CN205736144U - The discharging mechanism of biomass particle briquetting machine - Google Patents
The discharging mechanism of biomass particle briquetting machine Download PDFInfo
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- CN205736144U CN205736144U CN201620406389.4U CN201620406389U CN205736144U CN 205736144 U CN205736144 U CN 205736144U CN 201620406389 U CN201620406389 U CN 201620406389U CN 205736144 U CN205736144 U CN 205736144U
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Abstract
The utility model discloses the discharging mechanism of a kind of biomass particle briquetting machine, including discharge tank, the lower end of described discharge tank is down-set discharge nozzle, be arranged with in described discharge nozzle with discharge nozzle inwall male-female engagement and in discharge nozzle rotate inner tube, the inwall of said inner tube along it in circumferential direction around there being pusher blade, said inner tube rotates in discharge nozzle, granule in inner tube is pushed downwards by pusher blade, the granule materials blocked in inner tube is pushed downwards by pusher blade, thus reduce granule and block in the discharge outlet of discharge tank, make the discharge tank can normally discharging, improve the smooth degree of discharge tank discharging.
Description
Technical field
This utility model relates to the Forming press technical field of biological particles, particularly to the discharging mechanism of a kind of biomass particle briquetting machine.
Background technology
Biomass granule fuel is by straw, Caulis et Folium Oryzae, rice husk, Pericarppium arachidis hypogaeae, corn cob, shell of Camelliaoleifera Abel, the block environmental protection new forms of energy that cotton seed hulls etc. and " three remain thing " produce through processing, processing and fabricating biomass granule fuel purity out is high, the foreign material of heat are not produced without other, its carbon content 75 85%, ash 3 6%, water content 1 3%, absolutely not containing gangue, stone etc. do not generate heat the impurity of heat dissipation on the contrary, to be directly Reducing Cost in Enterprises, sanitation and hygiene, feed intake conveniently, reduce the labor intensity of workman, significantly improve work situation, in addition, during biological particles burning, harmful gas component content is extremely low, the harmful gas of discharge is few, there is environmental benefit, and the ash after burning is also used as potash fertilizer and directly uses, save spending.
At present, modal biomass energy is exactly timber, along with wood powder granule popularizing as the energy, market occurs in that wood powder particles briquetting press so that producing, after wood powder is pressed into granule by cuber, drop in the drawing mechanism of rectangular shape, discharging opening it is provided with on drawing mechanism, it is provided with switch gate at discharging opening, need operator to go to arrest gunnysack with hands splicing when and go splicing to discharging opening, this requires operator to also need to while arresting gunnysack with hands and removes operation switch gate, operate very inconvenient, and granule easily drops on the ground in operating process.
nullIn order to solve the problems referred to above，In the Chinese patent document that number of patent application is " 201420405488.1 "，Describe the drawing mechanism on a kind of wood powder particles briquetting press，Splicing case is provided with bag opening mechanism relative to discharge outlet，Two inserted links extend to outside splicing case relative to discharging opening one end，Two inserted links are the most axially provided with two relative to the opposite side on ground and fix groove，The rectangle frame that four fixing grooves are surrounded is corresponding with discharging opening，The plate that open and close door includes sealed discharging mouth and the slide rail being vertically arranged on splicing case sidewall，Gunnysack is bound on inserted link respectively，There will be four jacks on gunnysack，The most again four jacks are moved respectively in four fixing grooves，So gunnysack just can be the most softened，It is no longer necessary to people go again to arrest，Fixing bar is made to snap in draw-in groove under the effect of the second back-moving spring toward pull-up plate again after holding open the sack，Plate is fixed，Thus can the most easily wait gunnysack and fill material，After material filled by gunnysack，It is made to spin off from draw-in groove as long as being pulled outward by fixing bar，Plate moves down rapidly under the effect of the first back-moving spring，Discharging opening is closed，Simple and convenient，Two inserted links are the most axially provided with two relative to the opposite side on ground and fix groove，Gunnysack mouth thus can be made the most softened.
But, the drawing mechanism on above-mentioned this wood powder particles briquetting press, when discharging, opening open and close door, owing to the size of wood powder granule is relatively big, wood powder granule flow-rate ratio when discharge hole for discharge is bigger, it is easily caused wood powder granule to block in discharge outlet, affects the normal discharging of granule.
Utility model content
The purpose of this utility model is to provide a kind of minimizing discharge tank discharge blockage, makes the discharging mechanism of the biomass particle briquetting machine of the normal discharging of granule.
Above-mentioned technical purpose of the present utility model has the technical scheme that the discharging mechanism of a kind of biomass particle briquetting machine, including discharge tank, the lower end of described discharge tank is down-set discharge nozzle, be arranged with in described discharge nozzle with discharge nozzle inwall male-female engagement and in discharge nozzle rotate inner tube, the inwall of said inner tube along it in circumferential direction around there being pusher blade, said inner tube rotates in discharge nozzle, and the granule in inner tube is pushed downwards by pusher blade.
By using technique scheme, the outer tube wall of inner tube and the inner tubal wall of discharge nozzle are male-female engagement, thus be difficult in inner tube is fixed on discharge nozzle spin off in discharge nozzle, inner tube can carry out rotation in discharge nozzle, pusher blade is arranged in the shape of a spiral, inner tube rotates, pusher blade is to one downward thrust of granule, the granule materials blocked in inner tube is pushed downwards, thus reduce granule and block in the discharge outlet of discharge tank, make discharge tank can normally discharging, improve discharge tank discharging smooth degree.
Further, the inwall of described discharge nozzle is provided with swivelling chute, the outer wall of said inner tube is provided with in swivelling chute the rotation raised line of the circumferencial direction rotation along inner tube.
By using technique scheme, rotate raised line and be positioned at swivelling chute, rotating raised line with swivelling chute is male-female engagement, so that inner tube is fixedly installed in discharge nozzle, rotates raised line in swivelling chute, can rotate around swivelling chute, so that inner tube rotates in discharge nozzle, by rotate raised line and swivelling chute with the use of, make inner tube be fixed in discharge nozzle, the rotation of inner tube can also be realized simultaneously, improve fastness and the stability of inner tube rotation that inner tube is arranged in discharge nozzle.
Further, being provided with and rotate the rolling steel ball that raised line surface abuts in described swivelling chute, described rolling steel ball rolls in swivelling chute.
By using technique scheme, rolling steel ball can rotate in swivelling chute, and abut with the surface rotating raised line, i.e. rolling steel ball simultaneously with rotate raised line, swivelling chute contact internal walls, rotate raised line and during sliding, drive rolling steel ball to roll in swivelling chute in swivelling chute, by the setting of rolling steel ball, decrease and rotate the contact area that directly contacts with swivelling chute of raised line, thus reduce the frictional force between rotation raised line and swivelling chute, make inner tube rotate in discharge nozzle more smoothly, laborsaving.
Further, on the cylindrical sidewall of the upper end mouth of pipe of said inner tube, fixed cover is provided with the inwall laminating bottom outer ring body, described outer ring body and discharge tank.
By using technique scheme, inner tube is installed in discharge nozzle, can there is certain gap between inner tube and discharge nozzle, the wood powder on wood powder granule can be entered between inner tube and discharge nozzle by gap, easily piles up in gap, affect the smoothness that inner tube rotates, therefore, it is located at the outer ring body on inner tube cylindrical sidewall by fixed cover, covers in the gap between inner tube and discharge nozzle, reduce wood powder and enter in gap, ensure stability and the smooth degree of inner tube rotation.
Further, the lower surface of said inner tube has downwardly extended connection rotating shaft, and described connection rotating shaft is rotatably connected to the cover plate of lower nozzle for opening and closing inner tube.
By using technique scheme, cover plate is rotationally connected with connection rotating shaft, when needing inner tube to close, cover plate rotates around connection rotating shaft, when turning to the underface of inner tube, cover plate is by clogging for the lower nozzle of inner tube, stop the discharging of inner tube, when needing inner tube to open, cover plate is rotated around connection rotating shaft, away from the underface of inner tube, so that inner tube can normally discharging.
Further, described cover plate includes the first plate body and the second plate body closed around connection rotating shaft rotation and matching form, and described first plate body and the second plate body connect and fix together after relatively rotating around connection rotating shaft.
By using technique scheme, first plate body and the second plate body can be by clogging for the lower nozzle of inner tube after relatively rotating around connection rotating shaft, stop the discharging of inner tube, first plate body and the second plate body are detachably fixed connection, when the first plate body and the second plate body relatively rotate to laminating, first plate body and the second plate body are fixed together, can avoid when blocking inner tube, first plate body and the second plate body produce and undesirably fall off, granule occurs from situation about leaking out between the second plate body and the first plate body, improve fastness and the stability of cover plate plug for seal inner tube, when inner tube needs to open, first plate body and the second plate body are departed from snap-fit engagement, thus realize opening of inner tube lower nozzle, the fixed form operation of clamping is got up more convenient, fast.
Further, described first plate body is provided with and facilitates staff for gripping the first in command rotating the first plate body, described second plate body is provided with and facilitates staff for gripping the second in command rotating the second plate body.
By using technique scheme, staff rotates the first plate body by gripping the first in command, the second plate body is rotated by gripping the second in command, the first in command and the setting of the second in command, facilitate staff to the first plate body and the rotation of the second plate body, bring facility to the work of staff, operate convenient, laborsaving.
Further, the lower end of described connection rotating shaft is provided with and facilitates staff to grip the rotating ring rotating inner tube rotation.
By using technique scheme, staff grips rotating ring, ring rotation is rotated, thus drive inner tube to carry out rotation by connection rotating shaft, the granule being blocked in discharge tank is pushed downwards by inner tube, by rotating ring and connection rotating shaft, staff can control the rotation of the inner tube in discharge nozzle, it is achieved that the most just can rotate inner tube and be controlled.
Further, described discharge tank being provided with four hooks, four described hooks are evenly distributed on the lateral wall of discharge tank.
By using technique scheme, by four hooks being evenly distributed on discharge tank lateral wall, the corner of gunnysack is hung on discharge tank by hook, fallen under gravity in gunnysack by inner tube granule out, the setting of four hooks, the bag mouth making gunnysack sufficiently opens, it is ensured that granule can drop in gunnysack.
Further, the bag for holding wood powder granule is hung with on described hook, the bottom of described bag is the drainage screen passing bag for the wood powder on wood powder granule, described bag is positioned at the lower section of drainage screen and is provided with the collecting bag for collecting the wood powder through drainage screen, and described collecting bag is detachably fixed with bag and is connected.
nullBy using technique scheme，The surface of wood powder granule can be stained with more wood powder dust，Indoor air ambient is affected by these wood powder dust，Affect the normal work of staff，In the bottom of bag, drainage screen is set，Wood powder granule is fallen on drainage screen after entering into bag，Wood powder dust on wood powder granule falls，Enter in collecting bag after drainage screen，By drainage screen, wood powder granule and dust isolation are separated，Collecting bag and bag are detachably fixed connection，After bag has collected wood powder granule，Collecting bag and bag are separated out，Reclaim to get up to recycle by the wood powder dust in collecting bag，Thus reduce the pollution to room air of the wood powder dust，The working environment making staff is the most comfortable，Healthy，Make the discharging of wood powder granule、Carry and use more environmental protection、Healthy，Wood powder granule in bag can normally be carried、Conveying.
In sum, this utility model has the advantages that the granule materials blocked in inner tube is pushed downwards by pusher blade, thus reduce granule discharge tank discharge outlet block, make discharge tank can normally discharging, raising discharge tank discharging smooth degree；By the setting of rolling steel ball, decrease and rotate the contact area that raised line directly contacts with swivelling chute, thus reduce the frictional force between rotation raised line and swivelling chute, make inner tube rotate in discharge nozzle more smoothly, laborsaving；By drainage screen, wood powder granule and dust isolation are separated, after bag has collected wood powder granule, collecting bag and bag are separated out, reclaim to get up to recycle by the wood powder dust in collecting bag, thus reduce the pollution to room air of the wood powder dust, the working environment making staff is the most comfortable, healthy, makes discharging and the follow-up carrying of wood powder granule and uses more environmental protection, health.
Accompanying drawing explanation
Fig. 1 is the structural representation of the discharging mechanism of biomass particle briquetting machine in embodiment 1, is used for embodying bag and is hung on discharge tank；
Fig. 2 is the exploded perspective view of the discharging mechanism of biomass particle briquetting machine in embodiment 1, for embodying the annexation of bag and collecting bag, and the drainage screen bottom bag；
Fig. 3 is the generalized section one of the discharging mechanism of biomass particle briquetting machine in embodiment 1, for embodying inner tube and arranging rotation raised line on inner pipe；
Fig. 4 is A portion enlarged diagram in Fig. 3；
Fig. 5 is the generalized section two of the discharging mechanism of biomass particle briquetting machine in embodiment 1, is used for embodying rolling steel ball.
In figure, 1, discharge tank；2, discharge nozzle；3, rotating ring；4, the first in command；5, the second in command；6, bag；7, collecting bag；8, second connects ring；9, first connects ring；10, bolt；11, hook；12, drainage screen；13, it is linked with；14, the second plate body；15, the first plate body；16, connection rotating shaft；17, inner tube；18, pusher blade；19, raised line is rotated；20, outer ring body；21, swivelling chute；22, rolling steel ball;23, flexible clamping block；24, clamping groove.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described in further detail.
This specific embodiment is only to explanation of the present utility model; it is not to restriction of the present utility model; the present embodiment can be made after reading this specification by those skilled in the art as required does not has the amendment of creative contribution, but as long as all being protected by Patent Law in right of the present utility model.
nullEmbodiment 1: the discharging mechanism of a kind of biomass particle briquetting machine，As shown in Figure 1 and Figure 5，Including discharge tank 1，The lower end of discharge tank 1 is provided with discharge nozzle 2 straight down，Discharge nozzle 2 be shaped as cylindrical shape，It is arranged with in discharge nozzle 2 and the inner tube 17 of discharge nozzle 2 inwall laminating，Inner tube 17 is coaxially disposed with discharge nozzle 2，Inner tube 17 rotates in discharge nozzle 2，In the present embodiment，The inwall of discharge nozzle 2 is provided with the swivelling chute 21 of annular，Swivelling chute 21 is depressed in the inwall of discharge nozzle 2，It is provided with on the outer circle wall of inner tube 17 and the rotation raised line 19 of swivelling chute 21 male-female engagement，Rotate raised line 19 and protrude from the outer circle wall of inner tube 17，Rotation raised line 19 is arranged in swivelling chute 21，Rotate raised line 19 and do sliding motion in swivelling chute 21，I.e. inner tube 17 carries out rotation in discharge nozzle 2；The inwall of inner tube 17 along it in circumferential direction around there being pusher blade 18, pusher blade 18 is arranged in the shape of a spiral, in the case of normal discharging, granule is transported to outside discharge tank 1 by inner tube 17, if the situation of blocking occurs in inner tube 17, inner tube 17 rotates in discharge nozzle 2, during rotating, granule in inner tube 17 is pushed downwards by spiral helicine pusher blade 18, makes the granule in inner tube 17 spirally decline, is pushed to outside discharge nozzle 2 by the granule in inner tube 17.
As shown in Figure 5, it is provided with in swivelling chute 21 and rotates the rolling steel ball 22 that raised line 19 surface abuts, in the present embodiment, rolling steel ball 22 is placed in swivelling chute 21, and rolling steel ball 22 rolls in swivelling chute 21, rotation raised line 19 abuts towards the surface of swivelling chute 21 with rolling steel ball 22, rotate raised line 19 sliding in swivelling chute 21, thus drive rolling steel ball 22 to roll in swivelling chute 21, rotation raised line 19 is avoided directly to contact towards the surface of swivelling chute 21 with swivelling chute 21 inwall by rolling steel ball 22, decrease and rotate raised line 19 frictional force that sliding produces in swivelling chute 21；
As shown in Figure 5, on the cylindrical sidewall of the upper end mouth of pipe of inner tube 17, fixed cover is provided with outer ring body 20, the external loop diameter of outer ring body 20 is more than the diameter of discharge nozzle 2, inwall laminating bottom the lower surface of outer ring body 20 and discharge tank 1, inner tube 17 is installed in discharge nozzle 2, certain gap can be there is between inner tube 17 and discharge nozzle 2, wood powder on wood powder granule can be entered between inner tube 17 and discharge nozzle 2 by gap, easily pile up in gap, affect the smoothness that inner tube 17 rotates, therefore, it is located at the outer ring body 20 on inner tube 17 cylindrical sidewall by fixed cover, cover in the gap between inner tube 17 and discharge nozzle 2, reduce wood powder to enter in gap.
As shown in Figure 2 and Figure 5, the lower surface of inner tube 17 is extended with 1 connection rotating shaft 16 straight down, the cover plate of lower nozzle for opening and closing inner tube 17 it is rotatably connected on connection rotating shaft 16, in the present embodiment, cover plate generally circular in shape, cover plate includes two an equal amount of semicircle first plate body 15 and the second plate bodys 14, first plate body 15 and the second plate body 14 are set on connection rotating shaft 16, and rotate around connection rotating shaft 16, after first plate body 15 and the second plate body 14 relatively rotate around connection rotating shaft 16, form a complete circle, cover plate is positioned at the underface of inner tube 17 lower nozzle, by cover plate, the lower nozzle of inner tube 17 is sealed up, thus control the discharging of inner tube 17；
As shown in Figure 3 and Figure 4, together with first plate body 15 connects and fixes after relatively rotating around connection rotating shaft 16 with the second plate body 14, in the present embodiment, first plate body 15 offers clamping groove on the side of the second plate body 14, second plate body 14 offers and the flexible clamping block of clamping groove snap-fit engagement on the side of the first plate body 15, rotate the first plate body 15 and the second plate body 14, make two plate body relative motioies to when fitting, flexible clamping block snaps fit onto in clamping groove, by flexible clamping block and the snap-fit engagement of clamping groove, make together with the first plate body 15 connects and fixes with the second plate body 14；
nullIt is provided with on first plate body 15 and facilitates staff to grip the first in command 4 rotating the first plate body 15，It is provided with on second plate body 14 and facilitates staff to grip the second in command 5 rotating the second plate body 14，On the outer wall of the outer side that the first in command 4 is arranged on the first plate body 15，On the outer wall of the outer side that the second in command 5 is arranged on the second plate body 14，Staff grips the first in command 4，Rotate the first plate body 15，The first plate body 15 is made to move towards close or away from the second plate body 14 direction，Staff grips the second in command 5，Rotate the second plate body 14，The second plate body 14 is made to move towards close or away from the first plate body 15 direction，Grip the first in command 4 and the second in command 5 simultaneously，Drive the first plate body 15 and the second plate body 14 relative motion，When the first plate body 15 and the second plate body 14 are fitted，Inner tube 17 is sealed up.
As shown in Figure 3 and Figure 5, the lower end of connection rotating shaft 16 is provided with and facilitates staff to grip the rotating ring 3 rotating inner tube 17 rotation, the two ends up and down of connection rotating shaft 16 are fixed be connected with inner tube 17, rotating rings 3 respectively, rotating ring 3 same footpath coaxial with inner tube 17 is arranged, staff grips rotating ring 3, ring 3 rotation being rotated, thus drives inner tube 17 to carry out rotation by connection rotating shaft 16, the granule being blocked in discharge tank 1 is pushed downwards by inner tube 17.
As depicted in figs. 1 and 2, four hooks 11 it are provided with on discharge tank 1, four hooks 11 are evenly distributed on the lateral wall of discharge tank 1, the bag 6 for holding wood powder granule is hung with on hook 11, in the present embodiment, the edge, upper end of bag 6 is evenly arranged with four and is linked with 13, be linked with 13 be firmly fixed with bag 6 together with, by hanging bag, bag 6 is hung on discharge tank 1, hanging bag is positioned at the underface of inner tube 17, enter in bag 6 from inner tube 17 wood powder granule out, by bag 6, wood powder powder collection is got up；
The bottom of bag 6 is the drainage screen 12 passing bag 6 for the wood powder on wood powder granule, in the present embodiment, bag 6 is arranged for hollow, drainage screen 12 is to be woven in the fabric drainage screen 12 bottom bag 6, bag 6 is positioned at the lower section of drainage screen 12 and is provided with collecting bag 7, collecting bag 7 is enclosed within the lower end of bag 6 and together with being detachably fixed with the lower end of bag 6, wood powder granule enters in bag 6, wood powder dust on wood powder granule passes through drainage screen 12, entering in collecting bag 7, wood powder granule is then stayed in bag 6；In the present embodiment, installing hole is offered on the lower end sidewall of bag 6, installing hole fixedly mounts the first connection ring 9, female thread is offered on first internal ring wall connecting ring 9, it is provided with on collecting bag 7 and is connected the second connection ring 8 that ring 9 is identical with first, same female thread is offered on second internal ring wall connecting ring 8, bolt 10 sequentially passes through the second connection ring 8, first and connects ring 9, and it is connected ring 8, first with second and connects ring 9 threaded engagement, thus realize collecting bag 7 and be connected with being detachably fixed of bag 6.
Embodiment 2: the discharging mechanism of a kind of biomass particle briquetting machine, it is with the difference of embodiment 1, the mode that is detachably fixed of collecting bag 7 and bag 6 is clamping, the lateral wall of bag 6 is provided with elastic bumps, the medial wall, upper end of collecting bag 7 is provided with and the blocked hole of elastic bumps snap-fit engagement, by elastic bumps and the snap-fit engagement of blocked hole, collecting bag 7 is fixed on bag 6, thus realizes collecting bag 7 and be connected with being detachably fixed of bag 6.
Claims (10)
1. the discharging mechanism of a biomass particle briquetting machine, including discharge tank (1), the lower end of described discharge tank (1) is down-set discharge nozzle (2), it is characterized in that: be arranged with in described discharge nozzle (2) with discharge nozzle (2) inwall male-female engagement and discharge nozzle (2) in rotation inner tube (17), the inwall of said inner tube (17) along it in circumferential direction around there being pusher blade (18), said inner tube (17) rotates in discharge nozzle (2), granule in inner tube (17) is pushed downwards by pusher blade (18).
The discharging mechanism of biomass particle briquetting machine the most according to claim 1, it is characterized in that: on the inwall of described discharge nozzle (2), be provided with swivelling chute (21), the outer wall of said inner tube (17) is provided with in swivelling chute (21) the rotation raised line (19) of the circumferencial direction rotation along inner tube (17).
The discharging mechanism of biomass particle briquetting machine the most according to claim 2, it is characterized in that: being provided with in described swivelling chute (21) and rotate the rolling steel ball (22) that raised line (19) surface abuts, described rolling steel ball (22) rolls in swivelling chute (21).
The discharging mechanism of biomass particle briquetting machine the most according to claim 1, it is characterized in that: on the cylindrical sidewall of the upper end mouth of pipe of said inner tube (17), fixed cover is provided with outer ring body (20), the inwall laminating of described outer ring body (20) and discharge tank (1) bottom.
The discharging mechanism of biomass particle briquetting machine the most according to claim 1, it is characterized in that: the lower surface of said inner tube (17) has downwardly extended connection rotating shaft (16), described connection rotating shaft (16) is rotatably connected to the cover plate of lower nozzle for opening and closing inner tube (17).
The discharging mechanism of biomass particle briquetting machine the most according to claim 5, it is characterized in that: described cover plate includes the first plate body (15) and the second plate body (14) closed around connection rotating shaft (16) rotation and matching form, and described first plate body (15) and the second plate body (14) connect and fix together after relatively rotating around connection rotating shaft (16).
The discharging mechanism of biomass particle briquetting machine the most according to claim 6, it is characterized in that: be provided with on described first plate body (15) and facilitate staff for gripping the first in command (4) rotating the first plate body (15), described second plate body (14) is provided with and facilitates staff for gripping the second in command (5) rotating the second plate body (14).
The discharging mechanism of biomass particle briquetting machine the most according to claim 5, it is characterised in that: the lower end of described connection rotating shaft (16) is provided with and facilitates staff to grip the rotating ring (3) that rotation inner tube (17) rotates.
The discharging mechanism of biomass particle briquetting machine the most according to claim 1, it is characterized in that: be provided with four hooks (11) on described discharge tank (1), four described hooks (11) are evenly distributed on the lateral wall of discharge tank (1).
The discharging mechanism of biomass particle briquetting machine the most according to claim 9, it is characterized in that: on described hook (11), hang with the bag (6) for holding wood powder granule, the bottom of described bag (6) is the drainage screen (12) passing bag (6) for the wood powder on wood powder granule, described bag (6) is positioned at the lower section of drainage screen (12) and is provided with the collecting bag (7) for collecting the wood powder through drainage screen (12), and described collecting bag (7) is detachably fixed with bag (6) and is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620406389.4U CN205736144U (en) | 2016-05-07 | 2016-05-07 | The discharging mechanism of biomass particle briquetting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620406389.4U CN205736144U (en) | 2016-05-07 | 2016-05-07 | The discharging mechanism of biomass particle briquetting machine |
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| CN205736144U true CN205736144U (en) | 2016-11-30 |
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| CN201620406389.4U Expired - Fee Related CN205736144U (en) | 2016-05-07 | 2016-05-07 | The discharging mechanism of biomass particle briquetting machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108638388A (en) * | 2018-05-21 | 2018-10-12 | 梁坤 | A kind of plastics recovery reproduction lustration type plastic breaker |
| CN112693157A (en) * | 2020-12-21 | 2021-04-23 | 徐东才 | Discharging mechanism of biomass particle briquetting machine |
-
2016
- 2016-05-07 CN CN201620406389.4U patent/CN205736144U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108638388A (en) * | 2018-05-21 | 2018-10-12 | 梁坤 | A kind of plastics recovery reproduction lustration type plastic breaker |
| CN112693157A (en) * | 2020-12-21 | 2021-04-23 | 徐东才 | Discharging mechanism of biomass particle briquetting machine |
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| C14 | Grant of patent or utility model | ||
| 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: 20161130 Termination date: 20180507 |