A kind of nailing dust-extraction unit
Technical field
The utility model is related to light steel light composite board processing unit (plant) fields, and in particular to a kind of nailing dust-extraction unit.
Background technology
Light steel light composite board is in two pieces of substrate layer central fillers using the plate of the same material of two pieces of homogeneities as substrate layer
Filled layer or other materials layer are fixed, the compound plate with light steel, lightening effect to go out by keel steelframe afterwards.Gently
Steel light composite board not only has many advantages, such as the lightweight of substrate layer, water-fast, fire-retardant, toughness is high, intensity is high, shock resistance is strong,
And there is the keeping the temperature, is heat-insulated of intermediate filling layer, sound insulation, it can be widely applied to the ground such as family expenses woodenware, timber, wallboard
Side.
The production process of existing production line be first by plate and keel frame it is compound after using nailing machine nailing on plate,
Plate is fixed on keel frame, the plate surface that nailing finishes is polished and removed using polishing dust-extraction unit afterwards
Dirt.Nailing and polishing dedusting two procedures are separate from work, are limited to light steel light composite board manufacturing process
It is required that must be used before nailing or polishing dedusting can just ensure nailing in centering conveyer pair or polish the quality of dedusting, two
Procedure then at least needs transducer centering that could complete nailing and polishing dedusting work twice.
1st, the design of existing nailing machine and polishing dust removal machine undoubtedly adds the length of production line, further improves production system
It makes and maintenance cost.
2nd, completing nailing and polishing dedusting needs two procedures to need the independent separately running of two machines, in production efficiency
On have apparent improvable point.
3 and nailing machine and polishing dust removal machine are all more large-scale machine, the manufacturing of each machine and maintenance cost
It is all very high.
As can a kind of machine that nailing process and polishing dust-removing process are integrated of utility model is for the prior art
Production efficiency can be undoubtedly improved, reduces the manufacturing and maintenance cost.
Utility model content
Therefore, the utility model is exactly and makes in view of the above problems, the purpose of this utility model is that proposing a kind of
Nailing and dedusting two procedures can be concentrated in a machine and completed, and then overcome the prior art by nailing dust-extraction unit
Production and the problem of maintenance cost is high, inefficiency.
The utility model is specifically described below.
The utility model is related to a kind of nailing dust-extraction unit, including:Supporting rack, support frame as described above is by two frame body groups
Into;
The shifting sledge on two frame body top surfaces of supporting rack is separately positioned on along above-mentioned supporting rack extending direction;
Both ends are separately positioned on the lateral movement plate that can be slided on above-mentioned shifting sledge and along shifting sledge;
Intersect vertically the lifting fixed plate of setting with the lateral movement plate;
Above-mentioned lateral movement plate is arranged on lifting the driving cylinder on the top surface of fixed plate intersection;
It is arranged on the lifting and driving axis one on lateral movement plate bottom surface one side, one other end of lifting and driving axis and gas
Nail gun support plate connects, and the lifting and driving axis one can drive the air nail gun support plate oscilaltion displacement;
The guide rod one of one both sides of lifting and driving axis, the guide rod one are distributed in along the lifting fixed plate extending direction
One end be connected with air nail gun support plate, the other end is arranged on through above-mentioned lifting fixed plate above air nail gun support plate;
The air nail gun group being arranged on above-mentioned air nail gun support plate bottom surface;
Be arranged on the lifting and driving axis two of lateral movement plate bottom surface another side, two other end of lifting and driving axis with
The connection of dedusting fixed plate is polished, the lifting and driving axis two can drive the polishing dedusting fixed plate oscilaltion displacement;
The guide rod two of two both sides of lifting and driving axis, the guide rod two are distributed in along the lifting fixed plate extending direction
One end is connected with polishing dedusting fixed plate, and the other end is arranged on through above-mentioned lifting fixed plate above air nail gun support plate;It is described
Two purpose of guide rod is can to play guiding and supporting role when lifting and driving axis two drives polishing dedusting fixed plate upper and lower displacement;
The burnishing device and dust-extraction unit being arranged below polishing dedusting fixed plate, the burnishing device and dust-extraction unit lead to
Polishing dedusting fixed link is crossed to be fixed in polishing dedusting fixed plate;
The burnishing device side is equipped with driving motor one, and the dust-extraction unit side is equipped with driving motor two.
In one embodiment, the quantity of the air nail gun group is at least one group.
In one embodiment, the air nail gun group is detachable.
In one embodiment, the driving cylinder is lateral movement plate, air nail gun support plate, polishing dedusting fixed plate carry
For power.
In one embodiment, the quantity of the burnishing device is at least one.
In one embodiment, the quantity of the dust-extraction unit is at least one.
In one embodiment, the quantity of the guide rod one is at least one.
In one embodiment, the quantity of the guide rod two is at least one.
The utility model has the beneficial effect that:
1st, the utility model by it is original from be delivered to in nailing again to centering conveying finally to polishing dedusting four
Process is reduced to that the length of production line can be reduced significantly directly to the two procedures of nailing dust-removing process from centering conveying.
2nd, while production line length reduction, also only need two machines that can complete entire nailing dedusting work, it is larger
The manufacturing and maintenance cost have been saved in degree.
3rd, it is reduced to that the nailing of workpiece to be added can be completed in two procedures and polishing is removed by four procedures of original production line
Dirt works and is carried out successively before and after nailing and polishing dedusting, and manufacturing efficiency is significantly improved compared to original production line.
Description of the drawings
Fig. 1 is not provided with longitudinally cutting mechanism overall structure view for the utility model;
Fig. 2 is the utility model transverse cuts mechanism overall structure diagram;
Fig. 3 is the utility model transverse cuts mechanism and longitudinally cutting mechanism overall structure diagram;
Fig. 4 sets multiple transverse cuts mechanisms and longitudinally cutting mechanism overall structure diagram for the utility model.
Specific embodiment
The preferred embodiment of the utility model will be described in detail by reference to attached drawing, so for belonging to utility model
These embodiments easy to implement for people with ordinary skill in the existing technical staff in field.However the utility model also may be used
It is realized in the form of a variety of, therefore the utility model is not limited to embodiments described hereinafter.In addition, in order to more clearly
The utility model is described, will be omitted with the utility model without the component connected from attached drawing.
As shown in Figs 1-4, a kind of nailing dust-extraction unit, including:Supporting rack 1, support frame as described above 1 is by two frame body groups
Into;
The shifting sledge 2 on 1 two frame body top surfaces of supporting rack is separately positioned on along above-mentioned 1 extending direction of supporting rack;
Both ends are separately positioned on the lateral movement plate 3 that can be slided on above-mentioned shifting sledge 2 and along shifting sledge 2;
Intersect vertically the lifting fixed plate 4 of setting with the lateral movement plate 3;
Above-mentioned lateral movement plate 3 is arranged on lifting the driving cylinder 5 on 4 intersection top surface of fixed plate;
The lifting and driving axis 1 on described 3 bottom surface one side of lateral movement plate is arranged on, the lifting and driving axis 1 is another
End is connected with air nail gun support plate 6, and the lifting and driving axis 1 can drive the 6 oscilaltion displacement of air nail gun support plate;
The guide rod 1 of one 42 both sides of lifting and driving axis is distributed in along lifting 4 extending direction of fixed plate, it is described to lead
It is connected to one 41 one end of bar with air nail gun support plate 6, the other end is arranged on air nail gun support plate 6 through above-mentioned lifting fixed plate 4
Top;
The air nail gun group 61 being arranged on above-mentioned 6 bottom surface of air nail gun support plate;
The lifting and driving axis 2 46 of the 3 bottom surface another side of lateral movement plate is arranged on, the lifting and driving axis 2 46 is another
One end is connected with polishing dedusting fixed plate 44, and the lifting and driving axis 2 46 can drive the polishing dedusting fixed plate to be risen about 44
Decrease is moved;
The guide rod 2 43 of 2 46 both sides of lifting and driving axis is distributed in along lifting 4 extending direction of fixed plate, it is described to lead
It is connected to 2 43 one end of bar with polishing dedusting fixed plate 44, the other end is arranged on air nail gun support through above-mentioned lifting fixed plate 4
6 top of plate;2 43 purpose of guide rod is can when lifting and driving axis 2 46 drives polishing dedusting 44 upper and lower displacement of fixed plate
Play guiding and supporting role;
It is arranged on the burnishing device 7 of 44 lower section of polishing dedusting fixed plate and dust-extraction unit 8, the burnishing device 7 and dedusting
Device 8 is fixed on by polishing dedusting fixed link 45 in polishing dedusting fixed plate 44;
7 side of burnishing device is equipped with driving motor 1, and 8 side of dust-extraction unit is equipped with driving motor 2 81.
Preferably, as a kind of embodiment, the quantity of the air nail gun group 61 is at least one group;Air nail gun group 61
Quantity can set quantity according to specific nailing demand.
Preferably, as a kind of embodiment, the air nail gun group 61 is detachable, when which can facilitate nailing
Different plates are replaced with different rifle groups and the maintenance to rifle group.
Preferably, as a kind of embodiment, the driving cylinder 5 is lateral movement plate 3, air nail gun support plate 6, throws
The offer power of light dedusting fixed plate 44.
Preferably, as a kind of embodiment, the quantity of the burnishing device 7 is at least one, such as sets multiple throwings
Electro-optical device can further promote polishing effect.
Preferably, as a kind of embodiment, the quantity of the dust-extraction unit 8 is at least one, such as sets multiple remove
Dirt device 8 can further promote dust removing effects.
Preferably, as a kind of embodiment, the quantity of the guide rod 1 is at least one, the guide rod one
41 purposes are can to play guiding and supporting role when lifting and driving axis 1 drives air nail gun 6 upper and lower displacement of support plate.
Preferably, as a kind of embodiment, the quantity of the guide rod 2 43 is at least one, the guide rod two
43 purposes are can to play guiding and supporting role when lifting and driving axis 2 46 drives polishing dedusting 44 upper and lower displacement of fixed plate.
Utility model works principle is as follows:
After plate enters this process with the Worker's Stadium to be added after keel frame overlapping, driving cylinder 5 first drives lateral movement plate 3
Adjustment finishes behind lateral position again while drives air nail gun group 61 and burnishing device 7,8 priority of dust-extraction unit are from the Worker's Stadium one end to be added
It is moved to other end, air nail gun group 61 passes through one 42 oscilaltion nailing of lifting and driving axis, burnishing device 7 and dust-extraction unit 8
It is contacted by lifting and driving axis 2 46 with body surface face to be processed, treats the original impurity in processome surface and 61 nailing of air nail gun is residual
The scrap for staying in body surface face to be processed is purged.