CN105178570B - The dustless automatic one-shot forming groover of metope - Google Patents
The dustless automatic one-shot forming groover of metope Download PDFInfo
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- CN105178570B CN105178570B CN201510446006.6A CN201510446006A CN105178570B CN 105178570 B CN105178570 B CN 105178570B CN 201510446006 A CN201510446006 A CN 201510446006A CN 105178570 B CN105178570 B CN 105178570B
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Abstract
The invention belongs to building decoration construction equipment, and in particular to wall grooving machine.The dustless automatic one-shot forming groover of metope, it is characterised in that it includes chassis, crane, groover mounting bracket, groover, groover lowering or hoisting gear；The bottom of crane is fixed on chassis, and groover is arranged on groover mounting bracket, and groover mounting bracket is connected with groover lowering or hoisting gear, and groover lowering or hoisting gear is arranged on crane.The present invention is simple in construction, easy to operate, adapts to the dustless fluting (free from dust) of various walls；The efficiency of the groove of different depth and width is substantially increased out using it, can one-shot forming, durability is good.
Description
Technical field
The invention belongs to building decoration construction equipment, and in particular to wall grooving machine.
Background technology
During building decoration, will typically carry out strong and weak electricity groove, water pipe ditch slot grooving, existing fluting the trench saw due to for
Single saw blade operation fluting, kerf efficiency is low, and dust is very big (the general grooving method in China, dust are too big at present), it is impossible to suitable
Modern work environment is answered, greatly prolongs and comes the construction operation time, the difficult grasp of depth and width, the difficult control of fluting, corner is difficult
Arrive, the difficult fluting of the big wall of hardness.
The content of the invention
It is an object of the invention to provide a kind of dustless automatic one-shot forming of metope simple in construction, easy to operate and efficiency high
Groover.
To achieve the above object, technical scheme provided by the present invention is：The dustless automatic one-shot forming groover of metope, its
It is characterised by that it includes chassis 1, crane 2, groover mounting bracket 3, groover 37, groover lowering or hoisting gear；Under crane 2
End is fixed on chassis 1, and groover 37 is arranged on groover mounting bracket 3, groover mounting bracket 3 and groover lowering or hoisting gear
It is connected, groover lowering or hoisting gear is arranged on crane 2.
Described crane 2 includes lifting support and elevating mechanism；Lifting support includes left fix bar 40, middle part connecting rod
41st, left elevating lever 42, right elevating lever 43, right fix bar 44, the fixed connecting rod 31 of lifting, top connecting rod 32, left fix bar 40, the right side
The bottom of fix bar 44 is separately fixed on chassis 1, is connected between the upper end of left fix bar 40 and right fix bar 44 by middle part
Extension bar 41 is fixedly connected, and lifting slide opening is provided with left fix bar 40 and right fix bar 44, and the bottom insertion of left elevating lever 42 is left solid
In the lifting slide opening of fixed pole 40, the bottom of right elevating lever 43 is inserted in the lifting slide opening of right fix bar 44, left elevating lever 42, the right side
The top of elevating lever 43 is fixedly connected by top connecting rod 32, and left elevating lever 42, the upper end of right elevating lever 43 are fixed by lifting
Connecting rod 31 is fixedly connected；Elevating mechanism include left lifting screw 6, right lifting screw 51, rotating mechanism, left lifting screw 6 it is upper
Portion, the top of right lifting screw 51 correspond to the screw for being threaded through the fixed connecting rod 31 of lifting, bottom, the right side of left lifting screw 6 respectively
The bottom of lifting screw 51 is smooth end, and plug-in type is connected on rotating mechanism respectively, and rotating mechanism is arranged on lifting branch
On frame.
Described rotating mechanism includes lifting rotating shaft 5, anticlockwise sleeve 45, left angular wheel 46, active rotation bevel gear
47th, chain 48, left sprocket wheel 49, bearing 50, right sprocket wheel 52, right rotation sleeve 63, interior be provided with of anticlockwise sleeve 45 are used to insert a left side
The jack of lifting screw, right rotation sleeve 63 is interior to be provided with the jack for being used for inserting right lifting screw, the lower end of anticlockwise sleeve 45
Left axle is fixed with, the lower end of right rotation sleeve 63 is fixed with right axle, and left axle, right axle are connected by bearing with lifting support respectively；It is left
Axle passes through the left axle hole in the middle part connecting rod 41 of lifting support, and left angular wheel 46, left angular wheel 46 and master are fixed with left axle
Dynamic rotation bevel gear 47 is meshed, and rotary handle 67 is connected with the plug-in type of lifting rotating shaft 5 on active rotation bevel gear 47, is risen
Drop rotary shaft 5 and be provided with bearing 50, left sprocket wheel 49, bearing 50 is fixed with rotary handle support frame 68, rotary handle support frame 68
It is connected with lifting support；Right axle passes through the right axle hole in the middle part connecting rod 41 of lifting support, and right sprocket wheel 52 is fixed with right axle,
Right sprocket wheel 52 is connected with left sprocket wheel 49 by chain 48.
Described groover lowering or hoisting gear includes left U-shaped coulisse 4, pulley 33, right U-shaped coulisse 34, steel wire rope 35, subtracted
Fast machine 60, changement, rotating mechanism；The notch of left U-shaped coulisse 4 inserts fix bar 40 to the left, the groove of right U-shaped coulisse 34
Mouth inserts fix bar 44 to the right, and left U-shaped coulisse 4, right U-shaped coulisse 34 are fixedly connected with behind groover mounting bracket 3 respectively；
Pulley 33 is arranged in the top connecting rod 32 of lifting support, and one end of steel wire rope 35 is wound in steel wire rope folding and unfolding dish, steel wire rope
Folding and unfolding dish is arranged on the output shaft of reductor 60, the other end of steel wire rope 35 up around after pulley 33 still further below with groover
Mounting bracket 3 is fixedly connected；The input shaft of reductor 60 is connected with the output shaft of changement, the input shaft of changement and rotation
Mechanism is connected.
Described changement includes rising gear 53, housing 54, little gear 55, tumbler gear 56, push-and-pull hand 57, mobile tooth
Wheel 58, output shaft 59, input shaft, commutating tooth wheel shaft；Rise gear 53, little gear 55, tumbler gear 56,58 equal position of carrier wheel
In in housing 54, liter gear 53, little gear 55 are installed on input shaft, and the both ends of input shaft are respectively by bearing and the phase of housing 54
Even；Carrier wheel 58 when declining station with tumbler gear 56 positioned at being meshed, and tumbler gear 56 is meshed with little gear 55, commutation
Gear 56 is arranged on commutating tooth wheel shaft, and commutating tooth wheel shaft is connected by bearing with housing 54；Carrier wheel 58 is positioned at rising station
Shi Yusheng gears 53 are meshed, and carrier wheel 58 is sleeved on output shaft 59, and the both ends of output shaft both pass through housing 54, output shaft
Both ends be connected by bearing with housing 54, one end of output shaft is connected with the input shaft of reductor 60, the one of carrier wheel 58
Side is fixed with fixed pull ring 66, and the inner side of fixed pull ring 66 is cased with flush ring, and flush ring is connected with push-and-pull hand 57, push-and-pull hand
57 outside housing 54.
Described rotating mechanism includes lifting motor 61, lifting driving wheel 62, hoisting belts 71, lifting driven pulley 72, rises
Drop motor 61 to be arranged on lifting support, lifting driving wheel 62 is installed on the output shaft of lifting motor 61, lifts driving wheel 62
It is connected with lifting driven pulley 72 by hoisting belts 71, lifting driven pulley 72 is arranged on the input shaft of changement.
Before described groover mounting bracket 3 left part be provided with it is left opening nut 38, groover mounting bracket 3 above the right side
Portion is provided with right opening nut 39, and upper end is fixed with hook 64 before groover mounting bracket 3, the tune on groover
Section screw rod 21 be shelved on it is left opening nut 38, it is right opening nut 39 on；Hook 64 is connected with the chain 28 on groover.
Described groover includes frame 12, rotary shaft 7, left saw blade 8, middle saw blade 65, dust block board 9, sparge pipe plug
10th, water supply hose 11, belt 13, motor 19, right saw blade 22, axle sleeve 23, driven pulley 24, driving wheel 14, fastening door 17, groove width
Adjust ring set 25；The rear portion bottom of frame 12 is installed with adjusting screw rod 21, and the nock of frame 12 is fixed with link 27,
Chain 28 is hung with link 27；
The leading section of frame 12 is fixed with axle sleeve 23, and rotary shaft 7 passes through axle sleeve 23, and rotary shaft 7 is by bearing assembly 29 and axle
Set 23 is connected, and the right part of rotary shaft 7 is provided with driven pulley 24, and the left part of rotary shaft 7 is fixed with right ring set 26, right ring set 26
Positioned at the left side of axle sleeve 23, the left part of rotary shaft 7 is cased with right saw blade 22, groove width regulation ring set 25, centre successively from right to left
Saw blade 65, groove width regulation ring set, left saw blade 8, left ring set 15, middle saw blade 65 is with 1-6 pieces, is adjusted between middle saw blade by groove width
Section ring set 25 separates, and right saw blade 22 is located at the left side of right ring set 26, and the left end of rotary shaft 7 is threaded with fastening door 17；Electricity
Machine 19 is fixedly mounted on the rear portion of frame 12, is provided with driving wheel 14 on the output shaft of motor 19, driving wheel 14 by belt 13 with
Driven pulley 24 is connected；
Dust block board 9 is fixed on the anterior left side of frame 12, and dust block board 9 is located at the top of left saw blade 8 and right saw blade 22, gear ash
Plate 9 is provided with 1-6 hole for water spraying, and hole for water spraying is connected with sparge pipe plug 10, and sparge pipe plug 10 is fixed on dust block board 9；
One end of water supply hose 11 is connected with one end of metal-water-jet pipe 18, and the other end of metal-water-jet pipe 18 passes through sparge pipe plug
After 10 between left saw blade 8, right saw blade 22.
Motor 19 is provided with power outlet, and attaching plug 16 is inserted in power outlet, attaching plug 16 and the phase of power line 20
Even.
Bearing assembly 29 includes 2 bearings, and 2 bearing opposite ends are open end, and the spacing between 2 bearings is 3-5mm,
Tank filler sleeve 30 is provided with axle sleeve 23, the space between tank filler sleeve and 2 bearings communicates.
The bottom of chassis 1 is provided with 3-4 road wheel 36.
The beneficial effects of the invention are as follows：Because groover is fast using 2 saw blade kerf speed, quality is high；Using groover
On groover lowering or hoisting gear, and groover lowering or hoisting gear is located on crane, and groover can be along metope automatic slotting, certainly
Dynamicization degree is high, efficiency high.The present invention is simple in construction, easy to operate, adapts to the dustless fluting (free from dust) of various walls；Use
It substantially increases out the efficiency of the groove of different depth and width, can one-shot forming (as a result of middle saw blade, i.e. saw blade is
3-8), durability is good.
Brief description of the drawings
Fig. 1 is the front view of the present invention.
Fig. 2 is the rearview of the present invention.
Fig. 3 is Fig. 1 left view.
Fig. 4 is the tangerine structure schematic diagram of lifting support of the present invention.
Fig. 5 is the tangerine structure schematic diagram of elevating mechanism of the present invention.
Fig. 6 is the tangerine structure schematic diagram of groover lowering or hoisting gear of the present invention.
Fig. 7 is the front view of groover of the present invention.
Fig. 8 is the top view of groover of the present invention.
Fig. 9 is the right Local map regarded in Fig. 7.
Figure 10 is the structure chart of the bearing assembly of groover of the present invention.
Figure 11 is the connection diagram of present invention fastening door and rotary shaft.
In figure：1- chassis, 2- cranes, 3- groover mounting brackets, the left U-shaped coulisses of 4-, 5- lifting rotating shafts, the left liters of 6-
Screw rod drops；7- rotary shafts, the left saw blades of 8-, 9- dust block boards, 10- sparge pipe plugs, 11- water supply hoses, 12- frames, 13- belts,
14- driving wheels, the left ring sets of 15-, 16- attaching plugs, 17- fastening doors (clamp nut), 18- metal-water-jet pipes, 19- motors,
20- power lines, 21- adjusting screw rods, the right saw blades of 22-, 23- axle sleeves, 24- driven pulleys, 25- groove widths regulation ring set, the right ring sets of 26-,
27- links, 28- chains, 29- bearing assemblies, 30- tank filler sleeves；The fixed connecting rod of 31- liftings, 32- tops connecting rod, 33- pulleys,
The right U-shaped coulisses of 34-, 35- steel wire ropes, 36- road wheels, 37- groovers, the left opening nuts of 38-, the right opening nuts of 39-, 40-
Left fix bar, 41- middle parts connecting rod, the left elevating levers of 42-, the right elevating levers of 43-, the right fix bars of 44-, 45- anticlockwise sleeves, 46-
Left angular wheel, 47- active rotation bevel gears, 48- chains, the left sprocket wheels of 49-, 50- bearings, the right lifting screws of 51-, the right sprocket wheels of 52-,
53- rises gear, 54- housings, 55- little gears, 56- tumbler gears, 57- push-and-pull hands, 58- the carrier wheels, (movement of 59- output shafts
Axle), 60- reductors (worm-gear speed reducer), 61- lifting motors (i.e. motor, are intended merely to and groover plus " lifting "
" motor " makes a distinction out nominally), 62- lifting driving wheels, 71- hoisting belts, 72- lifting driven pulleys (i.e. driven pulley),
63- right rotation sleeves, 64- hooks, 65- centres saw blade, 66- fixed pull rings, 67- rotary handles, 68- rotary handle support frames,
69- speed regulators, 70- power switches.
Embodiment
For a better understanding of the present invention, technical scheme is done further with reference to embodiment and accompanying drawing
Illustrate (referring to Fig. 1 to Figure 11).
As Figure 1-3, the dustless automatic one-shot forming groover of metope, it includes chassis 1, crane 2, groover installation
Frame 3, groover 37, groover lowering or hoisting gear；The bottom of crane 2 is fixed on chassis 1 that (bottom of chassis 1 is provided with
3-4 road wheel 36, front walking wheel are arranged with rear walking wheel into plumbness), groover 37 is arranged on groover mounting bracket 3
On, groover mounting bracket 3 is connected with groover lowering or hoisting gear, and (lifting of groover realized by groover lowering or hoisting gear, groover
To the upward fluting of metope), groover lowering or hoisting gear is arranged on crane 2.
Described crane 2 includes lifting support and elevating mechanism；As shown in figure 4, lifting support include left fix bar 40,
Middle part connecting rod 41, left elevating lever 42, right elevating lever 43, right fix bar 44, the fixed connecting rod 31 of lifting, top connecting rod 32, it is left
Fix bar 40, the bottom of right fix bar 44, which are separately fixed on chassis 1, (such as welds, left fix bar 40 is located at right fix bar 44
Left side), (middle part connecting rod 41 is fixedly connected with by middle part connecting rod 41 between left fix bar 40 and the upper end of right fix bar 44
2 can be used, is such as welded), left fix bar 40 and right fix bar 44 are interior to be provided with lifting slide opening (setting lifting slide opening along short transverse),
The bottom of left elevating lever 42 is inserted in the lifting slide opening of left fix bar 40, and the liter of right fix bar 44 is inserted in the bottom of right elevating lever 43
Drop in slide opening, left elevating lever 42, the top of right elevating lever 43 are fixedly connected with (as welded), left elevating lever by top connecting rod 32
42nd, the upper end of right elevating lever 43 is fixedly connected (as welded) by the fixed connecting rod 31 of lifting；As shown in Fig. 5, elevating mechanism includes
Left lifting screw 6, right lifting screw 51, rotating mechanism, top, the top of right lifting screw 51 of left lifting screw 6 are right respectively
The screw (2) of the fixed connecting rod 31 of lifting should be threaded through, the bottom of left lifting screw 6, the bottom of right lifting screw 51 are light
Sliding end, and respectively plug-in type be connected on rotating mechanism (rotating mechanism drives left lifting screw 6, right lifting screw 51 to rotate,
So as to drive left elevating lever 42, right elevating lever 43 to move up and down), rotating mechanism is arranged on lifting support.
Described rotating mechanism includes lifting rotating shaft 5, anticlockwise sleeve 45, left angular wheel 46, active rotation bevel gear
47th, chain 48, left sprocket wheel 49, bearing 50, right sprocket wheel 52, right rotation sleeve 63, interior be provided with of anticlockwise sleeve 45 are used to insert a left side
The jack of lifting screw is (such as：Polygonal socket), interior be provided with of right rotation sleeve 63 is used for the jack for inserting right lifting screw (such as：
Polygonal socket), the lower end of anticlockwise sleeve 45 is fixed with left axle, and the lower end of right rotation sleeve 63 is fixed with right axle, left axle, the right side
Axle is connected with lifting support by bearing (is connected with middle part connecting rod 41) respectively；Left axle passes through the middle part connecting rod of lifting support
Left axle hole on 41, left angular wheel (i.e. bevel gear) 46 is fixed with left axle, left angular wheel 46 (is bored with active rotation bevel gear
Gear) 47 it is meshed, rotary handle (or wrench) 67 is connected with the plug-in type of lifting rotating shaft 5 on active rotation bevel gear 47
(by rotary handle rotation and lifting rotary shaft 5, so as to drive left lifting screw 6, right lifting screw 51 to rotate), lifting rotating shaft
5 are provided with bearing 50, left sprocket wheel 49, and bearing 50 is fixed with rotary handle support frame 68, rotary handle support frame 68 and lifting branch
Frame is connected；Right axle passes through the right axle hole in the middle part connecting rod 41 of lifting support, and right sprocket wheel 52, right sprocket wheel are fixed with right axle
52 are connected with left sprocket wheel 49 by chain 48.
Rotating mechanism can also use other structures form.Elevating mechanism can also use other structures form.
Using crane, accept, pass in and out that construction ground is very convenient, the top of crane is in contact with indoor top surface, can will
Crane stationary positioned (chassis 1 is located at ground).Left lifting screw 6, right lifting screw 51 are connected using plug-in type, left lifting spiral shell
Bar 6, right lifting screw 51 easily take out from rotating mechanism, and left elevating lever 42, right elevating lever 43 are also easily from left fix bar
40th, right fix bar 44 is taken out, i.e., whole device can split into two parts, convenient transportation.
As shown in fig. 6, described groover lowering or hoisting gear include left U-shaped coulisse 4, pulley 33, right U-shaped coulisse 34,
Steel wire rope 35, reductor 60, changement, rotating mechanism；The notch of left U-shaped coulisse 4 inserts (or the left lifting of fix bar 40 to the left
Bar 42, i.e., U-shaped coulisse 4 can be slided along left fix bar 40 and left elevating lever 42, play the guiding role), the groove of right U-shaped coulisse 34
The slotting fix bar 44 to the right of mouth (or right elevating lever 43, i.e., U-shaped coulisse 4 can slide along right fix bar 44 and right elevating lever 43, rise and lead
To effect), left U-shaped coulisse 4, right U-shaped coulisse 34 are fixedly connected (as welded) with behind groover mounting bracket 3 respectively；
Pulley 33 is arranged in the top connecting rod 32 of lifting support, and one end of steel wire rope 35 is wound in steel wire rope folding and unfolding dish, steel wire rope
Folding and unfolding dish is arranged on the output shaft of reductor 60, the other end of steel wire rope 35 up around after pulley 33 still further below with groover
Mounting bracket 3 is fixedly connected and (drives groover mounting bracket 3 to move up and down, so as to drive groover to lift)；The input of reductor 60
Axle is connected with the output shaft of changement, and the input shaft of changement is connected with rotating mechanism.
Described changement includes rising gear 53, housing 54, little gear 55, tumbler gear 56, push-and-pull hand 57, mobile tooth
Wheel 58, output shaft (shifting axle) 59, input shaft, commutating tooth wheel shaft；Rise gear 53, little gear 55, tumbler gear 56, carrier wheel
58 are respectively positioned in housing 54, and liter gear 53, little gear 55 are installed on input shaft, and the both ends of input shaft are respectively by bearing and shell
Body 54 is connected；Carrier wheel 58 positioned at being meshed when declining station with tumbler gear 56, with the phase of little gear 55 nibble by tumbler gear 56
Close, tumbler gear 56 is arranged on commutating tooth wheel shaft, and commutating tooth wheel shaft is connected by bearing with housing 54；Carrier wheel 58 is positioned at upper
It is meshed when rising station with rising gear 53, carrier wheel 58 is sleeved on output shaft (shifting axle) 59, is set on carrier wheel 58
There is a sliding groove, slider bar (preventing carrier wheel from being rotated relative to output shaft) is provided with along the length direction of axle on output shaft, it is sliding
Dynamic groove is located at slider bar, i.e., can only be slided along the length direction of axle, carrier wheel 58 rotates together with output shaft；Carrier wheel 58
It can be moved along output shaft, the both ends of output shaft both pass through housing 54, and the both ends of output shaft are connected by bearing with housing 54, output
One end of axle is connected with the input shaft of reductor 60, and the side of carrier wheel 58 is fixed with fixed pull ring 66, in fixed pull ring 66
Side is cased with flush ring (flush ring does not influence fixed pull ring 66 and rotated), and flush ring is connected with push-and-pull hand 57, push-and-pull hand 57
It is outer (push-and-pull push-and-pull hand 57, carrier wheel 58 moves along output shaft, conversion lifting station) positioned at housing 54.
Described rotating mechanism includes lifting motor 61, lifting driving wheel 62, hoisting belts 71, lifting driven pulley 72, rises
Drop motor 61 to be arranged on lifting support, lifting driving wheel 62 is installed on the output shaft of lifting motor 61, lifts driving wheel 62
It is connected with lifting driven pulley 72 by hoisting belts 71, lifting driven pulley 72 is arranged on the input shaft of changement.
The power line of lifting motor 61 is connected with speed regulator 69, and power line is provided with power switch 70.
Before described groover mounting bracket 3 left part be provided with it is left opening nut 38, groover mounting bracket 3 above the right side
Portion is provided with right opening nut 39, and upper end is fixed with hook 64 before groover mounting bracket 3, the tune on groover
Section screw rod 21 is shelved on left opening nut 38, right (rotation adjusting screw rod 21, the left and right position of adjustable groover of being open on nut 39
Put)；Hook 64 is connected (i.e. groover 37 is arranged on groover mounting bracket 3) with the chain 28 on groover.
As shown in Fig. 7, Fig. 8, Fig. 9, described groover (or the trench saw) includes frame 12, rotary shaft 7, left saw blade
8th, middle saw blade 65, dust block board 9, sparge pipe plug 10, water supply hose 11, belt 13, motor 19, right saw blade 22, axle sleeve 23, from
Driving wheel 24, driving wheel 14, fastening door (or clamp nut) 17, groove width regulation ring set 25；Peace is fixed in the rear portion bottom of frame 12
Equipped with adjusting screw rod 21 (being used to adjust right position of the groover on crane), the nock of frame 12 is fixed with link
27, chain 28 is hung with link 27；After being towards onlooker in Fig. 1, the side of installing groover be before (be in the paper in Fig. 1
Before, i.e. Fig. 3 left side)；The right is right in Fig. 1, and the left side is a left side in Fig. 1；
The leading section of frame 12 is fixed with axle sleeve 23, and rotary shaft 7 passes through axle sleeve 23, and rotary shaft 7 is by bearing assembly 29 and axle
Set 23 is connected (i.e. rotary shaft 7 can rotate, and bearing assembly 29 can use 2 groups), and the right part of rotary shaft 7 is provided with driven pulley 24
(right-hand member of rotary shaft is located at outside axle sleeve), the left part of rotary shaft 7 are fixed with right ring set 26, and right ring set 26 is located at a left side for axle sleeve 23
Side, the left part of rotary shaft 7 are cased with right saw blade 22, groove width regulation ring set 25, middle saw blade 65, groove width regulation successively from right to left
Ring set, left saw blade 8, left ring set 15, middle saw blade 65 are with 1-6 pieces, are separated between middle saw blade by groove width regulation ring set 25
(before the left side in Fig. 7 is, after the right is, the left side in Fig. 9 is the right side, and the right is a left side), right saw blade 22 is located at a left side for right ring set 26
Side, the left end of rotary shaft 7 be threaded with fastening door 17 (fastening door be located at the left side of left ring set 15, fasten door 17 and
Rotary shaft 7 is threadedly coupled)；Motor 19 is fixedly mounted on the rear portion of frame 12, and driving wheel 14 is provided with the output shaft of motor 19,
Driving wheel 14 is connected with driven pulley 24 by belt 13 and (drives rotary shaft 7 to rotate, so as to drive left saw blade 8, right saw blade 22 to rotate)；
Dust block board 9 is fixed on the anterior left side of frame 12, and dust block board 9 is located at the top of left saw blade 8 and right saw blade 22, gear ash
Plate 9 is provided with 1-6 hole for water spraying (being to adapt to different groove widths using multiple hole for water sprayings), hole for water spraying and sparge pipe plug
(for metal tube) 10 is connected, and sparge pipe plug 10 is fixed on dust block board 9；One end of water supply hose 11 and metal-water-jet pipe 18
One end be connected (water supply hose is connected with water source), the other end of metal-water-jet pipe 18 is passed through after sparge pipe plug 10 positioned at a left side
Between saw blade 8, right saw blade 22.
Motor 19 is provided with power outlet, and attaching plug 16 is inserted in power outlet that (power line of motor 19 is inserted with power supply
Seat is connected, and attaching plug 16 provides power supply to motor 19), attaching plug 16 is connected with power line 20.
As shown in Figure 10, bearing assembly 29 includes 2 bearings, and 2 bearing opposite ends are open end (i.e. no bearing end
Lid, i.e., no inner shield ring), the spacing between 2 bearings is 3-5mm, and tank filler sleeve 30, tank filler sleeve and 2 axles are provided with axle sleeve 23
Space between holding communicates (timing is refueled, and can extend the service life of bearing assembly using this structure).
The above described is only a preferred embodiment of the present invention, any formal limitation not is made to the present invention, this
Art personnel make a little simple modification, equivalent variations or modification using the technology contents of the disclosure above, all fall within this hair
In bright protection domain.
Claims (3)
1. the dustless automatic one-shot forming groover of metope, it is characterised in that it includes chassis (1), crane (2), groover installation
Frame (3), groover (37), groover lowering or hoisting gear；The bottom of crane (2) is fixed on chassis (1), groover (37) peace
On groover mounting bracket (3), groover mounting bracket (3) is connected with groover lowering or hoisting gear, the installation of groover lowering or hoisting gear
On crane (2)；
Described crane (2) includes lifting support and elevating mechanism；Lifting support includes left fix bar (40), middle part connecting rod
(41), left elevating lever (42), right elevating lever (43), right fix bar (44), the fixed connecting rod (31) of lifting, top connecting rod (32),
Left fix bar (40), the bottom of right fix bar (44) are separately fixed on chassis (1), left fix bar (40) and right fix bar
(44) it is fixedly connected between upper end by middle part connecting rod (41), lifting is provided with left fix bar (40) and right fix bar (44)
Slide opening, the bottom of left elevating lever (42) are inserted in the lifting slide opening of left fix bar (40), and the bottom insertion of right elevating lever (43) is right
In the lifting slide opening of fix bar (44), left elevating lever (42), the top of right elevating lever (43) are connected by top connecting rod (32) is fixed
Connect, left elevating lever (42), the upper end of right elevating lever (43) are fixedly connected by the fixed connecting rod (31) of lifting；Elevating mechanism includes a left side
Lifting screw (6), right lifting screw (51), rotating mechanism, top, the top of right lifting screw (51) of left lifting screw (6)
The screw for being threaded through the fixed connecting rod (31) of lifting, bottom, the lower end of right lifting screw (51) of left lifting screw (6) are corresponded to respectively
Portion is smooth end, and plug-in type is connected on rotating mechanism respectively, and rotating mechanism is arranged on lifting support；
Described rotating mechanism includes lifting rotating shaft (5), anticlockwise sleeve (45), left angular wheel (46), active rotation cone tooth
Take turns (47), chain (48), left sprocket wheel (49), bearing (50), right sprocket wheel (52), right rotation sleeve (63), anticlockwise sleeve (45)
It is interior to be provided with the jack for being used for inserting left lifting screw, the jack for being used for inserting right lifting screw is provided with right rotation sleeve (63),
The lower end of anticlockwise sleeve (45) is fixed with left axle, and the lower end of right rotation sleeve (63) is fixed with right axle, left axle, right axle respectively by
Bearing is connected with lifting support；Left axle passes through the left axle hole in the middle part connecting rod (41) of lifting support, and a left side is fixed with left axle
Bevel gear (46), left angular wheel (46) are meshed with active rotation bevel gear (47), rotary handle (67) and active rotation cone tooth
Lifting rotating shaft (5) plug-in type connection on (47) is taken turns, lifting rotating shaft (5) is provided with bearing (50), left sprocket wheel (49), bearing
(50) fixed with rotary handle support frame (68), rotary handle support frame (68) is connected with lifting support；Right axle passes through lifting branch
Right axle hole in the middle part connecting rod (41) of frame, is fixed with right sprocket wheel (52) in right axle, right sprocket wheel (52) and left sprocket wheel (49) by
Chain (48) is connected；
Described groover lowering or hoisting gear includes left U-shaped coulisse (4), pulley (33), right U-shaped coulisse (34), steel wire rope
(35), reductor (60), changement, rotating mechanism；The notch of left U-shaped coulisse (4) inserts fix bar (40) to the left, right U-shaped
The notch of coulisse (34) inserts fix bar (44) to the right, and left U-shaped coulisse (4), right U-shaped coulisse (34) are pacified with groover respectively
Shelve and be fixedly connected behind (3)；Pulley (33) is arranged in the top connecting rod (32) of lifting support, and the one of steel wire rope (35)
End be wound in steel wire rope folding and unfolding dish, steel wire rope folding and unfolding dish be arranged on reductor (60) output shaft on, steel wire rope (35) it is another
End is fixedly connected with groover mounting bracket (3) still further below up around after pulley (33)；The input shaft of reductor (60) and commutation
The output shaft of mechanism is connected, and the input shaft of changement is connected with rotating mechanism；
Described changement include rise a gear (53), housing (54), little gear (55), tumbler gear (56), push-and-pull hand (57),
Carrier wheel (58), output shaft (59), input shaft, commutating tooth wheel shaft；Rise gear (53), little gear (55), tumbler gear (56),
Carrier wheel (58) is respectively positioned in housing (54), and liter gear (53), little gear (55) are installed on input shaft, and the two of input shaft
End is connected by bearing with housing (54) respectively；Carrier wheel (58) changes positioned at being meshed when declining station with tumbler gear (56)
It is meshed to gear (56) with little gear (55), tumbler gear (56) is arranged on commutating tooth wheel shaft, and commutating tooth wheel shaft is by bearing
It is connected with housing (54)；Carrier wheel (58) is meshed positioned at when rising station with rising gear (53), carrier wheel (58) suit
On output shaft (59), the both ends of output shaft both pass through housing (54), and the both ends of output shaft are connected by bearing with housing (54),
One end of output shaft is connected with the input shaft of reductor (60), and the side of carrier wheel (58) is fixed with fixed pull ring (66), Gu
Determine to be cased with flush ring on the inside of draw ring (66), flush ring is connected with push-and-pull hand (57), and push-and-pull hand (57) is located at housing (54) outside；
Described rotating mechanism includes lifting motor (61), lifting driving wheel (62), hoisting belts (71), lifting driven pulley
(72), lifting motor (61) is arranged on lifting support, and lifting driving wheel (62) is provided with the output shaft of lifting motor (61),
Lifting driving wheel (62) is connected with lifting driven pulley (72) by hoisting belts (71), and lifting driven pulley (72) is arranged on changement
Input shaft on；
Left part is provided with left opening nut (38) before described groover mounting bracket (3), before groover mounting bracket (3)
Right part is provided with right opening nut (39), and upper end is fixed with hook (64) before groover mounting bracket (3), installed in fluting
Adjusting screw rod (21) on machine is shelved on left opening nut (38), on right opening nut (39)；Hook (64) is with being arranged on fluting
Chain (28) on machine is connected；
Described groover includes frame (12), rotary shaft (7), left saw blade (8), middle saw blade (65), dust block board (9), water spray
Pipe plug (10), water supply hose (11), belt (13), motor (19), right saw blade (22), axle sleeve (23), driven pulley (24), active
Take turns (14), fastening door (17), groove width regulation ring set (25)；The rear portion bottom of frame (12) is installed with adjusting screw rod
(21), the nock of frame (12) is fixed with link (27), and chain (28) is hung with link (27)；
The leading section of frame (12) is fixed with axle sleeve (23), and rotary shaft (7) passes through axle sleeve (23), and rotary shaft (7) is by bearing assembly
(29) it is connected with axle sleeve (23), the right part of rotary shaft (7) is provided with driven pulley (24), and the left part of rotary shaft (7) is fixed with the right side
Ring set (26), right ring set (26) are located at the left side of axle sleeve (23), and the left part of rotary shaft (7) is cased with right saw blade successively from right to left
(22), groove width regulation ring set (25), middle saw blade (65), groove width regulation ring set, left saw blade (8), left ring set (15), middle saw blade
(65) it is with 1-6 pieces, is separated between middle saw blade by groove width regulation ring set, right saw blade (22) is located at the left side of right ring set (26),
The left end of rotary shaft (7) is threaded with fastening door (17)；Motor (19) is fixedly mounted on the rear portion of frame (12), motor
(19) driving wheel (14) is installed, driving wheel (14) is connected by belt (13) with driven pulley (24) on output shaft；
Dust block board (9) is fixed on the anterior left side of frame (12), and dust block board (9) is located at the upper of left saw blade (8) and right saw blade (22)
Side, dust block board (9) are provided with 1-6 hole for water spraying, and hole for water spraying is connected with sparge pipe plug (10), and sparge pipe plug (10) is fixed
On dust block board (9)；One end of water supply hose (11) is connected with one end of metal-water-jet pipe (18), metal-water-jet pipe (18)
The other end is through sparge pipe plug (10) afterwards positioned at left saw blade (8), right saw blade (22).
2. the dustless automatic one-shot forming groover of metope according to claim 1, it is characterised in that：Bearing assembly (29) wraps
Include 2 bearings, 2 bearing opposite ends are open end, and the spacing between 2 bearings is 3-5mm, and axle sleeve is provided with tank filler sleeve on (23)
(30), the space between tank filler sleeve and 2 bearings communicates.
3. the dustless automatic one-shot forming groover of metope according to claim 1, it is characterised in that：The bottom of chassis (1)
3-4 road wheel (36) is installed；Motor (19) is provided with power outlet, and attaching plug (16) is inserted in power outlet, power supply
Plug (16) is connected with power line (20).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510446006.6A CN105178570B (en) | 2015-07-25 | 2015-07-25 | The dustless automatic one-shot forming groover of metope |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510446006.6A CN105178570B (en) | 2015-07-25 | 2015-07-25 | The dustless automatic one-shot forming groover of metope |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105178570A CN105178570A (en) | 2015-12-23 |
| CN105178570B true CN105178570B (en) | 2018-01-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510446006.6A Expired - Fee Related CN105178570B (en) | 2015-07-25 | 2015-07-25 | The dustless automatic one-shot forming groover of metope |
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| Country | Link |
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| CN (1) | CN105178570B (en) |
Families Citing this family (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106013735B (en) * | 2016-07-25 | 2018-06-01 | 郭荣惠 | A kind of wall grooving machine |
| CN106284923B (en) * | 2016-09-08 | 2018-09-14 | 中建二局第三建筑工程有限公司 | Wall pipeline groover |
| CN107538625B (en) * | 2016-09-23 | 2019-03-15 | 宜昌睿博建筑工程有限公司 | Wall electric wire is laid with hole making drill |
| CN107044201A (en) * | 2017-03-18 | 2017-08-15 | 浙江丽尚建材科技有限公司 | Integrated wall multifunctional cutting machine |
| CN107030895B (en) * | 2017-04-26 | 2018-04-13 | 山西省工业设备安装集团有限公司 | A kind of wall automatic slotting device |
| CN106948582B (en) * | 2017-05-18 | 2023-12-05 | 赵佳丽 | Grooving machine |
| CN108858824B (en) * | 2018-07-31 | 2020-07-28 | 嘉兴德基机械设计有限公司 | Full-automatic hydroelectric grooving machine for wall top grooving |
| CN109604271A (en) * | 2018-12-25 | 2019-04-12 | 嵊州市越通非开挖建设有限公司 | A kind of movable tube cleaning device |
| CN113510857A (en) * | 2021-04-28 | 2021-10-19 | 海南科技职业大学 | Slot slotting device for constructional engineering |
| CN113665003A (en) * | 2021-09-03 | 2021-11-19 | 中国十七冶集团有限公司 | Wall grooving machine with automatic ash removal function for intelligent building construction |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3811197A1 (en) * | 1988-04-01 | 1989-10-26 | Paul Heinrich Bunse | Adaptor device for a machine tool guided by hand |
| CN2374601Y (en) * | 1999-07-05 | 2000-04-19 | 庞兴华 | Multifunctional automatic whitewashing machine |
| CN2433348Y (en) * | 1999-12-21 | 2001-06-06 | 张思远 | Plastering machine |
| CN102174853A (en) * | 2011-02-09 | 2011-09-07 | 李茂铁 | Retractable dust-free wall grooving machine |
| CN203238912U (en) * | 2013-05-22 | 2013-10-16 | 鄢云飞 | Novel dust-free grooving machine |
| CN203603429U (en) * | 2013-11-04 | 2014-05-21 | 淮滨县新宇机械加工有限公司 | Wall whitewashing machine and lifting guide rail device thereof |
| CN204163347U (en) * | 2014-10-21 | 2015-02-18 | 李波平 | One-shot forming the trench saw |
| CN204876491U (en) * | 2015-07-25 | 2015-12-16 | 李波平 | Dustless automatic one shot forming groover of wall |
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2015
- 2015-07-25 CN CN201510446006.6A patent/CN105178570B/en not_active Expired - Fee Related
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| CN105178570A (en) | 2015-12-23 |
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