CN109774223A - A kind of dangerous waste material processing device - Google Patents

A kind of dangerous waste material processing device Download PDF

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Publication number
CN109774223A
CN109774223A CN201910073811.7A CN201910073811A CN109774223A CN 109774223 A CN109774223 A CN 109774223A CN 201910073811 A CN201910073811 A CN 201910073811A CN 109774223 A CN109774223 A CN 109774223A
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CN
China
Prior art keywords
frame
packaged
hydraulic
curtain
intensitive
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Pending
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CN201910073811.7A
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Chinese (zh)
Inventor
阮鑫钢
谢桐强
夏培富
赵兴城
阮招娣
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Shaoxing Shangyu Weiyi Renewable Recourses Co Ltd
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Shaoxing Shangyu Weiyi Renewable Recourses Co Ltd
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Publication of CN109774223A publication Critical patent/CN109774223A/en
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Abstract

The invention discloses a kind of dangerous waste material processing devices, including being packaged frame and material cavity postposition high intensity cavity plate, the rear end for being packaged frame is provided with material cavity postposition high intensity cavity plate, the edge of the material cavity postposition high intensity cavity plate is fixedly connected by welding in the rear end for being packaged frame, oil cylinder is provided at the top center position for being packaged frame, the oil cylinder is fixedly connected on the top for being packaged frame by screw fixed at its annular outer surface, and inside of the oil cylinder through packing frame top up to being packaged frame, the left and right ends of the oil cylinder are provided with hydraulic auxiliary bar, it is Transparent color that PVC plastic, which stops curtain, simultaneously, the case where packing for being packaged lower portion is observed convenient for operator, it is soft material that PVC plastic, which stops curtain, simultaneously, when carrying out feeding, curtain can be stopped by PVC plastic to be pushed aside manually It can carry out feeding, safe and convenient, of simple structure and strong practicability.

Description

A kind of dangerous waste material processing device
Technical field
The invention belongs to waste disposal correlative technology fields of endangering, and in particular to a kind of dangerous waste material processing device.
Background technique
Waste processing is by the means (such as crush, compression, dry, evaporation, burn) of physics or biological chemistry action The mistake of the chemical actions to reduce its volume, accelerate its self-purification such as (such as aoxidize, digest and decompose, absorb) and pyrolytic gasification Journey is commonly also referred to solid and gunk that the mankind abandon in production and life activity, including isolates from waste water, exhaust gas The solid particle come, but whether which kind of processing method finally still to have a certain amount of solid waste remaining using, it is useless to this part Object needs properly to be disposed.Especially when handling waste, generation secondary pollution should be avoided, to poisonous and harmful waste it is ensured that Harm will not be generated to the mankind.
Existing processing unit technology has the following problems: when handling hazardous metals waste material, needing metal Whole packing is carried out, to increase the utilization rate in space to the full extent when being handled, improves treatment effeciency, and is usually existed When being packaged to metal, it is often used metal wrapping machine, metal wrapping machine squeezes metal by hydraulic device, thus Make it is more closely knit between metal, but in the actual use process, when hydraulic device is squeezed from top to bottom, contract between metal Right lower, metal can be there is a phenomenon where splashing under strong pressure, and the metal to splash usually has very big initial velocity, The metal sputtered has biggish destructive power, there is very big security risk.
Summary of the invention
The purpose of the present invention is to provide a kind of dangerous waste material processing devices, mentioned above in the background art right to solve When hazardous metals waste material is handled, need to carry out metal into whole packing, to increase to the full extent when being handled The utilization rate in space improves treatment effeciency, and usually when being packaged to metal, it is often used metal wrapping machine, metal is beaten Chartered plane squeezes metal by hydraulic device, thus make it is more closely knit between metal, but in the actual use process, liquid When pressure device is squeezed from top to bottom, compatible degree is lower between metal, and what metal can splash under strong pressure shows As, and the metal to splash usually has very big initial velocity, that is, the metal sputtered has biggish destructive power, exists very big The problem of security risk.
To achieve the above object, the invention provides the following technical scheme:
A kind of dangerous waste material processing device, including it is packaged frame and material cavity postposition high intensity cavity plate, the packing frame Rear end is provided with material cavity postposition high intensity cavity plate, and the edge of the material cavity postposition high intensity cavity plate is solid by welding Surely it is connected to the rear end for being packaged frame, is provided with oil cylinder at the top center position for being packaged frame, the oil cylinder passes through it Fixed screw is fixedly connected on the top for being packaged frame at annular outer surface, and oil cylinder runs through packing frame top until being packaged The inside of frame, the left and right ends of the oil cylinder are provided with hydraulic auxiliary bar, and the hydraulic auxiliary bar is using oil cylinder as center point symmetry point Cloth is in the left and right ends of oil cylinder, and hydraulic auxiliary bar also extends through the top for being packaged frame until being packaged the inside of frame, the liquid Auxiliary bar is pressed to be located at the top end for being packaged lower portion at frame and be fixedly connected by welding hydraulic auxiliary rod bush through being packaged, it is described The inside of hydraulic auxiliary rod bush is socketed with through the hydraulic auxiliary bar for being packaged frame, and the bottom end of the hydraulic auxiliary bar and oil cylinder is being located at The inside for being packaged frame is fixedly connected by welding hydraulic manganese steel, and the bottom end of the hydraulic manganese steel is uniformly placed with extruding Block, the crushing block, which is fixedly connected by welding below the bottom end of hydraulic manganese steel, the crushing block, is provided with bottom extruding Block, the bottom end of the bottom crushing block are provided with manganese steel backing plate, and the bottom end of the manganese steel backing plate, which is fixedly connected by welding, to be beaten The bottom end of packet lower portion, and the evenly arranged bottom crushing block in top of manganese steel backing plate is equally fixedly connected by welding in manganese The top of billet, the hydraulic manganese steel can be packaged frame by acting on for the hydraulic coupling of the generation of oil cylinder and hydraulic auxiliary bar Inside moves up and down, and the manganese steel backing plate and bottom crushing block are uniformly fixedly welded, and manganese steel backing plate and bottom crushing block can not It is moved, the leading exterior surface for being packaged frame is being connected with movable obstruction by weld horizontal positioned at its tip edges Device, high-intensitive molding door is provided with below the activity arrester, and the right end of the high-intensitive molding door is provided with two A high intensity hinge, one end of the high intensity hinge is fixedly connected by welding to be leaned in the high-intensitive leading exterior surface for forming door The other end of right edge, the high intensity hinge is then fixedly connected by welding on the right side for the leading exterior surface for being packaged frame Side, the high-intensitive molding door can be rotated by high-intensitive hinge relative to frame is packaged, before the high-intensitive molding door The end outer surface edge that keeps left is fixedly connected by welding and has high-intensitive knocker, and the left end of the high intensity knocker, which touches, to be beaten The leading exterior surface of packet frame is provided with activity safety lock on the left of the high intensity knocker, and activity safety lock passes through weldering The edge that keeps left for being fixedly connected on and being packaged frame leading exterior surface is connect, the activity safety lock can connect by the way that pivot bush unit is fixed High-intensitive knocker is connect, the packing frame right is provided with fine copper motor base, and the left end of the fine copper motor base passes through weldering The right side outer surface for being fixedly connected on and being packaged frame is connect, the top of the fine copper motor base is rotatablely connected fine copper by screw Motor passes through transmission shaft driven tooth connection wheel pump, the top position of the fine copper motor at the front position of the fine copper motor Place is provided with hydraulic oil container pedestal, and the left end of the hydraulic oil container pedestal is fixedly connected by welding outside the right end for being packaged frame Surface, the top of the hydraulic oil container pedestal, which then passes through screw connection, hydraulic oil container, is provided with above the hydraulic oil container Bat-handle switch pedestal, the left end of the bat-handle switch pedestal are equally fixedly connected by welding in the right end outer surface for being packaged frame Place, and there is bat-handle switch on the top of bat-handle switch pedestal by screw connection, the top of the bat-handle switch is connected with high pressure oil Pipe, the high-pressure oil pipe other end are then connected at the upper and lower ends of oil cylinder.
Preferably, the activity arrester includes stopping door curtain frame, magnetic attracting device and PVC plastic to stop curtain, described to beat The leading exterior surface of packet frame is being connected with obstruction door curtain frame, the obstruction door curtain by weld horizontal positioned at its tip edges The bottom end of frame is then provided with PVC plastic and stops curtain, and the top that the PVC plastic stops curtain is socketed in the inside for stopping door curtain frame, And PVC plastic stops curtain and is socketed in the part for stopping the inside of door curtain frame by screw through being fixedly connected, the PVC plastic Material stops curtain and is evenly distributed at the leading exterior surface for being packaged frame, and the PVC plastic stops curtain left and right ends and is provided with magnetic Device is inhaled, the magnetic attracting device is connected to the left and right ends that PVC plastic stops curtain, and magnetic attracting device and magnetic attracting device by socket Between attract each other.
Preferably, the magnetic attracting device includes magnetism absorbent strip, there are two the magnetism absorbent strip is arranged altogether, and between magnetism absorbent strip mutually Attract, the magnetic pole that the magnetism absorbent strip attracts each other is respectively the pole S and the pole N.
Preferably, the PVC plastic obstruction curtain will be packaged in the leading exterior surface of frame at upper position and cover, described The magnetic force of absorption between magnetic attracting device is lower, and it is transparent material that the PVC plastic, which stops curtain, and the PVC plastic stops curtain Height is completely the same.
Preferably, the bottom crushing block and the size of crushing block, specification and material are identical, the hydraulic manganese steel It is identical with the material of manganese steel backing plate.
Preferably, the inside of the activity safety lock is socketed with activity pumping rod, the internal work being socketed of activity safety lock Dynamic pumping rod is not attached with activity safety lock main body, and the high-intensitive knocker connected on the left of the high-intensitive molding door, which touches, to be beaten The upper and lower ends of activity safety lock main body are socketed by high-intensitive knocker when the outer surface of packet frame, and the activity safety lock is internal The activity pumping rod of socket can lock activity safety when being inserted into activity safety lock and high-intensitive knocker inner collar and high-strength door Button is fixedly connected.
Preferably, the top of the bat-handle switch connects oil cylinder, the bottom end of the high-pressure oil pipe by high-pressure oil pipe pipeline Hydraulic oil container is equally connected by high-pressure oil pipe pipeline, the bottom end of the hydraulic oil container passes through the left end of high-pressure oil pipe and gear pump Pipeline connection, the right end of the gear pump equally pass through the right end that high-pressure oil pipe pipeline is connected to bat-handle switch, the oil cylinder, hand Pipeline connection is carried out by high-pressure oil pipe between handle switch, hydraulic oil container and gear pump.
Preferably, the high-intensitive molding door and activity arrester can hide the leading exterior surface for being packaged frame It covers, the high-intensitive molding door can carry out shaping the metal being placed in inside packing frame frame.
Compared with prior art, the present invention provides a kind of dangerous waste material processing device, have it is following the utility model has the advantages that
1, activity arrester has used obstruction door curtain frame, magnetic attracting device and PVC plastic to stop curtain, and which use PVC Plastics stop curtain, and PVC plastic stops curtain and is fixed by stopping door curtain frame, and after fixed, PVC plastic stops curtain and PVC plastic It stops and being adsorbed between curtain by magnetic attracting device, it is upper outer so as to when carrying out hydraulic packing, be packaged in the front end of frame Surface is covered, and be can avoid metal generation splashing in this way and is caused security risk, while it is Transparent color that PVC plastic, which stops curtain, just In operator observe be packaged lower portion packing the case where, while PVC plastic stop curtain be soft material, carry out feeding When, manual push aside of curtain progress can be stopped by PVC plastic can carry out feeding, safe and convenient, of simple structure and strong practicability.
2, magnetic attracting device has used magnetism absorbent strip, is convenient for carrying out in use, mutually interconnecting between PVC plastic obstruction curtain in this way It connects, forms strong barrier together, prevent from splashing, and the suction between magnetism absorbent strip is smaller, when carrying out feeding, operation Person can be blocked the connection that PVC plastic stops curtain by lesser power, be packaged in frame consequently facilitating waste material is fed through.
Detailed description of the invention
Attached drawing is used to provide further understanding of the present invention, and constitutes part of specification, with reality of the invention It applies example to be used to explain the present invention together, not be construed as limiting the invention, in the accompanying drawings:
Fig. 1 is a kind of dangerous waste material processing device overall structure diagram proposed by the present invention;
Fig. 2 is material cavity schematic diagram of internal structure in a kind of dangerous waste material processing device proposed by the present invention;
Fig. 3 is activity arrester structural schematic diagram in a kind of dangerous waste material processing device proposed by the present invention;
Fig. 4 is activity arrester detailed structure schematic diagram in a kind of dangerous waste material processing device proposed by the present invention;
Fig. 5 is hydraulic device structure schematic diagram in a kind of dangerous waste material processing device proposed by the present invention;
In figure: 1, high-intensitive molding door;2, high-intensitive knocker;3, activity safety is locked;4, material cavity postposition high intensity cavity plate; 5, crushing block;6, hydraulic manganese steel;7, hydraulic auxiliary rod bush;8, activity arrester;9, hydraulic auxiliary bar;10, oil cylinder;11, high pressure Oil pipe;12, bat-handle switch;13, bat-handle switch pedestal;14, hydraulic oil container;15, hydraulic oil container pedestal;16, fine copper motor;17, Gear pump;18, fine copper motor base;19, it is packaged frame;20, high-intensitive hinge;21, manganese steel backing plate;22, bottom crushing block; 81, door curtain frame is stopped;82, magnetic attracting device;83, PVC plastic stops curtain;821, magnetism absorbent strip.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.
It please refers to Fig. 1-5 present invention and a kind of technical solution is provided:
A kind of dangerous waste material processing device, including it is packaged frame 19 and material cavity postposition high intensity cavity plate 4, it is packaged frame 19 Rear end is provided with material cavity postposition high intensity cavity plate 4, and the edge of material cavity postposition high intensity cavity plate 4 is by being welded and fixed It is connected to the rear end for being packaged frame 19, is packaged at the top center position of frame 19 and is provided with oil cylinder 10, oil cylinder 10 passes through its ring The fixed screw of shape outer surface is fixedly connected on the top for being packaged frame 19, and oil cylinder 10 through being packaged 19 top of frame until It is packaged the inside of frame 19, the left and right ends of oil cylinder 10 are provided with hydraulic auxiliary bar 9, hydraulic auxiliary bar 9 point pair centered on oil cylinder 10 Claim the left and right ends for being distributed in oil cylinder 10, and hydraulic auxiliary bar 9 also extends through the top for being packaged frame 19 until being packaged frame 19 Inside, hydraulic auxiliary bar 9 are fixedly connected by welding hydraulic through the top end being packaged at frame 19 inside packing frame 19 Auxiliary rod bush 7, the inside of hydraulic auxiliary rod bush 7 are socketed with through the hydraulic auxiliary bar 9 for being packaged frame 19, hydraulic auxiliary bar 9 and oil cylinder 10 bottom end is fixedly connected by welding hydraulic manganese steel 6 in the inside for being located at packing frame frame 19, and the bottom end of hydraulic manganese steel 6 is uniform Be placed with crushing block 5, crushing block 5 is fixedly connected by welding in the bottom end of hydraulic manganese steel 6, and the lower section of crushing block 5 is provided with Bottom crushing block 22, the bottom end of bottom crushing block 22 are provided with manganese steel backing plate 21, and the bottom end of manganese steel backing plate 21 is by being welded and fixed It is connected to the bottom end being packaged inside frame 19, and the evenly arranged bottom crushing block 22 in top of manganese steel backing plate 21 equally passes through weldering The top for being fixedly connected on manganese steel backing plate 21 is connect, hydraulic manganese steel 6 can pass through the hydraulic coupling of the generation of oil cylinder 10 and hydraulic auxiliary bar 9 The inside for acting on packing frame 19 moves up and down, and manganese steel backing plate 21 and bottom crushing block 22 are uniformly fixedly welded, and manganese steel pad Plate 21 and bottom crushing block 22 are not available for moving, and the leading exterior surface for being packaged frame 19 passes through positioned at its tip edges Weld horizontal is connected with activity arrester 8, and the lower section of activity arrester 8 is provided with high-intensitive molding door 1, high intensity molding The right end setting of door 1 there are two high-intensitive hinge 20, one end of high-intensitive hinge 20 be fixedly connected by welding high intensity at The leading exterior surface of type door 1 leans on right edge, and the other end of high-intensitive hinge 20, which is then fixedly connected by welding, is being packaged frame The right side of 19 leading exterior surface, high intensity molding door 1 can be rotated by high-intensitive hinge 20 relative to frame 19 is packaged, The leading exterior surface of high intensity molding door 1 edge that keeps left is fixedly connected by welding and has high-intensitive knocker 2, high-intensitive knocker 2 Left end touch be packaged frame 19 leading exterior surface, the left side of high-intensitive knocker 2 be provided with activity safety lock 3, activity Safety lock 3 is fixedly connected by welding in the edge that keeps left for being packaged 19 leading exterior surface of frame, and activity safety lock 3 can pass through work It is dynamic to be sleeved and fixed the high-intensitive knocker 2 of connection, it is packaged on the right side of frame 19 and is provided with fine copper motor base 18, fine copper motor base 18 Left end is fixedly connected by welding in the right side outer surface for being packaged frame 19, and the top of fine copper motor base 18 is turned by screw It is dynamic to connect fine copper motor 16, pass through transmission shaft driven tooth connection wheel pump 17, fine copper motor 16 at the front position of fine copper motor 16 Top position at be provided with hydraulic oil container pedestal 15, the left end of hydraulic oil container pedestal 15 is fixedly connected by welding in packing frame The right end outer surface of frame 19, the top of hydraulic oil container pedestal 15, which then passes through screw connection, hydraulic oil container 14, hydraulic oil container 14 Top is provided with bat-handle switch pedestal 13, and the left end of bat-handle switch pedestal 13, which is equally fixedly connected by welding, is being packaged frame 19 Right end outer surface, and there are bat-handle switch 12, the top of bat-handle switch 12 in the top of bat-handle switch pedestal 13 by screw connection End is connected with high-pressure oil pipe 11, and 11 other end of high-pressure oil pipe is then connected at the upper and lower ends of oil cylinder 10.
Further, activity arrester 8 includes stopping door curtain frame 81, magnetic attracting device 82 and PVC plastic to stop curtain 83, is packaged The leading exterior surface of frame 19 is being connected with obstruction door curtain frame 81 by weld horizontal positioned at its tip edges, stops door curtain frame 81 bottom end is then provided with PVC plastic and stops curtain 83, and the top that PVC plastic stops curtain 83, which is socketed in, stops the interior of door curtain frame 81 Portion, and PVC plastic stops curtain 83 and is socketed in the part for stopping the inside of door curtain frame 81 by screw through being fixedly connected, PVC plastic stops curtain 83 and is evenly distributed at the leading exterior surface for being packaged frame 19, and PVC plastic stops 83 left and right ends of curtain It is provided with magnetic attracting device 82, magnetic attracting device 82 is connected to the left and right ends that PVC plastic stops curtain 83, and magnetic attracting device by socket It attracts each other between 82 and magnetic attracting device 82, which use PVC plastics to stop curtain 83, and PVC plastic stops curtain 83 and passes through obstruction Door curtain frame 81 is fixed, after fixed, PVC plastic stops curtain 83 and PVC plastic stop between curtain 83 by magnetic attracting device 82 into Row absorption, so as to upper outer surface in the front end for being packaged frame 19 be covered, can avoid in this way when carrying out hydraulic packing Metal, which generates to splash, causes security risk, while it is Transparent color that PVC plastic, which stops curtain 83, observes convenient for operator and is packaged frame 19 The case where packing of inside, while it is that soft material can be stopped when carrying out feeding by PVC plastic that PVC plastic, which stops curtain 83, Curtain 83 is pushed aside manually can carry out feeding, safe and convenient, of simple structure and strong practicability.
Further, magnetic attracting device 82 includes magnetism absorbent strip 821, and there are two the total settings of magnetism absorbent strip 821, and between magnetism absorbent strip 821 It attracts each other, the magnetic pole that magnetism absorbent strip 821 attracts each other is respectively the pole S and the pole N, is convenient for carrying out in use, PVC plastic hinders in this way It blocks and is connected with each other between curtain 83, form strong barrier together, prevent from splashing.
Further, PVC plastic stops curtain 83 and will cover at position upper in the leading exterior surface for being packaged frame 19, magnetic The magnetic force of absorption between device 82 is lower, and it is transparent material that PVC plastic, which stops curtain 83, and the height that PVC plastic stops curtain 83 is equal Completely the same, PVC plastic, which stops curtain 83, can play the role of blocking and hinder, and prevent metal from generating splashing when squeezing and being packaged Phenomenon.
Further, bottom crushing block 22 and the size of crushing block 5, specification and material are identical, hydraulic manganese steel 6 and manganese The material of billet 21 is identical, and such body provides good supporting role, convenient for carrying out moulding to waste material.
Further, the inside of activity safety lock 3 is socketed with activity pumping rod, the activity pumping rod that 3 inside of activity safety lock is socketed It does not lock 3 main bodys with activity safety to be attached, the high-intensitive knocker 2 connected on the left of high intensity molding door 1 touches packing frame The upper and lower ends that activity safety locks 3 main bodys when 19 outer surface are socketed by high-intensitive knocker 2, the 3 inside socket of activity safety lock Activity pumping rod be inserted into activity safety lock 3 and activity safety can be locked to 3 and high intensity knocker when high-intensitive 2 inner collar of knocker 2 are fixedly connected, and in this way convenient for high intensity molding door 1 is carried out safety shutdown when being packaged, while needing feeding When, high intensity molding door 1 is opened.
Further, the top of bat-handle switch 12 connects oil cylinder 10, the bottom end of high-pressure oil pipe 11 by 11 pipeline of high-pressure oil pipe Hydraulic oil container 14 is equally connected by 11 pipeline of high-pressure oil pipe, the bottom end of hydraulic oil container 14 passes through high-pressure oil pipe 11 and gear pump 17 The connection of left end pipeline, the right end of gear pump 17 equally passes through the right end that 11 pipeline of high-pressure oil pipe is connected to bat-handle switch 12, oil Pipeline connection is carried out by high-pressure oil pipe 11 between cylinder 10, bat-handle switch 12, hydraulic oil container 14 and gear pump 17, so just Hydraulic is carried out in hydraulic system.
Further, high-intensitive molding door 1 and activity arrester 8 can hide the leading exterior surface for being packaged frame 19 Cover, high intensity molding door 1 metal being placed in packing frame frame 19 inside can be carried out shaping, in this way convenient for internal waste material progress at Type, to reduce the occupied space of waste material.
The working principle of the invention and process for using: it after the present invention installs, is needing to carry out in use, by packing frame Frame 19 is mounted on level ground, after installation, is opened high intensity molding door 1 for basic point by high-intensitive hinge 20, by dangerous waste Material is uniformly in place in being packaged at 19 inner bottom of frame, is propped up by the bottom crushing block 22 of 21 upper end of manganese steel backing plate High intensity molding door 1 is closed, is closed when waste material is placed into the top from material cavity postposition high intensity cavity plate 4 by support When, by activity safety lock 3 and high-intensitive when being applied in combination of knocker 2, high intensity molding door 1 is firmly fixed to packing frame The center position of the leading exterior surface of frame 19, after closing, to be carried out positioned at the fine copper motor 16 on 18 top of fine copper motor base Power supply, after power supply, fine copper motor 16 causes gear pump 17 to be operated by the transmission of drive rod, to positioned at hydraulic oil container bottom The hydraulic oil container 14 on 15 tops of seat carries out pump oil, and the bat-handle switch 12 on manually opened 13 top of bat-handle switch pedestal makes hydraulic at this time Oil is injected into oil cylinder 10 by high-pressure oil pipe 11, to make hydraulic column from top to bottom will by the auxiliary of hydraulic auxiliary rod bush 7 The hydraulic manganese steel 6 for being connected to bottom end moves down, and at this time the crushing block 5 of hydraulic 6 bottom end of manganese steel simultaneously follow hydraulic manganese steel 6 into Row moves downward, and carries out extrusion forming to the dangerous waste material being placed in inside packing frame frame 19, consequently facilitating being packaged, and is using When, activity arrester 8 is used, activity arrester 8 has used obstruction door curtain frame 81, magnetic attracting device 82 and PVC plastic resistance Curtain 83 is blocked, which use PVC plastics to stop curtain 83, and PVC plastics stop curtain 83 and are fixed by stopping door curtain frame 81, Gu After fixed, PVC plastic stops curtain 83 and PVC plastic is stopped and being adsorbed between curtain 83 by magnetic attracting device 82, so as to carry out When hydraulic packing, upper outer surface in the front end for being packaged frame 19 is covered, metal generation splashing is can avoid in this way and causes to pacify Full hidden danger, while PVC plastic stops the case where curtain 83 is Transparent color, observes the packing being packaged inside frame 19 convenient for operator, It is soft material that PVC plastic, which stops curtain 83, simultaneously, when carrying out feeding, can stop curtain 83 by PVC plastic and be pushed aside manually Feeding can be carried out, safe and convenient, of simple structure and strong practicability, wherein magnetic attracting device 82 has used magnetism absorbent strip 821, in this way Convenient for carrying out in use, being connected with each other between PVC plastic obstruction curtain 83, one of strong barrier of formation prevents from splashing.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding And modification, the scope of the present invention is defined by the appended.

Claims (8)

1. a kind of dangerous waste material processing device, including it is packaged frame (19) and material cavity postposition high intensity cavity plate (4), feature exists In: the rear end for being packaged frame (19) is provided with material cavity postposition high intensity cavity plate (4), the material cavity postposition high intensity chamber The edge of plate (4) is fixedly connected by welding on the rear end for being packaged frame (19), the top for being packaged frame (19) It is provided at center position oil cylinder (10), the oil cylinder (10) is fixedly connected on by screw fixed at its annular outer surface and is beaten The top of packet frame (19), and inside of the oil cylinder (10) through packing frame (19) top up to being packaged frame (19), the oil The left and right ends of cylinder (10) are provided with hydraulic auxiliary bar (9), and the hydraulic auxiliary bar (9) is that center point symmetry is distributed in oil cylinder (10) The left and right ends of oil cylinder (10), and hydraulic auxiliary bar (9) also extends through the top for being packaged frame (19) until being packaged frame (19) Inside, the hydraulic auxiliary bar (9) are solid by welding through the top end for being located at packing frame (19) inside at frame (19) is packaged Surely hydraulic auxiliary rod bush (7) is connected, the inside of the hydraulic auxiliary rod bush (7) is socketed with through the hydraulic auxiliary of packing frame (19) The bottom end of bar (9), the hydraulic auxiliary bar (9) and oil cylinder (10) passes through the company of being welded and fixed in the inside for being located at packing frame frame (19) It connects hydraulic manganese steel (6), the bottom end of the hydraulic manganese steel (6) is uniformly placed with crushing block (5), and the crushing block (5) passes through weldering The bottom end for being fixedly connected on hydraulic manganese steel (6) is connect, is provided with bottom crushing block (22), the bottom below the crushing block (5) The bottom end of layer crushing block (22) is provided with manganese steel backing plate (21), and the bottom end of the manganese steel backing plate (21) is fixedly connected by welding It is packaged frame (19) internal bottom end, and the evenly arranged bottom crushing block (22) in top of manganese steel backing plate (21) equally passes through weldering The top for being fixedly connected on manganese steel backing plate (21) is connect, the hydraulic manganese steel (6) can pass through the production of oil cylinder (10) and hydraulic auxiliary bar (9) The inside for acting on packing frame (19) of raw hydraulic coupling moves up and down, the manganese steel backing plate (21) and bottom crushing block (22) It is uniformly fixedly welded, and manganese steel backing plate (21) and bottom crushing block (22) are not available for moving, before the packing frame (19) End outer surface is being connected with activity arrester (8) positioned at its tip edges by weld horizontal, the activity arrester (8) high-intensitive molding door (1) is provided with below, there are two high-intensitive hinges for the right end setting of high-intensitive molding door (1) (20), one end of the high-intensitive hinge (20) is fixedly connected by welding leans in the high-intensitive leading exterior surface for forming door (1) The other end of right edge, the high intensity hinge (20) is then fixedly connected by welding in the front end appearance for being packaged frame (19) The right side in face, high-intensitive molding door (1) can be rotated by high-intensitive hinge (20) relative to frame (19) are packaged, described The leading exterior surface of high intensity molding door (1) edge that keeps left is fixedly connected by welding and has high-intensitive knocker (2), described high-strength The left end of degree knocker (2) touches the leading exterior surface for being packaged frame (19), is provided on the left of the high intensity knocker (2) Activity safety locks (3), and the activity safety lock (3), which is fixedly connected by welding, is being packaged keeping left for frame (19) leading exterior surface Edge, the activity safety lock (3) can be fixedly connected high-intensitive knocker (2) by pivot bush unit, the packing frame (19) Right side is provided with fine copper motor base (18), and the left end of the fine copper motor base (18) is fixedly connected by welding in packing frame The top of the right side outer surface of frame (19), the fine copper motor base (18) is rotatablely connected fine copper motor (16) by screw, By transmission shaft driven tooth connection wheel pump (17) at the front position of the fine copper motor (16), the fine copper motor (16) it is upper The orientation place of setting is provided with hydraulic oil container pedestal (15), and the left end of the hydraulic oil container pedestal (15), which is fixedly connected by welding, to be beaten The right end outer surface of packet frame (19), the top of the hydraulic oil container pedestal (15), which then passes through screw connection, hydraulic oil container (14), it is provided with bat-handle switch pedestal (13) above the hydraulic oil container (14), the left end of the bat-handle switch pedestal (13) It is equally fixedly connected by welding in the right end outer surface for being packaged frame (19), and the top of bat-handle switch pedestal (13) passes through Screw connection has bat-handle switch (12), and the top of the bat-handle switch (12) is connected with high-pressure oil pipe (11), the high-pressure oil pipe (11) other end is then connected at the upper and lower ends of oil cylinder (10).
2. a kind of dangerous waste material processing device according to claim 1, it is characterised in that: activity arrester (8) packet It includes and stops door curtain frame (81), magnetic attracting device (82) and PVC plastic obstruction curtain (83), the leading exterior surface for being packaged frame (19) Obstruction door curtain frame (81) is connected with by weld horizontal being located at its tip edges, the bottom end for stopping door curtain frame (81) is then It is provided with PVC plastic and stops curtain (83), the top that the PVC plastic stops curtain (83), which is socketed in, stops the interior of door curtain frame (81) Portion, and PVC plastic stops curtain (83) and is socketed in the part for stopping the inside of door curtain frame (81) by screw through the company of being fixed It connects, the PVC plastic stops curtain (83) and is evenly distributed at the leading exterior surface for being packaged frame (19), the PVC plastic resistance It blocks curtain (83) left and right ends to be provided with magnetic attracting device (82), the magnetic attracting device (82) is connected to PVC plastic obstruction by socket The left and right ends of curtain (83), and attract each other between magnetic attracting device (82) and magnetic attracting device (82).
3. a kind of dangerous waste material processing device according to claim 1, it is characterised in that: the magnetic attracting device (82) includes magnetic It inhales item (821), there are two the total settings of the magnetism absorbent strip (821), and attracts each other between magnetism absorbent strip (821), the magnetism absorbent strip (821) magnetic pole to attract each other is respectively the pole S and the pole N.
4. a kind of dangerous waste material processing device according to claim 2, it is characterised in that: the PVC plastic stops curtain (83) It will be covered at position upper in the leading exterior surface for being packaged frame (19), the magnetic force of the absorption between the magnetic attracting device (82) Lower, it is transparent material that the PVC plastic, which stops curtain (83), and the height that the PVC plastic stops curtain (83) is completely the same.
5. a kind of dangerous waste material processing device according to claim 1, it is characterised in that: the bottom crushing block (22) and squeeze Size, the specification of briquetting (5) are identical with material, and the hydraulic manganese steel (6) is identical with the material of manganese steel backing plate (21).
6. a kind of dangerous waste material processing device according to claim 1, it is characterised in that: the activity safety locks the interior of (3) Portion is socketed with activity pumping rod, and the activity pumping rod being socketed inside the activity safety lock (3) is not carried out with activity safety lock (3) main body Connection, the high-intensitive knocker (2) that high-intensitive molding door (1) left side connects touch living when the outer surface for being packaged frame (19) The upper and lower ends of dynamic safety lock (3) main body are socketed by high-intensitive knocker (2), the work being socketed inside the activity safety lock (3) Activity safety can be locked (3) and high-strength door when being inserted into activity safety lock (3) and high-intensitive knocker (2) inner collar by dynamic pumping rod Button (2) is fixedly connected.
7. a kind of dangerous waste material processing device according to claim 1, it is characterised in that: the top of the bat-handle switch (12) Oil cylinder (10) are connected by high-pressure oil pipe (11) pipeline, the bottom end of the high-pressure oil pipe (11) equally passes through high-pressure oil pipe (11) pipe Road connects hydraulic oil container (14), and the bottom end of the hydraulic oil container (14) is managed by the left end of high-pressure oil pipe (11) and gear pump (17) Road connection, the right end of the gear pump (17) equally pass through the right end that high-pressure oil pipe (11) pipeline is connected to bat-handle switch (12), It is carried out by high-pressure oil pipe (11) between the oil cylinder (10), bat-handle switch (12), hydraulic oil container (14) and gear pump (17) Pipeline connection.
8. a kind of dangerous waste material processing device according to claim 1, it is characterised in that: high-intensitive molding door (1) and Activity arrester (8) can cover the leading exterior surface for being packaged frame (19), and high-intensitive molding door (1) can be opposed It is carried out shaping in being packaged frame (19) internal metal.
CN201910073811.7A 2018-11-05 2019-01-25 A kind of dangerous waste material processing device Pending CN109774223A (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN201811308707 2018-11-05
CN2018113087073 2018-11-05

Publications (1)

Publication Number Publication Date
CN109774223A true CN109774223A (en) 2019-05-21

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201910073811.7A Pending CN109774223A (en) 2018-11-05 2019-01-25 A kind of dangerous waste material processing device

Country Status (1)

Country Link
CN (1) CN109774223A (en)

Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2233314Y (en) * 1995-11-16 1996-08-21 山东省临清市液压机械厂 Double-cylinder hydraulic baler
JPH10249594A (en) * 1997-03-10 1998-09-22 Sutandaadometaru Kogyo Kk Press device
KR100825118B1 (en) * 2007-05-11 2008-04-25 김현호 Attaching and detaching structure for curtain
CN101297735A (en) * 2008-03-10 2008-11-05 刘波 Method for improving windtight strip plastic door curtain
CN201240065Y (en) * 2008-07-08 2009-05-20 董树有 Hydraulic baler
CN205615044U (en) * 2016-03-22 2016-10-05 浙江金卡达彩印包装有限公司 Packing machine for waste paper

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2233314Y (en) * 1995-11-16 1996-08-21 山东省临清市液压机械厂 Double-cylinder hydraulic baler
JPH10249594A (en) * 1997-03-10 1998-09-22 Sutandaadometaru Kogyo Kk Press device
KR100825118B1 (en) * 2007-05-11 2008-04-25 김현호 Attaching and detaching structure for curtain
CN101297735A (en) * 2008-03-10 2008-11-05 刘波 Method for improving windtight strip plastic door curtain
CN201240065Y (en) * 2008-07-08 2009-05-20 董树有 Hydraulic baler
CN205615044U (en) * 2016-03-22 2016-10-05 浙江金卡达彩印包装有限公司 Packing machine for waste paper

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Application publication date: 20190521