A kind of production of construction materials multi-functional operation platform
Technical field
The invention belongs to production of construction materials technical field more particularly to a kind of production of construction materials multi-functional operation platforms.
Background technique
Building materials are the general designations of material used in civil engineering and architectural engineering, can be divided into structural material, ornament materials and
Certain proprietary materials, there are many kinds of present production of construction materials, such as present timber is in processing, behaviour that processing factory uses
As platform there are some problems, present timber station is not fixed timber when cutting to timber, but straight
It connects operating personnel manually timber is fixed, in this way in cutting, is easy to produce error, there are also present timber to process
Station does not have dedusting function, causes on station and is sawdust entirely on ground, so that working environment is affected, together
When need that the time is spent to clear up, the biggish timber of volume cannot be cut there are also present timber station comprehensively, be needed
Completion could be cut by carrying out repeatedly cutting, and thus dally over one's work efficiency very much, therefore, just propose a kind of production of construction materials with multi-functional
Station.
Summary of the invention
The present invention provides a kind of production of construction materials multi-functional operation platform, it is intended to solve traditional timber station, Bu Nengjin
It row dedusting and disposable cutting is carried out to the biggish timber of volume completes, the problem of relatively wasting time.
The invention is realized in this way a kind of production of construction materials multi-functional operation platform, including workbench, solid hopkinson bar, first
Shaft, first through hole, pedestal, polishing roller and the second through-hole, the workbench upper side are provided with fixed plate, and inside fixed plate
Sliding slot is offered, while sliding slot is internally provided with pulley, the pulley is internally provided with mobile bar, and mobile bar is arranged in fixation
Plate lateral surface, while mobile bar sequentially passes through fixed plate, sliding slot and pulley, the mobile bar inner end is provided with hollow stem, and empty
Core bar inner lower face offers fixation hole, while first latching tooth is provided on hollow stem inner wall, and the hollow stem upper side is set
It is equipped with baffle, and baffle upper side is provided with internal screw thread hollow stem, while to be internally provided with external screw thread solid for internal screw thread hollow stem
Bar, the external screw thread solid hopkinson bar sequentially passes through internal screw thread hollow stem and baffle, and external screw thread solid hopkinson bar upper end is provided with handle, together
When the solid rod outer surface of external screw thread be provided with gear, gear setting side under the baffle, and gear is connected with first latching tooth,
External screw thread solid hopkinson bar lower end is provided with limit plate, and limit plate upper side is provided with bearing, while bearing and external screw thread are real
Core bar lower end is connected, and the limit plate is arranged inside hollow stem, and the solid hopkinson bar is arranged inside hollow stem, and solid hopkinson bar
Outer end is provided with supporting block, while supporting block outer surface is provided with rubber layer, and the steel plate is arranged in workbench upper left side, and
Steel plate runs through workbench upper side, while steel plate outer surface is provided with the second latch, and the steel plate outer surface is provided with chain saw, and
Card slot is offered on the inside of chain saw, while card slot is connected with the second latch, the first rotating shaft is arranged inside steel plate, and first
Shaft right end is provided with first motor axis, while first motor axis right end is provided with first motor, and the first motor setting exists
Inside workbench, first through hole setting is in steel plate front and rear sides, and first through hole setting surface on the table, while the
One through-hole downside is provided with the first suction inlet, and first suction inlet downside is provided with the first vacuum cleaner, and the first dust suction
Machine right side is provided with the first dust mouth, while the first dust mouth right side is provided with the first dust outlet tube, and the pedestal setting exists
Workbench downside, and chassis interior is provided with disposal box, while disposal box upper side is corresponding with the first dust outlet tube downside,
The pedestal leading flank is provided with door, and door exterior surface is provided with observation window, and the polishing roller is arranged in workbench upper right side, and
Polishing roller is internally provided with the second shaft, while the second shaft left end is provided with the second motor shaft, second motor shaft left end
It is provided with the second motor, second motor is arranged inside workbench, and the second motor is arranged on the left of first motor, described
The setting of second through-hole is in polishing roller front and rear sides, and surface, while the second through-hole downside on the table is arranged in the second through-hole
It is provided with the second suction inlet, second suction inlet downside is provided with the second vacuum cleaner, and the second vacuum cleaner is arranged first
On the right side of vacuum cleaner, while the second vacuum cleaner left side is provided with the second dust mouth, and second dust mouth left side is provided with the
Two dust outlet tubes, the heat extraction hole are arranged in workbench trailing flank.
Further, the mobile bar is to be slidably connected by the connection type between pulley and sliding slot and fixed plate.
Further, the fixation hole is arranged four groups, and four groups of fixation holes are symmetrical about the central axes of workbench.
Further, the length and width of the limit plate is equal with the length and width of fixation hole, and limit plate
Height is less than the height of fixation hole.
Further, the rubber layer setting is having four groups, and four groups of rubber layers are symmetrically divided about the central axes of workbench
Cloth.
Further, it is constituted between second latch of steel plate outer surface and card slot inside chain saw and engages connection.
Further, the first motor passes through the connection side between first motor axis and first rotating shaft and steel plate and chain saw
Formula is rotation connection.
Further, there are two the first vacuum cleaner settings, and central axes pair of two the first vacuum cleaners about steel plate
Claim the front and rear sides for being distributed in steel plate.
Further, second motor is by the connection type between the second motor shaft and the second shaft and polishing roller
Rotation connection.
Further, there are two the second suction inlet settings, and the length of the second suction inlet is greater than the length of polishing roller.
Compared with prior art, the beneficial effects of the present invention are: production of construction materials multi-functional operation platform,
(1) it is provided with supporting block, since present timber station is when cutting timber, timber can not be carried out mechanical
Fixed, needing operating personnel, fixation is cut manually, can not only make the cutting of timber cause error in this way, and make in this way
The personal safety for obtaining operating personnel is on the hazard, therefore supporting block is arranged, when needing to cut timber, according to the big of timber
The position of small mobile supporting block, then by the connection between limit plate and fixation hole so that timber is fixed, at this time operation people
Member only need to move mobile bar, can cut to timber, so that the error probability that generates is small when timber is cut, and allows work
The personal safety of industry personnel is not affected;
(2) it is provided with the first vacuum cleaner and the second vacuum cleaner, since present timber station does not have dedusting function, causes to operate
When being cut and being polished to timber, the sawdust of generation is all scattering on station upper surface and ground platform, when sawdust product
When collecting together excessive, the processing of timber will affect, and also need to take time to clear up, therefore the first vacuum cleaner and the second vacuum cleaner are set,
When timber is cut, the sawdust that the first vacuum cleaner generates when sawdust being cut by the first suction inlet is cleaned to dust in time
In case, while in timber polishing, the sawdust that the second vacuum cleaner generates when timber being polished by the second suction inlet is cleared up in time
Into disposal box, so that sawdust will not be remained on station and ground, the processing of timber is allowed not to be affected;
(3) it is provided with chain saw, due to the electric saw blade that present timber process operation platform is used when cutting to timber, due to knife
The cut lengths of piece are limited, when so that cutting to some volumes compared with summer wood, need to cut repeatedly cutting repeatedly and complete, make in this way
It obtains working efficiency to be affected, therefore chain saw is set, when being cut to timber, since chain saw can be to the biggish wood of some volumes
Material once cuts completion, so that working efficiency is improved.
Detailed description of the invention
Fig. 1 is positive structure diagram of the present invention;
Fig. 2 is that the present invention faces schematic diagram of internal structure;
Fig. 3 is left view structural representation of the present invention;
Fig. 4 is hollow stem inside top enlarged structure schematic diagram of the present invention;
Fig. 5 is left view structural representation inside hollow stem of the present invention;
Fig. 6 is A node enlarged structure schematic diagram in Fig. 5 of the present invention;
Fig. 7 is B node enlarged structure schematic diagram in Fig. 3 of the present invention;
Fig. 8 is C node enlarged structure schematic diagram in Fig. 2 of the present invention;
Fig. 9 is D node enlarged structure schematic diagram in Fig. 2 of the present invention.
In figure: 1, workbench, 2, fixed plate, 3, sliding slot, 4, pulley, 5, mobile bar, 6, hollow stem, 7, fixation hole, 8,
One latch, 9, baffle, 10, internal screw thread hollow stem, 11, external screw thread solid hopkinson bar, 12, handle, 13, gear, 14, limit plate, 15, axis
It holds, 16, solid hopkinson bar, 17, supporting block, 18, rubber layer, 19, steel plate, the 20, second latch, 21, chain saw, 22, card slot, 23, first
Shaft, 24, first motor axis, 25, first motor, 26, first through hole, the 27, first suction inlet, the 28, first vacuum cleaner, 29,
One dust mouth, the 30, first dust outlet tube, 31, pedestal, 32, disposal box, 33, door, 34, observation window, 35, polishing roller, 36, second turns
Axis, the 37, second motor shaft, the 38, second motor, the 39, second through-hole, the 40, second suction inlet, the 41, second vacuum cleaner, 42, second
Dust mouth, the 43, second dust outlet tube, 44, heat extraction hole.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
In the description of the present invention, it is to be understood that, term " length ", " width ", "upper", "lower", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, rather than the dress of indication or suggestion meaning
It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to limit of the invention
System.In addition, in the description of the present invention, the meaning of " plurality " is two or more, unless otherwise specifically defined.
Please refer to Fig. 1-9, the present invention provides a kind of technical solution: a kind of production of construction materials multi-functional operation platform, as Fig. 1,
Shown in Fig. 2 and Fig. 3,1 upper side of workbench is provided with fixed plate 2, and sliding slot 3 is offered inside fixed plate 2, while in sliding slot 3
Portion is provided with pulley 4, and pulley 4 is internally provided with mobile bar 5, and mobile bar 5 passes through the company between pulley 4 and sliding slot 3 and fixed plate 2
Connecing mode is to be slidably connected, and when being cut or being polished to timber, after timber is fixed by supporting block 17, passes through drawing
Dynamic mobile bar 5, so that pulley 4 is rolled inside sliding slot 3, since mutually fixation connects 5 inner end of mobile bar with 6 outer end of hollow stem
It connecing, while pulling mobile bar 5, hollow stem 6 is also moved, so that timber carries out mobile cutting or polishing, and
The setting of mobile bar 5 is in 2 lateral surface of fixed plate, while mobile bar 5 sequentially passes through fixed plate 2, sliding slot 3 and pulley 4, in mobile bar 5
End is provided with hollow stem 6, and 6 inner lower face of hollow stem offers fixation hole 7, and four groups, and four groups of fixation holes are arranged in fixation hole 7
7 about workbench 1 central axes it is symmetrical, in this way in order to when timber is fixed in supporting block 17, pass through rotation handle
12, handle 12 drives external screw thread solid hopkinson bar 11 while interior 10 inner rotation of worm-like hollow rod, so that limit plate 14 is to moving down
It is dynamic, since 14 upper side of limit plate is provided with bearing 15, so limit plate 14 will not be rotated with external screw thread solid hopkinson bar 11,
By the rotation of external screw thread solid hopkinson bar 11 so that limit plate 14 enters inside specified fixation hole 7 that solid hopkinson bar 16 is fixed
Limit, so that timber is fixed, while being provided with first latching tooth 8 on 6 inner wall of hollow stem.
As shown in Figure 5 and Figure 6,6 upper side of hollow stem is provided with baffle 9, and to be provided with internal screw thread hollow for 9 upper side of baffle
Bar 10, while internal screw thread hollow stem 10 is internally provided with external screw thread solid hopkinson bar 11, external screw thread solid hopkinson bar 11 sequentially passes through internal screw thread
Hollow stem 10 and baffle 9, and 11 upper end of external screw thread solid hopkinson bar is provided with handle 12, while 11 outer surface of external screw thread solid hopkinson bar is arranged
There is gear 13, the setting of gear 13 is in 9 downside of baffle, and gear 13 is connected with first latching tooth 8, and 11 lower end of external screw thread solid hopkinson bar is set
It is equipped with limit plate 14, the length and width of limit plate 14 is equal with the length and width of fixation hole 7, and the height of limit plate 14
Less than the height of fixation hole 7, in this way in order to when limit is fixed to solid hopkinson bar 16, by allowing limit plate 14 to enter fixation
Inside hole 7, it is in contact by 11 outer surface of external screw thread solid hopkinson bar with 16 inner end of solid hopkinson bar, position-limiting action is played to solid hopkinson bar 16,
And 14 upper side of limit plate is provided with bearing 15, while bearing 15 is connected with 11 lower end of external screw thread solid hopkinson bar.
As shown in figure 4, limit plate 14 is arranged inside hollow stem 6, solid hopkinson bar 16 is arranged inside hollow stem 6, and solid
16 outer end of bar is provided with supporting block 17, while 17 outer surface of supporting block is provided with rubber layer 18, and the setting of rubber layer 18 is having four groups,
And four groups of rubber layers 18 are symmetrical about the central axes of workbench 1, in this way in order to connect in supporting block 17 with timber outer surface
When touching, by the protective action of rubber layer 18, so that timber outer surface does not have scratch.
As shown in fig. 7, the setting of steel plate 19 is in 1 upper left side of workbench, 19 the second latch of outer surface 20 of steel plate and chain saw 21
Engagement connection is constituted between portion's card slot 22, in this way in order to which steel plate 19 is while rotation, by the second latch 20 and chain saw 21
Portion's card slot 22 is connected, so that chain saw 21 is rotated with the rotation of steel plate 19, cuts to timber, and steel plate 19 passes through
1 upper side of workbench is worn, while 19 outer surface of steel plate is provided with the second latch 20,19 outer surface of steel plate is provided with chain saw 21, and
Card slot 22 is offered on the inside of chain saw 21, while card slot 22 is connected with the second latch 20.
As shown in figure 8, first rotating shaft 23 is arranged inside steel plate 19, and 23 right end of first rotating shaft is provided with first motor axis
24, while 24 right end of first motor axis is provided with first motor 25, first motor 25 is arranged inside workbench 1, first motor
25 connection types passed through between first motor axis 24 and first rotating shaft 23 and steel plate 19 and chain saw 21 are rotation connection, the first electricity
Machine 25 drives steel plate 19 and chain saw 21 to rotate by first motor axis 24 and first rotating shaft 23, passes through turn of steel plate 19 and chain saw 21
Dynamic, chain saw 21 carries out cutting work to timber.
As shown in figures 1 and 3, the setting of first through hole 26 is in 19 front and rear sides of steel plate, and the setting of first through hole 26 is working
1 upper surface of platform, while 26 downside of first through hole is provided with the first suction inlet 27,27 downside of the first suction inlet is provided with first
Vacuum cleaner 28, there are two the settings of the first vacuum cleaner 28, and two the first vacuum cleaners 28 are symmetrical about the central axes of steel plate 19
In the front and rear sides of steel plate 19, in this way in order to pass through the first of 19 front and rear sides of steel plate when chain saw 21 cuts timber
Vacuum cleaner 28 is drawn into inside disposal box 32 sawdust that chain saw 21 is generated when cutting to timber in time, so that on workbench 1
It will not leave sawdust and influence to cut work, and 28 right side of the first vacuum cleaner is provided with the first dust mouth 29, while first goes out
29 right side of dirt mouth is provided with the first dust outlet tube 30.
As shown in Figure 1, Figure 2 and Figure 3, pedestal 31 is arranged in 1 downside of workbench, and pedestal 31 is internally provided with disposal box
32, since timber can generate many sawdusts in cutting and polishing, if processing will affect cutting work not in time, so setting
Disposal box 32 is cutting timber and beating when timber carries out cutting polishing by the first vacuum cleaner 28 and the second vacuum cleaner 41
The sawdust generated when mill is drawn into time in disposal box 32, so that will not leave too many sawdust on workbench 1 and ground, is collected simultaneously
32 upper side of dirt case is corresponding with 30 downside of the first dust outlet tube, and 31 leading flank of pedestal is provided with door 33, and 33 outer surface of door is set
It is equipped with observation window 34.
As shown in figure 9, polishing roller 35 is arranged in 1 upper right side of workbench, and roller 35 of polishing is internally provided with the second shaft 36,
36 left end of the second shaft is provided with the second motor shaft 37 simultaneously, and 37 left end of the second motor shaft is provided with the second motor 38, the second electricity
Machine 38 is arranged inside workbench 1, and the setting of the second motor 38, in 25 left side of first motor, the second motor 38 passes through the second motor
Connection type between axis 37 and the second shaft 36 and polishing roller 35 is rotation connection, and the second motor 38 passes through the second motor shaft 37
Polishing roller 35 is driven to be rotated with the second shaft 36, so that timber after the completion of cutting, passes through the quick rotation for roller 35 of polishing
It is polished comprehensively, so that timber outer surface is all polished smooth.
As shown in Figure 1, the second through-hole 39 is arranged in polishing 35 front and rear sides of roller, and the second through-hole 39 is arranged in workbench 1
Upper surface, while 39 downside of the second through-hole is provided with the second suction inlet 40, there are two the settings of the second suction inlet 40, and second inhales
The length of dirt mouth 40 be greater than polishing roller 35 length, in this way in order to timber be placed into polishing roller 35 on polished when, second
The sawdust that suction inlet 40 generates when quickly timber can be polished is drawn into inside disposal box 32, so that will not on workbench 1
It accumulates sawdust and influences work, 40 downside of the second suction inlet is provided with the second vacuum cleaner 41, and the setting of the second vacuum cleaner 41 exists
First vacuum cleaner, 28 right side, while 41 left side of the second vacuum cleaner is provided with the second dust mouth 42,42 left side of the second dust mouth
It is provided with the second dust outlet tube 43, heat extraction hole 44 is arranged in 1 trailing flank of workbench.
The working principle of the invention and process for using: it when using production of construction materials multi-functional operation platform, needs one
When a timber is cut into multiple cuboid timber, timber is placed into 1 upper surface of workbench, it is to be cut according to timber at this time
Position is corresponding with chain saw 21, starts the solid hopkinson bar 16 that left side 2 bottom of fixed plate is pulled to timber orientation, so that supporting block 17
The rubber layer 18 of outer surface is connected with timber left side, starts to stir internal screw thread hollow stem 10 at this time, so that internal screw thread is hollow
It is close to 16 inner end of solid hopkinson bar that bar 10 drives baffle 9 to carry out, while external screw thread solid hopkinson bar 11 is with the movement of internal screw thread hollow stem 10
Band moving gear 13 and limit plate 14 stop at this time when external screw thread solid hopkinson bar 11, which is moved to, to be in contact with 16 inner end of solid hopkinson bar
It is mobile, handle 12 is started turning, handle 12 drives external screw thread solid hopkinson bar 11 in interior 10 inner rotation of worm-like hollow rod, so that limit
Plate 14 starts to move down with the rotation of external screw thread solid hopkinson bar 11, due under 14 upper side of limit plate and external screw thread solid hopkinson bar 11
End junction is provided with bearing 15, and in this way when external screw thread solid hopkinson bar 11 rotates, limit plate 14 will not be with external screw thread solid hopkinson bar
11 rotation is rotated, when limit plate 14 passes through after being rotated into fixation hole 7 of external screw thread solid hopkinson bar 11, expression supporting block
17 positions are fixed, since 17 outer surface of supporting block is provided with rubber layer 18, so that supporting block 17 is with timber when being in contact,
Timber outer surface will not generate scratch, start drag the solid hopkinson bar 16 on the right side of timber at this time, so that 17 lateral surface of supporting block and wood
It is in contact on the right side of material, then by stirring internal screw thread hollow stem 10, so that internal screw thread hollow stem 10 drives baffle 9 into solid hopkinson bar 16
Hold close, while external screw thread solid hopkinson bar 11 works as external screw thread with mobile band moving gear 13 and the limit plate 14 of internal screw thread hollow stem 10
Solid hopkinson bar 11 is moved to when being in contact with 16 inner end of solid hopkinson bar, stops movement at this time, starts turning handle 12, and handle 12 drives
External screw thread solid hopkinson bar 11 is in interior 10 inner rotation of worm-like hollow rod, so that limit plate 14 is opened with the rotation of external screw thread solid hopkinson bar 11
Beginning moves down, since 14 upper side of limit plate and 11 lower end junction of external screw thread solid hopkinson bar are provided with bearing 15, so outside
When screw thread solid hopkinson bar 11 rotates, limit plate 14 will not be rotated with the rotation of external screw thread solid hopkinson bar 11, when limit plate 14 is logical
Cross external screw thread solid hopkinson bar 11 be rotated into fixation hole 7 after, indicate 17 position of supporting block fixed, when timber has been fixed
Cheng Hou starts to start first motor 25, and first motor 25 drives steel plate 19 to rotate by first motor axis 24 and first rotating shaft 23,
Since the second latch 20 of 19 outer surface of steel plate is connected with the card slot 22 inside chain saw 21 so that steel plate 19 drive chain saw 21 into
Row rotation, while starting two the first vacuum cleaners 28, start the mobile bar 5 for catching 2 left side of fixed plate at this time, to 21 side of chain saw
To being pulled, due to fixed plate 2 be it is transparent, enable operating personnel to see the cutting situation of timber in time, work as movement
When pulled, with the pulling of mobile bar 5, pulley 4 rolled bar 5 inside sliding slot 3 for the pulley 4 of 5 outer surface of mobile bar, together
When be connected with 6 outer end of hollow stem due to 5 inner end of mobile bar so that mobile bar 5 starts that hollow stem 6 is driven to be moved, thus
So that timber is moved, with the movement of timber, the hollow stem 6 on the right side of timber also starts to be moved, with mobile bar 5
Mobile, timber starts to be in contact with chain saw 21, and chain saw 21 starts to cut timber, and cutting while can generate sawdust, this
When 19 front and rear sides of steel plate two the first vacuum cleaners 28 start to absorb the sawdust that cutting generates, the first vacuum cleaner 28 passes through the
One suction inlet 27 is drawn into the first dust mouth 29 to the sawdust of 26 top of first through hole, is sent to dust by the first dust outlet tube 30
Inside case 32, so that 1 upper surface of workbench will not accumulate sawdust, and after the completion of cutting, timber is removed in disassembly, if right
When some biggish timber of volume are vertically cut, is needed at this time two supporting blocks 17 in fixed plate 2 while being pulled out
Timber to be fixed, so that the fixed stability of the biggish timber of volume is more preferable, will not collapse in cutting
The case where, when timber cutting after the completion of, when needing to polish to timber, with timber cutting when fixed form to timber into
Row is fixed, and after fixed, starts the second motor 38 and the second vacuum cleaner 41, starts drag the mobile bar on 35 right side of polishing roller at this time
5, so that timber carries out mobile polishing, the second motor 38 drives polishing roller 35 by the second motor shaft 37 and the second shaft 36 at this time
It is rotated, polishing roller 35 polishes to timber by rotation, while the second vacuum cleaner 41 passes through the second suction inlet 40 for the
The sawdust of two through-holes, 39 top is drawn into the second dust mouth 42, then is drained into inside disposal box 32 by the second dust outlet tube 43, by
At work in first motor 25, the second motor 38, the first vacuum cleaner 28 and the second vacuum cleaner 41, heat can be generated, generation
Heat is discharged by the heat extraction hole 44 of 1 rear side of workbench, so that first motor 25, the second motor 38, the first dust suction
Machine 28 and the second vacuum cleaner 41 will not be damaged at work, since 32 outer surface of disposal box is transparent, so that needing to look into
When seeing 32 inner case of disposal box, it can be checked by the observation window 34 on 33 outer surface of door, close all power supplys, this theory
The content being not described in detail in bright book belongs to the prior art well known to professional and technical personnel in the field.
The above is merely preferred embodiments of the present invention, be not intended to limit the invention, it is all in spirit of the invention and
Made any modifications, equivalent replacements, and improvements etc., should all be included in the protection scope of the present invention within principle.