CN108686973A - A kind of building monitoring plank rapid size detection device - Google Patents
A kind of building monitoring plank rapid size detection device Download PDFInfo
- Publication number
- CN108686973A CN108686973A CN201810505132.8A CN201810505132A CN108686973A CN 108686973 A CN108686973 A CN 108686973A CN 201810505132 A CN201810505132 A CN 201810505132A CN 108686973 A CN108686973 A CN 108686973A
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- China
- Prior art keywords
- gear
- fixed
- disk
- lower section
- edge frame
- Prior art date
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C5/00—Sorting according to a characteristic or feature of the articles or material being sorted, e.g. by control effected by devices which detect or measure such characteristic or feature; Sorting by manually actuated devices, e.g. switches
- B07C5/04—Sorting according to size
- B07C5/06—Sorting according to size measured mechanically
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C5/00—Sorting according to a characteristic or feature of the articles or material being sorted, e.g. by control effected by devices which detect or measure such characteristic or feature; Sorting by manually actuated devices, e.g. switches
- B07C5/04—Sorting according to size
- B07C5/12—Sorting according to size characterised by the application to particular articles, not otherwise provided for
- B07C5/14—Sorting timber or logs, e.g. tree trunks, beams, planks or the like
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C5/00—Sorting according to a characteristic or feature of the articles or material being sorted, e.g. by control effected by devices which detect or measure such characteristic or feature; Sorting by manually actuated devices, e.g. switches
- B07C5/36—Sorting apparatus characterised by the means used for distribution
- B07C5/361—Processing or control devices therefor, e.g. escort memory
- B07C5/362—Separating or distributor mechanisms
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C5/00—Sorting according to a characteristic or feature of the articles or material being sorted, e.g. by control effected by devices which detect or measure such characteristic or feature; Sorting by manually actuated devices, e.g. switches
- B07C5/36—Sorting apparatus characterised by the means used for distribution
- B07C5/38—Collecting or arranging articles in groups
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B5/00—Cleaning by methods involving the use of air flow or gas flow
- B08B5/02—Cleaning by the force of jets, e.g. blowing-out cavities
- B08B5/023—Cleaning travelling work
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B21/00—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Life Sciences & Earth Sciences (AREA)
- Biodiversity & Conservation Biology (AREA)
- Forests & Forestry (AREA)
- Gear Transmission (AREA)
Abstract
The invention discloses a kind of building monitoring plank rapid size detection devices, its structure includes concluding structure, operation panel, detection ruler, adjuster, storing board, eyelid retractor, detector ontology, slide plate, conclude the rear that structure is screwed in detector ontology, it concludes structure and is equipped with structure for conveying, transport structure, push structure, driving structure, drive mechanism, startup structure, cleaning structure, metal edge frame, advantageous effect:By equipped with sorting device, cleaning can be dusted to plank, prevent worker from sucking the effect of dust damage health, plank after the equipment can also detect it carries out a conclusion, the different plank of size is classified, the identical plank of size is transported to identical position, a large amount of handling time of staff can be reduced, improve the working efficiency of plank rapid size detection device and reduces the amount of labour of staff.
Description
Technical field
The present invention is a kind of building monitoring plank rapid size detection device, belongs to detection device field.
Background technology
Architecture engineering detector is a kind of electronic instrument, is mainly used for engineering construction, decoration finishing, bridge construction, equipment
Installation etc. engineerings construction and competition testing, at present the common plank rapid size detection device of technology detect plank when
It waits, due to being stained with a large amount of cement and dust on plank, staff often sucks many dusts, cause when measuring
Inconvenience when staff's work, the equipment are difficult to plank after being detected and carry out a conclusion, need staff
The plank detected is transported to corresponding place one by one, improve the amount of labour of staff and reduces plank ruler
The practicability of very little device for fast detecting.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of building monitorings quickly to be detected with plank size
Device, to solve the common plank rapid size detection device of current technology when detecting plank, due to being stained on plank
A large amount of cement and dust, staff often suck many dusts when measuring, and cause when staff works
Inconvenience, the equipment are difficult to the plank after being detected and carry out a conclusion, the plank one for needing staff that will detect
One is transported to corresponding place, improves the amount of labour of staff and reduces the reality of plank rapid size detection device
With property the problem of.
To achieve the goals above, the present invention is to realize by the following technical solutions:A kind of building monitoring plank
Rapid size detection device, structure include concluding structure, operation panel, detection ruler, adjuster, storing board, eyelid retractor, detection
Device ontology, slide plate, the rear concluded structure and be screwed in detector ontology, the storing board are solid by screw rod
It is scheduled on the left side of detector ontology, the adjuster is screwed in the top of storing board, and the detection ruler is threadedly coupled
In the inside of adjuster, the slide plate is fixed on the right side of detector ontology by rivet, and the operation panel is welded on inspection
Survey the top of device ontology, the eyelid retractor be equipped with it is more than two and be screwed in respectively below detector ontology four
A angle, the conclusion structure are equipped with structure for conveying, transport structure, push structure, driving structure, drive mechanism, startup structure, clear
Structure, metal edge frame are managed, the startup structure is fixed on the upper right side inside metal edge frame, the drive mechanism machine by screw rod
Tool is connected to the left side of startup structure, and the cleaning structure is fixed on the lower section of startup structure, the driving structure by screw rod
It is sequentially connected in the lower left of drive mechanism, the push structure is fixed on the lower left inside metal edge frame, institute by screw rod
It states transport structure and lower right inside metal edge frame is fixed on by screw rod, the structure for conveying is fixed on drive knot by just restricting
The lower right of structure, the metal edge frame are welded on the rear of detector ontology.
To optimize above-mentioned technical proposal, the measure further taken is:
According to a kind of embodiment, the structure for conveying by the first conveyance gear, the second conveyance gear, screw gear,
Just rope composition, first conveyance gear are fixed on by just restricting under driving structure for gear connecting rod, No.1 external gear, first
Side, second conveyance gear are installed in the right side of the first conveyance gear and parallel to each other, second conveyance gear and the
One conveyance gear is fixed using just rope, and the screw gear is installed in the lower section of the second conveyance gear and parallel to each other, described
Screw gear and the second conveyance gear are fixed using just rope, and the gear connecting rod is screwed in the table of screw gear
Face, the No.1 external gear are installed in the right side of push structure and orthogonal, and the No.1 external gear is adopted with push structure
It is fixed with rivet, the first rigid becket bridle is around the outer surface for being connected to No.1 external gear and transport structure, the No.1 external gear
It is installed in the left side of cleaning structure and is in same vertical plane.
According to a kind of embodiment, the transport structure by bevel gear, gear frid, conveyer belt, the first transporting disc,
Travelling belt, the second transport gear composition, the second transport gear are fixed on the lower section inside metal edge frame, institute by screw rod
It states the first transporting disc and is installed in the right side of the second transport gear and parallel to each other, first transporting disc and the second transport
Gear is fixed using just rope, and the travelling belt is around the outer surface for being connected to the first transporting disc and the second transport gear, institute
Conveyer belt is stated around the outer surface for being connected to the first transporting disc and bevel gear, the gear frid is screwed in metal
The lower right corner inside frame, the bevel gear are installed in the right side of cleaning structure and are in same vertical plane, second fortune
Defeated gear is installed in the right side of push structure and is in same vertical plane.
According to a kind of embodiment, the push structure is by gearing disk, fixed disc, fixed dimension device, propulsion skin
Band, supplementary disc, folds slide bar, damper composition at winding disk, and the winding disk is fixed on by screw rod in metal edge frame
The lower left corner in portion, the supplementary disc are installed in the lower section of winding disk and parallel to each other, the supplementary disc and winding circle
Disk is fixed using just rope, and the disk that interlocks is installed in the upper right side of winding disk and in same vertical, the gearing circle
Disk is fixed with winding disk using just rope, and the fixed disc is installed in the left side for interlocking disk and by promoting belt solid
Fixed, the fixed dimension device is equipped with more than two and nail is connected to the outer surface for promoting belt respectively, and the folding slide bar is logical
Cross the lower left that screw rod is fixed on inside metal edge frame, the damper is installed in the right side for folding slide bar and parallel to each other,
The damper is adopted with folding slide bar and is screwed.
According to a kind of embodiment, the driving structure is by the first driven rod, two extra gears, the second rigid rope, first
Internal gear, damping spring rod, drives belt, No.1 turbine composition, first driven rod to be fixed by rivet at the second driven rod
Upper left side inside metal edge frame, the two extras gear mechanism are connected to the lower section of drive mechanism, the second rigid becket bridle
Around the outer surface for being connected to two extra gears, first internal gear be installed in the lower right of two extra gears and mutually it is equal
Row, first internal gear and two extra gears are fixed using just rope, and second driven rod is installed in the right side of the first internal gear
Side and orthogonal, for second driven rod with the first internal gear using being threadedly coupled, the damping spring rod passes through screw
It is fixed on the outer surface of the second driven rod, the No.1 worm gear drive is connected to the right side of the second driven rod, the drive belt
Around being connected to the outer surface of No.1 turbine, second driven rod is installed in the lower section of startup structure and parallel to each other.
According to a kind of embodiment, the drive mechanism by secondary annulus, drive link, driving disk, driving belt,
Slow disk, connector, transmission gear composition, the secondary annulus are mechanically connected to the left side of startup structure, the transmission
Bar is screwed in the left side on secondary annulus surface, and the driving disk is installed in the left side of secondary annulus and mutually
Parallel, the driving disk is fixed with secondary annulus using screw rod, and the slow disk is installed in the left side of driving disk
And parallel to each other, the slow disk and driving disk are fixed using just rope, and the driving belt surround and is connected to slow circle
The outer surface of disk and driving disk, the transmission gear are fixed on the lower section of slow disk by just restricting.
According to a kind of embodiment, the startup structure is by rotation axis, motor, motor switch, slide bar, starting bar, top
Rod, worm screw, five jiaos of gear compositions, the motor are fixed on the upper right side inside metal edge frame, the rotation axis by rivet
It is threaded in the left side of motor, the motor switch is embedded in the lower section on the right side of motor, and the worm screw is fixed on by screw rod
The lower section of motor, five jiaos of gear mechanisms are connected to the left side of worm screw, and the starting bar is screwed in metal edge frame
Internal upper right side, the knock-pin are fixed on the end of starting bar by rivet, and the slide bar is fixed on metal edges by screw rod
The upper right corner inside frame.
According to a kind of embodiment, the cleaning structure is by No. two turbines, mechanical main shaft, No. three turbines, worm gear drives
Bar, hair-dryer composition, the mechanical main shaft are installed in the lower section of startup structure and orthogonal, the mechanical main shaft and startup
Structure is installed in the center on mechanical main shaft surface, No. two turbines and mechanical main shaft using mechanical connection, No. two turbines
Using threaded connection, No. three turbines are installed in the lower section of No. two turbines and orthogonal, No. two turbines and No. two
Turbine is fixed using screw rod, and the worm gear drive bar is installed in the lower section of No. three turbines and orthogonal, the worm gear drive
Bar is fixed with No. three turbines using screw rod, and the hair-dryer is installed in the lower section of worm gear drive bar and orthogonal, described to blow
Wind turbine is fixed with worm gear drive bar using rivet.
Advantageous effect
A kind of building monitoring plank rapid size detection device of the present invention, by equipped with sorting device, can be to wood
Plate is dusted cleaning, the plank after preventing the effect of worker's sucking dust damage health, the equipment from can also detect it
A conclusion is carried out, the different plank of size is classified, the identical plank of size is transported to identical position, it can
The a large amount of handling time of staff is reduced, the working efficiency of plank rapid size detection device is improved and reduces work people
The amount of labour of member.
A kind of building monitoring plank rapid size detection device of the present invention, plank rapid size detection device use original
Reason is as described below:Timber to be detected is placed into the top of operation panel by staff, is then carried out by detection ruler
Detection, the timber after detection can enter the inside for concluding structure, and staff is by pushing starting bar so that the end of starting bar
End is up mobile to drive knock-pin up to push up, knock-pin top to slide bar so that up movement touches motor switch, motor to slide bar
Motor brings into operation after switch is pressed drives the secondary annulus rotation in left side, secondary annulus to pass through biography by rotation axis
Lever drives driving disk rotation, driving disk that the slow disc rotary in left side, slow disk is driven to pass through by driving belt
Rigid rope band nutating gear rotation, transmission gear can drive two extra gears of lower section when rotation, two extra gears are logical
Cross the fixed disc rotation of the dynamic lower section of the second rigid rope band so that fixed disc with interlock disk start rotation by its Wood Transportation into
Coming, smaller timber can fall to the centre of two fixed dimension devices, and larger timber can fall to the top of fixed dimension device,
Its smaller timber is turned right into transport so that fall to folding slide bar with the rotation for interlocking disk by fixed disc, is being fallen
To the top of travelling belt, first internal gear on the dynamic right side of rigid rope band, the first internal tooth can be passed through while two extra gears rotate
Wheel drives the rotation of the second driven rod, the second driven rod to drive the No.1 turbine rotation on right side, and No.1 turbine is by driving belt band
Dynamic first conveyance gear starts to rotate, and larger timber can be transported by internal brace to the first conveyance gear and the second conveying
It on belt above gear, is conveyed away by the rotation of the first conveyance gear and the second conveyance gear, the second conveying tooth
The rotation of wheel can drive No.1 external tooth to rotate by the screw gear of the dynamic lower section of rigid rope band, screw gear by gear connecting rod
Dynamic, No.1 external gear is rotated by the second transport gear of the dynamic lower section of the first rigid rope band, and the second transport gear and the first transport are justified
The rotation of disk can to transport away its smaller timber from travelling belt, and the first transporting disc can pass through fortune when rotation
Defeated band drives the bevel gear of top so that bevel gear up pulls the gear frid on right side so that timber can be transported out
It goes to corresponding place, completes the step of transport is concluded, motor operation when can drive the worm screw rotation of lower section, snail simultaneously
Bar drives five jiaos of gears in left side, five jiaos of gears to drive the mechanical main shaft rotation of lower section, the rotation of mechanical main shaft that can drive No. two
Turbine rotates, and No. two turbines drive No. three turbines, No. three turbines that the rotation of worm gear drive bar, worm gear drive bar is driven to drive lower section
Hair-dryer rotate so that hair-dryer start to work, by above timber dust and paper scrap clean out, complete cleaning the step of,
By equipped with conclusion structure can reduce the amount of labour of staff, saved the plenty of time of detection timber.
Description of the drawings
In order to illustrate the technical solution of the embodiments of the present invention more clearly, the attached drawing in being described below to embodiment is made in detail
It carefully introduces, allows other features, purposes and advantages of the invention will become more apparent with this:
Fig. 1 is a kind of structural schematic diagram of building monitoring plank rapid size detection device of the present invention.
Fig. 2 is a kind of structural schematic diagram for concluding structure of the present invention.
Fig. 3 is a kind of detailed structural schematic diagram of conclusion structure of the invention.
Fig. 4 is a kind of structural schematic diagram for concluding arrangement works state of the present invention.
Reference sign:Conclude structure -1, operation panel -2, detection ruler -3, adjuster -4, storing board -5, eyelid retractor -
6, detector ontology -7, slide plate -8, structure for conveying -11, transport structure -12, push structure -13, driving structure -14, transmission
Structure -15, startup structure -16, cleaning structure -17, metal edge frame -18, the first conveyance gear -111, the second conveyance gear -
112, the rigid rope -116 of screw gear -113, gear connecting rod -114, No.1 external gear -115, first, bevel gear -121, gear grooved
Plate -122, conveyer belt -123, the first transporting disc -124, travelling belt -125, the second transport gear -126, interlock disk -
131, fixed disc -132, fixed dimension device -133, propulsion belt -134, winding disk -135, supplementary disc -136, folding are slided
Bar -137, damper -138, the first driven rod -141, two extra gears -142, second just the -143, first internal gears -144 of rope,
Second driven rod -145, damping spring rod -146 drive belt -147, No.1 turbine -148, secondary annulus -151, transmission
Bar -152, driving disk -153, driving belt -154, slow disk -155, connector -156, transmission gear -157, rotation axis -
161, motor -162, motor switch -163, slide bar -164, starting bar -165, knock-pin -166, worm screw -167, five jiaos of gears -
168, No. two turbines -171, mechanical main shaft -172, No. three turbines -173, worm gear drive bar -174, hair-dryer -175.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 4 is please referred to Fig.1, the present invention provides a kind of building monitoring plank rapid size detection device:Its structure includes
Structure 1, operation panel 2, detection ruler 3, adjuster 4, storing board 5, eyelid retractor 6, detector ontology 7, slide plate 8 are concluded, it is described
The rear that structure 1 is screwed in detector ontology 7 is concluded, the storing board 5 is fixed on detector ontology 7 by screw rod
Left side, the adjuster 4 is screwed in the top of storing board 5, and the detection ruler 3 is threaded in adjuster 4
Inside, the slide plate 8 are fixed on the right side of detector ontology 7 by rivet, and the operation panel 2 is welded on detector ontology
7 top, the eyelid retractor 6 are equipped with four angles that are more than two and being screwed in 7 lower section of detector ontology respectively,
The conclusion structure 1 is equipped with structure for conveying 11, transport structure 12, push structure 13, driving structure 14, drive mechanism 15, starts
Structure 16, cleaning structure 17, metal edge frame 18, the startup structure 16 are fixed on the upper right inside metal edge frame 18 by screw rod
Side, the drive mechanism 15 are mechanically connected to the left side of startup structure 16, and the cleaning structure 17 is fixed on startup by screw rod
The lower section of structure 16, the driving structure 14 are sequentially connected in the lower left of drive mechanism 15, and the push structure 13 passes through spiral shell
Bar is fixed on the lower left inside metal edge frame 18, and the transport structure 12 is fixed on the right side inside metal edge frame 18 by screw rod
Lower section, the structure for conveying 11 are fixed on the lower right of driving structure 14 by just restricting, and the metal edge frame 18 is welded on detection
The rear of device ontology 7, the structure for conveying 11 is by the first conveyance gear 111, the second conveyance gear 112, screw gear 113, tooth
Taking turns connecting rod 114, No.1 external gear 115, first, just 116 composition of rope, first conveyance gear 111 are fixed on band by just restricting
The lower section of dynamic structure 14, second conveyance gear 112 are installed in the right side of the first conveyance gear 111 and parallel to each other, institute
It states the second conveyance gear 112 and the first conveyance gear 111 to fix using just rope, the screw gear 113 is installed in the second conveying
The lower section of gear 112 and parallel to each other, the screw gear 113 and the second conveyance gear 112 use just rope fixation, the tooth
Wheel connecting rod 114 is screwed in the surface of screw gear 113, and the No.1 external gear 115 is installed in push structure 13
Right side and orthogonal, the No.1 external gear 115 fixed with push structure 13 using rivet, the described first just rope 116
Around the outer surface for being connected to No.1 external gear 115 and transport structure 12, the No.1 external gear 115 is installed in cleaning structure 17
Left side and be in same vertical plane, the transport structure 12 is by bevel gear 121, gear frid 122, conveyer belt 123, first
Transporting disc 124, travelling belt 125, second transport gear 126 and form, and the second transport gear 126 is fixed on by screw rod
Lower section inside metal edge frame 18, first transporting disc 124 be installed in the right side of the second transport gear 126 and mutually it is equal
Row, the transport gear 126 of the first transporting disc 124 and second are fixed using just rope, and the travelling belt 125 surround and is connected to
First transporting disc 124 and second transports the outer surface of gear 126, and the conveyer belt 123 surround and is connected to the first transporting disc
124 are screwed in the lower right corner inside metal edge frame 18, institute with the outer surface of bevel gear 121, the gear frid 122
It states bevel gear 121 to be installed in the right side of cleaning structure 17 and be in same vertical plane, the second transport gear 126 is installed in
The right side of push structure 13 and it is in same vertical plane, the push structure 13 is by gearing disk 131, fixed disc 132, solid
It is sized device 133, belt 134 is promoted, winding disk 135, supplementary disc 136, folds slide bar 137, the composition of damper 138, institute
It states winding disk 135 and lower left corner metal edge frame 18 inside is fixed on by screw rod, the supplementary disc 136 is installed in winding and justifies
The lower section of disk 135 and parallel to each other, the supplementary disc 136 are fixed with winding disk 135 using just rope, the gearing disk
131 are installed in the upper right side of winding disk 135 and are in same vertical, and the gearing disk 131 is used with winding disk 135
Just rope is fixed, and the fixed disc 132 is installed in the left side for interlocking disk 131 and by promoting belt 134 to fix, described solid
It is sized device 133 to be equipped with more than two and follow closely the outer surface for being connected to and promoting belt 134 respectively, the folding slide bar 137 is logical
Cross the lower left that screw rod is fixed on inside metal edge frame 18, the damper 138 is installed in the right side for folding slide bar 137 and mutually
Parallel, the damper 138 is adopted and is screwed with slide bar 137 is folded, the driving structure 14 by the first driven rod 141,
Two the 143, first internal gears 144 of the 142, second rigid rope of extra gears, damping spring rod 146, drive belt at the second driven rod 145
147, No.1 turbine 148 forms, and first driven rod 141 is fixed on the upper left side inside metal edge frame 18, institute by rivet
The lower section that two extra gears 142 are mechanically connected to drive mechanism 15 is stated, the described second rigid rope 143, which is surround, is connected to two extra gears
142 outer surface, first internal gear 144 are installed in the lower right of two extra gears 142 and parallel to each other, and described first
Internal gear 144 and two extra gears 142 are fixed using just rope, and second driven rod 145 is installed in the right side of the first internal gear 144
Side and orthogonal, second driven rod 145 and the first internal gear 144 are using being threadedly coupled, the damping spring rod 146
It is screwed in the outer surface of the second driven rod 145, the No.1 turbine 148 is sequentially connected in the second driven rod 145
Right side, described to drive belt 147 around the outer surface for being connected to No.1 turbine 148, second driven rod 145 is installed in startup
The lower section of structure 16 and parallel to each other, the drive mechanism 15 by secondary annulus 151, drive link 152, driving disk 153,
Driving belt 154, slow disk 155, connector 156, transmission gear 157 form, and the secondary annulus 151 is mechanically connected to
The left side of startup structure 16, the drive link 152 are screwed in the left side on 151 surface of secondary annulus, the transmission
Disk 153 is installed in the left side of secondary annulus 151 and parallel to each other, and the driving disk 153 is adopted with secondary annulus 151
It is fixed with screw rod, the slow disk 155 is installed in the left side of driving disk 153 and parallel to each other, the slow disk 155
It is fixed using just rope with driving disk 153, the driving belt 154, which is surround, is connected to slow disk 155 and driving disk 153
Outer surface, the transmission gear 157 are fixed on the lower section of slow disk 155 by just restricting, and the startup structure 16 is by rotation axis
161,167, five jiaos of motor 162, motor switch 163, slide bar 164, starting bar 165, knock-pin 166, worm screw gears 168 form,
The motor 162 is fixed on the upper right side inside metal edge frame 18 by rivet, and the rotation axis 161 is threaded in motor
162 left side, the motor switch 163 are embedded in the lower section on 162 right side of motor, and the worm screw 167 is fixed on electricity by screw rod
The lower section of machine 162, five jiaos of gears 168 are mechanically connected to the left side of worm screw 167, and the starting bar 165 is screwed
In 18 inside upper right side of metal edge frame, the knock-pin 166 is fixed on the end of starting bar 165, the slide bar 164 by rivet
Be fixed on the upper right corner inside metal edge frame 18 by screw rod, the cleaning structure 17 by No. two turbines 171, mechanical main shaft 172,
No. three turbines 173, worm gear drive bar 174, hair-dryer 175 form, and the mechanical main shaft 172 is installed in the lower section of startup structure 16
And orthogonal, for the mechanical main shaft 172 with startup structure 16 using being mechanically connected, No. two turbines 171 are installed in machine
The center on 172 surface of tool main shaft, No. two turbines 171 are used with mechanical main shaft 172 and are threadedly coupled, No. three turbines 173
It is installed in the lower section of No. two turbines 171 and orthogonal, No. two turbines 171 are fixed with No. two turbines 171 using screw rods,
The worm gear drive bar 174 is installed in the lower section of No. three turbines 173 and orthogonal, the worm gear drive bar 174 and No. three
Turbine 173 is fixed using screw rod, and the hair-dryer 175 is installed in the lower section of worm gear drive bar 174 and orthogonal, described to blow
Wind turbine 175 is fixed with worm gear drive bar 174 using rivet.
The use principle of plank rapid size detection device is as described below:Timber to be detected is placed by staff
Then the top of operation panel 2 is detected by detection ruler 3, the timber after detection, which can enter, concludes the interior of structure 1
Portion, staff is by pushing starting bar 165 so that and the end of starting bar 165 is up mobile to drive knock-pin 166 up to push up,
Slide bar 164 is arrived on the top of knock-pin 166 so that up movement touches motor switch 163 to slide bar 164, and motor switch 163 is pressed it
Motor 162 brings into operation afterwards drives the secondary annulus 151 in left side to rotate by rotation axis 161, and secondary annulus 151 passes through biography
Lever 152 drives driving disk 153 to rotate, and driving disk 153 drives the slow disk 155 in left side to revolve by driving belt 154
Turn, slow disk 155 is rotated by rigid rope band nutating gear 157, and transmission gear 157 can drive the two of lower section when rotation
Extra gear 142, two extra gears 142 are rotated by the fixed disc 132 below the second just 143 drive of rope so that fixed
Disk 132 starts rotation with gearing disk 131 and its Wood Transportation is come in, and smaller timber can fall to two fixed dimension devices
133 centre, larger timber can fall to the top of fixed dimension device 133, pass through fixed disc 132 and gearing disk 131
Rotation by its smaller timber turn right transport so that fall to folding slide bar 137, falling to the upper of travelling belt 125
Side can be driven while two extra gears 142 rotate by first internal gear 144 on the dynamic right side of rigid rope band, the first internal gear 144
Second driven rod 145 rotates, and the second driven rod 145 drives the No.1 turbine 148 on right side to rotate, and No.1 turbine 148 passes through drive
Belt 147 drives the first conveyance gear 111 to start to rotate, and larger timber can be transported by internal brace to the first conveying tooth
On the belt of 112 top of wheel 111 and the second conveyance gear, pass through the rotation of the first conveyance gear 111 and the second conveyance gear 112
It is conveyed away, the rotation of the second conveyance gear 112 can pass through the screw gear 113 of the dynamic lower section of rigid rope band, screw gear 113
No.1 external gear 115 is driven to rotate by gear connecting rod 114, No.1 external gear 115 drives lower section by the first rigid rope 116
Second transport gear 126 rotates, and the rotation of the second transport gear 126 and the first transporting disc 124 can make its smaller wood
Material transports away from travelling belt 125, can drive the cone of top when the first transporting disc 124 rotates by conveyer belt 123
Gear 121 so that bevel gear 121 up pulls the gear frid 122 on right side so that timber, which can be transported out, to be gone to relatively
The step of transport is concluded is completed in the place answered, and motor 162 can drive the worm screw 167 of lower section to rotate simultaneously when operation, worm screw
167 drive five jiaos of gears 168 in left side, five jiaos of gears 168 that the mechanical main shaft 172 of lower section is driven to rotate, and mechanical main shaft 172 turns
Dynamic that No. two turbines 171 can be driven to rotate, No. two turbines 171 drive No. three turbines 173, No. three turbines 173 to drive worm gear drive bar
174 rotations, worm gear drive bar 174 drive the hair-dryer 175 of lower section to rotate so that hair-dryer 175 is started to work, will be above timber
Dust and paper scrap the step of cleaning out, completing cleaning, by equipped with conclusion structure 1 can reduce the labour of staff
Amount has saved the plenty of time of detection timber.
The present invention is combined with each other by above-mentioned component, by equipped with sorting device, plank can be dusted clearly
It washes, prevents worker from sucking the effect of dust damage health, the plank after which can also detect it carries out a conclusion,
The different plank of size is classified, the identical plank of size is transported to identical position, staff can be reduced
A large amount of handling time improves the working efficiency of plank rapid size detection device and reduces the amount of labour of staff,
The common plank rapid size detection device of current technology is solved with this when detecting plank, it is big due to being stained on plank
The cement and dust of amount, staff often suck many dusts when measuring, and cause when staff works not
Just, which is difficult to the plank after being detected and carries out a conclusion, the plank one one for needing staff that will detect
It is a to be transported to corresponding place, it improves the amount of labour of staff and reduces the practicality of plank rapid size detection device
The problem of property.
172 mechanical main shaft of mechanical main shaft of the present invention refers to the axis that workpiece or cutter rotation are driven on lathe, leads to
Spindle unit is often formed by main shaft, bearing and driving member gear or belt wheel etc., is mainly used to support driving parts such as in the machine
Gear, belt wheel, transmit movement and torque, such as machine tool chief axis, and some is used for clamping workpiece, such as mandrel.
Specific embodiment described herein is only to be given an example to the present invention.The technical field of the invention
Technical staff can make various modifications or additions to the described embodiments or substitute by a similar method, but
Without departing from the present invention's or beyond the scope of the appended claims.
Claims (8)
1. a kind of building monitoring plank rapid size detection device, structure includes concluding structure (1), operation panel (2), inspection
Measurement ruler (3), adjuster (4), storing board (5), eyelid retractor (6), detector ontology (7), slide plate (8), it is characterised in that:
The rear concluded structure (1) and be screwed in detector ontology (7), the storing board (5) are solid by screw rod
It is scheduled on the left side of detector ontology (7), the adjuster (4) is screwed in the top of storing board (5), the detection ruler
(3) it is threaded in the inside of adjuster (4), the slide plate (8) is fixed on the right side of detector ontology (7) by rivet,
The operation panel (2) is welded on the top of detector ontology (7), and the eyelid retractor (6) is equipped with more than two and leads to respectively
Cross four angles that screw is fixed below detector ontology (7);
The conclusion structure (1) is equipped with structure for conveying (11), transport structure (12), push structure (13), driving structure (14), passes
Dynamic structure (15), startup structure (16), cleaning structure (17), metal edge frame (18);
The startup structure (16) is fixed on the internal upper right side of metal edge frame (18), drive mechanism (15) machine by screw rod
Tool is connected to the left side of startup structure (16), and the cleaning structure (17) is fixed on the lower section of startup structure (16) by screw rod,
The driving structure (14) is sequentially connected in the lower left of drive mechanism (15), and the push structure (13) is fixed on by screw rod
The internal lower left of metal edge frame (18), the transport structure (12) are fixed on the internal bottom right of metal edge frame (18) by screw rod
Side, the structure for conveying (11) are fixed on the lower right of driving structure (14) by just restricting, and the metal edge frame (18) is welded on
The rear of detector ontology (7).
2. a kind of building monitoring plank rapid size detection device according to claim 1, it is characterised in that:It is described defeated
Send structure (11) by the first conveyance gear (111), the second conveyance gear (112), screw gear (113), gear connecting rod
(114), just rope (116) composition, first conveyance gear (111) are fixed on band by just restricting for No.1 external gear (115), first
The lower section of dynamic structure (14), second conveyance gear (112) are installed in the right side of the first conveyance gear (111) and mutually equal
Row, second conveyance gear (112) are fixed with the first conveyance gear (111) using just rope, and the screw gear (113) is installed
In the lower section of the second conveyance gear (112) and parallel to each other, the screw gear (113) is adopted with the second conveyance gear (112)
It is fixed with rigid rope, the gear connecting rod (114) is screwed in the surface of screw gear (113), the No.1 external tooth
Wheel (115) is installed in the right side of push structure (13) and orthogonal, the No.1 external gear (115) and push structure (13)
It is fixed using rivet, described first has just restricted (116) around the appearance for being connected to No.1 external gear (115) and transport structure (12)
Face, the No.1 external gear (115) are installed in the left side of cleaning structure (17) and are in same vertical plane.
3. a kind of building monitoring plank rapid size detection device according to claim 2, it is characterised in that:The fortune
Defeated structure (12) is by bevel gear (121), gear frid (122), conveyer belt (123), the first transporting disc (124), travelling belt
(125), the second transport gear (126) forms, and the second transport gear (126) is fixed on by screw rod in metal edge frame (18)
The lower section in portion, first transporting disc (124) is installed in the right side of the second transport gear (126) and parallel to each other, described
First transporting disc (124) is transported gear (126) with second and is fixed using just rope, and the travelling belt (125) surround and is connected to
The outer surface of first transporting disc (124) and the second transport gear (126), the conveyer belt (123) surround and are connected to the first fortune
The outer surface of defeated disk (124) and bevel gear (121), the gear frid (122) are screwed in metal edge frame (18)
The internal lower right corner, the bevel gear (121) are installed in the right side of cleaning structure (17) and are in same vertical plane, and described the
Two transport gears (126) are installed in the right side of push structure (13) and are in same vertical plane.
4. a kind of building monitoring plank rapid size detection device according to claim 2 or 3, it is characterised in that:Institute
State push structure (13) by gearing disk (131), fixed disc (132), fixed dimension device (133), promote belt (134), twine
Around disk (135), supplementary disc (136), slide bar (137), damper (138) composition are folded, the winding disk (135) passes through
Screw rod is fixed on the internal lower left corner of metal edge frame (18), and the supplementary disc (136) is installed in the lower section of winding disk (135)
And parallel to each other, the supplementary disc (136) is fixed with winding disk (135) using just rope, gearing disk (131) peace
It is located at the upper right side of winding disk (135) and is in same vertical, the gearing disk (131) is adopted with winding disk (135)
It is fixed with rigid rope, the fixed disc (132) is installed in the left side for interlocking disk (131) and by promoting belt (134) solid
Fixed, the fixed dimension device (133) is equipped with more than two and nail is connected to the outer surface for promoting belt (134) respectively, described
It folds slide bar (137) and the internal lower left of metal edge frame (18) is fixed on by screw rod, the damper (138) is installed in folding
The right side of slide bar (137) and parallel to each other, the damper (138) are screwed with folding slide bar (137) and adopt.
5. a kind of building monitoring plank rapid size detection device according to claim 2, it is characterised in that:The band
Dynamic structure (14) is by the first driven rod (141), two extra gears (142), second just rope (143), the first internal gear (144), the
Two driven rods (145), damping spring rod (146) drive belt (147), No.1 turbine (148) composition, first driven rod
(141) the internal upper left side of metal edge frame (18) is fixed on by rivet, the two extras gear (142) is mechanically connected to transmission
The lower section of structure (15), described second has just restricted (143) in the outer surface for being connected to two extra gears (142), described first
Gear (144) is installed in the lower right of two extra gears (142) and parallel to each other, first internal gear (144) with No. two
External gear (142) using just rope fix, second driven rod (145) be installed in the right side of the first internal gear (144) and mutually
Perpendicular, for second driven rod (145) with the first internal gear (144) using being threadedly coupled, the damping spring rod (146) is logical
The outer surface that screw is fixed on the second driven rod (145) is crossed, the No.1 turbine (148) is sequentially connected in the second driven rod
(145) right side, it is described to drive belt (147) around the outer surface for being connected to No.1 turbine (148), second driven rod
(145) it is installed in the lower section of startup structure (16) and parallel to each other.
6. a kind of building monitoring plank rapid size detection device according to claim 5, it is characterised in that:The biography
Dynamic structure (15) is by secondary annulus (151), drive link (152), driving disk (153), driving belt (154), slow disk
(155), connector (156), transmission gear (157) composition, the secondary annulus (151) are mechanically connected to startup structure (16)
Left side, the drive link (152) is screwed in the left side on secondary annulus (151) surface, the driving disk
(153) left side of secondary annulus (151) and parallel to each other, the driving disk (153) and secondary annulus are installed in
(151) it is fixed using screw rod, the slow disk (155) is installed in the left side of driving disk (153) and parallel to each other, described
Slow disk (155) and driving disk (153) are fixed using just rope, and the driving belt (154) surround and is connected to slow disk
(155) it is fixed under slow disk (155) with the outer surface of driving disk (153), the transmission gear (157) by just restricting
Side.
7. a kind of building monitoring plank rapid size detection device according to claim 5 or 6, it is characterised in that:Institute
Startup structure (16) is stated by rotation axis (161), motor (162), motor switch (163), slide bar (164), starting bar (165), top
Rod (166), worm screw (167), five jiaos of gear (168) compositions, the motor (162) are fixed on metal edge frame (18) by rivet
Internal upper right side, the rotation axis (161) are threaded in the left side of motor (162), and the motor switch (163) is embedded in
Lower section on the right side of motor (162), the worm screw (167) are fixed on the lower section of motor (162), five jiaos of gears by screw rod
(168) it is mechanically connected to the left side of worm screw (167), it is internal that the starting bar (165) is screwed in metal edge frame (18)
Upper right side, the knock-pin (166) are fixed on the end of starting bar (165) by rivet, and the slide bar (164) is solid by screw rod
It is scheduled on the internal upper right corner of metal edge frame (18).
8. a kind of building monitoring plank rapid size detection device according to claim 2 or 3, it is characterised in that:Institute
State cleaning structure (17) by No. two turbines (171), mechanical main shaft (172), No. three turbines (173), worm gear drive bar (174), blow
Wind turbine (175) forms, and the mechanical main shaft (172) is installed in the lower section of startup structure (16) and orthogonal, the machinery
For main shaft (172) with startup structure (16) using being mechanically connected, No. two turbines (171) are installed in mechanical main shaft (172) surface
Center, using being threadedly coupled, No. three turbines (173) are installed in two for No. two turbines (171) and mechanical main shaft (172)
The lower section of number turbine (171) and orthogonal, No. two turbines (171) are fixed with No. two turbines (171) using screw rod, institute
State worm gear drive bar (174) and be installed in the lower section of No. three turbines (173) and orthogonal, the worm gear drive bar (174) with
No. three turbines (173) are fixed using screw rod, the hair-dryer (175) be installed in the lower section of worm gear drive bar (174) and mutually
Vertically, the hair-dryer (175) is fixed with worm gear drive bar (174) using rivet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810505132.8A CN108686973A (en) | 2018-05-24 | 2018-05-24 | A kind of building monitoring plank rapid size detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810505132.8A CN108686973A (en) | 2018-05-24 | 2018-05-24 | A kind of building monitoring plank rapid size detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108686973A true CN108686973A (en) | 2018-10-23 |
Family
ID=63847899
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810505132.8A Withdrawn CN108686973A (en) | 2018-05-24 | 2018-05-24 | A kind of building monitoring plank rapid size detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108686973A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110153042A (en) * | 2019-04-30 | 2019-08-23 | 河南四方达超硬材料股份有限公司 | Automatic sorting device based on resistance value detection |
| CN112916412A (en) * | 2020-12-29 | 2021-06-08 | 无锡鹰贝精密液压有限公司 | Automatic detection device for parts of valve hydraulic mechanism of diesel engine |
| CN114459312A (en) * | 2022-04-14 | 2022-05-10 | 徐州恒林木业有限公司 | Size detection device after wood processing |
-
2018
- 2018-05-24 CN CN201810505132.8A patent/CN108686973A/en not_active Withdrawn
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110153042A (en) * | 2019-04-30 | 2019-08-23 | 河南四方达超硬材料股份有限公司 | Automatic sorting device based on resistance value detection |
| CN110153042B (en) * | 2019-04-30 | 2024-03-29 | 河南四方达超硬材料股份有限公司 | Automatic sorting device based on resistance value detection |
| CN112916412A (en) * | 2020-12-29 | 2021-06-08 | 无锡鹰贝精密液压有限公司 | Automatic detection device for parts of valve hydraulic mechanism of diesel engine |
| CN112916412B (en) * | 2020-12-29 | 2022-07-29 | 无锡鹰贝精密液压有限公司 | Automatic detection device for parts of valve hydraulic mechanism of diesel engine |
| CN114459312A (en) * | 2022-04-14 | 2022-05-10 | 徐州恒林木业有限公司 | Size detection device after wood processing |
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