CN104149995B - Active carbon racking machine - Google Patents
Active carbon racking machine Download PDFInfo
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- CN104149995B CN104149995B CN201410314234.3A CN201410314234A CN104149995B CN 104149995 B CN104149995 B CN 104149995B CN 201410314234 A CN201410314234 A CN 201410314234A CN 104149995 B CN104149995 B CN 104149995B
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- feed pipe
- riser
- guide
- active carbon
- orienting sleeve
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Abstract
The present invention relates to material packing field, object is to provide a kind of active carbon racking machine.A kind of active carbon racking machine, comprise the mount pad being provided with riser, to be positioned on front side of riser and gusset is provided with the feed pipe of the feeder hopper be connected with mount pad, be enclosed within that feed pipe is outer and rear end is provided with the orienting sleeve of the guide groove at through upper and lower two ends and two orienting lugs be connected with orienting sleeve rear end and mount pad respectively, be positioned at the side closing device below feed pipe, nonwoven stringing transfer device and end closure cutting device successively, be positioned at the batch plant above feeder hopper; Orienting sleeve and feed pipe free-running fit.This active carbon racking machine packing efficiency is high and can not affect packing personnel health.
Description
Technical field
The present invention relates to material packing field, especially a kind of active carbon racking machine.
Background technology
Active carbon is a kind of solid carbonaceous of black porous, it is a kind of adsorbent that PARA FORMALDEHYDE PRILLS(91,95) etc. has very strong adsorption power, more nonwoven fabrics adopts polypropylene (pp material) pellet to be raw material, batch through high-temperature fusion, spray silk, paving guiding principle, hot pressing the environment-friendly materials of new generation that continuous one-step produces, there is protection against the tide, ventilative, pliable and tough, light weight, not combustion-supporting, easy decomposition, nontoxic nonirritant, rich color, the feature such as to use again cheap, capable of circulation; People are often divided in active carbon in non-woven bag to meet and use needs; Traditional active carbon packing, first that active carbon is quantitative or weigh in dosing container by packing personnel, then active carbon is loaded in the non-woven bag made in advance, then seal; It is low and can affect the deficiency of packing personnel health to there is packing efficiency in traditional active carbon packing; Therefore, design a kind of packing efficiency high and the active carbon racking machine of packing personnel health can not be affected, become problem demanding prompt solution.
Summary of the invention
The object of the invention is to overcome current active carbon packing that to there is packing efficiency low and can affect the deficiency of packing personnel health, providing a kind of packing efficiency high and the active carbon racking machine of packing personnel health can not be affected.
Concrete technical scheme of the present invention is:
A kind of active carbon racking machine, comprise the mount pad being provided with riser, to be positioned on front side of riser and gusset is provided with the feed pipe of the feeder hopper be connected with mount pad, be enclosed within that feed pipe is outer and rear end is provided with the orienting sleeve of the guide groove at through upper and lower two ends and two orienting lugs be connected with orienting sleeve rear end and mount pad respectively, be positioned at the side closing device below feed pipe, nonwoven stringing transfer device and end closure cutting device successively, be positioned at the batch plant above feeder hopper; Orienting sleeve and feed pipe free-running fit.When this active carbon racking machine uses, one end of nonwoven fabric roll is coated on feed pipe outward also through the gap orienting sleeve and feed pipe, the two side ends limit of nonwoven fabric roll overlapping and through guide groove and two orienting lugs, side closing device and nonwoven stringing transfer device, after the heating of side closing device, the two side ends limit bonding of nonwoven fabric roll overlap forms nonwoven stringing; One end of nonwoven stringing forms one end of non-woven bag after the heating of end closure cutting device seals port; In batch plant, the active carbon of specified amount is through feeder hopper, nonwoven stringing is added from feed pipe, nonwoven stringing transfer device drives nonwoven stringing to move down, under active carbon Action of Gravity Field simultaneously in nonwoven stringing, nonwoven stringing moves down a pocket position, and end closure cutting device seals nonwoven stringing and cuts off sealing and forms the other end of non-woven bag and one end of next non-woven bag after heating.This active carbon racking machine packing efficiency is high and can not affect packing personnel health.
As preferably, described feed pipe comprises upper feeding pipe, holds greatly the taper type feed pipe be connected with upper feeding pipe lower end, the lower feed pipe that upper end is connected with taper type feed pipe small end; Feeder hopper is positioned at the upper end of upper feeding pipe gusset; Orienting sleeve comprises the flexible guide cover be enclosed within outside taper type feed pipe and the upper orienting sleeve being positioned at flexible guide cover below, is enclosed within the lower orienting sleeve outside lower feed pipe; Guide groove comprises and is positioned at flexible guide cover rear end the guiding groove at through upper and lower two ends, is positioned at orienting sleeve rear end and the upper guide groove at through upper and lower two ends, is positioned at lower orienting sleeve rear end and the lower guide groove at through upper and lower two ends; Orienting lug comprises two bootstrap blocks overlapping rear end and riser respectively with flexible guide and be connected, two upper orienting lugs be connected with upper orienting sleeve rear end and riser respectively, two lower orienting lugs be connected with lower orienting sleeve rear end and riser respectively.Orienting sleeve comprises flexible guide cover, upper orienting sleeve and lower orienting sleeve, and feed pipe comprises upper feeding pipe, taper type feed pipe and lower feed pipe, is convenient to nonwoven fabric roll and is coated on feed pipe and progressively becomes circle not cracky outward.
As preferably, the width of described guiding groove upper end is greater than lower end width; The width of upper guide groove upper end is greater than lower end width; The width of guiding groove lower end is greater than the width of guide groove upper end; The width of upper guide groove lower end is greater than the width of lower guide groove.The width of guide groove upper end is greater than the two side ends limit overlap not cracky that lower end width is convenient to nonwoven fabric roll.
As preferably, described side closing device comprises the heating component that two transverse directions are set up in parallel; Heating component comprises and the base plate be connected on front side of riser, two are set up in parallel and the blend stop be connected with base plate front end face respectively along the vertical direction, be positioned at one end of two blend stops and the fixed strip be connected with base plate front end face, the heat block that distance between two blend stops and between width with two blend stop opposite sides is mated, screw front end passes fixed strip and the set screw be threaded with heat block; Two heat blocks are positioned at the opposite side of two heating components.Side seal mouth apparatus structure is simple and practical, can be regulated the width in gap between two heat blocks by two set screw.
As preferably, described nonwoven stringing transfer device comprise two transverse directions be set up in parallel and respectively with the rotating shaft of riser pivot joint, two rubber rolls be respectively connected with the front end of a rotating shaft, two intermesh and the transmission gear be respectively connected with the rear end of a rotating shaft, the fixed mount be connected with on rear side of riser, the motor of the mobile device be connected with fixed mount, engages with a transmission gear and the driving gear be in transmission connection with the output shaft of the motor of mobile device.Nonwoven stringing transfer device is simple and practical.
As preferably, described end closure cutting device comprise be provided with two guide pillars and with the fixed frame be connected on front side of riser, be provided with two arrange along the vertical direction determine heating box and determine the relief groove between heating box and the level pressure block be connected with the rear moulding of fixed frame at two, be provided with two are respectively determined the relative dynamic heating box of heating box and the appearance cutter groove between two dynamic heating boxs dynamic pressure block with one, be arranged in the cutting knife holding cutter groove, be provided with the crossbeam that two are respectively set in the guide pin bushing outside a guide pillar, be positioned at the draw back plate on rear side of riser, two rear ends are connected with draw back plate and the pull bar that is connected with crossbeam one end respectively through riser of front end respectively, the cylinder seat be connected with on rear side of riser, be connected with cylinder seat and the cylinder that is connected with draw back plate of cylinder bar, two guide rods and two stage clips, the front end of dynamic pressure block be provided with two with cutting knife groove the through and guide rod hole of diameter and matching guide bars, each guide rod passes a guide rod hole and two ends are connected with crossbeam and cutting knife respectively, each compression spring sleeve is located at that a guide rod is outer and two ends push down the rear end of crossbeam and the front end of dynamic pressure block respectively.End closure cutting device is simple and practical, and stage clip does not affect cutting knife and cuts off the sealing of nonwoven stringing after heating while heating box is compressed.
As preferably, described batch plant comprises and to be positioned at above feed pipe and to be provided with the lower plate of the charging hole be communicated with feeder hopper, be provided with the rotating disk of several circumferential material paths and lower end and lower plate pivot joint, internal diameter mates with rotating disk external diameter and the side be connected with lower plate upper end is enclosed, be provided with feed orifice and the upper plate be connected with circle upper end, side, lower end is communicated with feed orifice and the feed hopper be connected with upper plate, be connected with mount pad and the stepping motor that is in transmission connection of output shaft and rotating disk lower end, the support be connected with mount pad and lower plate respectively.Batch plant is simple and practical.
As preferably, described active carbon racking machine, also comprises and to be positioned at above feed pipe and axis horizontal is arranged and the slewing rollers parallel with riser, the nonwoven fabric roll feed roller of the axis being parallel of axis and slewing rollers.Slewing rollers make nonwoven fabric roll be coated on feed pipe progressively to become circle not cracky better effects if outward.
Compared with prior art, the invention has the beneficial effects as follows: this active carbon racking machine packing efficiency is high and can not affect packing personnel health.Orienting sleeve comprises flexible guide cover, upper orienting sleeve and lower orienting sleeve, and feed pipe comprises upper feeding pipe, taper type feed pipe and lower feed pipe, is convenient to nonwoven fabric roll and is coated on feed pipe and progressively becomes circle not cracky outward.The width of guide groove upper end is greater than the two side ends limit overlap not cracky that lower end width is convenient to nonwoven fabric roll.Side seal mouth apparatus structure is simple and practical, can be regulated the width in gap between two heat blocks by two set screw.Nonwoven stringing transfer device, batch plant are simple and practical.End closure cutting device is simple and practical, and stage clip does not affect cutting knife and cuts off the sealing of nonwoven stringing after heating while heating box is compressed.Slewing rollers make nonwoven fabric roll be coated on feed pipe progressively to become circle not cracky better effects if outward.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present invention;
Fig. 2 is the left view of Fig. 1;
Fig. 3 is the A direction view of Fig. 1;
Fig. 4 is the birds-eye view of end closure cutting device in Fig. 1;
Fig. 5 is the birds-eye view of Fig. 1 turntable.
In figure: slewing rollers-1, nonwoven fabric roll feed roller-2, mount pad-3, riser-31, feed pipe-4, feeder hopper-41, upper feeding pipe-42, taper type feed pipe-43, lower feed pipe-44, orienting sleeve-5, flexible guide cover-51, upper orienting sleeve-52, lower orienting sleeve-53, guiding groove-54, upper guide groove-55, lower guide groove-56, bootstrap block-57, upper orienting lug-58, lower orienting lug-59, side closing device-6, base plate-61, blend stop-62, fixed strip-63, heat block-64, set screw-65, nonwoven stringing transfer device-7, rotating shaft-71, rubber roll-72, transmission gear-73, fixed mount-74, the motor-75 of mobile device, driving gear-76, end closure cutting device-8, guide pillar-81, fixed frame-82, determine heating box-83, relief groove-84, rear moulding-85, level pressure block-86, dynamic heating box-87, hold cutter groove-88, dynamic pressure block-89, cutting knife-810, guide pin bushing-811, crossbeam-812, draw back plate-813, pull bar-814, cylinder seat-815, cylinder-816, guide rod-817, stage clip-818, guide rod hole-819, batch plant-9, charging hole-91, lower plate-92, material path-93, rotating disk-94, side circle-95, feed orifice-96, upper plate-97, feed hopper-98, stepping motor-99, support-910, nonwoven fabric roll-10.
Detailed description of the invention
Below in conjunction with shown in accompanying drawing, the present invention is described further.
If accompanying drawing 1 accompanying drawing 5 is to shown: a kind of active carbon racking machine, comprise the mount pad 3 being provided with riser 31, to be positioned on front side of riser 31 and gusset is provided with the feed pipe 4 of the feeder hopper 41 be connected with mount pad 3 screw, be enclosed within that feed pipe 4 is outer and rear end is provided with the orienting sleeve 5 of the guide groove at through upper and lower two ends and two orienting lugs be connected with orienting sleeve 5 rear end and mount pad 3 respectively, be positioned at the side closing device 6 below feed pipe 4 successively, nonwoven stringing transfer device 7 and end closure cutting device 8, be positioned at the batch plant 9 above feeder hopper 41, to be positioned at above feed pipe 4 and axis horizontal is arranged and the slewing rollers 1 parallel with riser 31, the nonwoven fabric roll feed roller 2 of the axis being parallel of axis and slewing rollers 1, orienting sleeve 5 and feed pipe 4 free-running fit.
In the present embodiment, described feed pipe 4 comprises upper feeding pipe 42, holds greatly the taper type feed pipe 43 welded with upper feeding pipe 42 lower end, the lower feed pipe 44 that upper end is welded with taper type feed pipe 43 small end; Feeder hopper 41 is positioned at the upper end of upper feeding pipe 42 gusset; Orienting sleeve 5 comprises the flexible guide cover 51 be enclosed within outside taper type feed pipe 43 and the upper orienting sleeve 52 be positioned at below flexible guide cover 51, is enclosed within the lower orienting sleeve 53 outside lower feed pipe 44; Guide groove comprises and is positioned at flexible guide and overlaps 51 rear ends and the guiding groove 54 at through upper and lower two ends, is positioned at orienting sleeve 52 rear end and the upper guide groove 55 at through upper and lower two ends, is positioned at lower orienting sleeve 53 rear end and the lower guide groove 56 at through upper and lower two ends; Orienting lug comprises two bootstrap blocks 57 overlapping 51 rear ends and riser 31 screw respectively with flexible guide and be connected, two upper orienting lugs be connected with upper orienting sleeve 52 rear end and riser 31 screw respectively, 58, two lower orienting lugs 59 be connected with lower orienting sleeve 53 rear end and riser 31 screw respectively.The material of flexible guide cover 51 is the textile cloth of thickness 2mm.
The width of described guiding groove 54 upper end is greater than lower end width; The width of upper guide groove 55 upper end is greater than lower end width; The width of guiding groove 54 lower end is greater than the width of guide groove 55 upper end; The width of upper guide groove 55 lower end is greater than the width of lower guide groove 56.
Described side closing device 6 comprises the heating component that two transverse directions are set up in parallel; Heating component comprises the base plate 61 be connected with screw on front side of riser 31, two are set up in parallel and the blend stop 62 be connected with base plate 61 front end face screw respectively along the vertical direction, be positioned at one end of two blend stops 62 and the fixed strip 63 be connected with base plate 61 front end face screw, the heat block 64 of the distance free-running fit between two blend stops 62 and between width and two blend stop 62 opposite sides, screw front end passes fixed strip 63 and the set screw 65 be threaded with heat block 64; Two heat blocks 64 are positioned at the opposite side of two heating components.Described heat block 64 is electro heat block.
Described nonwoven stringing transfer device 7 comprise two transverse directions be set up in parallel and respectively with the rotating shaft 71 of riser 31 by bearing hinge joint, two rubber rolls 72 be respectively connected with the front end key of a rotating shaft 71, two intermesh and the transmission gear 73 be respectively connected with the rear end key of a rotating shaft 71, the fixed mount 74 be connected with screw on rear side of riser 31, the motor 75 of the mobile device be connected with fixed mount 74 screw, engages with a transmission gear 73 and the driving gear 76 be connected with the output axle key of the motor 75 of mobile device.
Described end closure cutting device 8 comprises and is provided with two guide pillars 81 and the fixed frame 82 be connected with screw on front side of riser 31, be provided with two arrange along the vertical direction determine heating box 83 and determine the relief groove 84 between heating box 83 and the level pressure block 86 be connected with rear moulding 85 screw of fixed frame 82 at two, be provided with two are respectively determined the relative dynamic heating box 87 of heating box 83 and the appearance cutter groove 88 between two dynamic heating boxs 87 dynamic pressure block 89 with one, be arranged in the cutting knife 810 holding cutter groove 88, be provided with the crossbeam 812 that two are respectively set in the guide pin bushing 811 outside a guide pillar 81, be positioned at the draw back plate 813 on rear side of riser 31, two rear ends are connected with draw back plate 813 screw and the pull bar 814 that is connected with crossbeam 812 threaded one end respectively through riser 31 of front end respectively, the cylinder seat 815 be connected with screw on rear side of riser 31, be connected with cylinder seat 815 screw and the cylinder 816 that is threaded with draw back plate 813 of cylinder bar, two guide rods 817 and two stage clips 818, the front end of dynamic pressure block 89 be provided with two with cutting knife 810 groove the through and guide rod hole 819 of diameter and guide rod 817 free-running fit, each guide rod 817 passes a guide rod hole 819 and two ends are threaded with crossbeam 812 and cutting knife 810 respectively, each stage clip 818 is set in that a guide rod 817 is outer and two ends push down the rear end of crossbeam 812 and the front end of dynamic pressure block 89 respectively.Described determine heating box 83 and dynamic heating box 87 is electric heating bar.
Described batch plant 9 comprises and to be positioned at above feed pipe 4 and to be provided with the lower plate 92 of the charging hole 91 be communicated with feeder hopper 41, be provided with four circumferential material paths 93 and lower end and lower plate 92 by the rotating disk 94 of bearing hinge joint, internal diameter coordinates with rotating disk 94 crest clearance and the side be connected with lower plate 92 upper end screw encloses 95, be provided with feed orifice 96 and enclose with side the upper plate 97 that 95 upper end screws are connected, lower end is communicated with feed orifice 96 and the feed hopper 98 be connected with upper plate 97 screw, be connected with mount pad 3 screw and the stepping motor 99 that is connected with rotating disk 94 lower end key of output shaft, the support 910 be connected with mount pad 3 and lower plate 92 screw respectively.
When this active carbon racking machine uses, be contained in one end of the nonwoven fabric roll 10 on nonwoven fabric roll feed roller 2, feed pipe 4 is coated on outer also through the gap orienting sleeve 5 and feed pipe 4 after slewing rollers 1 turn to, the two side ends limit of nonwoven fabric roll overlapping and through two heat blocks 64 of guide groove and two orienting lugs, side closing device 6, nonwoven stringing transfer device 7 two rubber rolls 72, after two heat blocks 64 heat, the two side ends limit bonding of nonwoven fabric roll overlap forms nonwoven stringing, the cylinder bar of the cylinder 816 of end closure cutting device 8 pulls dynamic pressure block 89 to move through draw back plate 813, two pull bars 814, crossbeam 812, one end of nonwoven stringing is through determining the one end forming non-woven bag after heating box 83 and dynamic heating box 87 heating seal port, and the cylinder bar of cylinder 816 promotes dynamic pressure block 89 reset through draw back plate 813, two pull bars 814, crossbeam 812, stepping motor 99 drives rotating disk 94 to rotate, make a material path 93 relative with charging hole 91, in material path 93, the active carbon of specified amount is from charging hole 91, feeder hopper 41, nonwoven stringing is added in feed pipe 4, the motor of nonwoven stringing transfer device 7 is through driving gear 76, two transmission gears 73 and two rotating shafts 71 drive two rubber rolls 72 to rotate drive nonwoven stringing on the contrary and move down, under active carbon Action of Gravity Field simultaneously in nonwoven stringing, nonwoven stringing moves down a pocket position, the cylinder bar of the cylinder 816 of end closure cutting device 8 is through draw back plate 813, two pull bars 814, crossbeam 812 pulls dynamic pressure block 89 to move, the sealing after two are determined heating box 83 and two dynamic heating boxs 87 heat of nonwoven stringing, cutting knife 810 cuts off the sealing formation other end of non-woven bag and one end of next non-woven bag simultaneously, the cylinder bar of cylinder 816 is through draw back plate 813, two pull bars 814, crossbeam 812 promotes dynamic pressure block 89 and resets, stepping motor 99 drives rotating disk 94 to rotate, and makes the active carbon in feed hopper 98 fall into a material path 93 and prepares next time filling.
The invention has the beneficial effects as follows: this active carbon racking machine packing efficiency is high and can not affect packing personnel health.Orienting sleeve comprises flexible guide cover, upper orienting sleeve and lower orienting sleeve, and feed pipe comprises upper feeding pipe, taper type feed pipe and lower feed pipe, is convenient to nonwoven fabric roll and is coated on feed pipe and progressively becomes circle not cracky outward.The width of guide groove upper end is greater than the two side ends limit overlap not cracky that lower end width is convenient to nonwoven fabric roll.Side seal mouth apparatus structure is simple and practical, can be regulated the width in gap between two heat blocks by two set screw.Nonwoven stringing transfer device, batch plant are simple and practical.End closure cutting device is simple and practical, and stage clip does not affect cutting knife and cuts off the sealing of nonwoven stringing after heating while heating box is compressed.Slewing rollers make nonwoven fabric roll be coated on feed pipe progressively to become circle not cracky better effects if outward.
It is apparent to one skilled in the art that the present invention can change into various ways, and such change is not thought and departed from the scope of the present invention.All like this to the apparent amendment of the technical personnel in described field, by be included in this claim scope within.
Claims (7)
1. an active carbon racking machine, it is characterized in that: comprise the mount pad being provided with riser, to be positioned on front side of riser and gusset is provided with the feed pipe of the feeder hopper be connected with mount pad screw, be enclosed within that feed pipe is outer and rear end is provided with the orienting sleeve of the guide groove at through upper and lower two ends and two orienting lugs be connected with orienting sleeve rear end and mount pad respectively, be positioned at the side closing device below feed pipe, nonwoven stringing transfer device and end closure cutting device successively, be positioned at the batch plant above feeder hopper; Orienting sleeve and feed pipe free-running fit; Described feed pipe comprises upper feeding pipe, holds greatly the taper type feed pipe be connected with upper feeding pipe lower end, the lower feed pipe that upper end is connected with taper type feed pipe small end; Feeder hopper is positioned at the upper end of upper feeding pipe gusset; Orienting sleeve comprises the flexible guide cover be enclosed within outside taper type feed pipe and the upper orienting sleeve being positioned at flexible guide cover below, is enclosed within the lower orienting sleeve outside lower feed pipe; Guide groove comprises and is positioned at flexible guide cover rear end the guiding groove at through upper and lower two ends, is positioned at orienting sleeve rear end and the upper guide groove at through upper and lower two ends, is positioned at lower orienting sleeve rear end and the lower guide groove at through upper and lower two ends; Orienting lug comprises two bootstrap blocks overlapping rear end and riser respectively with flexible guide and be connected, two upper orienting lugs be connected with upper orienting sleeve rear end and riser respectively, two lower orienting lugs be connected with lower orienting sleeve rear end and riser respectively.
2. active carbon racking machine according to claim 1, is characterized in that: the width of described guiding groove upper end is greater than lower end width; The width of upper guide groove upper end is greater than lower end width; The width of guiding groove lower end is greater than the width of guide groove upper end; The width of upper guide groove lower end is greater than the width of lower guide groove.
3. active carbon racking machine according to claim 1 and 2, is characterized in that: described side closing device comprises the heating component that two transverse directions are set up in parallel; Heating component comprises and the base plate be connected on front side of riser, two are set up in parallel and the blend stop be connected with base plate front end face respectively along the vertical direction, be positioned at one end of two blend stops and the fixed strip be connected with base plate front end face, the heat block that distance between two blend stops and between width with two blend stop opposite sides is mated, screw front end passes fixed strip and the set screw be threaded with heat block; Two heat blocks are positioned at the opposite side of two heating components.
4. active carbon racking machine according to claim 1 and 2, it is characterized in that: described nonwoven stringing transfer device comprise two transverse directions be set up in parallel and respectively with the rotating shaft of riser pivot joint, two rubber rolls be respectively connected with the front end of a rotating shaft, two intermesh and the transmission gear be respectively connected with the rear end of a rotating shaft, the fixed mount be connected with on rear side of riser, the motor of the mobile device be connected with fixed mount, engages with a transmission gear and the driving gear be in transmission connection with the output shaft of the motor of mobile device.
5. active carbon racking machine according to claim 1 and 2, it is characterized in that: described end closure cutting device comprise be provided with two guide pillars and with the fixed frame be connected on front side of riser, be provided with two arrange along the vertical direction determine heating box and determine the relief groove between heating box and the level pressure block be connected with the rear moulding of fixed frame at two, be provided with two are respectively determined the relative dynamic heating box of heating box and the appearance cutter groove between two dynamic heating boxs dynamic pressure block with one, be arranged in the cutting knife holding cutter groove, be provided with the crossbeam that two are respectively set in the guide pin bushing outside a guide pillar, be positioned at the draw back plate on rear side of riser, two rear ends are connected with draw back plate and the pull bar that is connected with crossbeam one end respectively through riser of front end respectively, the cylinder seat be connected with on rear side of riser, be connected with cylinder seat and the cylinder that is connected with draw back plate of cylinder bar, two guide rods and two stage clips, the front end of dynamic pressure block be provided with two with cutting knife groove the through and guide rod hole of diameter and matching guide bars, each guide rod passes a guide rod hole and two ends are connected with crossbeam and cutting knife respectively, each compression spring sleeve is located at that a guide rod is outer and two ends push down the rear end of crossbeam and the front end of dynamic pressure block respectively.
6. active carbon racking machine according to claim 1 and 2, it is characterized in that: described batch plant comprises and to be positioned at above feed pipe and to be provided with the lower plate of the charging hole be communicated with feeder hopper, be provided with the rotating disk of several circumferential material paths and lower end and lower plate pivot joint, internal diameter mates with rotating disk external diameter and the side be connected with lower plate upper end is enclosed, be provided with feed orifice and the upper plate be connected with circle upper end, side, lower end is communicated with feed orifice and the feed hopper be connected with upper plate, be connected with mount pad and the stepping motor that is in transmission connection of output shaft and rotating disk lower end, the support be connected with mount pad and lower plate respectively.
7. active carbon racking machine according to claim 1 and 2, is characterized in that: also comprise and to be positioned at above feed pipe and axis horizontal is arranged and the slewing rollers parallel with riser, the nonwoven fabric roll feed roller of the axis being parallel of axis and slewing rollers.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410314234.3A CN104149995B (en) | 2014-07-03 | 2014-07-03 | Active carbon racking machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410314234.3A CN104149995B (en) | 2014-07-03 | 2014-07-03 | Active carbon racking machine |
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| CN104149995A CN104149995A (en) | 2014-11-19 |
| CN104149995B true CN104149995B (en) | 2016-04-27 |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104803020A (en) * | 2015-04-22 | 2015-07-29 | 句容市鼎盛纸箱包装有限公司 | Pillow-shaped bag packaging device |
| CN105129163A (en) * | 2015-09-25 | 2015-12-09 | 锦麒生物科技（安徽）有限公司 | Scissor type simple and automatic particle packaging machine |
| CN114955034B (en) * | 2022-06-24 | 2023-11-10 | 湖北工业大学 | Bamboo salt filling production facility |
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| US3040490A (en) * | 1960-05-31 | 1962-06-26 | Triangle Package Machinery Co | Apparatus and method for making, filling, and sealing containers |
| US3488914A (en) * | 1965-05-28 | 1970-01-13 | Fmc Corp | Package filling and sealing system |
| CN201694413U (en) * | 2009-12-29 | 2011-01-05 | 武汉人天包装技术有限公司 | Twice feeding device for packing machine |
| CN103274087A (en) * | 2013-06-21 | 2013-09-04 | 合肥三冠机电设备有限公司 | Single film packaging machine |
| CN203996928U (en) * | 2014-07-03 | 2014-12-10 | 庆元县蓝天绿谷实业有限公司 | Active carbon racking machine |
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2014
- 2014-07-03 CN CN201410314234.3A patent/CN104149995B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3040490A (en) * | 1960-05-31 | 1962-06-26 | Triangle Package Machinery Co | Apparatus and method for making, filling, and sealing containers |
| US3488914A (en) * | 1965-05-28 | 1970-01-13 | Fmc Corp | Package filling and sealing system |
| CN201694413U (en) * | 2009-12-29 | 2011-01-05 | 武汉人天包装技术有限公司 | Twice feeding device for packing machine |
| CN103274087A (en) * | 2013-06-21 | 2013-09-04 | 合肥三冠机电设备有限公司 | Single film packaging machine |
| CN203996928U (en) * | 2014-07-03 | 2014-12-10 | 庆元县蓝天绿谷实业有限公司 | Active carbon racking machine |
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| CN104149995A (en) | 2014-11-19 |
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