CN207536294U - A kind of garbage bag breaking mechanism - Google Patents
A kind of garbage bag breaking mechanism Download PDFInfo
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- CN207536294U CN207536294U CN201820396798.XU CN201820396798U CN207536294U CN 207536294 U CN207536294 U CN 207536294U CN 201820396798 U CN201820396798 U CN 201820396798U CN 207536294 U CN207536294 U CN 207536294U
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Abstract
The utility model is related to technical field of waste treatment, more particularly to a kind of garbage bag breaking mechanism, including garbage disposal storehouse and the first broken bag roller being arranged in garbage disposal storehouse, the one end in the garbage disposal storehouse is equipped with feed inlet, the other end is equipped with discharge port, the first broken bag roller, which is vertically arranged and is driven by driving device, to be rotated, the side wall of the broken bag roller is equipped with multiple first broken bag teeth, and the outer end of the first broken bag tooth is bent to the direction of rotation of the first broken bag roller.The outer end of first broken bag tooth is in the hook solid being bent to direction of rotation, in first broken bag roller rotating process, the outer end of first broken bag tooth can be pierced into and catch on the refuse bag of feed inlet side, it is pulled simultaneously to discharge port side, send refuse bag to next stage processing mechanism, in the process, refuse bag can tentatively be torn；Under the premise of broken bag is realized, rubbish can be shipped for next link.Effective broken bag of rubbish is realized in first broken bag roller and the second broken bag roller synergy.
Description
Technical field
The utility model is related to technical field of waste treatment, and in particular to a kind of garbage bag breaking mechanism.
Background technology
With the high speed development of industry, urban population gradually increases, and the house refuse of generation is even more growing day by day, life rubbish
Rubbish has become a big threat of environment for human survival.How house refuse is effectively treated, reduces environmental pollution, it has also become is current
One of social most thorny issue.
At present, under the promotion energetically of the Chinese government, although the integrated treatment of house refuse and application technology as the second resource take
Certain effect is obtained, but relevant technology is still not mature enough.Due to house refuse complicated component, load in mixture serious so that rubbish point
Class intractability greatly improves.The garbage classification treatment technology of current main-stream generally include bag-breaking device, trommelling, selection by winnowing,
The processes such as magnetic separation and manual sorting.
Wherein since house refuse is mostly to pack property, so garbage bag breaking homocline is the primary link of garbage disposal.If
It can not make the complete broken bag exposure of rubbish and uniformly enter in subsequent technique, the very big sorting rate for reducing rubbish causes to return
The waste of resource is received, and is susceptible to the problem of impurity content is excessively high in sorting object.
Utility model content
The purpose of this utility model is to provide a kind of garbage bag breaking mechanism that effective broken bag function can be achieved.
To achieve the above object, the utility model provides a kind of garbage bag breaking mechanism, including garbage disposal storehouse and sets
The first broken bag roller in garbage disposal storehouse is put, the one end in the garbage disposal storehouse is equipped with feed inlet, the other end is equipped with discharging
Mouthful, the first broken bag roller, which is vertically arranged and is driven by driving device, to be rotated, and the side wall of the broken bag roller is equipped with multiple
First broken bag tooth, the outer end of the first broken bag tooth are bent to the direction of rotation of the first broken bag roller.
Optionally, the first broken bag tooth is integrally L-shaped.
Optionally, the outer end of the first broken bag tooth is spininess.
Optionally, in the circumferential direction of the first broken bag roller, the folder between the two neighboring first broken bag tooth
Angle is 30 °~60 °.
Optionally, multiple first broken bag teeth uniformly divide on the circumferential and axial of the first broken bag roller respectively
Cloth.
Optionally, the feed inlet opens up upward, is set in the garbage disposal storehouse and below the feed inlet
There is spiral propeller.
Optionally, the first striker plate is additionally provided in the garbage disposal storehouse, it is broken that first striker plate is located at described first
Bag roller is turned to the side of the feed inlet by the discharge port, first striker plate be equipped with multiple positions and dimensions with it is more
A corresponding first hollow out of the first broken bag tooth, when the first broken bag roller rotates, the first broken bag tooth passes through
First hollow out.
Optionally, the second broken bag roller is additionally provided in the garbage disposal storehouse, by the feed inlet to the discharge port
Direction on, the second broken bag roller is located at the rear of the first broken bag roller；
The second broken bag roller, which is vertically arranged and is driven by driving device, to be rotated, the rotation side of the second broken bag roller
To identical with the direction of rotation of the first broken bag roller, the side wall of the second broken bag roller is equipped with multiple second broken bags
Tooth, the outer end of the second broken bag tooth are bent to the direction of rotation of the second broken bag roller, the second broken bag tooth and described
First broken bag tooth forms from the opposite both sides of refuse bag tear respectively.
Optionally, the side of the lateral second broken bag roller of first striker plate far from the first broken bag roller
To inclination.
Optionally, the second striker plate is additionally provided in the garbage disposal storehouse, it is broken that second striker plate is located at described second
Bag roller is turned to the side of the feed inlet by the discharge port, second striker plate be equipped with multiple positions and dimensions with it is more
A corresponding second hollow out of the broken bag tooth, when the second broken bag roller rotates, the second broken bag tooth passes through described
Second hollow out.
The above-mentioned technical proposal of the utility model has the following advantages that compared with prior art：
The outer end of first broken bag tooth is in the hook solid that is bent to direction of rotation, in the first broken bag roller rotating process, first
The outer end of broken bag tooth can be pierced into and catch on the refuse bag of feed inlet side, while be pulled to discharge port side, and refuse bag is transmitted
Next stage processing mechanism is given, in the process, refuse bag can tentatively be torn；Under the premise of broken bag is realized, while can be by rubbish
Rubbish is shipped for next link.
Description of the drawings
Fig. 1 is the general shape schematic diagram of the preliminary screening mechanism of rubbish described in the utility model；
Fig. 2 is the partial cutaway schematic of the preliminary screening mechanism of rubbish described in the utility model；
Fig. 3 is the structure diagram of one group of broken bag roller and striker plate described in the utility model；
Fig. 4 is the fundamental diagram of broken bag roller described in the utility model；
Fig. 5 is the structure diagram of equal feed roller described in the utility model；
Fig. 6 is the structure diagram of discharging roller and striker plate described in the utility model.
Reference numeral：
1st, feed hopper；2nd, garbage disposal storehouse；3rd, spiral propeller；4th, the first broken bag roller；5th, the second broken bag roller；6th,
Feed roller；7th, discharge roller；8th, discharge port；9th, the first striker plate；10th, the second striker plate；11st, third striker plate；12nd, first is broken
Bag tooth；13rd, broken bag cylinder body；14th, homocline cylinder body；15th, helical blade；16th, partition board；17th, discharge cylinder body；18、
Scraper plate；19th, bagged garbage；20th, scrappy rubbish.
Specific embodiment
Purpose, technical scheme and advantage to make the utility model embodiment are clearer, new below in conjunction with this practicality
Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched
The embodiment stated is the part of the embodiment of the utility model, instead of all the embodiments.Based on the reality in the utility model
Apply example, those of ordinary skill in the art's all other embodiments obtained under the premise of creative work is not made, all
Belong to the range of the utility model protection.
The overall structure of the utility model device is as depicted in figs. 1 and 2.Mainly comprising feed inlet, 2 and of garbage disposal storehouse
Discharge port 8, wherein garbage disposal storehouse 2 inside comprising 3, two broken bag rollers of spiral propeller, equal feed roller 6, discharging roller 7,
First striker plate 9, the second striker plate 10, third striker plate 11, there are two broken bag rollers, and structure is same or similar, for convenience
Description, is referred to as the first broken bag roller 4 and the second broken bag roller 5.
Specifically, garbage disposal storehouse 2 is the cylinder of rectangular cross-section, and feed inlet is arranged on 2 one end of garbage disposal storehouse
Top sets feed hopper 1 preferably at feed inlet, guiding bagged garbage 19 to be facilitated to enter garbage disposal storehouse 2；Discharge port 8 is set
Put the other end in garbage disposal storehouse 2, the bottom surface of discharge port 8 be preferably inclined-plane, 8 both sides of discharge port tilted down set side wall with
Blow tank is formed, scrappy rubbish 20 is facilitated to discharge.
Generally, from feed inlet to discharge port on 8 directions, spiral propeller 3, the first broken bag roller 4, the rolling of the second broken bag
Cylinder 5, equal feed roller 6, discharging roller 7 are arranged in a row successively, and spiral propeller 3 is horizontally set below feed inlet, and discharge roller 7
It is arranged near discharge port 8；Rubbish after breaking for breaking refuse bag and is conveyed to equal feed roller 6 by two broken bag rollers,
Equal feed roller 6 for the loose rubbish broken and will be loose after rubbish be conveyed to discharging roller 7, discharging roller 7 is used for will
Rubbish after loose is sent to discharge port 8.First broken bag roller 4, the second broken bag roller 5, equal feed roller 6, discharging roller 7 are vertical
It sets and corresponding rotation axis is pierced by from the top in garbage disposal storehouse 2 to connect same driving mechanism, preferably rotate these
Axis is arranged in a row and rotation direction is consistent；When bagged garbage 19 is by two broken bag rollers, refuse bag is torn, and forms scrappy rubbish
Rubbish 20, it is then loose by equal feed roller 6, it is finally sent to discharge port 8 and sends out by discharging roller 7.Not only entire rubbish is preliminary in this way
Screening mechanism is compact-sized, orderly, reduces machine volume, and rotation axis distribution orderly, rotation direction it is consistent, using simple
Drive mechanism can realize drive connection, simplify drive mechanism, facilitate drive connection.
As shown in Fig. 2, driving axis connection of the feed end of spiral propeller 3 with penetrating 2 end face of garbage disposal storehouse, spiral push away
Discharge end into device 3 is set towards 8 direction of discharge port, when garbage disposal storehouse 2 is horizontally disposed with, it is possible to understand that pushed away into spiral
Center of rotation into device 3 is horizontally disposed with；When house refuse is poured into hopper 1, rubbish can be dropped into along headwall be located under
On the spiral propeller 3 of side；Spiral propeller 3 is shaftless screw rod, i.e. shaftless screw propeller, upon its rotation, is fallen
Rubbish thereon can be along the direction of helical blade 15 by lasting promotion forward, until the end of blade, and rubbish is just at this time
It is pulled to 4 edge of the first broken bag roller.Spiral propeller 3 is using no axle construction, and torque is big, and rubbish is not easy to plug, flexible strip/band
Shape rubbish is not easy winding on it, can be operated compared with low velocity, stable drive, low energy consumption, and rubbish conveying capacity is big.
The first broken bag roller of the present embodiment is identical with the structure of the second broken bag roller, below using the first broken bag roller as
Example, is specifically described its structure：As shown in figure 3, on the side wall of the first broken bag roller 4, i.e. broken bag cylinder body 13
Multiple first broken bag teeth 12 are equipped with, the direction of rotation of outer end to the first broken bag roller 4 of the first broken bag tooth 12 is curved
It is bent.Since the outer end of the first broken bag tooth 12 is in the hook solid being bent to direction of rotation, in the mistake of the first broken bag roller 4 rotation
Cheng Zhong, the outer end of the first broken bag tooth 12 can be pierced into and catch on the refuse bag of feed inlet side, while be pulled to 8 side of discharge port,
Send refuse bag to next stage processing mechanism, in the process, refuse bag can tentatively be torn.
Optionally, the first broken bag tooth 12 is whole L-shaped.That is outer end of the horizontal edge of L-shaped for the first broken bag tooth 12, L-shaped
Horizontal edge part and the direction of rotation of the first broken bag roller 4 it is tangent, it is possible thereby to refuse bag is smoothly pierced into, due to L-shaped broken bag
The longitudinal edge section of tooth, in 90 ° of angles, not seamlessly transits, so L-shaped broken bag tooth is vertical with horizontal edge part between horizontal edge and longitudinal edge
Rim portion will not continue to be pierced into refuse bag, but primarily serve the effect for pushing refuse bag forward, while can also make rubbish
The outer wall of rubbish bag and the first broken bag roller 4 keeps certain distance, and refuse bag or rope form rubbish is avoided to be wrapped in the first broken bag roller 4
On.
Optionally, the outer end of the first broken bag tooth 12 is spininess.Spiny end is easier to be pierced into refuse bag
In, but the inside of the outer end of hook solid preferably avoids being set as blade-like, preferably smooth radiussed, such first broken bag tooth
After 12 outer end is pierced into refuse bag, an openning can't be cut on refuse bag, so as to which refuse bag be made to hang over the first broken bag tooth
On 12.
Optionally, in the circumferential direction of the first broken bag roller 4, between the two neighboring first broken bag tooth 12
Angle is 30 °~60 °.Such as 45 °, the spacing between such first broken bag tooth 12 can just accommodate the rubbish of plastic tank size
Rubbish passes through, and not only can carry out broken bag, but also larger destruction will not be caused to plastic tank etc. to rubbish.
Optionally, multiple first broken bag teeth 12 are uniform on the circumferential and axial of the first broken bag roller 4 respectively
Distribution.The blind area that can be avoided the occurrence of and hook up refuse bag is uniformly distributed in axial direction, and being uniformly distributed in circumferential direction can ensure steady
Fixed rubbish transmission efficiency.
Optionally, the first striker plate 9 is additionally provided in the garbage disposal storehouse 2, first striker plate 9 is located at described first
Broken bag roller 4 is turned to the side of the feed inlet by the discharge port 8, and first striker plate 9 is equipped with multiple positions and ruler
Very little and multiple first broken bag tooth, 12 corresponding first hollow outs, when the first broken bag roller 4 rotates, described first is broken
Bag tooth 12 passes through first hollow out.Since the first broken bag tooth 12 just can be to pass through the first hollow out, so the first broken bag tooth 12
The refuse bag of upper suspension can be stopped that it is one-way transmission always to thereby guarantee that rubbish, will not be brought back by the first striker plate 9, and
Residual, the accumulation of a large amount of rubbish will not occur.
Further, as shown in Figure 2 and Figure 4, the second broken bag roller 5 is additionally provided in the garbage disposal storehouse 2, by described
On feed inlet to the direction of the discharge port 8, the second broken bag roller 5 is located at the rear of the first broken bag roller 4；It is described
Second broken bag roller 5, which is vertically arranged and is driven by driving device, to be rotated, the direction of rotation of the second broken bag roller 5 and described the
The direction of rotation of one broken bag roller 4 is identical, and the side wall of the second broken bag roller 5 is equipped with multiple first broken bag teeth 12, referred to as
Second broken bag tooth, the outer end of the second broken bag tooth are bent to the direction of rotation of the second tin roller, the second broken bag tooth and
The first broken bag tooth 12 forms from the opposite both sides of refuse bag tear respectively.
First broken bag roller 4 and 5 structure of the second broken bag roller are same or similar, since the first broken bag roller 4 and second is broken
The rotation direction of bag roller 5 is identical, therefore positioned at the two the first broken bag tooth 12 of oncoming lane and the direction of motion of the second broken bag tooth
It is opposite, such first broken bag tooth 12 and the second broken bag tooth catch on the both sides of refuse bag respectively, and then it is formed and is torn, rubbish
Rubbish bag will thoroughly be torn, while the rubbish of the inside is broken up, particularly when the first broken bag tooth 12 and the second broken bag tooth are all provided with
During for L-shaped structure, since refuse bag is suspended on the outer end of L-shaped structure, so can more keep the both sides of refuse bag respectively by
One broken bag tooth 12 and the second broken bag tooth are torn, it is ensured that thoroughly tear refuse bag.
In the process, due to not intersecting between the first broken bag tooth 12 and the second broken bag tooth, i.e., not by
Shearing force is by trash bag tear, therefore, when there is the object of comparatively robust in refuse bag, such as metal, firm object is simultaneously
It will not be stuck between the first broken bag tooth 12 and the second broken bag tooth, thus can avoid causing the first broken bag tooth 12 and the second broken bag tooth
Unnecessary destruction, while the rotation of the first broken bag roller 4 and the second broken bag roller 5 will not be influenced.
Optionally, the lateral second broken bag roller 5 of first striker plate 9 far from the first broken bag roller 4
Direction tilt.First striker plate 9 is preferably close in the tangential direction of the second broken bag tooth outer end rotation circular arc, it is possible thereby to will
Rubbish is blocked in the place that the second broken bag tooth can touch as far as possible, the phenomenon that avoiding the occurrence of garbage collecting.
Optionally, it is additionally provided with the second striker plate 10 in the garbage disposal storehouse 2, second striker plate 10 is located at described the
Two broken bag rollers 5 are turned to the side of the feed inlet by the discharge port 8, second striker plate 10 be equipped with multiple positions and
Size and multiple corresponding second hollow outs of broken bag tooth, when the second broken bag roller 5 rotates, the second broken bag tooth
Across second hollow out.Since the second broken bag tooth just can be to pass through the second hollow out, so the rubbish hung on the second broken bag tooth
Rubbish bag can be stopped that it is one-way transmission always to thereby guarantee that rubbish, will not be brought back, nor can be occurred by the second striker plate 10
The residual of a large amount of rubbish, accumulation.
The structure of equal feed roller 6 is as shown in figure 5, including homocline cylinder body 14, helical blade 15, partition board 16.Homocline is rolled
On the side wall of cylinder 6, namely homocline cylinder body 14 is equipped with helical blade 15, and helical blade 15 is equipped with to be rolled substantially along homocline
The polylith partition board 16 radially extended of cylinder 6, partition board 16 is spaced apart described in polylith.When equal feed roller 6 rotates, rubbish will be suitable
It helical blade 15 to be stirred from lower to upper, rubbish becomes being stirred in the vertical direction from being largely collected at bottom originally
It is even；Simultaneously as partition board 16 is distributed on helical blade 15, rubbish, can be by partition board 16 to 8 side of discharge port while being stirred
To pushing away, rubbish is limited by 2 side wall of garbage disposal storehouse in the process, finally flies to 8 direction of discharge port under the influence of centrifugal force；
Due to rubbish under the agitation of helical blade 15 distribution uniform, fluffy in the vertical direction, be thus easier to forward, and
The speed forwarded can also be accelerated, and be conducive to the further screening process of follow-up rubbish in this way.
It is preferred that partition board 16 is set to the upside of helical blade 15.Partition board 16 be located at helical blade 15 downside and upside it is equal
Rubbish can be pushed forward, but be preferably provided in the upside of helical blade 15, such rubbish is natural under the influence of being conducted oneself with dignity
Gather the corner formed between every piece of partition board 16 and helical blade 15, be conducive to rubbish and dish out to 8 direction of discharge port.
It is preferred that the top outer in partition board 16 sets chamfering.That is the outside at the top of partition board 16 has lacked a part, due to
Before homocline, most of garbage collecting in the bottom side of equal feed roller 6, if partition board 16 for area is larger, the complete rectangle of shape, that
Most of rubbish can be taken away by the partition board 16 positioned at the bottom, can cross the partition board 16 of the bottom, arrive at upper level partition board
Rubbish at 16 will be seldom；And chamfering of the present embodiment because the top outer of partition board 16 to be provided with to missing, therefore per level-one
Partition board 16 can't all take away most rubbish of the position height, but a big chunk rubbish can be made to be lacked from partition board 16
The part of mistake, which climbs over, continues on helical blade 15 ramps up, until upper level partition board 16 is encountered, then be intercepted a part,
And so on, finally enable the distribution in the longitudinal direction of rubbish evenly, and rubbish type by again to being in from top to bottom gently naturally
Gradient is distributed.
Preferably, the partition board 16 is in the length radially of the equal feed roller 6 and the width of the helical blade 15
It is adapted.It can make all rubbish for being stirred rise by helical blade 15 can be effectively by partition board 16 to discharge port 8 in this way
Direction pushes away.
Preferably, the helical angle of the helical blade 15 is 10 °~45 °.Spiral angle is too small to be lost to rubbish substantially
Rotation liter effect, and helical angle it is excessive can make rubbish do not have enough time also rise just thrown to 8 side of discharge port；10 °~45 ° models
The helical angle enclosed can be very good to play the role of upward spiraling rubbish, reach good homocline effect.
Preferably, the two neighboring partition board 16 is spaced 30 °~60 °.When partition board 16 is distributed more in the circumferential, homocline
The rotation of roller 6 is turned around, and is had more partition board 16 and is done work, and the efficiency of rubbish transmission is higher, but most of rubbish all by position compared with
Low, densely distributed partition board 16 is delivered to 8 side of discharge port, and final homocline effect can't be fine；And when partition board 16 is in week
When being distributed less upwards, although the homocline effect of rubbish can be fine, since the partition board 16 for playing transmission rubbish is less, rubbish
The efficiency of rubbish transmission will reduce.The interval of partition board 16 is set as 30 °~60 ° by the present embodiment, rubbish can be made both to have had higher
Transmission efficiency, and can realize preferable homocline effect.
As shown in fig. 6, on the side wall of discharging roller 7, that is, the roll body 17 that discharges is equipped in spiral shell the structure of discharging roller 7
Revolve the spaced polylith scraper plate 18 of shape.The polylith scraper plate 18 arranged by helical form, rubbish is thrown along oblique direction discharge port 8
Go out, play the effect of homocline；It is also, spaced when in the longitudinal direction, between scraper plate 18, that is to say, that part rubbish meeting
It is missed from the gap between scraper plate 18, thus rubbish is played and a degree of breaks up effect.
Further, multigroup polylith scraper plate spaced in the shape of a spiral is circumferentially distributed on the discharging roller 7
18.It, can be by later group partition board 16 from the rubbish missed is spaced between previous group partition board 16 i.e. in the circumferential direction of discharging roller 7
It receives, therefore, on the basis of reaching and can break up rubbish, hardly loses the transmission efficiency of rubbish.
Preferably, the spiral helicine helical angle that the polylith scraper plate 18 is in is 60 °~80 °.The main function of scraper plate 18
That rubbish is broken up and discharge port 8 is thrown to fast speed, therefore, by the scraper plate 18 that helical angle is larger, can make rubbish with
Fair speed throws to discharge port 8, so as to be conducive to the screening operation of next stage.
Optionally, positioned at the bottom surface in the scraper plate 18 and the garbage disposal storehouse 2 of discharging 7 lower edge of roller it
Between there are gaps.The width in gap can be selected according to actual needs, the too small scraper plate 18 easy to wear in gap or garbage disposal
The bottom surface of factory, gap is excessive, and be easy to causeing 7 lower section of discharging roller has a large amount of rubbish to be detained, and can not be sent, it is therefore desirable to root
Suitable gap width is selected according to the type or practical experience of processing rubbish.
Preferably, in the discharging roller 7 radially, the scraper plate 18 is equal in length.Scraper plate 18 each in this way
Distribution of force is more uniform, helps to maintain uniform stressed and the even running of discharging roller 7, and discharging is uniform.
Further, third striker plate 11 is additionally provided in the garbage disposal storehouse 2, the third striker plate 11 is located at described
Discharging roller 7 is turned to the side of the feed inlet by the discharge port 8, and the third striker plate 11 is equipped with multiple positions and ruler
It is very little with multiple 18 corresponding third hollow outs of scraper plate, when the discharging roller 7 rotates, the scraper plate 18 passes through described the
Three hollow outs.Since scraper plate 18 just can be to pass through third hollow out, so the refuse bag hung on scraper plate 18 can be by third striker plate
11 blockings, it is one-way transmission always to thereby guarantee that rubbish, will not be brought back, nor the residual of a large amount of rubbish, heap can occur
Product.
It, can be by side wall when discharge roller 7, the first broken bag roller 4 or the second broken bag roller 5 are in rotary state
Outer male structure realizes broken bag or drives the purpose that move to 8 direction of discharge port of rubbish, outer male structure can be arranged to first and break
Bag tooth 12, the second broken bag tooth or scraper plate 18, can after being correspondingly arranged the first striker plate 9, the second striker plate 10 or third striker plate 11
Rubbish to be prevented to be brought towards feed inlet direction, ensure that garbage energy is smoothly moved to discharge port 8.It realizes and drives rubbish using vertical roller
Rubbish generates the purpose of displacement in the horizontal direction.
In addition, as shown in Fig. 2, the bottom surface in the garbage disposal storehouse 2 is equipped with multiple openings, preferably network.Rubbish
In processing procedure, some small rubbish of exposure and sewage etc., can pass through garbage disposal storehouse after rubbish fine crushing and broken bag
The opening of 2 bottom surfaces leaks out, and plays the role of primary screening；Preferably, it is described to open at the broken bag roller or discharging roller
Mouth is annularly distributed around corresponding rotary shaft, i.e., at broken bag roller or the corresponding shaft of discharging roller, opening is in ring around the shaft
Shape is distributed, and increases the contact probability between rubbish and opening, lifting sewage screening efficiency, while can promote garbage disposal at shaft
The intensity of 2 bottom surface of storehouse.
Certainly, refuse bag is not yet broken at spiral propeller 3, is flowed out almost without sewage, so at spiral propeller 3
Opening can not be set, to enhance the intensity in corresponding position garbage disposal storehouse 2, is prolonged the service life.
Further, the lower part of 2 side wall of garbage disposal storehouse can also be equipped with multiple openings, in this way can be into one
The screening efficiency of step lifting sewage, fine dust.
In entire garbage processing procedure, rubbish is by the promotion of spiral propeller 3, by the broken bag of two broken bag rollers,
Using the agitation of equal feed roller 6, finally discharged from discharging roller 7, complete the process of entire garbage bag breaking and homocline；At this
In lasting processing procedure, some small rubbish, sewage of exposure etc., can pass through garbage disposal after rubbish fine crushing and broken bag
The mesh of 2 bottom surface of storehouse leaks out, and plays the role of primary screening.
The utility model two of which broken bag roller and equal feed roller 6 and discharging roller 7 are all sequentially to be laid out at rubbish
It manages on storehouse 2, they can be connected simply by sprocket wheel or belt pulley, it is only necessary to provide power by a motor.
The utility model realizes broken bag homocline and even feeding using principles such as spiral and relative rotation, while can realize
Primary screening.Overall structure simple and compact, it is rationally distributed, it is easily assembled, suitable for processing early period to house refuse, makes rubbish
Rubbish can improve resource utilization in subsequent technical process by sufficient classification, sorting.
Finally it should be noted that：Above example is only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that：
It still can modify to the technical solution recorded in foregoing embodiments or which part technical characteristic is carried out etc.
With replacement；And these modifications or replacement, various embodiments of the utility model technology that it does not separate the essence of the corresponding technical solution
The spirit and scope of scheme.
Claims (10)
1. a kind of garbage bag breaking mechanism, which is characterized in that including garbage disposal storehouse and be arranged in garbage disposal storehouse first
Broken bag roller, the one end in the garbage disposal storehouse is equipped with feed inlet, the other end is equipped with discharge port, and the first broken bag roller is vertical
It sets and is driven by driving device and rotated, the side wall of the broken bag roller is equipped with multiple first broken bag teeth, first broken bag
The outer end of tooth is bent to the direction of rotation of the first broken bag roller.
2. garbage bag breaking mechanism according to claim 1, which is characterized in that the first broken bag tooth is integrally L-shaped.
3. garbage bag breaking mechanism according to claim 1, which is characterized in that the outer end of the first broken bag tooth is spine
Shape.
4. garbage bag breaking mechanism according to claim 1, which is characterized in that in the circumferential direction of the first broken bag roller
On, the angle between the two neighboring first broken bag tooth is 30 °~60 °.
5. garbage bag breaking mechanism according to claim 1, which is characterized in that multiple first broken bag teeth are respectively described
It is uniformly distributed on the circumferential and axial of first broken bag roller.
6. garbage bag breaking mechanism according to claim 1, which is characterized in that the feed inlet opens up upward, in the rubbish
Spiral propeller is equipped in rubbish processing storehouse and positioned at the lower section of the feed inlet.
7. garbage bag breaking mechanism according to any one of claims 1 to 6, which is characterized in that in the garbage disposal storehouse also
Equipped with the first striker plate, first striker plate is located at the first broken bag roller and turns to the feed inlet by the discharge port
Side, first striker plate are equipped with multiple positions and dimensions and multiple corresponding first hollow outs of first broken bag tooth,
When the first broken bag roller rotates, the first broken bag tooth passes through first hollow out.
8. garbage bag breaking mechanism according to claim 7, which is characterized in that it is broken that second is additionally provided in the garbage disposal storehouse
Bag roller, on by the feed inlet to the direction of the discharge port, the second broken bag roller is located at first broken bag rolling
The rear of cylinder；
The second broken bag roller be vertically arranged and by driving device drive rotate, the direction of rotation of the second broken bag roller with
The direction of rotation of the first broken bag roller is identical, and the side wall of the second broken bag roller is equipped with multiple second broken bag teeth, institute
The outer end for stating the second broken bag tooth is bent to the direction of rotation of the second broken bag roller, and the second broken bag tooth and described first is broken
Bag tooth forms from the opposite both sides of refuse bag tear respectively.
9. garbage bag breaking mechanism according to claim 8, which is characterized in that first striker plate is broken far from described first
The direction of the one lateral second broken bag roller of bag roller tilts.
10. garbage bag breaking mechanism according to claim 8, which is characterized in that be additionally provided with second in the garbage disposal storehouse
Striker plate, second striker plate are located at the side that the second broken bag roller is turned to the feed inlet by the discharge port, institute
The second striker plate is stated equipped with multiple positions and dimensions and multiple corresponding second hollow outs of broken bag tooth, when described second broken
During bag roller rotation, the second broken bag tooth passes through second hollow out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820396798.XU CN207536294U (en) | 2018-03-22 | 2018-03-22 | A kind of garbage bag breaking mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820396798.XU CN207536294U (en) | 2018-03-22 | 2018-03-22 | A kind of garbage bag breaking mechanism |
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| Publication Number | Publication Date |
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| CN207536294U true CN207536294U (en) | 2018-06-26 |
Family
ID=62619028
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| CN201820396798.XU Active CN207536294U (en) | 2018-03-22 | 2018-03-22 | A kind of garbage bag breaking mechanism |
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| CN (1) | CN207536294U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115092488A (en) * | 2022-07-06 | 2022-09-23 | 浙江佳乐科仪股份有限公司 | Garbage can bag breaking device and control method thereof |
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2018
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115092488A (en) * | 2022-07-06 | 2022-09-23 | 浙江佳乐科仪股份有限公司 | Garbage can bag breaking device and control method thereof |
| CN115092488B (en) * | 2022-07-06 | 2024-03-22 | 浙江佳乐科仪股份有限公司 | Bag breaking device of dustbin and control method thereof |
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Effective date of registration: 20190311 Address after: 102488 8th Floor 817, Building 4, No. 1 Courtyard, Zhixing West Road, Fangshan District, Beijing Patentee after: Central Huifeng Environmental Science and Technology (Beijing) Co., Ltd. Address before: 100006 East Building 101, 12 East Chang'an Street, Dongcheng District, Beijing Patentee before: Beijing Center for environmental protection and cultural exchange |
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