CN108906646A - A kind of plank rapid size detection device - Google Patents
A kind of plank rapid size detection device Download PDFInfo
- Publication number
- CN108906646A CN108906646A CN201810811772.1A CN201810811772A CN108906646A CN 108906646 A CN108906646 A CN 108906646A CN 201810811772 A CN201810811772 A CN 201810811772A CN 108906646 A CN108906646 A CN 108906646A
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- China
- Prior art keywords
- wheel
- mobile
- moving lifting
- nibbled
- nibble
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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
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- 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
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- 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)
- Branching, Merging, And Special Transfer Between Conveyors (AREA)
Abstract
The invention discloses a kind of plank rapid size detection devices,Its structure includes display station,Detection machine,Enter feed bin,Overhaul storehouse,Carriage,Discharge port,Inside detection conveying device,Display station is mounted on above detection machine,Detection machine is equipped with into feed bin and maintenance storehouse,Position in storehouse is overhauled below carriage,Pan feeding storehouse is located remotely from the side of carriage,Detection machine is equipped with discharge port,Carriage is installed on discharge port,Inside detection conveying device is mounted in detection machine,Detection machine is L-shaped structure,Inside detection conveying device is by detection device,Mobile elevating machine,Feeder,Catching device,Wheel construction is nibbled in sliding,Electric machine structure,Wheel construction is nibbled in movement,Pull feeder,Gate structure,Mobile gear,Moving lifting structure,Wire grip composition,The present invention successively measures plank without worker,Project amount is reduced,It can automatically detect sorting and then conveyed,Facilitate the feeding of worker.
Description
Technical field
The present invention is a kind of plank rapid size detection device, belongs to plank size detection field.
Background technique
Plank is using wood plank made of complete timber, and ununified standard specification is commonly used in house ornamentation
Material, architecture engineering detector is a kind of electronic instrument, be mainly used for engineering construction, decoration finishing, bridge construction, equipment pacify
The construction of the engineerings such as dress and competition testing.
The prior art is in different size due to plank, and building plank permissible accuracy is high, very to the dosage of building plank
Greatly, if worker successively measures plank, project amount is very big, cumbersome, and existing equipment can not detect sorting automatically
Then it is conveyed, it has not been convenient to the feeding of worker.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of plank rapid size detection device, with solution
It is very big to the dosage of building plank certainly due in different size, the building plank permissible accuracy height of plank, if worker is to plank
It successively measures, project amount is very big, cumbersome, and existing equipment can not detect sorting automatically and then be conveyed, no
The problem of facilitating the feeding of worker.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of plank size is quickly examined
Device is surveyed, structure includes display station, detection machine, enters feed bin, maintenance storehouse, carriage, discharge port, internal detection conveying device,
The display station is mounted on above detection machine, and the detection machine is equipped with into feed bin and maintenance storehouse, and the maintenance position in storehouse is in carriage
Lower section, the pan feeding storehouse are located remotely from the side of carriage, and the detection machine is equipped with discharge port, and the carriage is installed in discharging
On mouth, the internal detection conveying device is mounted in detection machine, and the detection machine is L-shaped structure, the internal detection conveying
Device by detection device, mobile elevating machine, feeder, catching device, sliding nibble wheel construction, electric machine structure, it is mobile nibble wheel construction,
Pull feeder, gate structure, mobile gear, moving lifting structure, wire grip composition, the sliding nibble wheel construction and are slidably connected
Above the one end of detection device far from mobile elevating machine, the mobile elevating machine, feeder, catching device are located at detection dress
It sets top, the mobile elevating machine and feeder to be rotatablely connected by hinge, the feeder is nibbled wheel construction with sliding and passed through
Belt rotation connection, the wire grip are connected with catching device, electric machine structure by bracing wire, move and nibble wheel construction, and the sliding is nibbled
Wheel construction and electric machine structure are intermeshed, and the movement nibbles wheel construction elastic connection on electric machine structure, the two intermeshing, institute
It states pull feeder to be slidably connected on the sliding slot of mobile gear, the wire grip is locked on pull feeder, the gate structure
It is connected with mobile gear, the two is adjacent, and the mobile gear is welded to each other with moving lifting structure, the movement
It nibbles wheel construction and moving lifting structure is intermeshed, the detection device is installed on feed bin, and the mobile gear is sliding
The dynamic side for being connected to carriage, the wire grip includes line wheel welding plate, line wheel, and the line wheel is mounted in line wheel welding plate.
Further, the detection device includes detector, material storage tube, and the detector is fixedly connected with material storage tube, institute
It states detector and is located at the one end of material storage tube far from mobile elevating machine.
Further, the mobile elevating machine includes moving lifting gear, the fixed bracket of moving lifting gear, mobile liter
Vertical tooth plate, tooth plate connector, moving lifting transverse slat drop, and the moving lifting gear is mounted on the fixed bracket of moving lifting gear
On, the two is in concentric circles, and the moving lifting gear and the vertical tooth plate of moving lifting are intermeshed, and the moving lifting is vertical
Tooth plate is flexibly connected with moving lifting transverse slat by tooth plate connector, the vertical tooth plate of moving lifting and moving lifting transverse slat shape
At intersection construction.
Further, the feeder includes the vertical balladeur train of feeding, the device that gets stuck, drive sprocket, driving chain, nail ring, material
Vertical to move frame, the material vertically moves frame and is slidably connected on the vertical balladeur train of feeding, and the two forms intersection construction, the drive sprocket
It snaps on the vertical balladeur train of feeding, the device that gets stuck is equipped with a pair, and the both ends that the material vertically moves frame are installed with the device that gets stuck, described
The sprocket of drive sprocket and the chain hole of driving chain connect, and the nail ring is locked on driving chain, and it is perpendicular that the nail ring is located at material
To on the hollow structure of shifting frame.
Further, the catching device includes linking fixing piece, sliding extension slot frame, catching device ontology, linkage hanger, folder
Pawl, the linking fixing piece are locked in above catching device ontology, and the catching device ontology is flexibly connected with sliding extension slot frame, institute
It states linkage hanger and is slidably connected at catching device body bottom portion, the linkage hanger and clamping jaw cooperate.
Further, it includes nibbling wheel joint transmission belt pulley, nibbling wheel connecting belt, sliding transmission that wheel construction is nibbled in the sliding
Wheel, sliding support are nibbled, the wheel connecting belt of nibbling is wrapped on the race for nibbling wheel joint transmission belt pulley, described to nibble wheel connection skin
Band nibbles wheel axis connection with sliding transmission, and the two is in concentric circles, and the sliding support nibbles wheel with sliding transmission and is connected.
Further, the electric machine structure includes motor connection gear, motor body, and the motor connection gear is mounted on
On motor body, the motor connection gear and motor body are in concentric circles.
Further, the movement nibble wheel construction include it is mobile nibble wheel connection line wheel, it is mobile nibble wheel ontology, wheel cover is nibbled in movement
Frame weldment, Elastic Sliding cover, spring, nibbles the fixed bracket of bar, nibbles that the mobile auxiliary of wheel nibbles bar, reciprocal transmission nibbles wheel, and the movement is nibbled
Wheel connection line wheel, it is mobile nibble wheel ontology, mobile wheel cover frame of nibbling be in concentric circles, three's axis connection, described to nibble that wheel is mobile to be assisted nibbling
Bar is nibbled wheel cover frame and is welded to each other with mobile, the weldment and nibbles the mobile auxiliary of wheel and nibbles bar mechanical connection, and the Elastic Sliding cover is sliding
Far from the mobile one end for assisting nibbling bar of wheel is nibbled, the Elastic Sliding cover is connect the dynamic weldment that is connected to spring, described to nibble wheel
Mobile auxiliary, which is nibbled bar and is slidably connected at, nibbles on the support bracket fastened internal chute of bar, it is described nibble the mobile auxiliary of wheel and nibble bar nibbled with reciprocal transmission
Wheel intermeshing.
Further, the gate structure includes that gate goes up and down pylon, pylon is fixed sliding block, gate yoke plate, gate and fixed
Slot frame, gate ontology, the fixed sliding block of the pylon are slidably connected on gate lifting pylon, the fixed sliding block of the pylon and gate
The mutual snapping of yoke plate, the gate yoke plate is vertical with gate ontology to be connect, and the two is equipped with right-angle structure, the gate ontology sliding
It being connected on gate fixing groove frame, the mobile gear includes pushing frame, pillar, strut, pulls chain, pulls sprocket wheel,
The pulling chain is locked in pushing frame, and the chain hole for pulling chain is connect with the sprocket of sprocket wheel is pulled, the pulling chain
Wheel is mounted on strut upper end, and the pillar is fixedly connected with strut.
Further, the moving lifting structure includes that arc slide, moving lifting nibble bar, moving lifting cylinder, the shifting
Dynamic lifting is nibbled bar bottom end and is contacted with arc slide, and the moving lifting is nibbled bar upper end and is located on the inner cavity of moving lifting cylinder, described
Moving lifting nibbles bar and is slidably connected with moving lifting cylinder.
Beneficial effect
A kind of plank rapid size detection device of the present invention, the plank of different size is put into feed bin, in display station
On set required plank specification, detection device is detected after starting operation, the instruction that screening is completed is sent after detection,
The decline that catching device is run after display station reception instruction will test the plank clamping of selection, pull when catching device is run
Wheel construction is nibbled in sliding, makes to carry out the mobile movement driven, the sliding support sliding support after movement and the motor being currently running
Couple Gear Contact, i.e. sliding transmission nibbles wheel and carries out rotating the rotation for having driven and having nibbled wheel connecting belt, and wheel connection skin is nibbled in rotation
Band has driven the rotation of drive sprocket again, so that feeding is vertically moved frame on the vertical balladeur train of feeding by the rotation of drive sprocket and carries out
Sliding；Sliding support is realized by operation and the device that gets stuck is in same level position, and the plank of clamping is connected to card by sliding support
On glassware；The rotation of drive sprocket has driven moving lifting gear to be rotated simultaneously, and the moving lifting gear of rotation drives
The movement of moving lifting vertical tooth plate and moving lifting transverse slat, that is, the device that gets stuck move simultaneously with wheel connecting belt is nibbled, when the two is moved
When moving to same level position, it is connected to the plank to get stuck on device and drops down on moving lifting transverse slat, when moving lifting transverse slat rises to
When carriage, plank is dropped down on carriage again by the conveying of carriage, while the conveying of carriage pushes plank
Pushing frame, i.e. pushing frame carry out movement and have pulled chain, and chain is pulled then to pull up gate yoke plate, realize and open gate sheet
Body conveys plank, then transfers out from discharge port, and worker can directly take required timber.
The present invention carries out setting required plank rule on display station by the way that the plank of different size to be put into feed bin
Lattice, detection device is detected after starting operation, and the instruction that screening is completed is sent after detection, and display station runs folder after receiving instruction
It takes the decline of machine to will test the plank clamping of selection, plank is delivered on carriage after clamping, then is transferred out by discharge port
It goes, plank is successively measured without worker, project amount is reduced, and be can automatically detect sorting and then is conveyed, facilitates work
The feeding of people.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of plank rapid size detection device of the present invention.
Fig. 2 is the structural schematic diagram one of the internal detection conveying device of the present invention.
Fig. 3 is the structural schematic diagram two of the internal detection conveying device of the present invention.
In figure：Display station -1, detection machine -2, to enter feed bin -3, maintenance storehouse -4, carriage -5, discharge port -6, internal detection defeated
Device -7, detection device -70, mobile elevating machine -71, feeder -72, catching device -73, sliding is sent to nibble wheel construction -74, motor
Wheel construction -76, pull feeder -77, gate structure -78, mobile gear -79, moving lifting structure-are nibbled in structure -75, movement
80, wire grip -81, line wheel welding plate -810, line wheel -811, detector -700, material storage tube -701, moving lifting gear -710, shifting
The fixed bracket -711 of dynamic lifting gear, the vertical tooth plate -712 of moving lifting, tooth plate connector -713, moving lifting transverse slat -714,
The vertical balladeur train -720 of feeding, the device -721 that gets stuck, drive sprocket -722, driving chain -723, nail ring -724, the vertical shifting frame-of material
725, it is connected fixing piece -730, sliding extension slot frame -731, catching device ontology -732, linkage hanger -733, clamping jaw -734, nibbles wheel
Joint transmission belt pulley -740 nibbles wheel connecting belt -741, slides to be driven and nibble wheel -742, sliding support -743, motor attachment tooth
Take turns -750, motor body -751, wheel connection line wheel -760 is nibbled in movement, wheel ontology -761 is nibbled in movement, wheel cover frame -762 is nibbled in movement, is welded
Frame -763 Elastic Sliding cover -764, spring -765, nibbles the fixed bracket -766 of bar, nibbles the mobile auxiliary of wheel and nibble bar -767, reciprocal transmission
Nibble wheel -768, gate lifting pylon -780, pylon fixed sliding block -781, gate yoke plate -782, gate fixing groove frame -783, gate
Ontology -784, pushing frame -790, pillar -791, strut -792, pull chain -793, pull sprocket wheel -794, arc slide -800,
Moving lifting nibbles bar -801, moving lifting cylinder -802.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Embodiment：
Fig. 1-Fig. 3 is please referred to, the present invention provides a kind of plank rapid size detection device：Its structure includes display station 1, inspection
Survey machine 2 enters feed bin 3, maintenance storehouse 4, carriage 5, discharge port 6, internal detection conveying device 7, and the display station 1 is mounted on detection
The top of machine 2, the detection machine 2 are equipped with into feed bin 3 and maintenance storehouse 4, and the maintenance storehouse 4 is located at below carriage 5, it is described enter feed bin
3 are located remotely from the side of carriage 5, and the detection machine 2 is equipped with discharge port 6, and the carriage 5 is installed on discharge port 6, described
Inside detection conveying device 7 is mounted in detection machine 2, and the detection machine 2 is L-shaped structure, the internal detection conveying device 7 by
Detection device 70, mobile elevating machine 71, feeder 72, catching device 73, sliding nibble wheel construction 74, electric machine structure 75, move and nibble
Wheel construction 76, pull feeder 77, gate structure 78, mobile gear 79, moving lifting structure 80, wire grip 81 form, described
Sliding nibble wheel construction 74 be slidably connected at detection device 70 far from mobile elevating machine 71 one end above, the mobile lift
Structure 71, feeder 72, catching device 73 are located at 70 top of detection device, and the mobile elevating machine 71 passes through hinge with feeder 72
Rotation connection, the feeder 72 are nibbled wheel construction 74 with sliding and are rotatablely connected by belt, and the wire grip 81 is connected by bracing wire
It is connected to catching device 73, electric machine structure 75, moves and nibbles wheel construction 76, the sliding is nibbled wheel construction 74 and mutually nibbled with electric machine structure 75
It closes, the movement nibbles 76 elastic connection of wheel construction on electric machine structure 75, and the two intermeshing, the pull feeder 77 is slidably connected
On the sliding slot of mobile gear 79, the wire grip 81 is locked on pull feeder 77, and the gate structure 78 is passed with mobile
Dynamic device 79 is connected, and the two is adjacent, and the mobile gear 79 is welded to each other with moving lifting structure 80, and the movement is nibbled
Wheel construction 76 and moving lifting structure 80 are intermeshed, and the detection device 70 is installed on feed bin 3, the mobile transmission dress
79 sides for being slidably connected at carriage 5 are set, the wire grip 81 includes line wheel welding plate 810, line wheel 811, and the line wheel 811 is pacified
In line wheel welding plate 810, the detection device 70 includes detector 700, material storage tube 701, the detector 700 and material storage tube
701 are fixedly connected, and the detector 700 is located at the one end of material storage tube 701 far from mobile elevating machine 71, are scanned to material
Detection, detection speed is fast, easy to use, and the mobile elevating machine 71 is solid including moving lifting gear 710, moving lifting gear
The vertical tooth plate 712 of fixed rack 711, moving lifting, tooth plate connector 713, moving lifting transverse slat 714, the moving lifting gear
710 are mounted on the fixed bracket 711 of moving lifting gear, and the two is in concentric circles, and the moving lifting gear 710 rises with mobile
It drops vertical tooth plate 712 to be intermeshed, the vertical tooth plate 712 of moving lifting passes through tooth plate connector with moving lifting transverse slat 714
713 are flexibly connected, and the vertical tooth plate 712 of moving lifting forms intersection construction with moving lifting transverse slat 714, while realizing movement
And lifting, structure is simple, using flexible, high degree of automation, and the feeder 72 includes the vertical balladeur train 720 of feeding, get stuck device
721, drive sprocket 722, driving chain 723, nail ring 724, the vertical shifting frame 725 of material, the material vertically move frame 725 and are slidably connected at
On the vertical balladeur train 720 of feeding, the two forms intersection construction, and the drive sprocket 722 snaps on the vertical balladeur train 720 of feeding, institute
It states the device 721 that gets stuck and is equipped with a pair, the both ends that the material vertically moves frame 725 are installed with the device 721 that gets stuck, the drive sprocket 722
Sprocket is connect with the chain hole of driving chain 723, and the nail ring 724 is locked on driving chain 723, and the nail ring 724 is located at material
On the vertical hollow structure for moving frame 725, by material it is fixed after drive and rise, easy to use, stability is good, the catching device 73 wraps
Linking fixing piece 730, sliding extension slot frame 731, catching device ontology 732, linkage hanger 733, clamping jaw 734 are included, the linking is solid
Determine part 730 and be locked in 732 top of catching device ontology, the catching device ontology 732 is flexibly connected with sliding extension slot frame 731, institute
It states linkage hanger 733 and is slidably connected at 732 bottom of catching device ontology, the linkage hanger 733 cooperates with clamping jaw 734, for pressing from both sides
Take, intelligent control, automatic operation, using flexible, it is described sliding nibble wheel construction 74 include nibble wheel joint transmission belt pulley 740,
Nibble wheel connecting belt 741, wheel 742, sliding support 743 are nibbled in sliding transmission, it is described nibble wheel connecting belt 741 and be wrapped in nibble wheel connection
On the race of driving pulley 740, described to nibble wheel connecting belt 741 and 742 axis connections of wheel are nibbled in sliding transmission, the two is in concentric
Circle, the sliding support 743 nibble wheel 742 with sliding transmission and are connected, realize after mobile and drive operation, easy to use, the electricity
Machine structure 75 includes that motor couples gear 750, motor body 751, and the motor connection gear 750 is mounted on motor body 751
On, the motor connection gear 750 and motor body 751 are in concentric circles, and reliable for operation, sound construction, gear drive are steady,
It includes that wheel connection line wheel 760 is nibbled in movement, wheel ontology 761 is nibbled in movement, wheel cover frame 762 is nibbled in movement, weldering that wheel construction 76 is nibbled in the movement
Frame 763 Elastic Sliding cover 764, spring 765, nibbles the fixed bracket 766 of bar, nibbles that the mobile auxiliary of wheel nibbles bar 767, reciprocal transmission nibbles wheel
768, wheel connection line wheel 760 is nibbled in the movement, wheel ontology 761 is nibbled in movement, movement nibbles wheel cover frame 762 and is in concentric circles, three's axis
Connection, it is described nibble the mobile auxiliary of wheel nibble bar 767 and it is mobile nibble wheel cover frame 762 and be welded to each other, the weldment 763 and nibbling is taken turns mobile auxiliary
It helps and nibbles the mechanical connection of bar 767, the Elastic Sliding cover 764 is slidably connected at weldment 763 and nibbles bar 767 far from the mobile auxiliary of wheel is nibbled
One end, the Elastic Sliding cover 764 and 765 elastic connection of spring, it is described nibble the mobile auxiliary of wheel and nibble bar 767 and be slidably connected at nibble bar
It is described to nibble that the mobile auxiliary of wheel nibbles bar 767 and reciprocal transmission nibbles 768 intermeshing of wheel on the internal chute of fixed bracket 766, under
The dynamic operating of shipper pole, structure is simple, flexible, stability is good, and the gate structure 78 is fixed including gate lifting pylon 780, pylon
Sliding block 781, gate yoke plate 782, gate fixing groove frame 783, gate ontology 784, the fixed sliding block 781 of the pylon are slidably connected at
Gate is gone up and down on pylon 780, the fixed sliding block 781 of the pylon and the mutual snapping of gate yoke plate 782, the gate yoke plate 782 with
Gate ontology 784 vertically connects, and the two is equipped with right-angle structure, and the gate ontology 784 is slidably connected at gate fixing groove frame 783
On, the mobile gear 79 includes pushing frame 790, pillar 791, strut 792, pulls chain 793, pulls sprocket wheel 794, institute
It states and chain 793 is pulled to be locked in pushing frame 790, the chain hole for pulling chain 793 is connect with the sprocket of sprocket wheel 794 is pulled,
The pulling sprocket wheel 794 is mounted on 792 upper end of strut, and the pillar 791 is fixedly connected with strut 792, can effectively deaden ash
Dirt extends service life of equipment, and the moving lifting structure 80 includes arc slide 800, moving lifting nibbles bar 801, movement rises
Cylinder 802 drops, and the moving lifting is nibbled 801 bottom end of bar and contacted with arc slide 800, and the moving lifting is nibbled 801 upper end of bar and is located at
On the inner cavity of moving lifting cylinder 802, the moving lifting nibbles bar 801 and is slidably connected with moving lifting cylinder 802, and structure is simple, makes
With convenient, at low cost.
The plank of different size is put into feed bin 3, carries out setting required plank specification on display station 1, is started
Detection device 70 is detected after operation, and the instruction that screening is completed is sent after detection, and display station 1 runs catching device after receiving instruction
73 decline will test selection plank clamping, pulled when catching device 73 is run sliding nibble wheel construction 74, make 743 into
Row movement has driven 742 movement, and the sliding support sliding support 743 after movement couples gear 750 with the motor being currently running
Contact, i.e. sliding transmission nibble wheel 742 and carry out rotating the rotation for having driven and having nibbled wheel connecting belt 741, and wheel connecting belt is nibbled in rotation
741 have driven the rotation of drive sprocket 722 again, so that feeding is vertically moved frame 725 by the rotation of drive sprocket 722 vertical in feeding
It is slided on balladeur train 720；Sliding support 743 is realized by operation and the device 721 that gets stuck is in same level position, sliding support
The plank of clamping is connected to and gets stuck on device 721 by 743；Simultaneously drive sprocket 722 rotation driven moving lifting gear 710 into
Row rotation, the moving lifting gear 710 of rotation have driven the movement of moving lifting vertical tooth plate 712 and moving lifting transverse slat 714,
The device 721 that gets stuck moves simultaneously with wheel connecting belt 741 is nibbled, and when the two is moved to same level position, is connected to the device 721 that gets stuck
On plank drop down on moving lifting transverse slat 714, when moving lifting transverse slat 714 rises to carriage 5, pass through carriage 5
Conveying again drops down onto plank on carriage 5, while the conveying of carriage 5 makes plank push pushing frame 790, i.e. pushing frame
790, which carry out movement, has pulled chain 793, pulls chain 793 then to pull up gate yoke plate 782, realizes and open gate ontology
784 convey plank, then transfer out from discharge port 6, and worker can directly take required timber.
The problems solved by the invention prior art is in different size due to plank, and building plank permissible accuracy is high, right
The dosage for building plank is very big, if worker successively measures plank, project amount is very big, cumbersome, and existing equipment
Sorting can not be detected automatically and then is conveyed, it has not been convenient to which the feeding of worker, the present invention are combined with each other by above-mentioned component, can
To reach by the way that the plank of different size to be put into feed bin 3, carries out setting required plank specification on display station 1, open
Detection device 70 is detected after dynamic operation, and the instruction that screening is completed is sent after detection, and display station 1 runs clamping after receiving instruction
The decline of machine 73 will test the plank clamping of selection, and plank is delivered on carriage 5 after clamping, then is conveyed by discharge port 6
It goes out, plank is successively measured without worker, project amount is reduced, and be can automatically detect sorting and then is conveyed, convenient
The feeding of worker.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from spirit of the invention or
In the case where essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (10)
1. a kind of plank rapid size detection device, structure includes display station (1), detection machine (2), enters feed bin (3), maintenance storehouse
(4), carriage (5), discharge port (6), internal detection conveying device (7), the display station (1) are mounted on above detection machine (2),
The detection machine (2) is equipped with into feed bin (3) and maintenance storehouse (4), it is characterised in that：
The maintenance storehouse (4) is located at below carriage (5), it is described enter feed bin (3) be located remotely from the sides of carriage (5), it is described
Detection machine (2) is equipped with discharge port (6), and the carriage (5) is installed on discharge port (6), internal detection conveying device (7)
It is mounted in detection machine (2), the detection machine (2) is L-shaped structure, and internal detection conveying device (7) is by detection device
(70), mobile elevating machine (71), feeder (72), catching device (73), sliding are nibbled wheel construction (74), electric machine structure (75), are moved
It is dynamic to nibble wheel construction (76), pull feeder (77), gate structure (78), mobile gear (79), moving lifting structure (80), bracing wire
Device (81) composition；
The sliding is nibbled wheel construction (74) and is slidably connected above one end of detection device (70) separate mobile elevating machine (71),
The mobile elevating machine (71), feeder (72), catching device (73) are located above detection device (70), the mobile lift
Structure (71) and feeder (72) are rotatablely connected by hinge, and the feeder (72) and sliding are nibbled wheel construction (74) and turned by belt
Dynamic connection, the wire grip (81) are connected with catching device (73), electric machine structure (75) by bracing wire, move and nibble wheel construction (76),
The sliding is nibbled wheel construction (74) and electric machine structure (75) and is intermeshed, and the movement nibbles wheel construction (76) elastic connection in motor
In structure (75), the two intermeshing, the pull feeder (77) is slidably connected on the sliding slot of mobile gear (79), described
Wire grip (81) is locked on pull feeder (77), and the gate structure (78) is connected with mobile gear (79), the two phase
Neighbour, the mobile gear (79) are welded to each other with moving lifting structure (80), and the movement is nibbled wheel construction (76) and mobile
Lifting structure (80) intermeshing, the detection device (70) are installed on feed bin (3), and the mobile gear (79) is sliding
The dynamic side for being connected to carriage (5), the wire grip (81) includes line wheel welding plate (810), line wheel (811), the line wheel
(811) it is mounted on line wheel welding plate (810).
2. a kind of plank rapid size detection device according to claim 1, it is characterised in that：The detection device (70)
Including detector (700), material storage tube (701), the detector (700) is fixedly connected with material storage tube (701), the detector
(700) it is located at the one end of material storage tube (701) far from mobile elevating machine (71).
3. a kind of plank rapid size detection device according to claim 1, it is characterised in that：The mobile elevating machine
It (71) include moving lifting gear (710), moving lifting gear fixed bracket (711), the vertical tooth plate of moving lifting (712), tooth
Plate connector (713), moving lifting transverse slat (714), the moving lifting gear (710) are mounted on the fixed branch of moving lifting gear
On frame (711), the two is in concentric circles, and the moving lifting gear (710) is mutually nibbled with the vertical tooth plate of moving lifting (712)
It closes, the vertical tooth plate of moving lifting (712) is flexibly connected with moving lifting transverse slat (714) by tooth plate connector (713), institute
It states the vertical tooth plate of moving lifting (712) and moving lifting transverse slat (714) forms intersection construction.
4. a kind of plank rapid size detection device according to claim 1, it is characterised in that：Feeder (72) packet
It is perpendicular to include the vertical balladeur train of feeding (720), the device that gets stuck (721), drive sprocket (722), driving chain (723), nail ring (724), feeding
To frame (725) are moved, the feeding vertically moves frame (725) and is slidably connected on the vertical balladeur train of feeding (720), and the two forms cross knot
Structure, the drive sprocket (722) snap on the vertical balladeur train of feeding (720), and the device that gets stuck (721) is equipped with a pair, described to send
The vertical both ends for moving frame (725) of material are installed with the device that gets stuck (721), the sprocket of the drive sprocket (722) and driving chain (723)
The connection of chain hole, the nail ring (724) is locked on driving chain (723), and the nail ring (724) is located at feeding and vertically moves frame
(725) on hollow structure.
5. a kind of plank rapid size detection device according to claim 1, it is characterised in that：Catching device (73) packet
Linking fixing piece (730), sliding extension slot frame (731), catching device ontology (732), linkage hanger (733), clamping jaw (734) are included,
The linking fixing piece (730) is locked in above catching device ontology (732), the catching device ontology (732) and sliding extension slot
Frame (731) is flexibly connected, and the linkage hanger (733) is slidably connected at catching device ontology (732) bottom, the linkage hanger
(733) cooperate with clamping jaw (734).
6. a kind of plank rapid size detection device according to claim 1, it is characterised in that：Wheel construction is nibbled in the sliding
It (74) include nibbling wheel joint transmission belt pulley (740), nibbling wheel connecting belt (741), slide to be driven and nibble wheel (742), sliding support
(743), wheel connecting belt (741) of nibbling is wrapped on the race for nibbling wheel joint transmission belt pulley (740), described to nibble wheel connection
Wheel (742) axis connection is nibbled in belt (741) and sliding transmission, and the two is in concentric circles, and the sliding support (743) and sliding are driven
Wheel (742) is nibbled to be connected.
7. a kind of plank rapid size detection device according to claim 1, it is characterised in that：The electric machine structure (75)
Couple gear (750), motor body (751) including motor, motor connection gear (750) is mounted on motor body (751)
On, motor connection gear (750) and motor body (751) is in concentric circles.
8. a kind of plank rapid size detection device according to claim 1, it is characterised in that：Wheel construction is nibbled in the movement
(76) include it is mobile nibble wheel connection line wheel (760), it is mobile nibble wheel ontology (761), it is mobile nibble wheel cover frame (762), weldment (763),
Elastic Sliding cover (764), spring (765) nibble bar fixed bracket (766), nibble that the mobile auxiliary of wheel nibbles bar (767), reciprocal transmission is nibbled
It takes turns (768), wheel connection line wheel (760) is nibbled in the movement, wheel ontology (761) is nibbled in movement, mobile nibble wheel cover frame (762) are in concentric
Circle, three's axis connection, it is described nibble the mobile auxiliary of wheel and nibble bar (767) and nibble wheel cover frame (762) with movement be welded to each other, the weldment
(763) with nibble the mobile auxiliary of wheel and nibble bar (767) mechanical connection, it is remote that the Elastic Sliding cover (764) is slidably connected at weldment (763)
Mobile one end for assisting nibbling bar (767), the Elastic Sliding cover (764) and spring (765) elastic connection are taken turns from nibbling, it is described to nibble wheel
Mobile auxiliary is nibbled bar (767) and is slidably connected on the internal chute for nibbling bar fixed bracket (766), and the mobile auxiliary of wheel of nibbling nibbles bar
(767) wheel (768) intermeshing is nibbled with reciprocal transmission.
9. a kind of plank rapid size detection device according to claim 1, it is characterised in that：The gate structure (78)
Including gate lifting pylon (780), pylon fixed sliding block (781), gate yoke plate (782), gate fixing groove frame (783), gate
Ontology (784), the pylon fixed sliding block (781) are slidably connected in gate lifting pylon (780), the fixed sliding block of the pylon
(781) with gate yoke plate (782) mutual snapping, the gate yoke plate (782) is vertical with gate ontology (784) to be connect, and the two is set
There is right-angle structure, the gate ontology (784) is slidably connected on gate fixing groove frame (783), the mobile gear
(79) include pushing frame (790), pillar (791), strut (792), pull chain (793), pull sprocket wheel (794), the pulling
Chain (793) is locked on pushing frame (790), the chain hole for pulling chain (793) and the sprocket company for pulling sprocket wheel (794)
It connects, the pulling sprocket wheel (794) is mounted on strut (792) upper end, and the pillar (791) is fixedly connected with strut (792).
10. a kind of plank rapid size detection device according to claim 1, it is characterised in that：The moving lifting knot
Structure (80) includes that arc slide (800), moving lifting nibble bar (801), moving lifting cylinder (802), and the moving lifting nibbles bar
(801) bottom end is contacted with arc slide (800), and the moving lifting nibbles bar (801) upper end and is located at the interior of moving lifting cylinder (802)
On chamber, the moving lifting nibbles bar (801) and is slidably connected with moving lifting cylinder (802).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810811772.1A CN108906646A (en) | 2018-07-21 | 2018-07-21 | A kind of plank rapid size detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810811772.1A CN108906646A (en) | 2018-07-21 | 2018-07-21 | A kind of plank rapid size detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108906646A true CN108906646A (en) | 2018-11-30 |
Family
ID=64415725
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810811772.1A Withdrawn CN108906646A (en) | 2018-07-21 | 2018-07-21 | A kind of plank rapid size detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108906646A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110340179A (en) * | 2019-08-07 | 2019-10-18 | 电子科技大学中山学院 | Automatic all-in-one machine for detecting, screening, flattening and deburring rotating shaft length |
| CN112141663A (en) * | 2020-10-26 | 2020-12-29 | 严培刚 | Envelope type packing machine |
-
2018
- 2018-07-21 CN CN201810811772.1A patent/CN108906646A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110340179A (en) * | 2019-08-07 | 2019-10-18 | 电子科技大学中山学院 | Automatic all-in-one machine for detecting, screening, flattening and deburring rotating shaft length |
| CN112141663A (en) * | 2020-10-26 | 2020-12-29 | 严培刚 | Envelope type packing machine |
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Application publication date: 20181130 |