CN208807629U - A kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape - Google Patents
A kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape Download PDFInfo
- Publication number
- CN208807629U CN208807629U CN201821169109.8U CN201821169109U CN208807629U CN 208807629 U CN208807629 U CN 208807629U CN 201821169109 U CN201821169109 U CN 201821169109U CN 208807629 U CN208807629 U CN 208807629U
- Authority
- CN
- China
- Prior art keywords
- conveyer belt
- absorption
- fixed
- tobacco leaf
- remover
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Manufacture Of Tobacco Products (AREA)
Abstract
The utility model discloses a kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape, including body, feed hopper, discharge port, receiving hopper, absorption conveyer belt；Body is the shell of the METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape, and feed hopper is fixed at the right upper portion position of body, and discharge port is fixed at the left side middle position of body, and receiving hopper is fixed at the lower position of discharge port；Absorption conveyer belt is divided into limitation absorption conveyer belt and sequence absorption conveyer belt；First lamination remover is fixed at upper position of the absorption with inclined surface, and second lamination remover is fixed at the lower position of the first lamination remover, and protective casing fixed closed is in the outside of absorption conveyer belt；Camera is fixed at the left upper portion position of body, and camera is fixedly connected with computer control system.The METHOD FOR CONTINUOUS DETERMINATION instrument of this tobacco leaf shape substantially increases the measurement sorting efficiency of the measurement to tobacco leaf shape, while improving the quality of pipe tobacco.
Description
Technical field
The utility model belongs to the METHOD FOR CONTINUOUS DETERMINATION technical field of tobacco leaf shape, and in particular to a kind of tobacco leaf shape
METHOD FOR CONTINUOUS DETERMINATION instrument.
Background technique
In the coiling process of cigarette, the measurement sorting to the shape of tobacco leaf be during cigarette one it is important
Process is the important means of tobacco quality and the rolling technology of cigarette during improving cigarette.In the mistake of cigarette rolled
Cheng Zhong, higher to the shape need of tobacco leaf, the appearance profile of tobacco leaf also has significant impact to the quality of pipe tobacco, together
The blade of sample area, edge length are small or close to its tobacco leaf for being better than other shapes at silk rate of the round or tobacco leaf of square.
Two batches tobacco leaf with identical Percentage of large and middle size strips can be because the difference of tobacco leaf appearance profile causes chopping quality to have obviously
Difference.
It is generally carried out by the way of artificial in most cases to the measurement sorting of tobacco leaf shape in the prior art
Measurement sorting, also has relatively advanced tobacco manufacturing enterprise, using a variety of science such as weight method, signature analysis, parabolic method
Analysis method；It either uses the measurement method for sorting of advanced science or uses and manually survey tobacco leaf
Surely the method sorted, in irregular shape due to tobacco leaf, the shape size of tobacco leaf is different, to the quick of tobacco leaf
Measurement sorting the problem of causing very big difficulty, being primarily present, is: 1, using the measurement method for sorting of advanced science or
It is to be sorted using labor measurement, the efficiency for measuring sorting is very low, is not able to satisfy a large amount of cigarette requirements of one's work；2, it uses
Poor quality is sorted in the measurement method for sorting of advanced science or use labor measurement, directly affects the quality of pipe tobacco, makes
It is reduced at the fill factor of cigarette；Inventor has developed a kind of continuous survey of tobacco leaf shape based on defect in the prior art
Determine instrument, problems of the prior art can be well solved.
Utility model content
In order to solve the above-mentioned technical problem the utility model, provides a kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape, knot
Structure design is simple, scientific and reasonable, can quickly measure sorting to tobacco leaf of different shapes, substantially increase tobacco leaf
Measure sorting efficiency；The utility model is able to solve using the measurement method for sorting of advanced science or using labor measurement point
It picks, measures the very low problem of the efficiency of sorting, while also solving the measurement method for sorting using advanced science or adopting
The problem of manually measurement is sorted, and the measurement of tobacco leaf is caused to sort poor quality.
The technical scheme adopted by the utility model is a kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape, including body, into
Hopper, discharge port, receiving hopper, absorption conveyer belt；Body is the shell of the METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape, and feed hopper is fixed
The right upper portion position of body is set, and discharge port is fixed at the left side middle position of body, and receiving hopper is fixed at
The lower position of discharge port；Absorption conveyer belt is divided into limitation absorption conveyer belt and sequence absorption conveyer belt, and absorption conveyer belt includes
Driving roller, driving roller are fixed at upper left-hand position, and driven roller is fixed at lower right side position, actively rolls
Wheel is fixedly connected between driven roller by adsorbing band, is taken in absorption and is provided with absorption group hole, each absorption group Kong Youwu
A circular hole forms, and centered on Kong Yiyi circular hole of absorption group, remaining four circular hole is symmetrical arranged around center hole surrounding；Lamination
Remover is divided into the first lamination remover and second lamination remover, and the first lamination remover is fixed at absorption band inclined surface
Upper position, second lamination remover is fixed at the lower position of the first lamination remover, protective casing fixed closed
In the outside of absorption conveyer belt；Limitation absorption conveyer belt is fixed at the right positions of body, and sequence absorption conveyer belt is fixed
The leftward position of limitation absorption conveyer belt is set, and limitation absorption conveyer belt and sequence absorption conveyer belt are inclined to set, limit the quantity
Adsorbing the cavity between conveyer belt and sequence absorption conveyer belt is the sorting chamber that suspends；It is defeated that vortex fan is fixed at sequence absorption
The lower position of band is sent, vortex fan is fixed on the machine body；The lower end of first wind conveying pipe and the exhaust outlet of vortex fan connect, the
The upper end of one wind conveying pipe is connected to sequence absorption conveyer belt bottom fixation, and the left end of the second wind conveying pipe and the first wind conveying pipe are fixed and connected
Logical, the right end of the second wind conveying pipe is connected to the bottom of limitation absorption conveyer belt；The top of first exhaust column and sequence absorption conveying
The fixed connection of the lower bottom part of band, the fixed connection of the suction opening of the lower part vortex fan of the first exhaust column；The top of second exhaust column
It is connected to the lower bottom part fixation of limitation absorption conveyer belt, the left end of the second exhaust column and the suction opening of lower part vortex fan are fixed and connected
It is logical；Camera is fixed at the left upper portion position of body, and camera is fixedly connected with computer control system.
The lamination remover includes mandrel, and mandrel is fixed at the center of roller, and the external fixation of mandrel is set
It is equipped with roller, the outside of roller is evenly arranged with gas hole, and the cavity between mandrel and roller is air blowing chamber, one end of gas blow pipe
It is connected to the fixation of air blowing chamber, the other end of gas blow pipe is connected to the first wind conveying pipe and the fixation of the second wind conveying pipe respectively.
The access of negative pressure is formed between the vortex fan, the first wind conveying pipe, the first exhaust column and sequence absorption conveyer belt.
Negative pressure passage is formed between the vortex fan, the second wind conveying pipe, the second exhaust column and limitation absorption conveyer belt.
The use process of the METHOD FOR CONTINUOUS DETERMINATION instrument of this tobacco leaf shape are as follows: first by vortex fan, limitation absorption conveying
Band and sequence absorption conveyer belt are opened, and then will be needed to measure the irregular tobacco leaf of sorting, are poured into from feed hopper, in whirlpool
The wind of positive pressure is respectively delivered to limitation absorption conveyer belt by the first wind conveying pipe and the second wind conveying pipe by the wind that cyclone cluster is discharged
Conveyer belt is adsorbed with sequence, is then extracted out wind by the first exhaust column and the second exhaust column, makes limitation absorption conveyer belt and row
Sequence adsorbs conveyer belt and forms negative pressure state；Tobacco leaf is adsorbed onto absorption and taken by the absorption group hole on absorption conveyer belt at this time,
When the tobacco leaf for occurring being overlapped, which is attracted to absorption, to be taken, tobacco leaf is with the rising for adsorbing conveyer belt, by second
The rolling of lamination remover and the first lamination remover, while using the gas hole on lamination remover by the tobacco leaf of overlapping
It blows, adsorbs conveyer belt by limitation, the tobacco leaf of overlapping is transported in suspension sorting chamber, adsorbs conveyer belt by sequence
The sorting of measurement again, so realize and monolithic tobacco leaf is arranged in absorption in an orderly manner takes, then will be inhaled using sequence
Tobacco leaf is transported to the lower part of camera by attached conveyer belt, the tobacco leaf of monolithic is taken pictures using camera, then
It is transmitted to computer control system, handled, operation and export measurement result；Above procedure is exactly this tobacco leaf shape
METHOD FOR CONTINUOUS DETERMINATION instrument use process.
The absorption conveyer belt includes driving roller, and driving roller is fixed at upper left-hand position, and driven roller is solid
It is fixed to be arranged in lower right side position, it is fixedly connected between driving roller and driven roller by adsorbing band, takes setting in absorption
There is absorption group hole, Kong Youwu circular hole of each absorption group forms, and centered on Kong Yiyi circular hole of absorption group, remaining four circular hole encloses
It is symmetrical arranged around center hole surrounding；The main purpose for being provided with absorption conveyer belt is in order to which conveying is attracted to absorption group
Tobacco leaf on hole；The main purpose for being provided with absorption group hole is passed through to be formed by negative pressure using vortex fan
Tobacco leaf is adsorbed on absorption and taken by absorption group hole.
The lamination remover is divided into the first lamination remover and second lamination remover, and the fixation of the first lamination remover is set
It sets in upper position of the absorption with inclined surface, second lamination remover is fixed at the lower position of the first lamination remover,
Protective casing fixed closed is in the outside of absorption conveyer belt；The main purpose being arranged in this way is to be removed by the first lamination
The setting of device and second lamination remover will be adsorbed on the tobacco leaf being overlapped on absorption group hole and blow off, in order to guarantee to be overlapped cigarette
The elimination effect of leaf blade, is arranged the first lamination remover and second lamination remover carries out the tobacco leaf leaf that second level removes overlapping
Piece ensure that the elimination effect for removing overlapping tobacco leaf.
Cavity between the limitation absorption conveyer belt and sequence absorption conveyer belt is the sorting chamber that suspends；The master being arranged in this way
Syllabus is to be carried out by the setting for the sorting chamber that suspends to the tobacco leaf by absorption conveyer belt measurement sorting of limiting the quantity
Irregular tobacco leaf is regularly adsorbed on absorption group hole in single sheet by secondary sorting, and by camera to cigarette
Leaf blade is taken pictures.
The lamination remover includes mandrel, and mandrel is fixed at the center of roller, and the external fixation of mandrel is set
It is equipped with roller, the outside of roller is evenly arranged with gas hole, and the cavity between mandrel and roller is air blowing chamber, one end of gas blow pipe
It is connected to the fixation of air blowing chamber, the other end of gas blow pipe is connected to the first wind conveying pipe and the fixation of the second wind conveying pipe respectively；It is provided with
Mandrel realizes the rotation to roller primarily to by the setting of mandrel, while using the rotation of roller, realizing to overlapping cigarette
The rolling of leaf blade acts on, and the purpose for removing the tobacco leaf of overlapping is realized in combination with gas hole.
The utility model has the beneficial effects that the technical program provides a kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape, knot
Structure design is simple, scientific and reasonable, can quickly measure sorting to tobacco leaf of different shapes, substantially increase tobacco leaf
Measure sorting efficiency；The utility model is able to solve using the measurement method for sorting of advanced science or using labor measurement point
It picks, measures the very low problem of the efficiency of sorting, while also solving the measurement method for sorting using advanced science or adopting
The problem of manually measurement is sorted, and the measurement of tobacco leaf is caused to sort poor quality；It substantially increases to tobacco leaf shape
Measurement sorting efficiency, while improving the quality of pipe tobacco.
Detailed description of the invention
Fig. 1 is the front view of the utility model；
Fig. 2 is the side view of the utility model；
Fig. 3 is the structural schematic diagram that the utility model adsorbs conveyer belt；
Fig. 4 is the structural schematic diagram of the utility model lamination remover；
Marked in the figure: 1, body, 2, feed hopper, 3, discharge port, 4, receiving hopper, 5, absorption conveyer belt, 501, driving roller,
502, driven roller, 503, absorption band, 504, absorption group hole, 505, lamination remover, 5051, mandrel, 5052, roller, 5053,
Gas hole, 5054, air blowing chamber, 5055, gas blow pipe, the 506, first lamination remover, 507, second lamination remover, 508, protection
Shell, 6, limitation absorption conveyer belt, 7, sequence absorption conveyer belt, 8, vortex fan, the 9, first wind conveying pipe, the 10, second wind conveying pipe,
11, the first exhaust column, the 12, second exhaust column, 13, suspension sorting chamber, 14, camera, 15, computer control system.
Specific embodiment
Specific embodiment of the present utility model is described in further detail below in conjunction with attached drawing.
As shown, a kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape, including body 1, feed hopper 2, discharge port 3, splicing
Bucket 4, absorption conveyer belt 5；Body 1 is the shell of the METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape, and feed hopper 2 is fixed at body 1
Right upper portion position, discharge port 3 is fixed at the left side middle position of body 1, and receiving hopper 4 is fixed at discharge port 3
Lower position；Absorption conveyer belt 5, which divides, adsorbs conveyer belt 6 and sequence absorption conveyer belt 7 for limitation, and absorption conveyer belt 5 includes master
Dynamic idler wheel 501, driving roller 501 are fixed at upper left-hand position, and driven roller 502 is fixed at lower right side position
It sets, is fixedly connected between driving roller 501 and driven roller 502 by adsorbing band 503, be provided with absorption on absorption band 503
Group hole 504, each absorption group hole 504 are made of five circular holes, and absorption group hole 504 is centered on a circular hole, remaining four circle
Hole is symmetrical arranged around center hole surrounding；Lamination remover 505 divides for the first lamination remover 506 and second lamination remover
507, the first lamination remover 506 is fixed at the upper position of absorption 503 inclined surface of band, and second lamination remover 507 is solid
The lower position of first lamination remover 506 is set calmly, and 508 fixed closed of protective casing is in the outside of absorption conveyer belt 5；Limit
Amount absorption conveyer belt 6 is fixed at the right positions of body 1, and sequence absorption conveyer belt 7 is fixed at limitation absorption conveying
With 6 leftward position, limitation absorption conveyer belt 6 and sequence absorption conveyer belt 7 are inclined to set, limitation absorption conveyer belt 6 and row
It is the sorting chamber 13 that suspends that sequence, which adsorbs the cavity between conveyer belt 7,；Vortex fan 8 is fixed under sequence absorption conveyer belt 7
Portion position, vortex fan 8 are fixed on body 1；The lower end of first wind conveying pipe 9 is connect with the exhaust outlet of vortex fan 8, and first is defeated
The upper end of air hose 9 is connected to sequence absorption 7 bottom of conveyer belt fixation, and the left end of the second wind conveying pipe 10 and the first wind conveying pipe 9 are fixed
The right end of connection, the second wind conveying pipe 10 is connected to the bottom of limitation absorption conveyer belt 6；The top of first exhaust column 11 and sequence are inhaled
The fixed connection of the lower bottom part of attached conveyer belt 7, the fixed connection of the suction opening of the lower part vortex fan 8 of the first exhaust column 11；Second takes out
The top of air hose 12 is connected to the lower bottom part fixation of limitation absorption conveyer belt 6, the left end of the second exhaust column 12 and lower part whirlwind
The fixed connection of the suction opening of machine 8；Camera 14 is fixed at the left upper portion position of body 1, camera 14 and computer control
System processed is fixedly connected.
The lamination remover 505 includes mandrel 5051, and mandrel 5051 is fixed at the center of roller 5052, core
The outside of axis 5051 is fixedly installed roller 5052, and the outside of roller 5052 is evenly arranged with gas hole 5053, mandrel 5051 with
Cavity between roller 5052 is air blowing chamber 5054, and one end of gas blow pipe 5055 is connected to the fixation of air blowing chamber 5054, gas blow pipe
5055 other end is connected to the first wind conveying pipe 9 and the fixation of the second wind conveying pipe 10 respectively.
Negative pressure is formed between the vortex fan 8, the first wind conveying pipe 9, the first exhaust column 11 and sequence absorption conveyer belt 7
Access.
Negative pressure is formed between the vortex fan 8, the second wind conveying pipe 10, the second exhaust column 12 and limitation absorption conveyer belt 6
Access.
The use process of the METHOD FOR CONTINUOUS DETERMINATION instrument of this tobacco leaf shape are as follows: first by vortex fan 8, limitation absorption conveying
Band 6 and sequence absorption conveyer belt 7 are opened, and then will be needed to measure the irregular tobacco leaf of sorting, are poured into from feed hopper 2,
The wind of positive pressure limitation is respectively delivered to by the first wind conveying pipe 9 and the second wind conveying pipe 10 in the wind that vortex fan 8 is discharged to inhale
Attached conveyer belt 6 and sequence absorption conveyer belt 7, then wind is extracted out, make to limit the quantity by the first exhaust column 11 and the second exhaust column 12
It adsorbs conveyer belt 6 and sequence absorption conveyer belt 7 forms negative pressure state；The absorption group hole 504 on conveyer belt 5 is adsorbed at this time by tobacco leaf
Blade be adsorbed onto absorption band 503 on, when the tobacco leaf for occurring being overlapped be attracted to absorption band 503 on when, tobacco leaf with
The rising for adsorbing conveyer belt 5 by the rolling of second lamination remover 507 and the first lamination remover 506, while utilizing lamination
Gas hole 5053 on remover 505 blows the tobacco leaf of overlapping, conveyer belt 6 is adsorbed by limitation, by the tobacco leaf of overlapping
Blade is transported in suspension sorting chamber 13, is sorted, is so realized monolithic cigarette by the measurement again of sequence absorption conveyer belt 7
Leaf blade is arranged in an orderly manner on absorption band 503, then tobacco leaf will be transported to camera using sequence absorption conveyer belt 7
The tobacco leaf of monolithic is taken pictures using camera 14, is then delivered to computer control system, is located by 14 lower part
Reason, operation simultaneously export measurement result；Above procedure is exactly the use process of the METHOD FOR CONTINUOUS DETERMINATION instrument of this tobacco leaf shape.
Claims (3)
1. a kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape, including body, feed hopper, discharge port, receiving hopper, absorption conveyer belt；
Body is the shell of the METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape, and feed hopper is fixed at the right upper portion position of body, is discharged
Mouth is fixed at the left side middle position of body, and receiving hopper is fixed at the lower position of discharge port；It is characterized by: inhaling
Attached conveyer belt is divided into limitation absorption conveyer belt and sequence absorption conveyer belt, and absorption conveyer belt includes driving roller, and driving roller is solid
Fixed to be arranged in upper left-hand position, driven roller is fixed at lower right side position, leads between driving roller and driven roller
It crosses absorption band to be fixedly connected, is taken in absorption and be provided with absorption group hole, Kong Youwu circular hole composition of each absorption group, absorption group hole
Centered on a circular hole, remaining four circular hole is symmetrical arranged around center hole surrounding；Lamination remover is divided into the first lamination
Remover and second lamination remover, the first lamination remover are fixed at upper position of the absorption with inclined surface, and second is folded
Piece remover is fixed at the lower position of the first lamination remover, and protective casing fixed closed is outer absorption conveyer belt
Portion；Limitation absorption conveyer belt is fixed at the right positions of body, and it is defeated that sequence absorption conveyer belt is fixed at limitation absorption
The leftward position of band is sent, limitation absorption conveyer belt and sequence absorption conveyer belt are inclined to set, limitation absorption conveyer belt and sequence
Adsorbing the cavity between conveyer belt is the sorting chamber that suspends；Vortex fan is fixed at the lower position of sequence absorption conveyer belt,
Vortex fan is fixed on the machine body；The lower end of first wind conveying pipe and the exhaust outlet of vortex fan connect, the upper end of the first wind conveying pipe
It is connected to sequence absorption conveyer belt bottom fixation, the left end of the second wind conveying pipe is connected to the fixation of the first wind conveying pipe, the second wind conveying pipe
Right end with limitation absorption conveyer belt bottom be connected to；The top of first exhaust column and the lower bottom part of sequence absorption conveyer belt are fixed
Connection, the fixed connection of the suction opening of the lower part vortex fan of the first exhaust column；The top of second exhaust column and limitation absorption conveying
The left end of the fixed connection of the lower bottom part of band, the second exhaust column is connected to the fixation of the suction opening of lower part vortex fan；Vortex fan,
Negative pressure passage is formed between two wind conveying pipes, the second exhaust column and limitation absorption conveyer belt；Camera is fixed at a left side for body
Upper lateral part position, camera are fixedly connected with computer control system.
2. a kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape according to claim 1, it is characterised in that: lamination remover packet
Mandrel is included, mandrel is fixed at the center of roller, and the outside of mandrel is fixedly installed roller, and the outside of roller is uniformly set
It is equipped with gas hole, the cavity between mandrel and roller is air blowing chamber, and one end of gas blow pipe is connected to the fixation of air blowing chamber, gas blow pipe
The other end is connected to the first wind conveying pipe and the fixation of the second wind conveying pipe respectively.
3. a kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape according to claim 1, it is characterised in that: vortex fan,
The access of negative pressure is formed between one wind conveying pipe, the first exhaust column and sequence absorption conveyer belt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821169109.8U CN208807629U (en) | 2018-07-24 | 2018-07-24 | A kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821169109.8U CN208807629U (en) | 2018-07-24 | 2018-07-24 | A kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208807629U true CN208807629U (en) | 2019-05-03 |
Family
ID=66271384
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821169109.8U Expired - Fee Related CN208807629U (en) | 2018-07-24 | 2018-07-24 | A kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208807629U (en) |
-
2018
- 2018-07-24 CN CN201821169109.8U patent/CN208807629U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206481910U (en) | A kind of static impurity-removing device for tea processing | |
| CN204653750U (en) | A kind of multifunctional tobacco leaf selecting device | |
| CN104824828B (en) | A kind of multifunctional tobacco leaf selecting device | |
| CN104759414B (en) | The air conveying sorting unit of Bulbus Lilii | |
| CN202752240U (en) | Cut stem winnowing separating device | |
| CN208807629U (en) | A kind of METHOD FOR CONTINUOUS DETERMINATION instrument of tobacco leaf shape | |
| CN204980381U (en) | Plastic granules automatic feed device | |
| CN202893676U (en) | Sorting unit of tobacco materials | |
| CN205627855U (en) | Powder agitating machine | |
| CN202262406U (en) | Energy-saving wind-power cut tobacco feeding device | |
| CN208643298U (en) | A kind of cigarette machine stem secondary sorting device | |
| CN209416939U (en) | Electrolytic capacitor appearance detection structure | |
| CN206260830U (en) | A kind of pipe tobacco is secondary to pick stalk equipment | |
| CN203505568U (en) | Multistage separation type recycling device for cut tobaccos in rejected stick stem materials | |
| CN207413607U (en) | A kind of removal of impurities drying integrated device of wheat | |
| CN206794094U (en) | A kind of tealeaves shunts dust arrester | |
| CN206390289U (en) | A kind of cigarette machine obstructs mark separation device | |
| CN105062154B (en) | Carbon black production system | |
| CN209249470U (en) | A kind of transmission device | |
| CN203457560U (en) | Cyclone separation cylinder as well as cleaning system and combine harvester | |
| CN206415072U (en) | A kind of Chinese patent drug multifunctional particle machine | |
| CN206701225U (en) | Unpacked instrument for the heat that reactor quickly feeds intake | |
| CN104590928B (en) | Air blowing and paging device for page taking machine | |
| CN205757139U (en) | A kind of big flow stem segregation apparatus | |
| CN206013014U (en) | Discharging opening clears up system automatically |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190503 Termination date: 20210724 |