CN206662421U - A kind of disassembling machine - Google Patents
A kind of disassembling machine Download PDFInfo
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- CN206662421U CN206662421U CN201720257996.3U CN201720257996U CN206662421U CN 206662421 U CN206662421 U CN 206662421U CN 201720257996 U CN201720257996 U CN 201720257996U CN 206662421 U CN206662421 U CN 206662421U
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Abstract
The utility model discloses a kind of disassembling machine, including base construction, drive mechanism, cutting structure, described drive mechanism is to be arranged on the wheel design above base construction, described cutting structure is to be arranged on the cutting blade structure above pedestal, described cutting blade structure setting is in the side of wheel design, in the opposite side of cutting blade structure, pressurizing unit is set, electric motor assembly is set in base construction, and described wheel design, cutting blade structure, pressurizing unit are rotated under electric motor assembly effect.The utility model has the advantages of automaticity is high, safe, production efficiency is high, can greatly improve fractionation efficiency, save labour turnover.
Description
Technical field
It the utility model is related to copper（Aluminium）Paper tinsel reclaimer, more particularly to the condenser of the waste household appliances such as air-conditioning, refrigerator, steaming
Hair device is decoupled, and in particular to a kind of disassembling machine.
Background technology
It is seen everywhere with the development and the economic household electrical appliances such as progress, refrigerator, air-conditioning of science and technology in the life of people, root
Lived according to people, the variation of scene demand, the function of refrigerator and air-conditioning also more get up by variation, along with electric ice
The continuous quick update of the household electrical appliances such as case, air-conditioning and long-time are using the useless damage or loss brought, and people are for refrigerator, sky
The displacement of the household electrical appliances such as tune is also more and more.
Reclaim refrigerator, air-conditioning and the old household electrical appliances to come up is by further processing in many times some components and material
Need to carry out deconsolidation process, just such as the condenser of the waste household appliances such as air-conditioning, refrigerator, the copper pipe in evaporator, aluminum pipe, aluminium foil
Etc. material or component, on the one hand it is the unnecessary waste of increase if directly useless damage, on the other hand also brings one to useless damage processing
Fixed difficulty.Traditional processing mode also yet by manually and by aid disassemble by hand, is separated and classified, automatically
Change degree is low, and safety coefficient is small, low production efficiency.
The content of the invention
For above-mentioned technical problem, the utility model proposes a kind of disassembling machine.
What the technical solution of the utility model was realized in：
A kind of disassembling machine, including base construction, drive mechanism, cutting structure, described drive mechanism are to be arranged on pedestal
The wheel design of superstructure, described wheel design use gear structure, and guide is set in the lower section of wheel design
Plate, described cutting structure are to be arranged on the cutting blade structure above pedestal, and described cutting blade structure setting is being oriented to
The side of wheel construction, pressurizing unit is set in the opposite side of cutting blade structure, described pressurizing unit includes a upper extruding
The extruded parts arranged in dislocation of wheel construction, described upper extruding wheel construction and lower extruding wheel construction is extruded under wheel construction and one,
Electric motor assembly, described wheel design, cutting blade structure, upper extruding wheel construction and lower extruding are set in base construction
Wheel construction is rotated under electric motor assembly effect.
The cutting blade structure is located above stock guide, and described cutting blade structure is individual layer or bilayer.
Described base construction includes the transverse support bar of pedestal first, the transverse support bar of pedestal second, pedestal the 3rd laterally
Support bar, the frame structure in the transverse support bar of pedestal the 4th besieged city, the support of pedestal first longitudinal direction is set in the top of frame structure
Bar, pedestal second longitudinal direction support bar, the vertical supporting bar of pedestal the 3rd, the vertical supporting bar of pedestal the 4th；In pedestal first longitudinal direction branch
The transverse support bar of pedestal the 5th is set between strut and pedestal second longitudinal direction support bar, in the vertical supporting bar of pedestal the 3rd and pedestal
The transverse support bar of pedestal the 6th is set between the 4th vertical supporting bar；Set respectively in the upside at the transverse support bar both ends of pedestal the 5th
The 5th vertical supporting bar, the 6th vertical supporting bar are put, sets the 7th to indulge respectively in the upside at the transverse support bar both ends of pedestal the 6th
To support bar, the 8th vertical supporting bar；5th vertical supporting bar, the upper end of the 6th vertical supporting bar set the first positioning
Plate, the 7th vertical supporting bar, the upper end of the 8th vertical supporting bar set the second location-plate；In the first location-plate and pedestal the
Receiving space is formed between five transverse support bars, the second location-plate and the transverse support bar of pedestal the 6th.
Wheel design adjustable shelf, cutting blade are set gradually between the first location-plate and the transverse support bar of pedestal the 5th
Structurally live moving frame, extruding wheel structurally live moving frame, it is corresponding between the second location-plate and the transverse support bar of pedestal the 6th to set separately
One group of wheel design adjustable shelf, cutting blade structurally live moving frame, extruding wheel structurally live moving frame, the wheel design are arranged on
Between two groups of wheel design adjustable shelfs, the cutting blade structure setting is between two groups of cutting blade structurally live moving frames, institute
Extruding wheel construction and lower extruding wheel structure setting are stated between two groups of extruding wheel structurally live moving frames.
The wheel design adjustable shelf, cutting blade structurally live moving frame, it is provided among extruding wheel structurally live moving frame
Sliding groove, the wheel design, cutting blade structure, upper extrude set sliding shoe in sliding groove corresponding to wheel construction both sides,
Set in the both sides of wheel design and be oriented to wheel shaft, described guiding wheel shaft corresponds to sliding groove through wheel design
The sliding shoe of interior setting can simultaneously be rotated, the cutting blade structure transmission shaft of cutting blade structure both sides setting, upper extruding
The upper extruding wheel structure transmission shaft that wheel construction both sides are set passes through the sliding shoe set in corresponding sliding groove and can rotated.
The wheel design, cutting blade structure, upper extruding wheel construction both sides set the top of sliding shoe to set regulation
Bolt, the regulating bolt of the wheel design side are connected with the first location-plate, the regulating bolt of wheel design opposite side
It is connected with the second location-plate, regulating bolt carries out position adjustments with the first location-plate, the second location-plate by nut.
The wheel design, cutting blade structure, upper extruding wheel construction and the lower side for extruding wheel construction are respectively provided with one
Individual sprocket wheel, the wheel design sprocket wheel set in wheel design, the cutting blade structure set in cutting blade structure
Sprocket wheel, the upper extruding wheel structure sprocket wheel set on upper extruding wheel construction, the lower extruding rolling hitch set on lower extruding wheel construction
Sprocket wheel described in structure sprocket wheel is connected by the chain gear transmission of driving-chain and electric motor assembly.
Described electric motor assembly includes the first motor and the second motor, the first motor sprocket of the first motor
The both sides of base construction are separately positioned on the second motor sprocket of the second motor, first motor sprocket is with being oriented to
Wheel construction sprocket wheel, upper extruding wheel structure sprocket wheel, lower extruding wheel structure sprocket wheel are arranged on the same side, and are carried out by the first driving-chain
Drive connection, the second described motor sprocket is arranged on the same side with cutting blade structure sprocket wheel, and passes through the second driving-chain
It is connected.
The first described motor and the second motor front and rear can be adjusted in base construction, the first described driving-chain
Transmission is engaged by the side of upper extruding wheel structure sprocket wheel and the opposite side of lower extruding wheel structure sprocket wheel.
A kind of method of work of disassembling machine, first motor drive wheel design to be turned by the first driving-chain
Dynamic, lines is correspondingly arranged on the lines and two devices of the gear structure that wheel design is set, two will shelved on stock guide
Device is promoted to prelocalization and transmitted, the cutting blade structure and the output chain gear of the second motor set in front of wheel design
Transmission chain connect, when two devices are transmitted to cutting blade structure, the cutter set in cutter structure is cut to two devices, is cut
Two devices after cutting continue to promote to prelocalization in the presence of wheel design to be transmitted, and is set in front of cutting blade structure
Pressurizing unit is extruded two devices after cutting under the gearing of the first motor and the first driving-chain, so as to by copper
Pipe completely squeezes out.
The beneficial effects of the utility model are as follows：
The utility model drives two devices by chain-drive mechanism, tape handler, and separation is extruded after being cut using blade
Two devices, realize that copper pipe, aluminum pipe, aluminium foil are automatically separated process, the transmission of double motor is set, and ensure that cutting efficiency and extruding point
From quality, more efficient, work between parts is more stable, and the copper pipe for being extruded out is almost lossless, and motor is with making
With, by the transmission of sprocket wheel chain, the stability of transmission is stronger, and regulating bolt is by sliding shoe in longitudinal chute between part
Setting, can be adjusted according to the height for being cut two devices between cutting blade structure 3 and stock guide 6, upper extruding wheel construction 4
Height between lower extruding wheel construction 5, further improves the scope of application of the present utility model, the setting of housing has prevented this reality
With the potential safety hazard brought during new use, security is higher, and the utility model has automaticity height, security
High, the advantages of production efficiency is high, fractionation efficiency can be greatly improved, is saved labour turnover.
Brief description of the drawings
, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art
Or the required accompanying drawing used is briefly described in description of the prior art, it should be apparent that, drawings in the following description are only
It is some embodiments of the utility model, for those of ordinary skill in the art, is not paying the premise of creative work
Under, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the overall structure diagram of disassembling machine described in the utility model；
Fig. 2 is disassembling machine work structuring side view described in the utility model；
Fig. 3 is disassembling machine work structuring left view described in the utility model；
Fig. 4 is disassembling machine fractionation structural representation described in the utility model；
Fig. 5 is disassembling machine work structuring right view described in the utility model；
Fig. 6 is the second visual angle side view of disassembling machine work structuring described in the utility model；
Wherein, 1. base construction；101. the first motor；The motor sprockets of 101a. first；102. second is electronic
Machine；The motor sprockets of 102a. second；103. the transverse support bar of pedestal first；104. the transverse support bar of pedestal second；105.
The transverse support bar of pedestal the 3rd；106. the transverse support bar of pedestal the 4th；107. pedestal first longitudinal direction support bar；108. pedestal
Second longitudinal direction support bar；109. the vertical supporting bar of pedestal the 3rd；110. the vertical supporting bar of pedestal the 4th；111. pedestal the 5th
Transverse support bar；112. the transverse support bar of pedestal the 6th；113. the 5th vertical supporting bar；114 the 6th vertical supporting bars；115.
7th vertical supporting bar；118. the 8th vertical supporting bar；2. wheel design；201. are oriented to wheel shaft；201a. it is oriented to
Wheel construction sprocket wheel；202. wheel design adjustable shelfs；3. cutting blade structure；301. cutting blade structure transmission shafts；
301a. cutting blade structure sprocket wheels；302. cutting blade structurally live moving frames；4. wheel construction is extruded on；Extruding wheel on 401.
Structure transmission shaft；The upper extruding wheel structure sprocket wheels of 401a.；402. extruding wheel structurally live moving frames；5. lower extruding wheel construction；501.
Lower extruding wheel structure transmission shaft；Extruding wheel structure sprocket wheel under 501a.；6. stock guide；7. feeding plate；701. feeding plates are accepted
Portion；702. feeding plate guide parts；703. feeding plate the first side walls；704. feeding plate second sidewalls；8. the first location-plate；9.
Second location-plate；10. regulating bolt；11. overhead gage；12. regulating block；13. the first driving-chain；14. the second driving-chain；
15. base housing；16. Safety shell.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out
Clearly and completely describing, it is clear that described embodiment is only the utility model part of the embodiment, rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of creative work is paid
The every other embodiment obtained, belong to the scope of the utility model protection.
As shown in Fig. 1 ~ 6, the utility model discloses a kind of disassembling machine, including base construction 1, drive mechanism, cutting knot
Structure, described drive mechanism are the wheel design 2 for being arranged on the top of base construction 1, and described cutting structure is to be arranged on base
The cutting blade structure 3 of seat top, described cutting blade structure 3 is arranged on the side of wheel design 2, in cutting blade knot
The opposite side of structure 3 sets pressurizing unit, and described pressurizing unit includes at least one upper extruding wheel construction 4, in base construction 1
Electric motor assembly is set, and described wheel design 2, cutting blade structure 3, upper extruding wheel construction 4 act in electric motor assembly
Under rotated.
Preferably, described wheel design 2 uses gear structure, and stock guide 6 is set in the lower section of wheel design 2,
Two devices that the setting to be split, which are pushed ahead, to be cut, and two devices are carried out with positioning and avoids two devices from deviateing.
Further, cutting blade structure 3 is located at the top of stock guide 6, and its main function is that two devices are cut, along
While two device fins rotate, slowly to cutting under two device fins, fin is cut off, so that two device aluminium foils are cut off, so as to copper aluminium
Separation can be split.
As some embodiments of the utility model, described cutting structure can also be comprising upper and lower two layers of cutting blade
Structure 3, upper and lower two layers of cutting blade structure 3 are rotated under electric motor assembly effect, and the setting to work as to be separated two
When device is bilayer, bilevel cutting blade structure 3 cuts off bilevel two devices fin, the cutter of individual layer
Although chip architecture 3 can also meet the cut-out of double-deck two devices, effect is not fine, influences efficiency, in the cutting device of individual layer two
When, single layer cut blade structure 3 can meet demand, if being both configured to double-deck cutting blade structure 3, cost is higher, will cut
Blade structure 3 is arranged to dismountable double-layer structure up and down, meets cutting demand as far as possible, be arranged as required to individual layer or
Double-deck cutting blade structure 3, improves applicability of the present utility model, on the other hand decreases cost, bring larger warp
Ji benefit.
Preferably, described pressurizing unit also includes extruding wheel construction 5 under one, and described upper extruding wheel construction 4 is with
Extruding wheel construction 5 is vertically arranged, and the extruded parts arranged in dislocation of described upper extruding wheel construction 4 and lower extruding wheel construction 5, this sets
Put so that two devices are carried out preferably extruding separation by pressurizing unit.
As some embodiments of the utility model, one squeeze station is set in the lower section of upper extruding wheel construction 4, is cut
Under the rotation extruding of upper extruding wheel construction 4, copper aluminium is divided completely to squeeze station for two device transmissions after the cutting of blade structure 3
From.
Automatic fractionation principle of the present utility model is as follows：Wheel design 2 is driven by electric motor assembly, will be in stock guide
Two devices shelved on 6 carry out propulsion transmission, and lines is corresponding on the lines and two devices of the gear structure that wheel design 2 is set
Set, so as on the one hand promote two device onwards transmissions, on the other hand two devices are positioned, avoid deviateing, two device quilts
When driving to cutting blade structure 3, the cutter set in cutter structure 3 is cut to two devices, is rotated along two device fins
While, slowly to cutting under two device fins, fin is cut off, so that two device aluminium foils are cut off, two devices after being cut off are in electricity
It is driven further along under motivation component is multi-purpose, the pressing mechanism set positioned at the front of cutting blade is in motor power device
In the presence of, realize that copper pipe, aluminum pipe, aluminium foil split separation automatically.
Preferably, described base construction 1 includes the first transverse support bar of pedestal 103, the transverse support bar of pedestal second
104th, the transverse support bar 105 of pedestal the 3rd, the frame structure in the transverse support bar 106 of pedestal the 4th besieged city, in the upper of frame structure
Side sets pedestal first longitudinal direction support bar 107, pedestal second longitudinal direction support bar 108, the vertical supporting bar 109 of pedestal the 3rd, pedestal
4th vertical supporting bar 110；Pedestal is set between pedestal first longitudinal direction support bar 107 and pedestal second longitudinal direction support bar 108
5th transverse support bar 111, pedestal is set between the vertical supporting bar 109 of pedestal the 3rd and the vertical supporting bar 110 of pedestal the 4th
6th transverse support bar 112；Set respectively in the upside at the both ends of the 5th transverse support bar of pedestal 111 the 5th vertical supporting bar 113,
6th vertical supporting bar 114, set respectively in the upside at the both ends of the 6th transverse support bar of pedestal 112 the 7th vertical supporting bar 115,
8th vertical supporting bar 116；5th vertical supporting bar 113, the upper end of the 6th vertical supporting bar 114 set the first location-plate
8, the 7th vertical supporting bar 115, the upper end of the 8th vertical supporting bar 116 set the second location-plate 9；In the first location-plate 8
Receiving space is formed between the transverse support bar 111 of pedestal the 5th, the second location-plate 9 and the transverse support bar 112 of pedestal the 6th, institute
Wheel design 2, cutting blade structure 3, upper extruding wheel construction 4 and the lower extruding wheel construction 5 stated are all disposed within the receiving space
Interior, the setting ensure that the stability connection of supporting construction.
Further, described pedestal first longitudinal direction support bar 107 and the 5th vertical supporting bar 113 form supporting construction
Longitudinal rod structure, similar, pedestal second longitudinal direction support bar 108 and the 6th vertical supporting bar 114, the longitudinal bracing of pedestal the 3rd
It also form between the vertical supporting bar 115 of bar 109 and the 7th, the vertical supporting bar 110 of pedestal the 4th and the 8th vertical supporting bar 116
The longitudinal rod structure of supporting construction, can be wholely set between the longitudinal rod structure of described supporting construction, integrated setting
When, pedestal first longitudinal direction support bar 107 and the 5th vertical supporting bar 113 are a vertical supporting bar, similar, and remaining is longitudinally propped up
Pole structure can also be set similar to the design, now, the described transverse support bar 111 of pedestal the 5th, the 6th transverse support bar
112 are arranged between vertical supporting bar；Can also be separately provided between the longitudinal rod structure of described supporting construction, i.e. pedestal
The vertical supporting bar 113 of first longitudinal direction support bar 107 and the 5th is two vertical supporting bars, similar, remaining vertical supporting bar knot
Structure can also be set similar to the design, and now, the transverse support bar 111 of pedestal the 5th, the 6th transverse support bar 112 are arranged on longitudinal direction
On the one hand the utilization to material is easy in the junction of support bar, the setting, avoid the waste of material, saves cost, on the other hand,
Further increase the stability of supporting construction connection.
Preferably, wheel design activity is set gradually between the first location-plate 8 and the transverse support bar 111 of pedestal the 5th
Frame 202, cutting blade structurally live moving frame 302, extruding wheel structurally live moving frame 402, laterally propped up with pedestal the 6th in the second location-plate 9
Another group of wheel design adjustable shelf 202 of corresponding setting, cutting blade structurally live moving frame 302, extruding rolling hitch between strut 112
Structure adjustable shelf 402, described wheel design 2 are arranged between two groups of wheel design adjustable shelfs 202, described cutting blade
Structure 3 is arranged between two groups of cutting blade structurally live moving frames 302, and described upper extruding wheel construction 4 and lower extruding wheel construction 5 are set
Put between two groups of extruding wheel structurally live moving frames 402, the setting disclose a kind of wheel design 2, cutting blade structure 3, on
Extrude the relation between wheel construction 4 and lower extruding wheel construction 5 and supporting construction, ensure it is of the present utility model in use
Reliability.
Further, the wheel design adjustable shelf 202, cutting blade structurally live moving frame 302, extruding wheel structure movement
It is provided with sliding groove among frame 402, the wheel design 2, cutting blade structure 3, corresponding to upper extruding wheel construction 4 both sides
Sliding shoe 12 is set in sliding groove, is set in the both sides of wheel design 2 and is oriented to wheel shaft 201, the transmission of described directive wheel
Axle 201 is through the interior sliding shoe 12 set of the corresponding sliding groove of wheel design 2 and can be rotated, corresponding, cutting blade
The upper extruding wheel structure driven that the cutting blade structure transmission shaft 301 of the both sides of structure 3 setting, upper extruding wheel construction 4 both sides are set
Axle 401 passes through the sliding shoe 12 set in corresponding sliding groove and can rotated.
Preferably, the wheel design 2, cutting blade structure 3, upper extruding wheel construction 4 both sides set sliding shoe 12
Top sets regulating bolt 10, and the regulating bolt 10 of the side is connected with the first location-plate 8, the regulating bolt 10 of opposite side and
Second location-plate 9 connects, and the location-plate 8 of regulating bolt 10 and first, the second location-plate 9 carry out position adjustments by nut, preferably
, from hex nut, the setting enable wheel design 2, cutting blade structure 3, it is upper extruding wheel construction 4 high and low position
Enough regulations, improve applicability of the present utility model.
Further, the both sides of described lower extruding wheel construction 5 are provided with lower extruding wheel structure transmission shaft 501, lower to squeeze
Contiguous block can be set in the corresponding sliding groove of pressure roller structure 5, the contiguous block and extruding wheel structurally live moving frame 402 can be fixed companies
Connect or be slidably connected, described lower extruding wheel structure transmission shaft 501 is through the contiguous block and can be rotated, should
The matching relationship that further enhancing extruding wheel construction 4 and lower extruding wheel construction 5 is set, improves of the present utility model be applicable
Property.
As some embodiments of the utility model, the wheel design 2, cutting blade structure 3, upper extruding wheel construction
4 and it is lower extruding wheel construction 5 side be respectively provided with a sprocket wheel, the wheel design sprocket wheel 201a set in wheel design 2,
The cutting blade structure sprocket wheel 301a set in cutting blade structure 3, the upper extruding rolling hitch set on upper extruding wheel construction 4
Structure sprocket wheel 401a, the lower extruding wheel structure sprocket wheel 501a that sets on lower extruding wheel construction 5, described sprocket wheel by driving-chain with
The chain gear transmission connection of electric motor assembly, the setting coordinates the effect of regulating bolt 10, by adjusting the lifting of stud height, passes
The tensioning of dynamic chain and sprocket wheel is effectively adjusted, and the separation of upper extruding wheel construction 4 and lower extruding wheel construction 5, sprocket wheel passes through biography
Dynamic Chain conveyer, realize the stability of detachment means.
Preferably, described electric motor assembly includes the first motor 101 and the second motor 102, the first motor 101
The first motor sprocket 101a and the second motor sprocket 102a of the second motor 102 be separately positioned on base construction 1
Both sides, the first motor sprocket 101a and wheel design sprocket wheel 201a, upper extruding wheel structure sprocket wheel 401a, lower extruding wheel
Structure sprocket wheel 501a is arranged on the same side, and is connected by the first driving-chain 13, the second described motor sprocket
102a and cutting blade structure sprocket wheel 301a is arranged on the same side, and is connected by the second driving-chain 14, the setting
The power demand of cutting assembly and compression assemblies is ensure that, further ensures reliability and applicability of the present utility model.
Further, the first described motor 101 and the second motor 102 front and rear can be adjusted in base construction 1
Section, is easy to the tensioning to driving-chain and sprocket wheel effectively to be adjusted, and is further ensured that the utility model using the steady of process
It is qualitative.
Preferably, side and lower extruding wheel construction of the first described driving-chain 13 by upper extruding wheel structure sprocket wheel 401a
Sprocket wheel 501a opposite side is engaged transmission so that upper extruding wheel structure sprocket wheel 401a and lower extruding wheel structure sprocket wheel 501a is pressed
Anti- direction of taking a picture is rotated, and the setting further increases extruding of the pressurizing unit to two devices and split, and is improved extruding and is torn open
The quality and efficiency divided.
Compared with traditional detachment means, motor uses two threephase asynchronouses in the utility model, with cutting
The second connected motor 102 of blade structure 3 is high-speed electric expreess locomotive, with wheel design 2, cutting blade structure 3, upper extruding rolling hitch
Structure 4 is slowspeed machine with lower the first motor 101 for being connected of extruding wheel construction 5, meets cutting power, work between all parts
Make more to stablize, more efficient, the aluminium foil after cutting on copper pipe acts on the more thorough of separation through pressurizing unit, and copper pipe is lossless
Extrusion, larger facility is brought for the re-using of copper aluminium；Simultaneously motor and wheel design 2, cutting blade structure 3, on
Extrude between wheel construction 4 and lower extruding wheel construction 5 by the drive connection of sprocket wheel chain, have more compared to belt or gear drive
Good transmission stability, the utility model is reduced in the maintenance using process and maintenance cost.
As some embodiments of the utility model, feeding plate 7, described feeding plate are set in the opposite side of pressurizing unit
7 include feeding plate carrier 701 and feeding plate guide part 702, described feeding plate carrier 701 and feeding plate guide part 702
Set in angle shape, preferable to be set in 180 ° ~ 270 ° angles, the setting causes two device isolations after cutting, extruding
Chip and device afterwards falls in feeding plate carrier 701 and converged by feeding plate guide part 702 in the side of feeding plate 7
And collection, the setting effectively prevent the at random of chip and device after two device isolations, be easy to arrange, clean.
Further, one feeding plate the first side wall 703 and feeding plate second sidewall are respectively set in the both sides of feeding plate 7
704, chip is scattered everywhere with device after the setting further avoids two device isolations, is made troubles and inconvenience to cleaning.
As some embodiments of the utility model, base housing 15, the pedestal knot are set in the outside of base construction 1
Safety shell 16 is set on the outside of the supporting construction of the top of structure 1, electric motor assembly and driving-chain are all disposed within to the covering model of housing
Within enclosing, avoid the chip after extruding in use splash everywhere caused by potential safety hazard.
Further, wheel design 2, cutting blade structure 3, on extrude wheel construction 4 top set one on
Baffle plate 11, the setting effect and avoid the chip after extruding in use splash everywhere caused by potential safety hazard.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model
Within the spirit and principle of utility model, any modification, equivalent substitution and improvements made etc., the utility model should be included in
Protection domain within.
Claims (9)
1. a kind of disassembling machine, including base construction (1), drive mechanism, cutting structure, it is characterised in that：Described drive mechanism
To be arranged on the wheel design (2) above base construction (1), described wheel design (2) uses gear structure, is being oriented to
The lower section of wheel construction (2) sets stock guide (6), and described cutting structure is to be arranged on the cutting blade structure (3) above pedestal,
Described cutting blade structure (3) is arranged on the side of wheel design (2), is set in the opposite side of cutting blade structure (3)
Pressurizing unit, described pressurizing unit include extruding wheel construction (5) under a upper extruding wheel construction (4) and one, and described is upper
The extruded parts arranged in dislocation of wheel construction (4) and lower extruding wheel construction (5) is extruded, motor unit is set in base construction (1)
Part, described wheel design (2), cutting blade structure (3), upper extruding wheel construction (4) and lower extruding wheel construction (5) are electronic
Rotated under thermomechanical components effect.
A kind of 2. disassembling machine according to claim 1, it is characterised in that：The cutting blade structure (3) is located at stock guide
(6) top, described cutting blade structure (3) is individual layer or bilayer.
A kind of 3. disassembling machine according to claim 1, it is characterised in that：Described base construction (1) includes pedestal first
Transverse support bar (103), the transverse support bar of pedestal second (104), the transverse support bar (105) of pedestal the 3rd, pedestal the 4th are laterally
The frame structure in support bar (106) besieged city, pedestal first longitudinal direction support bar (107), pedestal the are set in the top of frame structure
Two vertical supporting bars (108), the vertical supporting bar (109) of pedestal the 3rd, the vertical supporting bar (110) of pedestal the 4th；In pedestal first
The transverse support bar (111) of pedestal the 5th is set between vertical supporting bar (107) and pedestal second longitudinal direction support bar (108), in base
The transverse support bar of pedestal the 6th is set between the 3rd vertical supporting bar (109) of seat and the vertical supporting bar (110) of pedestal the 4th
(112)；5th vertical supporting bar (113), the 6th longitudinal direction are set respectively in the upside at pedestal the 5th transverse support bar (111) both ends
Support bar (114), the 7th vertical supporting bar (115), are set respectively in the upside at pedestal the 6th transverse support bar (112) both ends
Eight vertical supporting bars (116)；5th vertical supporting bar (113), the upper end of the 6th vertical supporting bar (114) set first to determine
Position plate (8), the 7th vertical supporting bar (115), the upper end of the 8th vertical supporting bar (116) set the second location-plate (9)；
First location-plate (8) and the transverse support bar (111) of pedestal the 5th, the second location-plate (9) and the transverse support bar (112) of pedestal the 6th
Between form receiving space.
A kind of 4. disassembling machine according to claim 3, it is characterised in that：In the first location-plate (8) and pedestal the 5th laterally
Wheel design adjustable shelf (202), cutting blade structurally live moving frame (302), extruding rolling hitch are set gradually between support bar (111)
Structure adjustable shelf (402), between the second location-plate (9) and the transverse support bar (112) of pedestal the 6th it is corresponding set another group lead
To wheel construction adjustable shelf (202), cutting blade structurally live moving frame (302), extruding wheel structurally live moving frame (402), the directive wheel
Structure (2) is arranged between two groups of wheel design adjustable shelfs (202), and the cutting blade structure (3) is arranged on two groups of cuttings
Between blade structure adjustable shelf (302), the upper extruding wheel construction (4) and lower extruding wheel construction (5) are arranged on two groups of extruding wheels
Between structurally live moving frame (402).
A kind of 5. disassembling machine according to claim 4, it is characterised in that：The wheel design adjustable shelf (202), cutting
Sliding groove, the wheel design are provided among blade structure adjustable shelf (302), extruding wheel structurally live moving frame (402)
(2), cutting blade structure (3), upper extrude set sliding shoe (12) in sliding groove corresponding to wheel construction (4) both sides, in directive wheel
The both sides of structure (2), which are set, is oriented to wheel shaft (201), and described guiding wheel shaft (201) is right through wheel design (2)
Answer the sliding shoe (120) set in sliding groove and can be rotated, the cutting blade knot that cutting blade structure (3) both sides are set
The upper extruding wheel structure transmission shaft (401) that structure power transmission shaft (301), upper extruding wheel construction (4) both sides are set passes through corresponding sliding groove
The sliding shoe (12) of interior setting can simultaneously be rotated.
A kind of 6. disassembling machine according to claim 5, it is characterised in that：The wheel design (2), cutting blade structure
(3), upper extruding wheel construction (4) both sides set the top of sliding shoe (12) to set regulating bolt (10), the wheel design (2)
The regulating bolt (10) of side is connected with the first location-plate (8), the regulating bolt (10) and second of wheel design (2) opposite side
Location-plate (9) connects, and regulating bolt (10) carries out position adjustments with the first location-plate (8), the second location-plate (9) by nut.
A kind of 7. disassembling machine according to claim 6, it is characterised in that：The wheel design (2), cutting blade structure
(3), the side of upper extruding wheel construction (4) and lower extruding wheel construction (5) is respectively provided with a sprocket wheel, is set in wheel design (2)
The wheel design sprocket wheel (201a) put, the cutting blade structure sprocket wheel (301a) set in cutting blade structure (3), upper
The upper extruding wheel structure sprocket wheel (401a) set on extruding wheel construction (4), the lower extruding wheel set on lower extruding wheel construction (5)
Sprocket wheel described in structure sprocket wheel (501a) is connected by the chain gear transmission of driving-chain and electric motor assembly.
A kind of 8. disassembling machine according to claim 7, it is characterised in that：Described electric motor assembly includes the first motor
(101) and the second motor (102), the first motor sprocket (101a) of the first motor (101) and the second motor (102)
The second motor sprocket (102a) be separately positioned on the both sides of base construction (1), first motor sprocket (101a) with
Wheel design sprocket wheel (201a), upper extruding wheel structure sprocket wheel (401a), lower extruding wheel structure sprocket wheel (501a) are arranged on same
Side, and be connected by the first driving-chain (13), described the second motor sprocket (102a) and cutting blade structure
Sprocket wheel (301a) is arranged on the same side, and is connected by the second driving-chain (14).
A kind of 9. disassembling machine according to claim 8, it is characterised in that：Described the first motor (101) and the second electricity
Motivation (102) front and rear can be adjusted in base construction (1), extruding wheel structure sprocket wheel in described the first driving-chain (13) process
The side of (401a) and the opposite side of lower extruding wheel structure sprocket wheel (501a) are engaged transmission.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720257996.3U CN206662421U (en) | 2017-03-16 | 2017-03-16 | A kind of disassembling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720257996.3U CN206662421U (en) | 2017-03-16 | 2017-03-16 | A kind of disassembling machine |
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| Publication Number | Publication Date |
|---|---|
| CN206662421U true CN206662421U (en) | 2017-11-24 |
Family
ID=60376662
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201720257996.3U Active CN206662421U (en) | 2017-03-16 | 2017-03-16 | A kind of disassembling machine |
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| CN (1) | CN206662421U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108620680A (en) * | 2017-03-16 | 2018-10-09 | 奥克斯空调股份有限公司 | A kind of disassembling machine |
| CN110076548A (en) * | 2019-06-05 | 2019-08-02 | 合肥清雅装饰工程有限公司 | Architectural engineering steel nail recycling and reusing disassembling machine |
-
2017
- 2017-03-16 CN CN201720257996.3U patent/CN206662421U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108620680A (en) * | 2017-03-16 | 2018-10-09 | 奥克斯空调股份有限公司 | A kind of disassembling machine |
| CN110076548A (en) * | 2019-06-05 | 2019-08-02 | 合肥清雅装饰工程有限公司 | Architectural engineering steel nail recycling and reusing disassembling machine |
| CN110076548B (en) * | 2019-06-05 | 2020-10-30 | 明光市众建市政工程有限公司 | Recycling and reusing splitting machine for constructional engineering steel chain riveting |
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