CN106956834A - Bagged material bag-breaking device - Google Patents
Bagged material bag-breaking device Download PDFInfo
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- CN106956834A CN106956834A CN201710249332.7A CN201710249332A CN106956834A CN 106956834 A CN106956834 A CN 106956834A CN 201710249332 A CN201710249332 A CN 201710249332A CN 106956834 A CN106956834 A CN 106956834A
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B69/00—Unpacking of articles or materials, not otherwise provided for
- B65B69/0033—Unpacking of articles or materials, not otherwise provided for by cutting
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B69/00—Unpacking of articles or materials, not otherwise provided for
- B65B69/0008—Opening and emptying bags
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Crushing And Pulverization Processes (AREA)
Abstract
The invention discloses bagged material bag-breaking device, belong to bag-breaking device, its structure includes upper bucket body component and lower bucket body component, described upper bucket body component is arranged on the top of lower bucket body component, and alignment pin is provided between the two, described upper bucket body component includes upper bucket body, lid, cylinder assembly, big panel turnover component and small panel turnover component, the top of described upper bucket body is provided with lid, described big panel turnover component and small panel turnover component are separately positioned on the left and right sides of bucket body, and described big panel turnover component and small panel turnover component are connected with cylinder assembly respectively.Compared with prior art, bagged material bag-breaking device of the invention, which has, prevents that personnel etc. from entering generation security incident accidentally, greatly improves the security of equipment；The sack of various different size sizes is adapted to, the features such as improving the versatility of bag-breaking device, thus with good application value.
Description
Technical field
The present invention relates to a kind of bag-breaking device, especially a kind of bagged material broken bag unpacked to powdery bagged material
Device.
Background technology
Bagged material is very common in life, and many integrated mills, equipment etc. generally require substantial amounts of material, therefore bag
The broken bag speed of dress material has vital influence to the production efficiency of equipment, fast and automatically, the device of high-volume broken bag
Relevant enterprise in the urgent need to.
But the size of sack often difference, therefore the ecad of bag-breaking device also determines the life of next procedure significantly
Produce efficiency.
Bag-breaking device is now commonly used, two groups of blades are generally comprised, blade is fixed, can only tear the cement of particular size open
Bag, adaptability is not strong.
Bag-breaking device blade is often than sharp, and conventional bag-breaking device often lacks protection mechanism, careless slightly, it may occur that
Security incident.
The content of the invention
The technical assignment of the present invention is, for a kind of above-mentioned not enough bagged material bag-breaking device of offer of the prior art, to be somebody's turn to do
Bagged material bag-breaking device, which has, prevents that personnel etc. from entering generation security incident accidentally, greatly improves the security of equipment；Can be suitable
The sack of various different size sizes is answered, the characteristics of improving the versatility of bag-breaking device.
The technical solution adopted for the present invention to solve the technical problems is：It includes upper bucket body component and lower bucket body component,
Described upper bucket body component is arranged on the top of lower bucket body component, and is provided with alignment pin, described upper bucket body group between the two
Part includes upper bucket body, lid, cylinder assembly, big panel turnover component and small panel turnover component, and the top of described upper bucket body is provided with lid, institute
The big panel turnover component and small panel turnover component stated are separately positioned on the left and right sides of bucket body, described big panel turnover component and small turnover panel
Component is connected with cylinder assembly respectively.
Described cylinder assembly includes big panel turnover component and connects cylinder and small panel turnover component connection cylinder, described big turnover panel
Component is connected cylinders with big panel turnover component, and described small panel turnover component is connected cylinders with small panel turnover component；
Described big panel turnover component includes big turnover panel connecting shaft, big turnover panel axle bed, big turnover panel axle sleeve and big turnover panel, described
Big turnover panel connecting shaft includes two, is separately fixed at both sides of the big turnover panel with one side, is set respectively in each big turnover panel connecting shaft
There are big turnover panel axle bed and big turnover panel axle sleeve, described big turnover panel axle bed is nested together with big turnover panel axle sleeve, and big turnover panel axle sleeve is placed on
In big turnover panel connecting shaft, two big turnover panel connecting shaft stretches out bucket body sidewall respectively, and is connected cylinder with big panel turnover component respectively
Bottom be connected, the top of described big panel turnover component connection cylinder is connected with being arranged on the cylinder connecting seat on upper bucket body top；
Described small panel turnover component includes small turnover panel connecting shaft, small turnover panel axle bed, small turnover panel axle sleeve and small turnover panel, described
Small turnover panel connecting shaft includes two, is separately fixed at both sides of the small turnover panel with one side, is set respectively in each small turnover panel connecting shaft
There are small turnover panel axle bed and small turnover panel axle sleeve, described small turnover panel axle bed is nested together with small turnover panel axle sleeve, and small turnover panel axle sleeve is placed on
In small turnover panel connecting shaft, two small turnover panel connecting shaft stretches out bucket body sidewall respectively, and is connected cylinder with small panel turnover component respectively
Bottom be connected, the top of described small panel turnover component connection cylinder is connected with being arranged on the cylinder connecting seat on upper bucket body top；
Described big turnover panel axle bed and small turnover panel axle bed are individually fixed in the fixed seat of bucket body bottom.
Turnover panel limited block is respectively arranged with described big turnover panel and the upper bucket body of small turnover panel bottom.
Described lower bucket body component includes lower bucket body, A shaft assemblies, B axle component, B axle component moving drive mechanism, deceleration
Machine, first flange component, second flange component and the 3rd flange assembly, described A shaft assemblies and B axle component are separately positioned on down
The left and right sides in bucket body, described A shaft assemblies and B axle component are connected with reductor respectively, described B axle component and B axle group
Part moving drive mechanism is connected, and the reductor being connected with A shaft assemblies is connected by first flange component with lower bucket body, with B axle group
The connected reductor of part is connected by second flange component and the 3rd flange assembly with lower bucket body.
Described A shaft assemblies include A axle bearings, A axles axle sleeve, A axles axis body and A axle blades, described A axle axis bodies it is front and rear
Two ends pass A axle blades are provided with the middle part of lower bucket body, A axle axis bodies respectively, are set respectively on the A axle axis bodies at A axle blades two ends
Have and A axle bearings are respectively arranged with the A axle axis bodies on the outside of A axle axle sleeves, A axle axle sleeves, described A axle bearings are fixed on lower bucket body
On, the A axle axis bodies one end for stretching out lower bucket body is connected with reductor；
Described B axle component includes B axle bearing, B axle axle sleeve, B axle axis body, B axle blade and sliding panel, described B axle axle
The rear and front end of body passes B axle blade is provided with the middle part of lower bucket body, B axle axis body respectively, on the B axle axis body at B axle blade two ends
It is respectively arranged with the B axle axis body on the outside of B axle axle sleeve, B axle axle sleeve and is respectively arranged with B axle bearing, the top of described B axle bearing
Sliding panel is respectively arranged with bottom, the B axle axis body one end for stretching out lower bucket body is connected with reductor, is set on described lower bucket body
There is big sliding groove, described B axle axis body is located in big sliding groove；
Described second flange component and the 3rd flange assembly include mounting flange and loose flange respectively, with B axle axis body
Connected reductor is connected with loose flange, and described loose flange is separately positioned on the outside of B axle bearing, described fixation
Orchid is mutually fixed with lower bucket body respectively, and the sliding panel on described B axle bearing is each passed through loose flange, described mounting flange point
It is not arranged on the upper and lower part of loose flange, the mounting flange corresponding with sliding panel and is respectively arranged with small slip
Sliding panel on groove, B axle bearing is placed in small sliding groove, the loose flange on second flange component with and B axle axis body be connected
Reductor is connected, and described loose flange is connected with B axle component moving drive mechanism.
Described B axle component moving drive mechanism includes hand adjustment wheel assembly, adjustment bar assembly and chain, described hand adjustment wheel
Component is connected with adjustment bar assembly by chain, described hand adjustment wheel assembly and adjust bar assembly respectively with second flange component and
Loose flange on 3rd flange assembly is connected；
Described hand adjustment wheel assembly includes hand adjustment wheel, hand adjustment wheel adjustment seat, hand adjustment wheel sprocket, hand adjustment axle block and hand adjustment wheel
Axle, described hand adjustment wheel adjustment seat, hand adjustment axle block, hand adjustment wheel sprocket and hand adjustment wheel is from left to right successively set on hand adjustment wheel shaft
On, described hand adjustment wheel shaft left end is provided with trapezoidal thread, and described hand adjustment wheel adjustment seat coordinates with hand adjustment wheel shaft, described
Hand adjustment wheel adjustment seat and second flange component loose flange mutually fix；
Described adjustment bar assembly includes adjusting lever axle, adjusting lever sprocket wheel, adjusting lever axle bed and adjusting lever adjustment seat, described
Adjusting lever adjustment seat, adjusting lever axle bed and adjusting lever sprocket wheel be from left to right successively set on adjusting lever axle, described adjustment
Bar axle left end is provided with trapezoidal thread, and described adjusting lever adjustment seat coordinates with adjusting lever axle thread, described adjusting lever adjustment
The loose flange of seat and the 3rd flange assembly is mutually fixed；
Described hand adjustment wheel sprocket is connected with adjusting lever sprocket wheel by chain.
Described sliding panel is bolted on B axle bearing.
The present invention bagged material bag-breaking device compared to the prior art, with beneficial effect following prominent：Upper bucket body
Size turnover panel is usually closed, and is prevented that personnel etc. from entering accidentally and is produced security incident, is had material to enter fashionable size turnover panel and is opened, packed
Material enters lower bucket body by the gap between size turnover panel, completes broken bag, greatly improves the security of equipment；Under bag-breaking device
B axle axis body in two axles of bucket body so can be increased or reduce accordingly by adjusting hand adjustment wheel come transverse shifting
With the distance between axles of A axle axis bodies, so as to adjust the distance of A axles axis body and two groups of blades on B axle axis body, always various differences are adapted to
The sack of specification size, the features such as improving the versatility of bag-breaking device.
Brief description of the drawings
Accompanying drawing 1 is the main structure diagram of bagged material bag-breaking device；
Upper bucket body component front view when accompanying drawing 2 is big turnover panel and small turnover panel semi-closure；
Upper bucket body component front view when accompanying drawing 3 is big turnover panel and the unlatching of small turnover panel；
Accompanying drawing 4 is the A-A sectional views shown in Fig. 3；
Accompanying drawing 5 is the B-B sectional views shown in Fig. 3；
Accompanying drawing 6 is the front view of lower bucket body component；
Accompanying drawing 7 is the C-C sectional views shown in Fig. 6；
Accompanying drawing 8 is the D-D sectional views shown in Fig. 6；
Accompanying drawing 9 is the E-E sectional views shown in Fig. 8；
Description of reference numerals：
Bucket body component on 1, bucket body, 12 lids, 13 cylinder assemblies, 131 big panel turnover components connection cylinders, 132 small turnover panels on 11
Component connection cylinder, 14 big panel turnover components, 141 big turnover panel connecting shafts, 142 big turnover panel axle beds, 143 big turnover panel axle sleeves, 144 are turned over greatly
Plate, 15 small panel turnover components, 151 small turnover panel connecting shafts, 152 small turnover panel axle beds, 153 small turnover panel axle sleeves, 154 small turnover panels, 16 cylinders
Connecting seat, 17 fixed seats, 18 turnover panel limited blocks,
2 times bucket body components, 21 times bucket bodies, 211 big sliding grooves, 22A shaft assemblies, 221A axle bearings, 222A axles axle sleeve, 223A
Axle axis body, 224A axles blade, 23B shaft assemblies, 231B axle bearings, 232B axles axle sleeve, 233B axles axis body, 234B axles blade, 235 are slided
Dynamic plate, 24 hand adjustment wheel assemblies, 241 hand adjustment wheels, 242 hand adjustment wheels adjustment seat, 243 hand adjustment wheel sprockets, 244 hand adjustment axle blocks, 245 hands
Wheel hand adjustment wheel shaft, 25 adjustment bar assemblies, 251 adjusting lever axles, 252 adjusting lever sprocket wheels, 253 adjusting lever axle beds, 254 adjusting levers are adjusted to adjust
Bed rearrangement；26 reductors, 27 first flange components, 28 second flange components, 29 the 3rd flange assemblies, 210 chains.
Embodiment
It is described in detail below with reference to Figure of description 1 to 9 pairs of bagged material bag-breaking devices of the invention of accompanying drawing.
The bagged material bag-breaking device of the present invention, its structure includes upper bucket body component 1 and lower bucket body component 2, and described is upper
Bucket body component 1 is arranged on the top of lower bucket body component 2, and is provided with alignment pin between the two, is positioned by alignment pin, institute
The upper bucket body component 1 stated includes upper bucket body 11, lid 12, cylinder assembly 13, big panel turnover component 14 and small panel turnover component 15, described
The top of upper bucket body 11 is provided with lid 12, and described big panel turnover component 14 and small panel turnover component 15 is separately positioned on bucket body 11
The left and right sides, described big panel turnover component 14 and small panel turnover component 15 are connected with cylinder assembly 13 respectively.
Described cylinder assembly 13 includes big panel turnover component and connects cylinder 131 and small panel turnover component connection cylinder 132, described
Big panel turnover component 14 be connected with big panel turnover component cylinder 131 be connected, described small panel turnover component 15 is connected with small panel turnover component
Cylinder 132 is connected；
Described big panel turnover component 14 includes big turnover panel connecting shaft 141, big turnover panel axle bed 142, big turnover panel axle sleeve 143 and big
Turnover panel 144, described big turnover panel connecting shaft 141 includes two, is separately fixed at big turnover panel 144 with the both sides on one side, Mei Ge great
Be respectively arranged with big turnover panel axle bed 142 and big turnover panel axle sleeve 143 in turnover panel connecting shaft 141, described big turnover panel axle bed 142 with it is big
Turnover panel axle sleeve 143 is nested together, and big turnover panel axle sleeve 143 is placed in big turnover panel connecting shaft 141, two big 141 points of turnover panel connecting shaft
The side wall of bucket body 11 Shen Chu not be gone up, and is connected the bottom of cylinder 131 with big panel turnover component respectively and is connected, described big panel turnover component connects
Connect the top of cylinder 131 and be connected with being arranged on the cylinder connecting seat 16 on the upper top of bucket body 11；
Described small panel turnover component 15 includes small turnover panel connecting shaft 151, small turnover panel axle bed 152, small turnover panel axle sleeve 153 and small
Turnover panel 154, described small turnover panel connecting shaft 151 includes two, is separately fixed at small turnover panel 154 with the both sides on one side, Mei Ge little
Be respectively arranged with small turnover panel axle bed 152 and small turnover panel axle sleeve 153 in turnover panel connecting shaft 151, described small turnover panel axle bed 152 with it is small
Turnover panel axle sleeve 153 is nested together, and small turnover panel axle sleeve 153 is placed in small turnover panel connecting shaft 151, two small 151 points of turnover panel connecting shaft
The side wall of bucket body 11 Shen Chu not be gone up, and is connected the bottom of cylinder 132 with small panel turnover component respectively and is connected, described small panel turnover component connects
Connect the top of cylinder 132 and be connected with being arranged on the cylinder connecting seat 16 on the upper top of bucket body 11；
Described big turnover panel axle bed 142 and small turnover panel axle bed 152 are individually fixed in the fixed seat 17 of the bottom of bucket body 11.
Turnover panel limited block 18 is respectively arranged with described big turnover panel 144 and the upper bucket body 11 of the bottom of small turnover panel 154.To big
The opening degree progress of turnover panel 144 and small turnover panel 154 is spacing, stops when reaching turnover panel limited block 18.
Described lower bucket body component 2 includes lower bucket body 21, A shaft assemblies 22, B axle component 23, B axle component movement driving machine
Structure, reductor 26, first flange component 27, the flange assembly 29 of second flange component 28 and the 3rd, described A shaft assemblies 22 and B
Shaft assembly 23 is separately positioned on the left and right sides in lower bucket body 21, described A shaft assemblies 22 and B axle component 23 respectively with reductor
26 are connected, and described B axle component 23 is connected with B axle component moving drive mechanism, and the reductor 26 being connected with A shaft assemblies 22 passes through
First flange component 27 is connected with lower bucket body 21, and the reductor 26 being connected with B axle component 23 passes through second flange component 28 and
Three flange assemblies 29 are connected with lower bucket body 21.
Described A shaft assemblies 22 include A axle bearings 221, A axles axle sleeve 222, A axles axis body 223 and A axles blade 224, described
The rear and front end of A axles axis body 223 pass lower bucket body 21 respectively, the middle part of A axles axis body 223 is provided with A axles blade 224, A axle knives
It is respectively arranged with the A axles axis body 223 at the two ends of piece 224 on A axles axle sleeve 222, the A axles axis body 223 in the outside of A axles axle sleeve 222 respectively
A axle bearings 221 are provided with, described A axle bearings 221 are fixed on lower bucket body 21, stretch out the A axles axis body 223 1 of lower bucket body 21
End is connected with reductor 26；
Described B axle component 23 includes B axle bearing 231, B axle axle sleeve 232, B axle axis body 233, B axle blade 234 and slided
Plate 235, the rear and front end of described B axle axis body 233 passes lower bucket body 21 respectively, and the middle part of B axle axis body 233 is provided with B axle knife
B axle axle sleeve 232, the B axle axle in the outside of B axle axle sleeve 232 are respectively arranged with piece 234, the B axle axis body 233 at the two ends of B axle blade 234
B axle bearing 231 is respectively arranged with body 233, the upper and lower part of described B axle bearing 231 is respectively arranged with sliding panel 235,
The one end of B axle axis body 233 for stretching out lower bucket body 21 is connected with reductor 26, and big sliding groove 211 is provided with described lower bucket body 21,
Described B axle axis body 233 is located in big sliding groove 211；
The described flange assembly 29 of second flange component 28 and the 3rd includes mounting flange 281 and loose flange 282 respectively,
The reductor 26 being connected with B axle axis body is connected with loose flange 282, and described loose flange 282 is separately positioned on B axle bearing
231 outside, described mounting flange 281 is mutually fixed with lower bucket body 21 respectively, the sliding panel 235 on described B axle bearing 231
Loose flange 282 is each passed through, described mounting flange 281 is separately positioned on the upper and lower part of loose flange 282, described
The sliding panel 235 on small sliding groove 283, B axle bearing 231 is respectively arranged with the mounting flange 281 corresponding with sliding panel 235
Be placed in small sliding groove 283, the loose flange 282 on second flange component 28 with and the reductor 26 that is connected of B axle axis body be connected,
Described loose flange 282 is connected with B axle component moving drive mechanism.
Described B axle component moving drive mechanism includes hand adjustment wheel assembly 24, adjustment bar assembly 25 and chain 210, described
Hand adjustment wheel assembly 24 be connected with adjustment bar assembly 25 by chain 210, described hand adjustment wheel assembly 24 and adjust bar assembly 25
It is connected respectively with the loose flange 282 on the flange assembly 29 of second flange component 28 and the 3rd；
Described hand adjustment wheel assembly 24 includes hand adjustment wheel 241, hand adjustment wheel adjustment seat 242, hand adjustment wheel sprocket 243, hand adjustment wheel
Axle bed 244 and hand adjustment wheel shaft 245, described hand adjustment wheel adjustment seat 242, hand adjustment axle block 244, hand adjustment wheel sprocket 243 and hand adjustment
Wheel 241 is from left to right successively set on hand adjustment wheel shaft 245, and the described left end of hand adjustment wheel shaft 245 is provided with trapezoidal thread, described
Hand adjustment wheel adjustment seat 242 and the screw thread of hand adjustment wheel shaft 245 coordinate, described hand adjustment wheel adjustment seat 242 and second flange component 28
Loose flange 282 mutually fix；
Described adjustment bar assembly 25 includes adjusting lever axle 251, adjusting lever sprocket wheel 252, adjusting lever axle bed 253 and adjusting lever
Seat 254 is adjusted, described adjusting lever adjustment seat 254, adjusting lever axle bed 253 and adjusting lever sprocket wheel 252 is from left to right set gradually
On adjusting lever axle 251, the described left end of adjusting lever axle 251 is provided with trapezoidal thread, and described adjusting lever adjustment seat 254 is with adjusting
The whole screw thread of bar axle 251 coordinates, and the loose flange 282 of described adjusting lever adjustment seat 254 and the 3rd flange assembly 29 is mutually fixed；
Described hand adjustment wheel sprocket 243 is connected with adjusting lever sprocket wheel 252 by chain 210.
Described sliding panel 235 is bolted on B axle bearing 231.
When bagged material enters big turnover panel 144 and flat small turnover panel 154 in bag-breaking device, upper bucket body 11 by upper bucket body 11
Close, prevent the entrance accidentally such as personnel, produce security incident, there is material to enter fashionable big turnover panel 144 and small turnover panel 154 is opened, bag
Fill material and lower bucket body 21 is entered by the gap between big turnover panel 144 and small turnover panel 154, complete broken bag.
Big turnover panel 144 and small turnover panel 154 connect cylinder 131 and small panel turnover component connection cylinder in big panel turnover component respectively
Complete to open and close in the presence of 132, the cylinder rod of big panel turnover component connection cylinder 131 and small panel turnover component connection cylinder 132 is stretched out, band
The dynamic big turnover panel connecting shaft 141 being attached thereto and small turnover panel connecting shaft 151 rotate so that with big turnover panel connecting shaft 141 and small
The big turnover panel 144 and small turnover panel 154 that turnover panel connecting shaft 151 is fixedly connected are rotated down unlatching；When cylinder rod bounces back, big turnover panel 144
Closing is rotated up with small turnover panel 154.
B axle axis body 233 under bag-breaking device in 21 two axles of bucket body can by adjusting hand adjustment wheel 241 come transverse shifting,
It so can accordingly increase or reduce the distance between axles with A axles axis body 223, so as to adjust A axles axis body 223 and B axle axis body 233
On two groups of blades distance, sack that is total and adapting to various different size sizes improves the versatility of bag-breaking device.
The hand adjustment wheel 241 in hand adjustment wheel assembly 24 is rotated, hand adjustment wheel 241 drives hand adjustment wheel shaft 245 to rotate, hand adjustment wheel shaft
245 rotations are so as to drive hand adjustment wheel sprocket 243 to rotate, and hand adjustment wheel sprocket 243 drives adjusting lever sprocket wheel 252 to revolve by chain 210
Turn, adjusting lever sprocket wheel 252 drives adjusting lever axle 251 to rotate, and hand adjustment wheel shaft 245 and adjusting lever axle 251 rotate respectively, so as to drive
The hand adjustment wheel adjustment seat 242 and adjusting lever adjustment seat 254 being attached thereto are moved along hand adjustment wheel shaft 245 and adjusting lever axle 251 respectively,
Hand adjustment wheel adjusts seat 242 and adjusting lever adjustment seat 254 drives the flange group of second flange component 28 and the 3rd being attached thereto respectively
Loose flange 282 in part 29 is moved, the reductor 26 that is connected with loose flange 282, the B axle component 23 being connected with reductor 26
Simultaneously mobile, big sliding groove 211 of the B axle axis body 233 along lower bucket body 21 in B axle component 23 is moved, the slip in B axle component 23
Plate 235 is moved along the small sliding groove 283 in mounting flange 281, is increased or reduction and A axles axis body 223 so as to corresponding
Distance between axles, so as to adjust the distance of two groups of blades on A axles axis body 223 and B axle axis body 233.
Illustrative embodiments listed above are only not to technical scheme described in the invention for understanding that the present invention is used
Restriction, about the those of ordinary skill in field, on the basis of technical scheme described in claim, a variety of changes can also be made
Change or deform, all equivalent changes or deformation should all cover 12 within the claims of the present invention.The present invention
Part is not described in detail, the known technology of those skilled in the art of the present technique is.
Claims (7)
1. bagged material bag-breaking device, it is characterized in that：Including upper bucket body component and lower bucket body component, described upper bucket body component is set
Put on the top of lower bucket body component, and be provided with alignment pin between the two, described upper bucket body component includes upper bucket body, lid, gas
Cylinder component, big panel turnover component and small panel turnover component, the top of described upper bucket body are provided with lid, described big panel turnover component and small
Panel turnover component is separately positioned on the left and right sides of bucket body, described big panel turnover component and small panel turnover component respectively with cylinder assembly
It is connected.
2. bagged material bag-breaking device according to claim 1, it is characterized in that：Described cylinder assembly includes big turnover panel group
Part connects cylinder and small panel turnover component connection cylinder, and described big panel turnover component is connected cylinders with big panel turnover component, described
Small panel turnover component be connected cylinders with small panel turnover component；
Described big panel turnover component includes big turnover panel connecting shaft, big turnover panel axle bed, big turnover panel axle sleeve and big turnover panel, and described turns over greatly
Plate connecting shaft includes two, is separately fixed at both sides of the big turnover panel with one side, is respectively arranged with each big turnover panel connecting shaft big
Turnover panel axle bed and big turnover panel axle sleeve, described big turnover panel axle bed are nested together with big turnover panel axle sleeve, and big turnover panel axle sleeve, which is placed on, to turn over greatly
In plate connecting shaft, two big turnover panel connecting shaft stretches out bucket body sidewall respectively, and is connected respectively with big panel turnover component under cylinder
Portion is connected, and the top of described big panel turnover component connection cylinder is connected with being arranged on the cylinder connecting seat on upper bucket body top；
Described small panel turnover component includes small turnover panel connecting shaft, small turnover panel axle bed, small turnover panel axle sleeve and small turnover panel, described small to turn over
Plate connecting shaft includes two, is separately fixed at both sides of the small turnover panel with one side, is respectively arranged with each small turnover panel connecting shaft small
Turnover panel axle bed and small turnover panel axle sleeve, described small turnover panel axle bed are nested together with small turnover panel axle sleeve, and small turnover panel axle sleeve is placed on small turn over
In plate connecting shaft, two small turnover panel connecting shaft stretches out bucket body sidewall respectively, and is connected respectively with small panel turnover component under cylinder
Portion is connected, and the top of described small panel turnover component connection cylinder is connected with being arranged on the cylinder connecting seat on upper bucket body top；
Described big turnover panel axle bed and small turnover panel axle bed are individually fixed in the fixed seat of bucket body bottom.
3. bagged material bag-breaking device according to claim 2, it is characterized in that：Described big turnover panel and small turnover panel bottom
Turnover panel limited block is respectively arranged with upper bucket body.
4. bagged material bag-breaking device according to claim 1, it is characterized in that：Described lower bucket body component includes lower bucket
Body, A shaft assemblies, B axle component, B axle component moving drive mechanism, reductor, first flange component, second flange component and the 3rd
Flange assembly, described A shaft assemblies and B axle component are separately positioned on the left and right sides in lower bucket body, described A shaft assemblies and B
Shaft assembly is connected with reductor respectively, and described B axle component is connected with B axle component moving drive mechanism, is connected with A shaft assemblies
Reductor is connected by first flange component with lower bucket body, and the reductor being connected with B axle component passes through second flange component and
Three flange assemblies are connected with lower bucket body.
5. bagged material bag-breaking device according to claim 4, it is characterized in that：Described A shaft assemblies include A axle bearings, A
Axle axle sleeve, A axles axis body and A axle blades, the rear and front end of described A axle axis bodies is passed respectively to be set in the middle part of lower bucket body, A axle axis bodies
It is equipped with A axle blades, the A axle axis bodies at A axle blades two ends to be respectively arranged with the A axle axis bodies on the outside of A axle axle sleeves, A axle axle sleeves and divides
A axle bearings are not provided with, described A axle bearings are fixed on lower bucket body, stretch out A axle axis body one end and the reductor phase of lower bucket body
Even；
Described B axle component includes B axle bearing, B axle axle sleeve, B axle axis body, B axle blade and sliding panel, described B axle axis body
Rear and front end passes B axle blade is provided with the middle part of lower bucket body, B axle axis body respectively, on the B axle axis body at B axle blade two ends respectively
Be provided with the B axle axis body on the outside of B axle axle sleeve, B axle axle sleeve and be respectively arranged with B axle bearing, the top of described B axle bearing and under
Portion is respectively arranged with sliding panel, and the B axle axis body one end for stretching out lower bucket body is connected with reductor, is provided with described lower bucket body big
Sliding groove, described B axle axis body is located in big sliding groove；
Described second flange component and the 3rd flange assembly include mounting flange and loose flange respectively, are connected with B axle axis body
Reductor be connected with loose flange, described loose flange is separately positioned on the outside of B axle bearing, described mounting flange point
Do not fixed mutually with lower bucket body, the sliding panel on described B axle bearing is each passed through loose flange, described mounting flange is set respectively
Put in the upper and lower part of loose flange, small sliding groove, B are respectively arranged with the mounting flange corresponding with sliding panel
Sliding panel on axle bearing is placed in small sliding groove, the loose flange on second flange component with and the deceleration that is connected of B axle axis body
Machine is connected, and described loose flange is connected with B axle component moving drive mechanism.
6. bagged material bag-breaking device according to claim 5, it is characterized in that：Described B axle component moving drive mechanism
Including hand adjustment wheel assembly, adjustment bar assembly and chain, described hand adjustment wheel assembly is connected with adjustment bar assembly by chain, described
Hand adjustment wheel assembly and adjustment bar assembly be connected respectively with the loose flange on second flange component and the 3rd flange assembly；
Described hand adjustment wheel assembly includes hand adjustment wheel, hand adjustment wheel adjustment seat, hand adjustment wheel sprocket, hand adjustment axle block and hand adjustment wheel shaft,
Described hand adjustment wheel adjustment seat, hand adjustment axle block, hand adjustment wheel sprocket and hand adjustment wheel is from left to right successively set on hand adjustment wheel shaft,
Described hand adjustment wheel shaft left end is provided with trapezoidal thread, and described hand adjustment wheel adjustment seat coordinates with hand adjustment wheel shaft, described
The loose flange of hand adjustment wheel adjustment seat and second flange component is mutually fixed；
Described adjustment bar assembly includes adjusting lever axle, adjusting lever sprocket wheel, adjusting lever axle bed and adjusting lever adjustment seat, described tune
Whole bar adjustment seat, adjusting lever axle bed and adjusting lever sprocket wheel are from left to right successively set on adjusting lever axle, described adjusting lever axle
Left end is provided with trapezoidal thread, and described adjusting lever adjustment seat coordinates with adjusting lever axle thread, described adjusting lever adjustment seat with
The loose flange of 3rd flange assembly is mutually fixed；
Described hand adjustment wheel sprocket is connected with adjusting lever sprocket wheel by chain.
7. bagged material bag-breaking device according to claim 5, it is characterized in that：Described sliding panel is bolted on
On B axle bearing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710249332.7A CN106956834A (en) | 2017-04-17 | 2017-04-17 | Bagged material bag-breaking device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710249332.7A CN106956834A (en) | 2017-04-17 | 2017-04-17 | Bagged material bag-breaking device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106956834A true CN106956834A (en) | 2017-07-18 |
Family
ID=59484235
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710249332.7A Pending CN106956834A (en) | 2017-04-17 | 2017-04-17 | Bagged material bag-breaking device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106956834A (en) |
Citations (7)
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|---|---|---|---|---|
| DE10008757A1 (en) * | 2000-02-24 | 2001-09-13 | Hermann Schwelling | Document shredder with an attachment for receiving and feeding documents |
| TWM290071U (en) * | 2005-11-15 | 2006-05-01 | Manly Zoom Technology Corp | Bagged powder package splitting and delivering apparatus |
| CN201427057Y (en) * | 2009-02-12 | 2010-03-24 | 溧阳市裕达机械有限公司 | three-roller crusher |
| KR101212307B1 (en) * | 2011-06-20 | 2012-12-13 | 나기오 | Auto uncasing apparatus of powder |
| CN202951506U (en) * | 2012-10-18 | 2013-05-29 | 中华人民共和国北仑出入境检验检疫局 | Roll crushing mill |
| CN104923360A (en) * | 2015-06-19 | 2015-09-23 | 浙江大学 | Breaking and distributing unit for bagged kitchen waste |
| CN205087401U (en) * | 2015-10-26 | 2016-03-16 | 迈安德集团有限公司 | To open pneumatic brake door |
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2017
- 2017-04-17 CN CN201710249332.7A patent/CN106956834A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE10008757A1 (en) * | 2000-02-24 | 2001-09-13 | Hermann Schwelling | Document shredder with an attachment for receiving and feeding documents |
| TWM290071U (en) * | 2005-11-15 | 2006-05-01 | Manly Zoom Technology Corp | Bagged powder package splitting and delivering apparatus |
| CN201427057Y (en) * | 2009-02-12 | 2010-03-24 | 溧阳市裕达机械有限公司 | three-roller crusher |
| KR101212307B1 (en) * | 2011-06-20 | 2012-12-13 | 나기오 | Auto uncasing apparatus of powder |
| CN202951506U (en) * | 2012-10-18 | 2013-05-29 | 中华人民共和国北仑出入境检验检疫局 | Roll crushing mill |
| CN104923360A (en) * | 2015-06-19 | 2015-09-23 | 浙江大学 | Breaking and distributing unit for bagged kitchen waste |
| CN205087401U (en) * | 2015-10-26 | 2016-03-16 | 迈安德集团有限公司 | To open pneumatic brake door |
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Application publication date: 20170718 |