CN102124903B - Vertical anti-explosion bag filling machine - Google Patents
Vertical anti-explosion bag filling machine Download PDFInfo
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- CN102124903B CN102124903B CN2010105920806A CN201010592080A CN102124903B CN 102124903 B CN102124903 B CN 102124903B CN 2010105920806 A CN2010105920806 A CN 2010105920806A CN 201010592080 A CN201010592080 A CN 201010592080A CN 102124903 B CN102124903 B CN 102124903B
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Abstract
The invention discloses a vertical anti-explosion bag filling machine which consists of a machine frame, a feeding device, a bag filling cylinder and a lifting device, wherein the feeding device is arranged on the top plate of the machine frame. The feeding device consists of a hopper, a stirrer and a feeding pipe. The stirrer and a spiral feeder are driven by a motor. A feed port of the feeding pipe is provided with a material control valve. A pull rod is fixed at the rear of the material control valve. Another end of the pull rod is fixed on a lifting rod which penetrates through a sleeve which is communicated with the top plate of the machine frame. The lower end of the lifting rod is positioned on a horizontal plate of a beam of the lifting device. The lifting rod can lift along with the lifting of the lifting device. The lifting device consists of a sliding rod, a sliding sleeve and a beam. The bag filling cylinder is a circular cylinder which consists of a main board and two lateral plates. The two lateral plates are pivoted on both sides of the main board. The two lateral plates can be opened and closed along the pivoting position. The vertical anti-explosion bag filling machine has the advantages that: the machine saves labor and power and is economic, and thick thin or thick plastic bags with various specifications can be used.
Description
Technical field
The present invention relates to a kind of sack filling machine, particularly a kind of vertical explosion-proof sack filling machine.
Background technology
At present; In vast fungus cultivation area, generally use the method for plastic bag cultivation auricularia auriculajudae, when using this method to carry out fungus cultivation; Needs elder generation packs the composts or fertilisers of cultivating of auricularia auriculajudae in the plastic sack; And then put into Auricularia fungus in the plastic sack and cultivate, turn out auricularia auriculajudae, the problem of existing auricularia auriculajudae composts or fertilisers of cultivating sack filling machine in the pack process is described below:
1, the lost labor's is local more, and the speed of pack is slow, and efficient is lower;
2, the leakiness of auricularia auriculajudae composts or fertilisers of cultivating dress is compact, has influenced the growing of auricularia auriculajudae, has reduced the output of auricularia auriculajudae;
3, need the thicker packed auricularia auriculajudae composts or fertilisers of cultivating of plastics, explosion takes place in thin plastic sack easily in the charging process, has increased the production cost of auricularia auriculajudae;
4, can only use the plastic sack of single specification, the diameter of pack tube is a fixed dimension on the sack filling machine, can not adjust along with the internal diameter varies of plastic sack.
Summary of the invention
Main purpose of the present invention is in order to solve existing auricularia auriculajudae composts or fertilisers of cultivating sack filling machine lost labor, problem that the slow efficient of pack speed is lower.
Another object of the present invention be for solve existing auricularia auriculajudae composts or fertilisers of cultivating sack filling machine in the auricularia auriculajudae composts or fertilisers of cultivating is packed bag into the time leakiness compact and influenced the problem that the auricularia auriculajudae growing reduces auricularia auriculajudae output.
A further object of the present invention is can only use thick plastic sack in order to solve existing auricularia auriculajudae composts or fertilisers of cultivating sack filling machine, uses thin plastic sack when filling with substance that the problem of explosion takes place easily.
Another purpose of the present invention is in order to solve the plastic sack that existing auricularia auriculajudae composts or fertilisers of cultivating sack filling machine can only use single specification, the fixed size of the pack tube diameter on the machine and the problem that can not regulate.
The present invention is a kind of vertical explosion-proof sack filling machine that provides with addressing the above problem in order to achieve the above object.
Sack filling machine of the present invention is made up of frame, pay-off, pack tube and elevator, and wherein pay-off is located on the frame top board, and pay-off is made up of hopper, agitator and feed pipe; Be provided with feeding screw in the feed pipe, the top board discharging opening that feed pipe passes frame is positioned at the bottom of frame top board, and agitator and feeding screw are by a motor-driven; The charging aperture place of feed pipe is provided with material control valve, and the both sides of material control valve are provided with slideway, and slideway is fixed on the feed pipe; Material control valve can slide up and down in slideway, and to control charging and to stop material, the back fixation of material control valve has pull bar; Be provided with spring between pull bar and the feed pipe, the other end of pull bar is fixed on the elevating lever, and elevating lever is located in the sleeve pipe that connects the frame top board; The lower end of elevating lever is positioned on the transverse slat on the elevator crossbeam, and elevating lever can go up and down along with the up-down of elevator, expects with stopping thereby material control valve is slided up and down in slideway with the charging of control feed pipe; On the elevating lever below the sleeve pipe, be provided with a projection, the corresponding position that below the frame top board, is provided with projection with elevating lever is articulated with a hook, and elevating lever is hung on hook through projection; The tail end of hook upper cross plate is articulated with a push rod; The lower end of push rod is positioned at a translot, and the rear end of translot is fixed on the column of frame, and the front end of translot is articulated with one group of tongue; The rear end of dialling tongue is resisted against the lower end of push rod, dials the moving push rod promotion of lingual ribbon hook and separates with elevating lever.
Elevator is made up of slide bar, sliding sleeve and crossbeam, and slide bar is fixed on the both sides of frame top board below, is arranged with sliding sleeve on each slide bar; Be equipped with extension spring between each sliding sleeve and the frame top board; Crossbeam is fixed between two sliding sleeves, is fixed with transverse slat and supporting plate on the crossbeam, and the lower end of elevating lever is positioned on the transverse slat; The pack tube is located on the supporting plate, and the pack tube is corresponding with the discharging opening of feed pipe.
Be fixed with riser on the sliding sleeve of elevating lever homonymy, riser is provided with chute, the chute place is provided with dials chi; An end of dialling chi is corresponding with the front end of group tongue, and group chi can be stirred tongue promotion push rod makes hook separate with elevating lever, when sliding sleeve descends, drives and dials chi decline; Drop to and dial the touching of tongue place and dial tongue and promote push rod and hook is separated make elevating lever also in company with descending with elevating lever when dialling chi, the decline of elevating lever drives material control valve and falls along slideway and block charging aperture and stop charging, dials on the chi and is fixed with screw rod; Screw rod is located in the chute, and screw rod can move up and down in chute, and screw rod is by a fixed by nut; So just can adjust the height of dialling chi, thus the inlet amount of control feed pipe, and the transverse slat rising that when sliding sleeve rises, drives on the crossbeam leans the lower end at elevating lever; Throat-fed is opened in the rising of drive material control valve thereby elevating lever rises, and when the projection on the elevating lever rises to the hook place, is articulated on the projection, accomplishes an operation cycle; When feed pipe is transported in the plastic sack of putting in the bag tube necessarily composts or fertilisers of cultivating; Slide over and begin under the composts or fertilisers of cultivating deadweight effect to descend, carry out above-mentioned operation cycle, be equipped with extension spring between each sliding sleeve and the top board; Just can guarantee that sliding sleeve evenly descends makes the charging rate uniformity, thus the closely knit compactness of composts or fertilisers of cultivating in the plastic sack that guaranteed to pack into.
The pack tube is by mainboard and two circular cylinder that side plate is formed, and two blocks of side plates are articulated in the both sides of mainboard, and two blocks of side plates can carry out folding along the articulated section; The outer surface of every block of side plate all is articulated with connecting rod, and the outer end of connecting rod is that a screw-rod structure is screwed onto on the dead lever that is fixed on the supporting plate, through the length of connecting rod between adjustment dead lever of the nut on the screw rod of connecting rod outer end and the side plate; Thereby adjusted the diameter of pack tube, the plastic sack of different size all can be put in the pack tube like this, is fixed with a push rod on the mainboard; The other end of push rod is fixed on the supporting plate; Push rod is a folding rod separated into two parts, and folding two parts push rod is articulated, and is articulated with pull bar on the push rod of lower end; The lower ending pivot of pull bar is connected to fixture block; The rear end of fixture block be articulated in supporting plate below, the fixture block bottom is provided with draw-in groove, the preceding lower end of fixture block is fixed with guide rod.
The lower end of supporting plate is fixed with a pull bar, and the lower end of pull bar is fixed on the crossbeam of frame lower, and pull bar is a folding rod separated into two parts; Folding two parts are articulated; On the crossbeam of the preceding bottom of frame, be provided with fixed mount, be provided with spring between fixed mount and the pull bar, be provided with pole between the crossbeam in the middle of fixed mount and the frame lower; The diameter of fixed mount upper end cross bar is corresponding with the internal diameter of fixture block lower end draw-in groove, and the inboard of fixed mount upper end cross bar is corresponding with the outer surface of guide rod.
Bottom at the elevator crossbeam is articulated with depression bar; The rear end of depression bar is fixed on the crossbeam at frame rear portion; After dropping to certain position under the effect of the composts or fertilisers of cultivating deadweight of elevator in the pack tube; Material control valve falls to closing the charging aperture of feed pipe; This moment, operating personnel exerted pressure downwards to depression bar, thus this moment supporting plate below pull bar will make supporting plate move the inboard that makes guide rod be attached to fixed mount front end cross bar to move downward and draw-in groove is stuck in make on the cross bar fixture block to drive pull bar to drive push rod and open the pack tube to the front lower place, pass putting on bag plate on the frame rear cross beam to the plastic sack that installs composts or fertilisers of cultivating in the pack tin; Accomplish once pack; When needing pack, be connected on plastic bag cover the discharging opening place of feed pipe lower end earlier, thus decontrol this moment depression bar the pack tube is closed form a tubular the plastic sack inclusion of dress composts or fertilisers of cultivating in the pack tube; Go up the pressure-raising bar then and drive transverse slat on the elevator crossbeam and lean in the lower end of elevating lever elevating lever to be risen to order about material control valve and open charging aperture, composts or fertilisers of cultivating begins to be transported to the above-mentioned pack circulation of beginning in the plastic sack in the lower end pack tube by charging aperture from feed pipe.
Beneficial effect of the present invention:
1, save manpower, only need a people just can accomplish pack, also more laborsaving, the woman worker can operate fully, the pack rapid speed, and efficient is higher;
2, the closely knit compactness of auricularia auriculajudae composts or fertilisers of cultivating dress has increased the nutrient that auricularia auriculajudae grows, and the loss of moisture has greatly improved the output of auricularia auriculajudae when having reduced the auricularia auriculajudae growth;
3, the plastic sack that uses thin and thick all can, and the situation of plastic sack explosion can not take place in the pack process, reduced the production cost of auricularia auriculajudae;
4, the diameter of pack tube can be adjusted on the sack filling machine, can use the plastic sack of plurality of specifications as required;
5, save electric power, both economical, and also use is safer, security incident can not take place.
Description of drawings
Fig. 1 is a schematic perspective view of the present invention.
Fig. 2 is pack tube, supporting plate and a push stick connecting structure schematic perspective view among the present invention.
1, frame 2, pay-off 5, pack tube 6, elevator
11, top board 21, hopper 22, agitator 23, feed pipe 24, feeding screw
25, motor 31, material control valve 32, slideway 33, pull bar 34, elevating lever
35, sleeve pipe 36, projection 37, hook 38, upper cross plate 39, push rod
40, translot 41, group tongue 51, mainboard 52, side plate 53, connecting rod 54, dead lever
55, push rod 56, pull bar 57, fixture block 58, draw-in groove 59, guide rod
61, slide bar 62, sliding sleeve 63, crossbeam 64, extension spring 65, transverse slat 66, supporting plate
67, riser 68, chute 69, group chi 70, screw rod 81, pull bar 82, crossbeam
83, crossbeam 84, fixed mount 85, spring 86, pole 87, cross bar 90, depression bar
92, spring 93, crossbeam.
Embodiment
See also Fig. 1, shown in Figure 2: sack filling machine of the present invention is made up of frame 1, pay-off 2, pack tube 5 and elevator 6, and wherein pay-off 2 is located on the top board 11 of frame 1, and pay-off 2 is made up of hopper 21, agitator 22 and feed pipe 23; Be provided with feeding screw 24 in the feed pipe 23, the discharging opening of feed pipe 23 is positioned at the bottom of top board 11, and agitator 22 is driven by a motor 25 with feeding screw 24; The charging aperture place of feed pipe 23 is provided with material control valve 31, and the both sides of material control valve 31 are provided with slideway 32, and slideway 32 is fixed on the feed pipe 23; Material control valve 31 can slide up and down in slideway 32, and to control charging and to stop material, the back fixation of material control valve 31 has pull bar 33; Be provided with spring 92 between pull bar 33 and the feed pipe 23, the other end of pull bar 33 is fixed on the elevating lever 34, and elevating lever 34 is located in the sleeve pipe 35 that connects top board 11; The lower end of elevating lever 34 is positioned on the transverse slat 65 on elevator 6 crossbeams 63; Elevating lever 34 can go up and down along with the up-down of elevator 6, expects with stopping thereby material control valve 31 is slided up and down in slideway 32 with the charging of control feed pipe 23, on the elevating lever below the sleeve pipe 35 34, is provided with a projection 36; The corresponding position that below top board 11, is provided with projection 36 with elevating lever 34 is articulated with a hook 37; Elevating lever 34 is hung on hook 37 through projection 36, and the tail end of linking up with 37 upper cross plates 38 is articulated with a push rod 39, and the lower end of push rod 39 is positioned at translot 40; The rear end of translot 40 is fixed on the column of frame 1; The front end of translot 40 is articulated with dials tongue 41, and the rear end of dialling tongue 41 is resisted against the lower end of push rod 39, dials tongue 41 and drives push rods 39 and promote hook 37 and separate with elevating lever 34.
Be fixed with riser 67 on the sliding sleeve 62 of elevating lever 34 homonymies, riser 67 is provided with chute 68, chute 68 places are provided with dials chi 69; An end of dialling chi 69 is corresponding with the front end of dialling tongue 41, dials chi 69 and can stir tongue 41 and promote push rods 39 hook 37 is separated with elevating lever 34, when sliding sleeve 62 descends, drives 69 declines of group chi; Drop to and dial the touching of tongue 41 places and dial tongue 41 and promote push rods 39 and hook 37 is separated make elevating lever 34 also in company with descending with elevating lever 34 when dialling chi 69, the decline of elevating lever 34 drives material control valve 31 and falls along slideway 32 and block charging aperture and stop charging, dials on the chi 69 and is fixed with screw rod 70; Screw rod 70 is located in the chute 68, and screw rod 70 can move up and down in chute 68, and screw rod 70 is by a fixed by nut; So just can adjust the height of dialling chi 69; Thereby the inlet amount of control feed pipe 23, transverse slat 65 risings that when sliding sleeve 62 risings, drive on the crossbeam 63 lean in the lower end of elevating lever 34, open throat-fed thereby elevating lever 34 risings drive material control valve 31 risings; Hook 37 is articulated on the projection 36 when the projection on the elevating lever 34 36 rises to hook 37 places; Accomplish an operation cycle, when feed pipe 23 was transported in the plastic sack of putting in the bag tube 5 certain composts or fertilisers of cultivating, sliding sleeve 62 began decline under composts or fertilisers of cultivating deadweight effect; Carry out above-mentioned operation cycle; Be equipped with extension spring 64 between each sliding sleeve 62 and the top board 11, just can guarantee that sliding sleeve 62 evenly descends to make the charging rate uniformity, thus the closely knit compactness of composts or fertilisers of cultivating in the plastic sack that guaranteed to pack into.
The lower end of supporting plate 66 is fixed with a pull bar 81; The lower end of pull bar 81 is fixed on the crossbeam 82 of frame 1 bottom; Pull bar 81 is a folding rod separated into two parts, and folding two parts are articulated, and on the crossbeam 83 of frame 1 preceding bottom, is provided with fixed mount 84; Be provided with spring 85 between fixed mount 84 and the pull bar 81; Be provided with pole 86 between the crossbeam 82 in the middle of fixed mount 84 and frame 1 bottom, the internal diameter of the diameter of fixed mount 84 upper end cross bars 87 and fixture block 57 lower end draw-in grooves 58 is corresponding, and the inboard of fixed mount 84 upper end cross bars 87 is corresponding with the outer surface of guide rod 59.
Bottom at elevator 6 crossbeams 63 is articulated with depression bar 90; The rear end of depression bar 90 is fixed on the crossbeam 93 at frame 1 rear portion; After dropping to certain position under the effect of the composts or fertilisers of cultivating deadweight of elevator 6 in pack tube 5; Material control valve 31 falls to closing the charging aperture of feed pipe 23; This moment, operating personnel exerted pressure downwards to depression bar 90; Thereby this moment, the pull bar 81 of supporting plate 66 belows will make supporting plate 66 move the inboard that makes guide rod 59 be attached to fixed mount 84 front end cross bars 87 to the front lower place to move downward and draw-in groove 58 is stuck in make on the cross bar 87 fixture block 57 to drive pull bars 56 to drive push rods 55 and open pack tube 5; Pass putting on bag plate on frame 1 rear cross beam 93 to the plastic sack that installs composts or fertilisers of cultivating in the pack tube 5, accomplish once pack, when needing pack; Be connected on plastic bag cover the discharging opening place of feed pipe 23 lower ends earlier; Thereby decontrol this moment depression bar 90 pack tube 5 is closed form a tubular the plastic sack inclusion of dress composts or fertilisers of cultivating in pack tube 5, go up pressure-raising bar 90 then and drive transverse slat 65 on elevators 6 crossbeams 63 and lean in the lower end of elevating lever 34 elevating lever 34 to be risen to order about material control valve 31 and open charging aperture, composts or fertilisers of cultivating begins to be transported to from feed pipe 23 by charging aperture that the above-mentioned pack of beginning circulates in the plastic sack in the lower end pack tube 5.
Claims (3)
1. a vertical explosion-proof sack filling machine is made up of frame, pay-off, pack tube and elevator, and wherein pay-off is located on the frame top board, and pay-off is made up of hopper, agitator and feed pipe; Be provided with feeding screw in the feed pipe, the top board discharging opening that feed pipe passes frame is positioned at the bottom of frame top board, and agitator and feeding screw are by a motor-driven; It is characterized in that: the charging aperture place of feed pipe is provided with material control valve, and the both sides of material control valve are provided with slideway, and slideway is fixed on the feed pipe; Material control valve can slide up and down in slideway, and the back fixation of material control valve has pull bar, is provided with spring between pull bar and the feed pipe; The other end of pull bar is fixed on the elevating lever, and elevating lever is located in the sleeve pipe that connects the frame top board, and the lower end of elevating lever is positioned on the transverse slat on the elevator crossbeam; On the elevating lever below the sleeve pipe, be provided with a projection, the corresponding position that below the frame top board, is provided with projection with elevating lever is articulated with a hook, and elevating lever is hung on hook through projection; The tail end of hook upper cross plate is articulated with a push rod, and the lower end of push rod is positioned at a translot, and the rear end of translot is fixed on the column of frame; The front end of translot is articulated with one group of tongue, and the rear end of dialling tongue is resisted against the lower end of push rod, dials the moving push rod promotion of lingual ribbon hook and separates with elevating lever; Elevator is made up of slide bar, sliding sleeve and crossbeam, and slide bar is fixed on the both sides of frame top board below, is arranged with sliding sleeve on each slide bar; Be equipped with extension spring between each sliding sleeve and the frame top board, crossbeam is fixed between two sliding sleeves, is fixed with transverse slat and supporting plate on the crossbeam; The lower end of elevating lever is positioned on the transverse slat, and the pack tube is located on the supporting plate, and the pack tube is corresponding with the discharging opening of feed pipe; Be fixed with riser on the sliding sleeve of elevating lever homonymy, riser is provided with chute, the chute place is provided with dials chi; An end of dialling chi is corresponding with the front end of dialling tongue, and group chi can be stirred tongue promotion push rod makes hook separate with elevating lever, dials on the chi and is fixed with screw rod; Screw rod is located in the chute, and screw rod can move up and down in chute, and screw rod is by a fixed by nut.
2. vertical explosion-proof sack filling machine according to claim 1 is characterized in that: described pack tube is by mainboard and two circular cylinder that side plate is formed, and two blocks of side plates are articulated in the both sides of mainboard; Two blocks of side plates can carry out folding along the articulated section, the outer surface of every block of side plate all is articulated with connecting rod, and the outer end of connecting rod is that a screw-rod structure is screwed onto on the dead lever that is fixed on the supporting plate; Length through connecting rod between adjustment dead lever of the nut on the screw rod of connecting rod outer end and the side plate is fixed with a push rod on the mainboard, the other end of push rod is fixed on the supporting plate; Push rod is a folding rod separated into two parts, and folding two parts push rod is articulated, and is articulated with pull bar on the push rod of lower end; The lower ending pivot of pull bar is connected to fixture block, the rear end of fixture block be articulated in supporting plate below, the fixture block bottom is provided with draw-in groove; The preceding lower end of fixture block is fixed with guide rod, and the lower end of supporting plate is fixed with a pull bar, and the lower end of pull bar is fixed on the crossbeam of frame lower; Pull bar is a folding rod separated into two parts, and folding two parts are articulated, and on the crossbeam of the preceding bottom of frame, is provided with fixed mount; Be provided with spring between fixed mount and the pull bar; Be provided with pole between the crossbeam in the middle of fixed mount and the frame bottom, the diameter of fixed mount upper end cross bar is corresponding with the internal diameter of fixture block lower end draw-in groove, and the inboard of fixed mount upper end cross bar is corresponding with the outer surface of guide rod; Bottom at the elevator crossbeam is articulated with depression bar, and the rear end of depression bar is fixed on the crossbeam at frame rear portion.
3. a vertical explosion-proof sack filling machine is made up of frame, pay-off, pack tube and elevator, and wherein pay-off is located on the frame top board; Pay-off is made up of hopper, agitator and feed pipe, is provided with feeding screw in the feed pipe, and the top board discharging opening that feed pipe passes frame is positioned at the bottom of frame top board; Agitator and feeding screw are by a motor-driven, and elevator is made up of slide bar, sliding sleeve and crossbeam, and slide bar is fixed on the both sides of frame top board below; Be arranged with sliding sleeve on each slide bar, be equipped with extension spring between each sliding sleeve and the frame top board, crossbeam is fixed between two sliding sleeves; Be fixed with transverse slat and supporting plate on the crossbeam, the pack tube is located on the supporting plate, and the pack tube is corresponding with the discharging opening of feed pipe; It is characterized in that: the pack tube is by mainboard and two circular cylinder that side plate is formed, and two blocks of side plates are articulated in the both sides of mainboard, and two blocks of side plates can carry out folding along the articulated section; The outer surface of every block of side plate all is articulated with connecting rod, and the outer end of connecting rod is that a screw-rod structure is screwed onto on the dead lever that is fixed on the supporting plate, through the length of connecting rod between adjustment dead lever of the nut on the screw rod of connecting rod outer end and the side plate; Be fixed with a push rod on the mainboard, the other end of push rod is fixed on the supporting plate, and push rod is a folding rod separated into two parts; Folding two parts push rod is articulated, and is articulated with pull bar on the push rod of lower end, and the lower ending pivot of pull bar is connected to fixture block; The rear end of fixture block be articulated in supporting plate below, the fixture block bottom is provided with draw-in groove, the preceding lower end of fixture block is fixed with guide rod; The lower end of supporting plate is fixed with a pull bar, and the lower end of pull bar is fixed on the crossbeam of frame lower, and pull bar is a folding rod separated into two parts; Folding two parts are articulated, and on the crossbeam of the preceding bottom of frame, are provided with fixed mount, are provided with spring between fixed mount and the pull bar; Be provided with pole between the crossbeam in the middle of fixed mount and the frame bottom, the diameter of fixed mount upper end cross bar is corresponding with the internal diameter of fixture block lower end draw-in groove, and the inboard of fixed mount upper end cross bar is corresponding with the outer surface of guide rod; Bottom at the elevator crossbeam is articulated with depression bar, and the rear end of depression bar is fixed on the crossbeam at frame rear portion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105920806A CN102124903B (en) | 2010-12-17 | 2010-12-17 | Vertical anti-explosion bag filling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105920806A CN102124903B (en) | 2010-12-17 | 2010-12-17 | Vertical anti-explosion bag filling machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102124903A CN102124903A (en) | 2011-07-20 |
| CN102124903B true CN102124903B (en) | 2012-07-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010105920806A Expired - Fee Related CN102124903B (en) | 2010-12-17 | 2010-12-17 | Vertical anti-explosion bag filling machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102124903B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109607201B (en) * | 2018-12-13 | 2020-11-24 | 徐州云创物业服务有限公司 | Ceramic tile taking and placing device |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3716089A (en) * | 1971-10-07 | 1973-02-13 | J Bateman | Feeding arrangement for shredding and bagging device |
| CN2517236Y (en) * | 2001-08-26 | 2002-10-23 | 锁献信 | Vertical seeding bagging machine for edible mushroom |
| CN201042139Y (en) * | 2007-04-24 | 2008-04-02 | 卢国良 | Vertical stephanoporate bagging machine for domestic fungus |
| CN201097517Y (en) * | 2007-12-03 | 2008-08-13 | 安景波 | Bagging machine for edible black fungus strain cultivate material |
| CN201919373U (en) * | 2010-12-21 | 2011-08-10 | 闫文广 | Vertical explosion-prevention bagging machine |
-
2010
- 2010-12-17 CN CN2010105920806A patent/CN102124903B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3716089A (en) * | 1971-10-07 | 1973-02-13 | J Bateman | Feeding arrangement for shredding and bagging device |
| CN2517236Y (en) * | 2001-08-26 | 2002-10-23 | 锁献信 | Vertical seeding bagging machine for edible mushroom |
| CN201042139Y (en) * | 2007-04-24 | 2008-04-02 | 卢国良 | Vertical stephanoporate bagging machine for domestic fungus |
| CN201097517Y (en) * | 2007-12-03 | 2008-08-13 | 安景波 | Bagging machine for edible black fungus strain cultivate material |
| CN201919373U (en) * | 2010-12-21 | 2011-08-10 | 闫文广 | Vertical explosion-prevention bagging machine |
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| Publication number | Publication date |
|---|---|
| CN102124903A (en) | 2011-07-20 |
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