, tool
Have sanitation and hygiene, be easily portable, efficiency of combustion advantages of higher, especially receive popular welcome in samll cities and towns and vast rural area.But it is existing
There is structure complexity in some coal briquette process equipments, cost is high, floor space is big, automaticity is low, use operating personnel mostly
The defects such as many, use inconvenience to single family and also do not calculate.In addition, traditional simple coal briquette mould system of artificial use
Make coal briquette packing out good, and easily grill thoroughly, but labour intensity is big, production efficiency is low owing to manual manufacture coal briquette exists
Defect, is not easy to expanded application.
Utility model content
The utility model in order to solve weak point of the prior art, provides a kind of simple in construction, volume is little, work is strong
Spend full automatic screw quantifying feed coal briquette little, that automaticity is high, production efficiency is high, be specially adapted for single family uses
Machine.
For solving above-mentioned technical problem, the utility model adopts the following technical scheme that full automatic screw quantifying feed coal briquette
Machine, including horizontally disposed base plate, base plate is provided with support and rotary power drive mechanism, and on support, level is provided with disk, circle
Dish is provided with cylinder, and the center line of disk overlaps with the center line of cylinder, and the external diameter of cylinder is equal with the external diameter of disk；
Disk upper surface is provided with the template less than disk for the radius, and the center of template is fixed with rotating shaft, and rotating shaft lower end is downward
Being connected through the clutch end of disk and rotary power drive mechanism, rotating shaft is forwarded by locating shaft and is automatically connected on disk,
Template is provided with four cylinder die cavitys, and four cylinder die cavitys are evenly arranged along template center's line；
Cylinder upper end is provided with installing rack, and installing rack is provided with compacting motor, and the major axis horizontal of compacting motor is arranged, compacting
The spindle drive of motor is connected with cam, and the outline transmission of cam is combined with the shaping being positioned above cylinder inside and template
And pusher；
Shaping and pusher include gripper shoe, left crossbeam, right crossbeam, left fixed mount and right fixed mount, table in gripper shoe
Face and the outline top press-fit of cam, left crossbeam and right crossbeam are positioned at sustained height and are all horizontally disposed with along the longitudinal direction, left
The front-end and back-end of crossbeam and right crossbeam are all fixed and are located on cylinder inwall, and gripper shoe is horizontally disposed with and is positioned at left crossbeam and the right side
It above crossbeam, is provided with left compression spring between gripper shoe lower surface and left crossbeam, is provided with between gripper shoe lower surface and right crossbeam
Right compression spring, fixes on the left of left fixed mount and is located on the left of cylinder inwall, fixes being located at cylinder inwall on the right side of right fixed mount
Right side, is provided with left guide pipe on the right side of left fixed mount, be provided with right guide pipe, in left guide pipe and right guide pipe on the left of right fixed mount
Heart line is vertically arranged, and on the left of gripper shoe and right side is respectively perpendicular and is provided with left depression bar and right depression bar, and left depression bar is located in left guide pipe
In, right depression bar is located in right guide pipe, and left depression bar lower end is provided with push pedal, and right depression bar lower end level is provided with the pressing plate of circle, pressure
The external diameter of plate is equal with the internal diameter of cylinder die cavity, and pressing plate lower surface is vertically provided with coal briquette honeycomb moulding bar；
Be provided with internal diameter on the right side of disk more than the through hole of cylinder die cavity internal diameter, be provided with on the left of disk with on coal briquette honeycomb moulding bar
Under corresponding honeycomb hole, through hole and honeycomb hole are corresponding up and down with two the cylinder die cavitys symmetrical with regard to template center respectively；
Tilting to be provided with feed pipe on front side of cylinder, feed pipe lower end is positioned above the cylinder die cavity of front side, under feed pipe
End top is provided with breach, and breach connects with feed pipe lower port, and feed pipe upper end is provided with and is positioned at spirally determining outside cylinder
Amount feeding device；
Spiral dosing device includes hopper, fixes being located on front side of cylinder on rear side of hopper, hopper open top, material
Connecting with feed pipe upper end bottom bucket, being provided with bearing on front side of hopper top, bearing is provided with feeding motor, the main shaft of feeding motor
By the coaxial feed spool that is connected with of shaft coupling, feed spool is extend into feed pipe lower end by hopper top, the center line of feed spool
Overlap with the center line of feed pipe, feed spool is in axial direction provided with the lower helical blade being positioned at feed pipe, lower helical-blade
The pitch of piece is gradually reduced from top to bottom, and lower helical blade outer edge and feed pipe inwall have the gap of 0.2-0.5mm, feeding
In axial direction being provided with the upper helical blade being positioned at hopper on axle, in hopper, bottom is provided with and is positioned at lower helical blade and upper spiral
Bearing block between blade, feed spool is passed through bearing block and is connected with bearing block rotation by feeding bearing.
Rotary power drive mechanism includes stepper motor, and the major axis horizontal of stepper motor is arranged, and the main shaft of stepper motor sets
Having drive bevel gear, rotating shaft lower end is provided with driven wheel of differential, and drive bevel gear engages with driven wheel of differential.
Base plate is provided with belt conveyor, and the left end of belt conveyor is positioned at below through hole.
Being provided with material-dropping hole on the left of disk, template outer circumferential edges is provided with switch-plate, switch-plate and cylinder contact internal walls.
Using technique scheme, the course of work of the present utility model is as follows: the coal charge mixing is sent in hopper, send
Material driven by motor feed spool and lower helical blade rotate one week or some weeks, and quantitative coal charge is dropped in template by feed pipe
In one cylinder die cavity, driving stepper motor drive bevel gear rotates 90 °, and drive bevel gear drives driven wheel of differential to rotate, from
Dynamic bevel gear drives axis of rotation, and rotating shaft band moving platen rotates 90 °, and the cylinder die cavity with coal charge forwards pressing plate and coal briquette honeycomb to
The underface of curved lever, stepper motor stops, and compacting motor drives cam rotation, and cam rotation is pressed downward against gripper shoe, gripper shoe
The elastic force overcoming left compression spring and right compression spring moves down, and gripper shoe drives left depression bar and right depression bar respectively along left guiding
Pipe and right guide pipe move down, and coal briquette honeycomb moulding bar is inserted in coal charge, and the pressing plate of right depression bar lower end is also into cylinder
Suppress coal charge in die cavity and coal charge suppressed closely knit, when cam top pressure gripper shoe is to extreme lower position, under coal briquette honeycomb moulding bar
End extend in honeycomb hole, so can ensure that the honeycomb two ends of honeycomb briquette are penetrating；Another cylinder die cavity turns under feed pipe
Side, is fed to this cylinder die cavity by feed pipe, then suppresses driven by motor cam return, and then stepper motor continues to open
Dynamic, drive turntable rotation 90 °, compacting motor drives coal briquette honeycomb moulding bar and pressing plate to the coal in the cylinder die cavity forwarding lower section to
Material carries out suppressing operation, continues through feed pipe simultaneously and carries out the operation that feeds；Then suppress driven by motor cam return, then walk
Entering motor to be further continued for starting, driving turntable rotation 90 °, compacting motor drives coal briquette honeycomb moulding bar and pressing plate to forwarding lower section to
Coal charge in cylinder die cavity carries out suppressing operation, continues through feed pipe simultaneously and carries out the operation that feeds, the cylinder below left depression bar
Being provided with the honeycomb briquette being pressed in die cavity, honeycomb briquette is pushed down on by push pedal, and honeycomb briquette is fallen on belt conveyor automatically, by
Belt conveyor is transported to specify region.Circulate the above course of work, reach successively to carry out automation compacting coal briquette
Operation.
Due to feed pipe to cylinder die cavity built-in material when, coal charge has some and trickles down in template, the coal charge meeting in template
Falling between template and cylinder, the outer peripheral switch-plate of template is with the rotation of template, so that it may push coal charge at material-dropping hole
Fall and recycle after collecting below cylinder.
The material charging principle of determining of spiral dosing device is: the pitch of lower helical blade is certain, feed pipe inwall with
The cavity being formed between feed spool is separated and filled into by lower helical blade quantitative coal charge, thus can manipulate feeding electricity
The angle that machine rotates controls feeding amount.Lower helical blade outer edge and feed pipe inwall have the gap of 0.2-0.5mm, so
Coal charge can be avoided to spill, feeding amount is more accurate as far as possible.Upper helical blade play by coal charge to feed pipe upper port carry and can
By the effect of coal charge preliminary consolidation, the pitch of lower helical blade is gradually reduced from top to bottom, makes coal charge be compacted so further, fixed
The accuracy of amount feeding is higher, and greatly reduces the situation that coal charge scatters.Bearing block plays the effect that positioning supports feed spool.Enter
The breach that material top, pipe lower end is arranged plays the effect facilitating blanking, makes coal charge be dropped into cylinder more accurately by feed pipe lower end
In die cavity, avoid coal charge to fall in template as far as possible.
In sum, the utility model simple in construction, cost is low, volume is little, automaticity is high, labour intensity is little, raw
Produce efficiency height, working environment sanitation and hygiene, be particularly well-suited to single family and use.
Brief description
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the left view of Fig. 1.
Detailed description of the invention
As depicted in figs. 1 and 2, full automatic screw quantifying feed briquetting press of the present utility model, including the horizontally disposed end
Plate 1, base plate 1 is provided with support 2 and rotary power drive mechanism, and on support 2, level is provided with disk 3, and disk 3 is provided with cylinder
4, the center line of disk 3 overlaps with the center line of cylinder 4, and the external diameter of cylinder 4 is equal with the external diameter of disk 3.
Disk 3 upper surface is provided with the template 5 less than disk 3 for the radius, and the center of template 5 is fixed with rotating shaft 6, under rotating shaft 6
End is passed down through disk 3 and is connected with the clutch end of rotary power drive mechanism, and rotating shaft 6 is rotated by positioning bearing 7 and connects
On disk 3, template 5 is provided with four cylinder die cavitys 8, and four cylinder die cavitys 8 are evenly arranged along template 5 center line.
Cylinder 4 upper end is provided with installing rack 9, and installing rack 9 is provided with compacting motor 10, and the major axis horizontal of compacting motor 10 sets
Putting, the spindle drive of compacting motor 10 is connected with cam 11, the outline transmission of cam 11 be combined be positioned at cylinder 4 internal and
Shaping above template 5 and pusher.
Shaping and pusher include gripper shoe the 12nd, left crossbeam the 13rd, right crossbeam the 14th, left fixed mount 15 and right fixed mount 16,
The outline top press-fit of gripper shoe 12 upper surface and cam 11, left crossbeam 13 and right crossbeam 14 are positioned at sustained height and all along front
Rear is to being horizontally disposed with, and the front-end and back-end of left crossbeam 13 and right crossbeam 14 are all fixed and are located on cylinder 4 inwall, gripper shoe 12
It is horizontally disposed with and is positioned above left crossbeam 13 and right crossbeam 14, between gripper shoe 12 lower surface and left crossbeam 13, being provided with left compression bullet
Spring 17, is provided with right compression spring 18 between gripper shoe 12 lower surface and right crossbeam 14, fix being located at cylinder on the left of left fixed mount 15
On the left of body 4 inwall, fix on the right side of right fixed mount 16 and be located on the right side of cylinder 4 inwall, on the right side of left fixed mount 15, be provided with left guide pipe
19, it is provided with right guide pipe 20 on the left of right fixed mount 16, the central axis of left guide pipe 19 and right guide pipe 20 is arranged, gripper shoe
On the left of in the of 12 and right side is respectively perpendicular and is provided with left depression bar 21 and right depression bar 22, and left depression bar 21 is located in left guide pipe 19, right depression bar
22 are located in right guide pipe 20, and left depression bar 21 lower end is provided with push pedal 23, and right depression bar 22 lower end level is provided with the pressing plate 24 of circle,
The external diameter of pressing plate 24 is equal with the internal diameter of cylinder die cavity 8, and pressing plate 24 lower surface is vertically provided with coal briquette honeycomb moulding bar 25.
It is provided with the through hole more than cylinder die cavity 8 internal diameter for the internal diameter on the right side of disk 3, be provided with on the left of disk 3 and coal briquette honeycomb moulding
Bar corresponding honeycomb hole 26 about 25, through hole and honeycomb hole 26 respectively with regard on centrosymmetric two the cylinder die cavitys 8 of template 5
Lower correspondence.
Tilting to be provided with feed pipe 27 on front side of cylinder 4, feed pipe 27 lower end is positioned above the cylinder die cavity 8 of front side, enters
Material top, pipe 27 lower end is provided with breach 40, and breach 40 connects with feed pipe 27 lower port, and feed pipe 27 upper end is provided with and is positioned at cylinder
Spiral dosing device outside body 4；Spiral dosing device includes hopper 41, fixes being located at circle on rear side of hopper 41
On front side of cylinder 4, hopper 41 open top, connect with feed pipe 27 upper end bottom hopper 41, hopper 41 is provided with bearing on front side of top
42, bearing 42 is provided with feeding motor 43, and the main shaft of feeding motor 43 is connected with feed spool 45 by shaft coupling 44 is coaxial, send
Material axle 45 is extend into feed pipe 27 lower end by hopper 41 top, and the center line of feed spool 45 overlaps with the center line of feed pipe 27,
In axial direction being provided with the lower helical blade 46 being positioned at feed pipe 27 on feed spool 45, the pitch of lower helical blade 46 is arrived from above
Under be gradually reduced, lower helical blade 46 outer edge and feed pipe 27 inwall have the gap of 0.2-0.5mm, along axle on feed spool 45
Be provided with the upper helical blade 47 being positioned at hopper 41 to direction, in hopper 41, bottom is provided with and is positioned at lower helical blade 46 and upper spiral
Bearing block 48 between blade 47, feed spool 45 is passed through bearing block 48 and is connected with bearing block 48 rotation by feeding bearing.
Rotary power drive mechanism includes stepper motor 28, and the major axis horizontal of stepper motor 28 is arranged, stepper motor 28
Main shaft is provided with drive bevel gear 29, and rotating shaft 6 lower end is provided with driven wheel of differential 30, and drive bevel gear 29 is nibbled with driven wheel of differential 30
Close.
It is existing mature technology that base plate 1 is provided with belt conveyor 31(belt conveyor 31), belt conveyor
The left end of 31 is positioned at below through hole.
Being provided with material-dropping hole 32 on the left of disk 3, template 5 outer circumferential edges is provided with switch-plate 33, in switch-plate 33 and cylinder 4
Wall contacts.
The course of work of the present utility model is as follows: the coal charge mixing is sent in hopper 41, and feeding motor 43 drives and send
Material axle 45 and lower helical blade 46 rotate one week or some weeks, and quantitative coal charge is dropped into one in template 5 by feed pipe 27
In cylinder die cavity 8, stepper motor 28 drives drive bevel gear to rotate 90 °, and drive bevel gear 29 drives driven wheel of differential 30 to rotate,
Driven wheel of differential 30 drives rotating shaft 6 to rotate, and rotating shaft 6 carries moving platen 5 to rotate 90 °, and the cylinder die cavity 8 with coal charge forwards pressing plate 24 to
With the underface of coal briquette honeycomb moulding bar 25, stepper motor 28 stops, and compacting motor 10 drives cam 11 to rotate, and cam 11 rotates
Being pressed downward against gripper shoe 12, gripper shoe 12 overcomes the elastic force of left compression spring 17 and right compression spring 18 to move down, gripper shoe 12
Driving left depression bar 21 and right depression bar 22 to move down along left guide pipe 19 and right guide pipe 20 respectively, coal briquette honeycomb moulding bar 25 is inserted
Entering in coal charge, the pressing plate 24 of right depression bar 22 lower end is also into cylinder die cavity internal pressure coal charge and suppresses coal charge closely knit, when
When cam 11 top pressure gripper shoe 12 arrives extreme lower position, coal briquette honeycomb moulding bar 25 lower end extend in honeycomb hole 26, so can be true
The honeycomb two ends protecting honeycomb briquette are penetrating；Another cylinder die cavity 8 turns to below feed pipe 27, by feed pipe 27 to this cylinder
Die cavity 8 feeds, and then suppresses motor 10 and carries moving cam 11 to reset, and then stepper motor 28 continues to start, and drives rotating disk rotation
Turning 90 °, compacting motor 10 drives coal briquette honeycomb moulding bar 25 and pressing plate 24 to carry out the coal charge in the cylinder die cavity 8 forwarding lower section to
Compacting operation, continues through feed pipe 27 simultaneously and carries out the operation that feeds；Then suppressing motor 10 carries moving cam 11 to reset, and then walks
Enter motor 28 be further continued for start, drive turntable rotation 90 °, compacting motor 10 drive coal briquette honeycomb moulding bar 25 and pressing plate 24 to turn
Coal charge in the cylinder die cavity 8 of lower section carries out suppressing operation, continues through feed pipe 27 simultaneously and carries out the operation that feeds, left depression bar
Being provided with the honeycomb briquette being pressed in cylinder die cavity 8 below 21, honeycomb briquette is pushed down on by push pedal 23, and skin fallen automatically by honeycomb briquette
It on belt conveyor structure 31, is transported to specify region by belt conveyor 31.Circulate the above course of work, reach successively to enter
The operation of row automation compacting coal briquette.
When feeding in cylinder die cavity 8 due to feed pipe 27, coal charge has some and trickles down the coal in template 5, in template 5
Material can be fallen between template 5 and cylinder 4, and the outer peripheral switch-plate of template 5 33 is with the rotation of template 5, so that it may dial coal charge
Fall at material-dropping hole 32 and recycle after collecting below cylinder 4.
The material charging principle of determining of spiral dosing device is: the pitch of lower helical blade 46 is certain, in feed pipe 27
The cavity being formed between wall and feed spool 45 is separated by lower helical blade 46 and is filled into quantitative coal charge, thus can grasp
The angle that control feeding motor 43 rotates controls feeding amount.Lower helical blade 46 outer edge and feed pipe 27 inwall have 0.2-
The gap of 0.5mm, had both ensured that lower helical blade 46 did not contacted with feed pipe 27, and had avoided coal charge to spill as far as possible, and make feeding amount
More accurate.Upper helical blade 47 play by coal charge to feed pipe 27 upper port conveying and can by the effect of coal charge preliminary consolidation,
The pitch of lower helical blade 46 is gradually reduced from top to bottom, makes coal charge be compacted so further, and the accuracy of quantitative feed is higher,
And greatly reduce the situation that coal charge scatters.Bearing block 48 plays the effect that positioning supports feed spool 45.Top, feed pipe 27 lower end
The breach 40 arranging plays the effect facilitating blanking, makes coal charge be dropped in cylinder die cavity 8 more accurately by feed pipe 27 lower end,
Avoid coal charge to fall in template 5 as far as possible.
Above example is only in order to illustrative not limiting the technical solution of the utility model, although with reference to above-described embodiment pair
The utility model has been described in detail, and it will be understood by those within the art that: still can enter the utility model
Row modification or equivalent, without deviating from any modification or partial replacement of spirit and scope of the present utility model, it all should
Cover in the middle of right of the present utility model.
Claims (2)
1. full automatic screw quantifying feed briquetting press, it is characterised in that: include horizontally disposed base plate, base plate be provided with support and
Rotary power drive mechanism, on support, level is provided with disk, and disk is provided with cylinder, in the center line of disk and cylinder
Heart line overlaps, and the external diameter of cylinder is equal with the external diameter of disk；
Disk upper surface is provided with the template less than disk for the radius, and the center of template is fixed with rotating shaft, and rotating shaft lower end is passed down through
Disk is connected with the clutch end of rotary power drive mechanism, and rotating shaft is forwarded by locating shaft and is automatically connected on disk, template
Being provided with four cylinder die cavitys, four cylinder die cavitys are evenly arranged along template center's line；
Cylinder upper end is provided with installing rack, and installing rack is provided with compacting motor, and the major axis horizontal of compacting motor is arranged, and suppresses motor
Spindle drive be connected with cam, the outline transmission of cam is combined with and is positioned at that cylinder is internal and the shaping above template and pushing away
Material mechanism；
Shaping and pusher include gripper shoe, left crossbeam, right crossbeam, left fixed mount and right fixed mount, support plate upper surface with
The outline top press-fit of cam, left crossbeam and right crossbeam are positioned at sustained height and are all horizontally disposed with along the longitudinal direction, left crossbeam
All fixing with the front-end and back-end of right crossbeam and being located on cylinder inwall, gripper shoe is horizontally disposed with and is positioned at left crossbeam and right crossbeam
Top, is provided with left compression spring between gripper shoe lower surface and left crossbeam, be provided with right pressure between gripper shoe lower surface and right crossbeam
Contracting spring, fixes on the left of left fixed mount and is located on the left of cylinder inwall, fixes being located on the right side of cylinder inwall on the right side of right fixed mount,
It is provided with left guide pipe on the right side of left fixed mount, on the left of right fixed mount, be provided with right guide pipe, the center line of left guide pipe and right guide pipe
Being vertically arranged, on the left of gripper shoe and right side is respectively perpendicular and is provided with left depression bar and right depression bar, and left depression bar is located in left guide pipe, right
Depression bar is located in right guide pipe, and left depression bar lower end is provided with push pedal, and right depression bar lower end level is provided with the pressing plate of circle, outside pressing plate
Footpath is equal with the internal diameter of cylinder die cavity, and pressing plate lower surface is vertically provided with coal briquette honeycomb moulding bar；
Being provided with the through hole more than cylinder die cavity internal diameter for the internal diameter on the right side of disk, it is right up and down with coal briquette honeycomb moulding bar to be provided with on the left of disk
The honeycomb hole answered, through hole and honeycomb hole are corresponding up and down with two the cylinder die cavitys symmetrical with regard to template center respectively；
Tilting to be provided with feed pipe on front side of cylinder, feed pipe lower end is positioned above the cylinder die cavity of front side, on feed pipe lower end
Portion is provided with breach, and breach connects with feed pipe lower port, and feed pipe upper end is provided with and is positioned at spirally quantitatively adding outside cylinder
Material device；
Spiral dosing device includes hopper, fixes being located on front side of cylinder on rear side of hopper, hopper open top, hopper bottom
Portion connects with feed pipe upper end, is provided with bearing on front side of hopper top, and bearing is provided with feeding motor, and the main shaft of feeding motor passes through
The coaxial feed spool that is connected with of shaft coupling, feed spool is extend into feed pipe lower end by hopper top, the center line of feed spool with enter
The center line of material pipe overlaps, and feed spool is in axial direction provided with the lower helical blade being positioned at feed pipe, lower helical blade
Pitch is gradually reduced from top to bottom, and lower helical blade outer edge and feed pipe inwall have the gap of 0.2-0.5mm, on feed spool
In axial direction being provided with the upper helical blade being positioned at hopper, in hopper, bottom is provided with and is positioned at lower helical blade and upper helical blade
Between bearing block, feed spool is passed through bearing block and is connected by the rotation of feeding bearing and bearing block；
Rotary power drive mechanism includes stepper motor, and the major axis horizontal of stepper motor is arranged, and the main shaft of stepper motor is provided with master
Dynamic bevel gear, rotating shaft lower end is provided with driven wheel of differential, and drive bevel gear engages with driven wheel of differential；
Base plate is provided with belt conveyor, and the left end of belt conveyor is positioned at below through hole.
2. full automatic screw quantifying feed briquetting press according to claim 1, it is characterised in that: it is provided with blanking on the left of disk
Hole, template outer circumferential edges is provided with switch-plate, switch-plate and cylinder contact internal walls.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620424830.1U CN205705457U (en) | 2016-05-12 | 2016-05-12 | Full automatic screw quantifying feed briquetting press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620424830.1U CN205705457U (en) | 2016-05-12 | 2016-05-12 | Full automatic screw quantifying feed briquetting press |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205705457U true CN205705457U (en) | 2016-11-23 |
Family
ID=57304209
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620424830.1U Withdrawn - After Issue CN205705457U (en) | 2016-05-12 | 2016-05-12 | Full automatic screw quantifying feed briquetting press |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205705457U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112848481A (en) * | 2021-01-08 | 2021-05-28 | 乔春园 | Machine-made charcoal forming device for environment-friendly energy production |
-
2016
- 2016-05-12 CN CN201620424830.1U patent/CN205705457U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112848481A (en) * | 2021-01-08 | 2021-05-28 | 乔春园 | Machine-made charcoal forming device for environment-friendly energy production |
| CN112848481B (en) * | 2021-01-08 | 2024-02-20 | 乔春园 | Machine-made charcoal forming device for environment-friendly energy production |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161123 Effective date of abandoning: 20171103 |
|
| AV01 | Patent right actively abandoned |