CN103523263A - Semi-automatic packing machine - Google Patents
Semi-automatic packing machine Download PDFInfo
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- CN103523263A CN103523263A CN201310498821.8A CN201310498821A CN103523263A CN 103523263 A CN103523263 A CN 103523263A CN 201310498821 A CN201310498821 A CN 201310498821A CN 103523263 A CN103523263 A CN 103523263A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B9/00—Presses specially adapted for particular purposes
- B30B9/30—Presses specially adapted for particular purposes for baling; Compression boxes therefor
- B30B9/3089—Extrusion presses
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B9/00—Presses specially adapted for particular purposes
- B30B9/30—Presses specially adapted for particular purposes for baling; Compression boxes therefor
- B30B9/3057—Fluid-driven presses
Abstract
The invention discloses a semi-automatic packing machine. The semi-automatic packing machine comprises a rack, a control box, a hydraulic system, a material-conveying mechanism, a feeding mechanism, a material-pressing mechanism and a threading machine, wherein the control box, the hydraulic system, the material-conveying mechanism, the feeding mechanism, the material-pressing mechanism and the threading machine are arranged on the rack. The material-conveying mechanism comprises a friction mobile pressing head and a material-conveying oil cylinder connected with the pressing head through a pressing head shaft, the middle of the material-conveying oil cylinder is fixedly arranged on the rack through an oil cylinder angle shaft and an oil cylinder base, a linear lower cutter is arranged at the upper head portion of the pressing head, and a positioning baffle is arranged at the tail end of the pressing head. The feeding mechanism comprises a hopper and a stock bin arranged below the hopper, and a plurality of upper cutters are arranged at the positions, near the material-pressing mechanism, of the hopper, wherein the upper cutters are connected in the shape of the Arabic number 7 and are symmetrical about the centers of the upper cutters. The material-pressing mechanism comprises an upper pressing board, a left side pressing board, a right side pressing board and a holding arm mechanism fixedly arranged on the rack and enabling the upper pressing board and the pressing boards at two sides to be connected, and the holding arm mechanism is of a three-connecting-two-arm structure. The semi-automatic packing machine is stable in structure and resistant to wearing, long in service life, fast in packaging speed, high in safety, convenient to operate and very low in maintenance cost, and the packaging density is easy to adjust.
Description
Technical field
The present invention relates to a kind of Semi-automatic packing press, be mainly used in the recovery packing of material.
Background technology
In order to improve, the packing of past heritage waste paper, plastics, stalk, Chinese herbal medicine, reed, pop can, bark etc. is reclaimed, raise labour efficiency, reduce labour intensity, save manpower, reduce cost of transportation, the main equipment using such as existing collection centre, industrial and mineral, enterprise, supermarket is compress, for being scattered, the refuse that cannot pile up and take up room compresses processing, make the material of recycle value reduce occupation of land space, convenient transportation and unified processing.
But, the development of current compress relatively lags behind, existing compress exists packing length (length dimension) to be difficult to regulate, the design of report wall is unreasonable, packing density refractory is to regulate, equipment rapid wear or deadlock cause often occurring stagnating in working process, inconvenient operation, poor safety performance, consumption of current is large, scissor construction is unreasonable, chassis body structure design is unreasonable, easily snap formation abrasion amount large, it is large that pressure head designs unreasonable abrasion loss, the unreasonable easy generation high temperature of design of Hydraulic System, and packing speed is slow, the problems such as maintenance cost height, as Chinese patent 201010605245.9 (publication No.: disclosed Semi-automatic packing press CN102126566).
Summary of the invention
For solving problems of the prior art, the object of the present invention is to provide a kind of simple to operate, safe, working stability reliable, packing size is adjustable Semi-automatic packing press.
For achieving the above object, the technological means that the present invention takes is: Semi-automatic packing press, comprises frame and rack-mounted control box, hydraulic efficiency pressure system, feed mechanism, feeding mechanism, feeding pressure mechanism, wire threading machine, described control box connecting fluid pressing system and wire threading machine, described feed mechanism, feeding mechanism, feeding pressure mechanism connect successively, described feed mechanism comprises frictional movement formula pressure head and the feeding oil cylinder being connected by ram shaft with pressure head, the middle part of feeding oil cylinder is fixed in frame by the oil cylinder seat of oil cylinder angle axle, fixed oil cylinder angle axle, the top head of described pressure head is provided with in-line lower cutter, tail end is provided with positioning baffle, and described feeding oil cylinder is by oil pipe connecting fluid pressing system, described feeding mechanism comprises be arranged on the hopper of upper rack and the feed bin being formed by frame under hopper, at feed bin, near hopper and feeding pressure mechanism place, is provided with upper cutter, and wherein upper cutter adopts a plurality of " 7 " font connect and arrange with upper cutter Central Symmetry, described feeding pressure mechanism comprises top board, left side pressing plate, right side pressing plate, be fixed on and in frame, connect top board and a left side, the arm mechanism of right side pressing plate, described arm mechanism adopts three to connect arm structures, comprise arm oil cylinder upper plate, one end is connected with in the middle of arm oil cylinder upper plate, the other end is arranged on the arm oil cylinder on top board, be connected to the arm arm-tie of arm oil cylinder upper plate both sides, the arm side plate being connected with arm arm-tie by movable axis, arm side plate bottom is connected with frame by arm otic placode, arm side plate protrusion is by arm backplate and a left side, right side pressing plate connects, described arm oil cylinder connecting fluid pressing system.
Further, described control box is provided with main control box and the auxiliary control box that is connected main control box, described main control box is arranged in the frame of feed mechanism top, PLC Programmable Logic Controller and control circuit are installed in main control box casing, at main control box casing, be outside equipped with the alarm lamp being connected with control circuit, receiver of remote-control sytem, and be arranged on the opto-electronic pickup between feed mechanism hopper and feed bin, by fixed link, be arranged on the positioning baffle travel switch that is positioned at pressure head inside on oil cylinder seat, described auxiliary control box is arranged in feeding pressure mechanism place frame, described feeding pressure mechanism has meter counter away from the frame outer setting of one end of feed mechanism, described meter counter comprises meter counter housing, be arranged on gear and approach switch in housing, meter counter connects auxiliary control box.
Further, described hydraulic efficiency pressure system comprises fuel tank, be arranged on main motor on fuel tank, double-united oil pump, fil, the control cock being connected by oil pipe with double-united oil pump, the forced air cooler that is connected with fuel tank by circulating pipe, wherein control cock is divided two groups, respectively by corresponding two delivery ports that connect double-united oil pump of oil pipe.
Further, be provided with hopper observation window on described hopper, hopper observation window adopts case hardened glass; In the frame of described feed bin, be provided with reinforcing member.
Further, described pressure head is concave structure, and the upper plane length of concave structure is longer than lower plane, contacts the contact of employing face with frame, and the upper plane that pressure head contacts with frame and lower plane all adopt high abrasion manganese plate, are provided with polylith wear plate on pressure head two sides.
Further, described feeding oil cylinder comprises cylinder rod, cylinder body, and wherein cylinder rod head is provided with axis hole, is provided with oil inlet and return opening on cylinder body, and described return opening connects cylinder body front end by oil return bar; Described oil cylinder seat comprises bracket, bottom bracket, bracket support plate, bracket riser, angle axle sleeve, wherein bracket is connected by bracket riser with bottom bracket, the two ends of bracket and bottom bracket are connected with frame by bracket support plate, and angle axle sleeve is arranged on bracket riser middle part; Cylinder body is arranged in the axle sleeve of angle.
Further, described wire threading machine comprises to be worn screw mandrel, wears a guide wheel, travel switch, support, apparatus for suspension, wear a motor, chain, described travel switch is arranged on inner side, support two ends, apparatus for suspension is arranged in support, by chain, be connected with the motor of wearing being fixed on support, sliding rack connects and to be positioned at the screw mandrel of wearing outside support, wears screw mandrel head and is provided with and wears a guide wheel.
Further, be also provided with feeding web on described hopper, feeding web is electrically connected to control box.
Further, described control cock comprises at least two-stage hydraulic valve.
The invention has the beneficial effects as follows: frictional movement formula pressure head coordinates a feeding oil cylinder that oil cylinder seat is fixing, stable wear-resisting while making binder, long service life, equipment is not fragile, and hydraulic efficiency pressure system adopts double-united oil pump and two-way control cock, the work F.F. of making is pressed slowly, packing density is easy to regulate, the stagnation of can not crashing in work, and packing speed is fast, forced air cooler is lowered the temperature in real time simultaneously, has guaranteed that oil temperature is normal; The signal that control box feeds back everywhere by feed mechanism, feeding mechanism, feeding pressure mechanism, wire threading machine judges, can mistake do not send, charging or binder, and safety performance is high, main motor and wear the controlled work of a motor, consumption of current obviously reduces, and is operating as two kinds of S. A. and remote controls, more convenient operation; The upper cutter that pressure head scissors adopts the corresponding feeding mechanism place a plurality of " 7 " of yi word pattern edge of a knife font to form, makes cutting more convenient, light, stressed more reasonable; This device structure is reasonable, and device long service life only needs routine use maintenance, and maintenance cost is extremely low.
Accompanying drawing explanation
Below in conjunction with view and embodiment, the present invention is described in detail.
Fig. 1 is front view of the present invention;
Fig. 2 is left view of the present invention;
Fig. 3 is feed mechanism view of the present invention;
Fig. 4 is the structural representation of upper cutter of the present invention and lower cutter;
Fig. 5 is oil cylinder of the present invention and oil cylinder seat local structure schematic diagram;
Fig. 6 is wire threading machine structural representation of the present invention.
In figure: 1, frame, 2, control box, 21, main control box, 22, auxiliary control box, 23, alarm lamp, 24, receiver of remote-control sytem, 25, opto-electronic pickup, 26, positioning baffle travel switch, 27, meter counter, 3, hydraulic efficiency pressure system, 31, fuel tank, 32, main motor, 33, double-united oil pump, 34, fil, 35, control cock, 36, forced air cooler, 4, feed mechanism, 41, pressure head, 411, upper plane, 412, lower plane, 413, wear plate, 42, ram shaft, 43, feeding oil cylinder, 431, cylinder rod, 432, cylinder body, 433, oil return bar, 44, oil cylinder angle axle, 45, oil cylinder seat, 451, bracket, 452, bottom bracket, 453, bracket support plate, 454, bracket riser, 455, angle axle sleeve, 46, lower cutter, 47, positioning baffle, 5, feeding mechanism, 51, hopper, 511, hopper observation window, 52, feed bin, 521, reinforcing member, 53, upper cutter, 6, feeding pressure mechanism, 61, top board, 62, left side pressing plate, 63, right side pressing plate, 64, arm mechanism, 641, upper plate, 642, arm oil cylinder, 643, arm arm-tie, 644, arm side plate, 645, arm otic placode, 646, arm backplate, 7, wire threading machine, 71, wear screw mandrel, 72, wear a guide wheel, 73, travel switch, 74, support, 75, apparatus for suspension, 76, wear a motor, 77, chain, 8, feeding web.
The specific embodiment
Semi-automatic packing press as shown in Fig. 1,2,3,4,5,6, comprises frame 1 and is arranged on control box 2, hydraulic efficiency pressure system 3, feed mechanism 4, feeding mechanism 5, feeding pressure mechanism 6, the wire threading machine 7 in frame 1, described control box 2 connecting fluid pressing systems 3 and wire threading machine 7, described feed mechanism 4, feeding mechanism 5, feeding pressure mechanism 6 connect successively, described feed mechanism 4 comprises frictional movement formula pressure head 41 and the feeding oil cylinder 43 being connected by ram shaft 42 with pressure head 41, the middle part of feeding oil cylinder 43 is fixed in frame 1 by the oil cylinder seat 45 of oil cylinder angle axle 44, fixed oil cylinder angle axle 44, the top head of described pressure head 41 is provided with in-line lower cutter 46, tail end is provided with positioning baffle 47, and described feeding oil cylinder 43 is by oil pipe connecting fluid pressing system 3, described feeding mechanism 5 comprises be arranged on the hopper 51 on frame 1 top and the feed bin 52 being formed by frame under hopper, at feed bin 52, near hopper 51 and feeding pressure mechanism 6 places, be provided with upper cutter 53, wherein upper cutter 53 adopts a plurality of " 7 " font connect and arrange with upper cutter Central Symmetry, described feeding pressure mechanism 6 comprises top board 61, left side pressing plate 62, right side pressing plate 63, be fixed on and in frame, connect top board and a left side, the arm mechanism 64 of right side pressing plate, described arm mechanism 64 adopts three to connect arm structures, comprise arm oil cylinder upper plate 641, one end is connected with in the middle of arm oil cylinder upper plate, the other end is arranged on the arm oil cylinder 642 on top board, be connected to the arm arm-tie 643 of arm oil cylinder upper plate both sides, the arm side plate 644 being connected with arm arm-tie by movable axis, arm side plate 644 bottoms are connected with frame 1 by arm otic placode 645, arm side plate 644 protrusions are by arm backplate 646 and a left side, right side pressing plate connects, described arm oil cylinder 642 connecting fluid pressing systems 3.
Described control box 2 is provided with main control box 21 and the auxiliary control box 22 that is connected main control box, described main control box 21 is arranged in the frame of feed mechanism 4 tops, PLC Programmable Logic Controller and control circuit are installed in main control box casing, at main control box casing, be outside equipped with the alarm lamp 23 being connected with control circuit, receiver of remote-control sytem 24, and be arranged on the opto-electronic pickup 25 between feed mechanism hopper and feed bin, by fixed link, be arranged on the positioning baffle travel switch 26 that is positioned at pressure head inside on oil cylinder seat, described auxiliary control box 22 is arranged in feeding pressure mechanism place frame, described feeding pressure mechanism has meter counter 27 away from the frame outer setting of one end of feed mechanism, described meter counter 27 comprises meter counter housing, be arranged on gear and approach switch in housing, meter counter 27 connects auxiliary control box 22.
Described hydraulic efficiency pressure system 3 comprises fuel tank 31, be arranged on main motor 32 on fuel tank, double-united oil pump 33, fil 34, the control cock 35 being connected by oil pipe with double-united oil pump, the forced air cooler 36 that is connected with fuel tank by circulating pipe, wherein control cock 35 minutes is two groups, respectively by corresponding two delivery ports that connect double-united oil pump 33 of oil pipe.
On described hopper 51, be provided with hopper observation window 511, hopper observation window 511 adopts case hardened glass; In the frame of described feed bin 52, be provided with reinforcing member 521.
Described pressure head 41 is concave structure, upper plane 411 length of concave structure are longer than lower plane 412, contact the contact of employing face with frame, the upper plane 411 that pressure head contacts with frame and lower plane 412 all adopt high abrasion manganese plate, are provided with polylith wear plate 413 on pressure head two sides.
Described feeding oil cylinder 43 comprises cylinder rod 431, cylinder body 432, and wherein cylinder rod 431 heads are provided with axis hole, are provided with oil inlet and return opening on cylinder body 432, and described return opening connects cylinder body front end by oil return bar 433; Described oil cylinder seat 45 comprises bracket 451, bottom bracket 452, bracket support plate 453, bracket riser 454, angle axle sleeve 455, wherein bracket 451 is connected by bracket riser 454 with bottom bracket 452, the two ends of bracket 451 and bottom bracket 452 are connected with frame 1 by bracket support plate 453, and angle axle sleeve 455 is arranged on bracket riser 454 middle parts; Cylinder body 432 is arranged in angle axle sleeve 455.
Described wire threading machine 7 comprises to be worn screw mandrel 71, wears a guide wheel 72, travel switch 73, support 74, apparatus for suspension 75, wear a motor 76, chain 77, described travel switch 73 is arranged on support 74 inner sides, two ends, apparatus for suspension 75 is arranged in support 74, by chain 77, be connected with the motor 76 of wearing being fixed on support 74, sliding rack 75 connects to be positioned at wears screw mandrel 71 outside support 74, wears screw mandrel 71 heads and is provided with and wears a guide wheel 72.
On described hopper 51, be also provided with feeding web 8, feeding web 8 is electrically connected to control box 2.
Described control cock 35 comprises at least two-stage hydraulic valve.
Workflow explanation: can select S. A. operation and manually move two kinds of patterns, and can select remote controller operation, also can enter hopper by feeding web 8 transported materials.
Press system start button on electric cabinet 2, alarm lamp when red after 23 warning several seconds, enter readiness for action, press the button of starting shooting on electric cabinet 2, material is pushed in hopper 51 or by feeding web 8 and automatically turns round material is dropped in hopper 51, when material is full, opto-electronic pickup 25 sends signal, PLC Programmable Logic Controller in main control box 21 sends instruction, now stop feeding web 8 runnings, main motor 32 runnings drive two pump works of double-united oil pump 33, and open control cock 35 simultaneously, control cock 35 is worked simultaneously and is driven the feeding oil cylinder 43 of feed mechanism 4 to start to advance at utmost speed by one-level hydraulic valve and 2-level hydraulic valve two-way hydraulic pressure, because oil cylinder angle axle 44 is connected with oil cylinder seat 45, oil cylinder seat 45 is together with welding machine frame, the feeding oil cylinder 43 that pressure head 41 connects by ram shaft 42, pressure head 41 advances at utmost speed, when upper cutter 53 edges of a knife approach lower cutter 46 edge of a knife, pressure increases while arriving setting pressure (can regulate setting pressure by pressure sensor), main control box 21 sends instruction and closes 2-level hydraulic valve, make to only have a Beng Bing mono-road hydraulic, pressure head 41 proceeds to high pressure ease ahead, by the lower cutter 46 on pressure head 41 be provided with upper cutter 53 at feed bin 52 near hopper 51 and feeding pressure mechanism 6 places material is cut off, be pressed into by top board 61, left side pressing plate 62, the compression chamber that right side pressing plate 63 and frame 1 form compresses, compression chamber forms square compression chamber, be fixed on and in frame, connect top board and a left side, the arm mechanism 64 of right side pressing plate adopts three to connect arm structure, comprise arm oil cylinder upper plate 641, one end is connected with in the middle of arm oil cylinder upper plate, the other end is arranged on the arm oil cylinder 642 on top board, be connected to the arm arm-tie 643 of arm oil cylinder upper plate both sides, the arm side plate 644 being connected with arm arm-tie by movable axis, arm side plate 644 bottoms are connected with frame 1 by arm otic placode 645, arm side plate 644 protrusions are by arm backplate 646 and a left side, right side pressing plate connects, under oil cylinder telescopic action, by top board 61, left side pressing plate 62, 63 interlocks of right side pressing plate, three blocks of plates carry out Three-bearing contraction and expansion, can free adjustment packing density, due to 64 employings of arm mechanism are three connection arm structures, action executing is stable, lift compressed action freely, service life of equipment is long, and easy to maintenance, the connection mode that surpasses prior art far away.
Positioning baffle 47 triggered location baffle plate travel switches 26 when pressure head 41 arrives foremost, main motor 32 runnings drive double-united oil pump 33 work, two-way hydraulic valve is opened simultaneously and is driven feeding oil cylinder 43 to start to retreat at a high speed, return back to pressure head 41 triggered location baffle plate travel switch 26 again, main motor stops, it is slow that two-stage aero mode has solved traditional compress speed, the defect that power consumption is large.
When meter counter 27 arrives after preseting length, the PLC controller of main control box 21 sends instruction to auxiliary control box 22, now pressure head 41 arrives and stops foremost, wear a motor 76 operation, by chain 77, drive the guide wheel 72 of wearing of wearing on screw mandrel 71 that iron wire or plastic ties are pushed and put in place, after triggering travel switch 73, stop, after having knotting by hand, press the return button of wearing on auxiliary electric cabinet 22, wear screw mandrel 71 returns triggering travel switches 73 and stop, completing packing.
Now, by start button, equipment automatically repeats above-mentioned operation and lays a bag.
The application adopts frictional movement formula pressure head to coordinate a feeding oil cylinder that oil cylinder seat is fixing, stable wear-resisting while making binder, long service life, equipment is not fragile, and hydraulic efficiency pressure system adopts double-united oil pump and two-way control cock, the work F.F. of making is pressed slowly, packing density is easy to regulate, the stagnation of can not crashing in work, and packing speed is fast, forced air cooler is lowered the temperature in real time simultaneously, has guaranteed that oil temperature is normal; The signal that control box feeds back everywhere by feed mechanism, feeding mechanism, feeding pressure mechanism, wire threading machine judges, can mistake do not send, charging or binder, and safety performance is high, main motor and wear the controlled work of a motor, consumption of current obviously reduces, and is operating as two kinds of S. A. and remote controls, more convenient operation; The upper cutter that pressure head scissors adopts the corresponding feeding mechanism place a plurality of " 7 " of yi word pattern edge of a knife font to form, makes cutting more convenient, light, stressed more reasonable; This device structure is reasonable, and device long service life only needs routine use maintenance, and maintenance cost is extremely low.
Claims (9)
1. Semi-automatic packing press, comprises frame (1) and is arranged on control box (2), hydraulic efficiency pressure system (3), feed mechanism (4), feeding mechanism (5), feeding pressure mechanism (6), the wire threading machine (7) in frame (1), it is characterized in that: described control box (2) connecting fluid pressing system (3) and wire threading machine (7), described feed mechanism (4), feeding mechanism (5), feeding pressure mechanism (6) connect successively, described feed mechanism (4) comprises frictional movement formula pressure head (41) and the feeding oil cylinder (43) being connected by ram shaft (42) with pressure head (41), the middle part of feeding oil cylinder (43) is fixed in frame (1) by the oil cylinder seat (45) of oil cylinder angle axle (44), fixed oil cylinder angle axle (44), the top head of described pressure head (41) is provided with in-line lower cutter (46), tail end is provided with positioning baffle (47), and described feeding oil cylinder (43) is by oil pipe connecting fluid pressing system (3), described feeding mechanism (5) comprises be arranged on the hopper (51) on frame (1) top and the feed bin (52) being formed by frame under hopper, at feed bin (52), near hopper (51) and feeding pressure mechanism (6), locate to be provided with upper cutter (53), wherein upper cutter (53) adopts a plurality of " 7 " font connect and arrange with upper cutter Central Symmetry, described feeding pressure mechanism (6) comprises top board (61), left side pressing plate (62), right side pressing plate (63), be fixed on and in frame, connect top board and a left side, the arm mechanism (64) of right side pressing plate, described arm mechanism (64) adopts three connection arm structures, comprise arm oil cylinder upper plate (641), one end is connected with in the middle of arm oil cylinder upper plate, the other end is arranged on the arm oil cylinder (642) on top board, be connected to the arm arm-tie (643) of arm oil cylinder upper plate both sides, the arm side plate (644) being connected with arm arm-tie by movable axis, arm side plate (644) bottom is connected with frame (1) by arm otic placode (645), arm side plate (644) protrusion is by arm backplate (646) and a left side, right side pressing plate connects, described arm oil cylinder (642) connecting fluid pressing system (3).
2. Semi-automatic packing press according to claim 1, it is characterized in that: described control box (2) is provided with main control box (21) and the auxiliary control box (22) that is connected main control box, described main control box (21) is arranged in the frame of feed mechanism (4) top, PLC Programmable Logic Controller and control circuit are installed in main control box casing, at main control box casing, be outside equipped with the alarm lamp (23) being connected with control circuit, receiver of remote-control sytem (24), and be arranged on the opto-electronic pickup (25) between feed mechanism hopper and feed bin, by fixed link, be arranged on the positioning baffle travel switch (26) that is positioned at pressure head inside on oil cylinder seat, described auxiliary control box (22) is arranged in feeding pressure mechanism place frame, described feeding pressure mechanism has meter counter (27) away from the frame outer setting of one end of feed mechanism, described meter counter (27) comprises meter counter housing, be arranged on gear and approach switch in housing, meter counter (27) connects auxiliary control box (22).
3. Semi-automatic packing press according to claim 1, it is characterized in that: described hydraulic efficiency pressure system (3) comprises fuel tank (31), be arranged on main motor (32) on fuel tank, double-united oil pump (33), fil (34), the control cock (35) being connected by oil pipe with double-united oil pump, the forced air cooler (36) that is connected with fuel tank by circulating pipe, wherein control cock (35) is divided two groups, respectively by corresponding two delivery ports that connect double-united oil pump (33) of oil pipe.
4. Semi-automatic packing press according to claim 1, is characterized in that: on described hopper (51), be provided with hopper observation window (511), hopper observation window (511) adopts case hardened glass; In the frame of described feed bin (52), be provided with reinforcing member (521).
5. Semi-automatic packing press according to claim 1, it is characterized in that: described pressure head (41) is concave structure, upper plane (411) length of concave structure is longer than lower plane (412), contact the contact of employing face with frame, upper plane (411) and lower plane (412) that pressure head contacts with frame all adopt high abrasion manganese plate, are provided with polylith wear plate (413) on pressure head two sides.
6. Semi-automatic packing press according to claim 1, it is characterized in that: described feeding oil cylinder (43) comprises cylinder rod (431), cylinder body (432), wherein cylinder rod (431) head is provided with axis hole, cylinder body is provided with oil inlet and return opening on (432), and described return opening connects cylinder body front end by oil return bar (433); Described oil cylinder seat (45) comprises bracket (451), bottom bracket (452), bracket support plate (453), bracket riser (454), angle axle sleeve (455), wherein bracket (451) is connected by bracket riser (454) with bottom bracket (452), the two ends of bracket (451) and bottom bracket (452) are connected with frame (1) by bracket support plate (453), and angle axle sleeve (455) is arranged on bracket riser (454) middle part; Cylinder body (432) is arranged in angle axle sleeve (455).
7. Semi-automatic packing press according to claim 1, it is characterized in that: described wire threading machine (7) comprises wears screw mandrel (71), wear a guide wheel (72), travel switch (73), support (74), apparatus for suspension (75), wear a motor (76), chain (77), described travel switch (73) is arranged on inner side, support (74) two ends, apparatus for suspension (75) is arranged in support (74), by chain (77), be connected with the motor (76) of wearing being fixed on support (74), sliding rack (75) connect be positioned at support (74) outer wear screw mandrel (71), wearing screw mandrel (71) head is provided with and wears a guide wheel (72).
8. Semi-automatic packing press according to claim 1, is characterized in that: on described hopper (51), be also provided with feeding web (8), feeding web (8) is electrically connected to control box (2).
9. Semi-automatic packing press according to claim 1, is characterized in that: described control cock (35) comprises at least two-stage hydraulic valve.
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| CN201310498821.8A CN103523263B (en) | 2013-10-15 | 2013-10-15 | Semi-automatic packing machine |
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| CN201310498821.8A CN103523263B (en) | 2013-10-15 | 2013-10-15 | Semi-automatic packing machine |
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| CN103523263B CN103523263B (en) | 2015-07-08 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106003795A (en) * | 2016-05-18 | 2016-10-12 | 河南农业大学 | Open type straw compressing box with two density adjusting mechanisms |
| CN106143989A (en) * | 2015-04-06 | 2016-11-23 | 胡明明 | Self-propelled loading round bale baling press |
| CN106477080A (en) * | 2016-12-26 | 2017-03-08 | 贵州顺源养殖有限公司 | A kind of crops stalk crushing compresses instant packing apparatus |
| WO2017121014A1 (en) * | 2016-01-12 | 2017-07-20 | 大连富地重工机械制造有限公司 | Split lower cutters for buckle-free steel belt strapping tool |
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