CN109127207A - Door for reducing noise and its application method based on big data - Google Patents
Door for reducing noise and its application method based on big data Download PDFInfo
- Publication number
- CN109127207A CN109127207A CN201811008473.0A CN201811008473A CN109127207A CN 109127207 A CN109127207 A CN 109127207A CN 201811008473 A CN201811008473 A CN 201811008473A CN 109127207 A CN109127207 A CN 109127207A
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- China
- Prior art keywords
- fixedly connected
- end wall
- block
- space
- slot
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B13/00—Machines or plants for applying liquids or other fluent materials to surfaces of objects or other work by spraying, not covered by groups B05B1/00 - B05B11/00
- B05B13/02—Means for supporting work; Arrangement or mounting of spray heads; Adaptation or arrangement of means for feeding work
- B05B13/0221—Means for supporting work; Arrangement or mounting of spray heads; Adaptation or arrangement of means for feeding work characterised by the means for moving or conveying the objects or other work, e.g. conveyor belts
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B9/00—Spraying apparatus for discharge of liquids or other fluent material, without essentially mixing with gas or vapour
- B05B9/03—Spraying apparatus for discharge of liquids or other fluent material, without essentially mixing with gas or vapour characterised by means for supplying liquid or other fluent material
- B05B9/04—Spraying apparatus for discharge of liquids or other fluent material, without essentially mixing with gas or vapour characterised by means for supplying liquid or other fluent material with pressurised or compressible container; with pump
- B05B9/0403—Spraying apparatus for discharge of liquids or other fluent material, without essentially mixing with gas or vapour characterised by means for supplying liquid or other fluent material with pressurised or compressible container; with pump with pumps for liquids or other fluent material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C11/00—Component parts, details or accessories not specifically provided for in groups B05C1/00 - B05C9/00
- B05C11/02—Apparatus for spreading or distributing liquids or other fluent materials already applied to a surface ; Controlling means therefor; Control of the thickness of a coating by spreading or distributing liquids or other fluent materials already applied to the coated surface
- B05C11/023—Apparatus for spreading or distributing liquids or other fluent materials already applied to a surface
Abstract
The invention discloses door for reducing noises and its application method based on big data, including work box, the working space that a front and back end wall is connected to extraneous free surrounding space is provided in the work box, the working space lower end wall is fixedly connected with a lifting motor, the lifting motor upper surface has been connected by power the first threaded rod, it is threadedly engaged on first threaded rod and is connected with an elevator, the revolution space of right end wall connection working space is provided in the elevator, a right end is slidably connected in the revolution space through revolution space right end wall and the cylindricality block in working space, one brush plain block is provided on the right side of the cylindricality block, a linkage space is provided in the floating block.This apparatus structure is simple, and it is convenient to operate, and the process of the automatic glue seal on four sides can be carried out to sound control glass door, and extra glue can be erased after automatic glue seal, realizes preferable sealing.
Description
Technical field
The manufacture field of door of the present invention, specially door for reducing noise and its application method based on big data.
Background technique
Currently, with the development of science and technology the development of society, people are higher and higher for the demand of quality of the life, noise reduction
Demand is also more and more, so the sound control glass door demand of the beautiful noise reduction of energy again is more and more, and sound control glass door exists at this stage
It needs to be divided into several steps during sealing to carry out, wastes a large amount of labours and the energy.
Summary of the invention
It is above-mentioned to solve the purpose of the present invention is to provide door for reducing noise and its application method based on big data
The problem of being proposed in background technique.
To achieve the above object, the invention provides the following technical scheme: door for reducing noise based on big data and its
Application method, including work box are provided with the working space that a front and back end wall is connected to extraneous free surrounding space, institute in the work box
It states working space lower end wall and is fixedly connected with a lifting motor, the lifting motor upper surface has been connected by power the first threaded rod,
It is threadedly engaged on first threaded rod and is connected with an elevator, right end wall connection working space is provided in the elevator
Revolution space, a right end is slidably connected in the revolution space through revolution space right end wall and is located in working space
Cylindricality block, the cylindricality block right side are provided with one brush plain block, are provided with a linkage space, the working space in the floating block
The first sliding groove of right end wall connection working space is provided in the wall of left end, it is sliding to slidably connect first in the first sliding groove
Block, first sliding block right side are fixedly connected with a right end through first sliding groove right end wall and fix company with elevator left side
The first sliding bar connect is provided with a Geneva mechanism in the revolution space, a hydrojet mechanism, institute is provided in the cylindricality block
Cylindricality block right side is stated to be rotatably connected to a right end through linkage space left end wall and be located at the jackshaft to link in space, it is described
Jackshaft right end is fixedly connected with a cooperation bevel gear, is provided with a left end on the downside of the jackshaft and fixes with cylindricality block right side
Second threaded rod of connection, the second threaded rod right end is through linkage space left end wall and is located in linkage space, institute's rheme
It is connected with third hand tap gear in being threadedly engaged on the second threaded rod in linkage space, is provided with one on the downside of second threaded rod
The guide rod that left end is fixedly connected with cylindricality block right side, the guide rod right end is through linkage space left end wall and is located at linkage
In space, second annular groove in right end wall connection linkage space, second ring are provided in the linkage space left end wall
The second movable block is slidably connected in shape slot, second movable block right side is fixedly connected with a right end through the second annular groove
Right end wall, and the second rotating bar being fixedly connected with third hand tap gear left side, linkage space lower end wall are fixedly connected with
One control motor, the control motor upper surface has been connected by power a universal driving shaft, a left end is slidably connected on the universal driving shaft
The first bevel gear being connected by meshing transmission with third hand tap gear lower end, the universal driving shaft upper end are fixedly connected with second bevel gear,
It is provided with the first annular slot in upper end wall connection linkage space in the linkage space lower end wall, is slided in the first annular slot
It is dynamic to be connected with first movement block, first movement block upper surface be fixedly connected with a upper end through first annular slot upper end wall and
The first rotating bar being fixedly connected with first bevel gear, the universal driving shaft outer surface are provided with one and outer end wall and linkage space phase
The stuck slot of connection is provided with the retraction slot that a right end wall is connected with linkage space, the retraction in the first bevel gear
Slot left end wall is fixedly connected with a ring electromagnet, and retraction slot left end wall center is fixedly connected with a compressed spring, described
Compressed spring right end is fixedly connected with a right end through retraction slot right end wall and stuck slot outer end wall and the card in stuck slot
Dead block, the stuck piece of left side are fixedly connected with a ring electromagnet, are provided with a left end in the right end wall of the linkage space
Wall and the second sliding slot that is connected of linkage space slidably connect the second sliding shoe, second sliding in the second sliding slot
Block left side is fixedly connected with a left end through second sliding slot left end wall and the second sliding bar for being located in linkage space, and described the
Two sliding bar left ends are fixedly connected with a rack bar, and a connection free surrounding space and linkage are provided in the front end face of the linkage space
Liquid bath is smeared in space, and the rack bar upper surface is fixedly connected with a front end and end wall and is located at free surrounding space before and after smearing liquid bath
Extension bar, the extension bar left side is fixedly connected with an elastic piece, be provided on the upside of the second bevel gear rear end with
Link the rotary shaft of space aft bulkhead rotation connection, is fixedly connected with third hand tap gear, the triconodont in the rotary shaft
Wheel front side is provided with first belt pulley being fixedly connected with rotary shaft, and a rear end is provided on the right side of the rotary shaft and linkage is empty
Between the transmission shaft that is rotatablely connected of aft bulkhead, be fixedly connected with a right end on the transmission shaft and match with what rack bar was connected by meshing transmission
Gear is closed, one is provided on front side of the mate gear and is fixedly connected with transmission shaft and is driven with the first belt pulley by belt friction
Second belt pulley of connection, there are four conveyer belts for cylindricality block left and right sides setting, described that band outer surface is sent to be fixedly connected with
Several fixed blocks are provided with a left end wall, right end wall in the fixed block with the end wall far from transmission belt and are connected to free surrounding space
Gate slot；
The method comprises the following steps:
First will sealing sound control glass door be put into left side two conveyer belts gate slot between, start conveyer belt, make sound control glass
Door right side enters in spray tank, closes conveyer belt, at this point, starting lifting motor, drives the rotation of the first threaded rod, in thread screw
Cooperation under, drive elevator decline, smear the bottom that liquid block drops to sound control glass door to drive, close lifting motor,
Hydraulic pump and reverse starting lifting motor are opened, ejection glue is right to sound control glass door in conveyance conduit while elevator rises
Side carries out glue envelope, until elevator rises on the right side of sound control glass door topmost, at this point, closing lifting motor, closes hydraulic pump,
Rotating electric machine is opened, motor rotating electric machine is closed after driving drive shaft turns, drive shaft turns one to enclose, in drive shaft and sheave
Under mating reaction, the circle of drive shaft turns one drives sheave degrees of rotation, to drive cylindricality block degrees of rotation, turns to drive and smear liquid block
Dynamic degree, so that being detached from spray tank on the right side of sound control glass door and to enter in spray tank on the upside of sound control glass door, at this point, opening
Dynamic control motor drives universal driving shaft rotation, and second bevel gear idle running drives third hand tap gear rotation under the action of gear train,
Under the cooperation of thread screw, drive and smooth out block and move downward, so that elastic piece be driven to move downward, move to linkage space with
Third hand tap gear and second bevel gear engagement；
It is then shut off control motor, ring electromagnet and the logical actuation of ring electromagnet, so that stuck piece enters retraction slot, starting control
Motor processed drives universal driving shaft rotation, and first bevel gear does not rotate at this time, drives third hand tap gear to turn under the action of gear train
It is dynamic, mate gear rotation is driven under the transmission of belt, is driven by rack and pinion engagement, and rack bar is driven to move downward, from
And elastic piece is driven to move downward, after smoothing out uneven glue, reverse starting controls motor, and elastic piece rises to original position, at this point,
Ring electromagnet and ring electromagnet power off, so that stuck piece of right end enters in stuck slot, starting control motor drives universal driving shaft
Rotation drives third hand tap gear rotation under the action of gear train, and floating block is driven to move right under the cooperation of thread screw,
So that cooperation bevel gear is detached from engaging for third hand tap gear and second bevel gear, until cooperation bevel gear reset start at this time it is hydraulic
Pump carries out glue spraying, and starts all conveyer belts to sealing is carried out on the upside of sound control glass door, later to sound control glass door left side under
Side carries out sealing, and left side sealing process is as right side, and downside sealing process is as upside, to complete entire sound control glass
The sealing of door.
Preferably, the Geneva mechanism includes rotating electric machine, revolution space left end wall is fixedly connected with a rotation
Motor, the rotating electric machine right side have been connected by power a drive shaft, and the drive shaft right end is fixedly connected with a receiving block, institute
It states and is fixedly connected with one on the upside of receiving block right side and is transferred to block, described be transferred to is provided with one on the downside of block and fixes with receiving block right side
The concave block of connection, the drive shaft downside are provided with a left end and the rotation connection of revolution space left end wall and right end and cylindricality block
The fluted roller shaft that left side is fixedly connected, a sheave is fixedly connected on the fluted roller shaft, and the sheave is equipped with and is transferred to slot.
Preferably, the hydrojet mechanism includes conveyance conduit, a fluid ejection chamber, the cylindricality are provided in the cylindricality block
Block front end face is fixedly connected with one brush liquid block, it is described smear liquid block front end face be provided with one before, upper and lower end face is connected with working space
Logical spray tank, described, spray tank is connected with glue chamber by conveyance conduit, is provided with hydraulic pump in the conveyance conduit,
It is fixedly connected with a pipeline block in the conveyance conduit, the close of front and back end wall connection conveyance conduit is provided in the pipeline block
Sealing groove is provided with the slot that moves of lower end wall connection conveyance conduit in the conveyance conduit upper end wall, described to move sliding in slot
It is connected with one and moves block, the block lower end surface of moving is fixedly connected with a lower end through moving block lower end wall and be located at conveyance conduit
Interior connection bar, the connection bar lower end are fixedly connected with a latch plate, and the latch plate rear end face is symmetrical above and below to be fixedly connected
There is a unidirectional spring, latch plate rear end face center is fixedly connected with a right end through seal groove left end wall and is located at seal groove
Interior protrudes into bar.
Compared with prior art, the beneficial effects of the present invention are: in present invention work, will the sound control glass door of sealing put
Between the gate slot for entering two conveyer belts in left side, start conveyer belt, make to enter in spray tank on the right side of sound control glass door, close conveyer belt,
At this point, starting lifting motor, drives the rotation of the first threaded rod, under the cooperation of thread screw, elevator decline is driven, thus band
It is dynamic to smear the bottom that liquid block drops to sound control glass door, lifting motor is closed, hydraulic pump and reverse starting lifting motor are opened, is risen
It drops and sprays glue while block rises in conveyance conduit to glue envelope is carried out on the right side of sound control glass door, until elevator rises to sound insulation
On the right side of glass door topmost, at this point, closing lifting motor, hydraulic pump is closed, opens rotating electric machine, drives drive shaft turns, is driven
Motor rotating electric machine is closed after one circle of moving axis rotation, under the mating reaction of drive shaft and sheave, the circle of drive shaft turns one is driven
Sheave degrees of rotation smears liquid block degrees of rotation to drive to drive cylindricality block degrees of rotation, so that being detached from the right side of sound control glass door de-
From spray tank and to enter in spray tank on the upside of sound control glass door, at this point, starting control motor, drives universal driving shaft rotation, the
The idle running of two bevel gears drives third hand tap gear rotation, under the cooperation of thread screw, drive and smooth out block under the action of gear train
It moves downward, so that elastic piece be driven to move downward, moves to after linkage space engages with third hand tap gear and second bevel gear,
Control motor, ring electromagnet and the logical actuation of ring electromagnet are closed, so that stuck piece enters retraction slot, starting controls motor,
Universal driving shaft rotation is driven, first bevel gear does not rotate at this time, third hand tap gear rotation is driven under the action of gear train, in belt
Transmission under drive mate gear rotation, be driven by rack and pinion engagement, drive rack bar move downward, thus with dynamic elasticity
Piece moves downward, and after smoothing out uneven glue, reverse starting controls motor, and elastic piece rises to original position, at this point, ring electromagnet
It is powered off with ring electromagnet, so that stuck piece of right end enters in stuck slot, starting control motor drives universal driving shaft rotation in gear
Third hand tap gear rotation is driven under the action of system, floating block is driven to move right under the cooperation of thread screw, so that cooperation cone
Gear disengaging third hand tap gear is engaged with second bevel gear, until cooperation bevel gear resets starting hydraulic pump at this time and sprayed
Glue, and start all conveyer belts to sealing is carried out on the upside of sound control glass door, it is sealed later on the left of sound control glass door with downside
Glue, left side sealing process is as right side, and downside sealing process is as upside, to complete the envelope of entire sound control glass door
Glue repeats the above steps, this apparatus structure is simple, and it is convenient to operate, and the automatic glue seal on four sides can be carried out to sound control glass door
Process, and extra glue can be erased after automatic glue seal, realize preferable sealing.
Detailed description of the invention
Fig. 1 is that the present invention is based on the front view structures of the door for reducing noise of big data and its application method entirety complete section to show
It is intended to；
Fig. 2 is that the present invention is based on the right view structural representations of cylindricality block complete section in the door for reducing noise of big data and its application method
Figure；
Fig. 3 is that the present invention is based on schematic view of the front view whole in the door for reducing noise of big data and its application method；
Fig. 4 is that the present invention is based on sheave front view structure amplification signals in the door for reducing noise of big data and its application method
Figure；
Fig. 5 is that the present invention is based on first bevel gear complete section front view structures in the door for reducing noise of big data and its application method
Enlarged diagram；
Fig. 6 is that the present invention is based on hydrojet mechanism complete section front view structures in the door for reducing noise of big data and its application method to put
Big schematic diagram.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Fig. 1-6 is please referred to, a kind of embodiment provided by the invention: door for reducing noise and its use based on big data
Method, including work box 11 are provided with the working space 12 that a front and back end wall is connected to extraneous free surrounding space in the work box 11,
12 lower end wall of working space is fixedly connected with a lifting motor 10, and 10 upper surface of lifting motor has been connected by power first
Threaded rod 14 is threadedly engaged on first threaded rod 14 and is connected with an elevator 15, and a right side is provided in the elevator 15
End wall is connected to the revolution space 25 of working space 12, and a right end is slidably connected in the revolution space 25 through revolution space 25
Right end wall and the cylindricality block 26 being located in working space 12, are provided with one brush plain block 33, the floating on the right side of the cylindricality block 26
It is provided with a linkage space 35 in block 33, right end wall connection working space 12 is provided in the 12 left end wall of working space
First sliding groove 13 slidably connects the first sliding block 17 in the first sliding groove 13, and 17 right side of the first sliding block is fixedly connected
The first sliding bar 16 for thering is a right end to run through 13 right end wall of first sliding groove and being fixedly connected with 15 left side of elevator, the rotation
It is provided with a Geneva mechanism 82 in space 25, a hydrojet mechanism 83,26 right end of cylindricality block are provided in the cylindricality block 26
Face is rotatably connected to a right end through linkage 35 left end wall of space and is located at the jackshaft 32 to link in space 35, the jackshaft
32 right ends are fixedly connected with a cooperation bevel gear 34, and it is solid that a left end and 26 right side of cylindricality block are provided on the downside of the jackshaft 32
Surely the second threaded rod 31 connected, 31 right end of the second threaded rod is through linkage 35 left end wall of space and is located at linkage space 35
It is interior, it is threadedly engaged on second threaded rod 31 being located in linkage space 35 and is connected with third hand tap gear 52, second spiral shell
The guide rod 30 that a left end is fixedly connected with 26 right side of cylindricality block is provided on the downside of rasp bar 31,30 right end of the guide rod runs through
Link 35 left end wall of space and be located at linkage space 35 in, be provided in the 35 left end wall of linkage space a right end wall connection join
Second annular groove 63 in space 35 is moved, the second movable block 64 is slidably connected in second annular groove 63, described second is mobile
64 right side of block is fixedly connected with a right end through 63 right end wall of the second annular groove, and fixes and connect with 52 left side of third hand tap gear
The second rotating bar 65 connect, 35 lower end wall of linkage space are fixedly connected with a control motor 48, on the control motor 48
End face has been connected by power a universal driving shaft 50, and a left end is slidably connected on the universal driving shaft 50 and is engaged with 52 lower end of third hand tap gear
The first bevel gear 46 of transmission connection, 50 upper end of universal driving shaft are fixedly connected with second bevel gear 56, the linkage space 35
It is provided with the first annular slot 51 in upper end wall connection linkage space 35 in lower end wall, is slidably connected in the first annular slot 51
Have a first movement block 49,49 upper surface of first movement block be fixedly connected with a upper end through first annular 51 upper end wall of slot and
The first rotating bar 47 being fixedly connected with first bevel gear 46,50 outer surface of universal driving shaft are provided with one and outer end wall and linkage
The stuck slot 57 that space 35 is connected is provided with the contracting that a right end wall is connected with space 35 of linking in the first bevel gear 46
Enter slot 59, the 59 left end wall of retraction slot is fixedly connected with a ring electromagnet 62, and the 59 left end wall center of retraction slot is fixed
Be connected with a compressed spring 61,61 right end of compressed spring be fixedly connected with a right end through 59 right end wall of retraction slot with it is stuck
57 outer end wall of slot and be located at stuck slot 57 in stuck piece 58, stuck piece of 58 left sides are fixedly connected with a ring electromagnet
60, it is provided with a left end wall and the second sliding slot 43 that is connected of linkage space 35 in the linkage 35 right end wall of space, described the
Slidably connect the second sliding shoe 44 in two sliding slots 43,44 left side of the second sliding shoe is fixedly connected with a left end through the
Two sliding slots, 43 left end wall and the second sliding bar 45 being located in linkage space 35,45 left end of the second sliding bar is fixedly connected with
One rack bar 42 is provided with a connection free surrounding space in linkage 35 front end face of space and liquid bath 75 is smeared in space 35 of linking,
42 upper surface of rack bar is fixedly connected with a front end and runs through the extension bar smeared 75 front and back end wall of liquid bath and be located at free surrounding space
76,76 left side of extension bar is fixedly connected with an elastic piece 77, be provided on the upside of the second bevel gear 56 rear end with
Link the rotary shaft 38 of 35 aft bulkhead of space rotation connection, is fixedly connected with third hand tap gear 36 in the rotary shaft 38, described
It is provided with first belt pulley 37 being fixedly connected with rotary shaft 38 on front side of third hand tap gear 36, is arranged on the right side of the rotary shaft 38
Have the transmission shaft 41 of a rear end and 35 aft bulkhead of the space rotation connection that links, be fixedly connected on the transmission shaft 41 right end with
The mate gear 39 that rack bar 42 is connected by meshing transmission is provided with one on front side of the mate gear 39 and is fixedly connected with transmission shaft 41
And the second belt pulley 40 being sequentially connected with the first belt pulley 37 by belt friction, it is provided at left and right sides of the cylindricality block 26
Four conveyer belts 80, it is described that 80 outer surface of band is sent to be fixedly connected with several fixed blocks 55, a left side is provided in the fixed block 55
End wall, right end wall are connected to the gate slot 54 of free surrounding space with the end wall far from transmission belt 80；
The method comprises the following steps:
First will sealing sound control glass door be put into left side two conveyer belts 80 gate slot 54 between, start conveyer belt, make sound insulation
Enter in spray tank 78 on the right side of glass door, close conveyer belt 80, at this point, starting lifting motor 10, drives 14 turns of the first threaded rod
It is dynamic, under the cooperation of thread screw, elevator 15 is driven to decline, drops to the most lower of sound control glass door to drive and smear liquid block 66
Lifting motor 10 is closed at end, opens hydraulic pump 29 and reverse starting lifting motor 10, conveyance conduit while elevator 15 rises
Glue is sprayed in 28 to progress glue envelope on the right side of sound control glass door, until elevator 15 rises on the right side of sound control glass door topmost,
At this point, closing lifting motor 10, hydraulic pump 29 is closed, opens rotating electric machine 21, drive shaft 22 is driven to rotate, drive shaft 22 rotates
Motor rotating electric machine 21 is closed after one circle, under the mating reaction of drive shaft 22 and sheave 79, one circle of the rotation of drive shaft 22 is driven
Sheave 79 rotates 90 degree, so that cylindricality block 26 be driven to rotate 90 degree, 90 degree is rotated to drive and smear liquid block 66, so that sound control glass
Door right side is detached from spray tank 78 and to enter in spray tank 78 on the upside of sound control glass door, at this point, starting control motor 48,
Universal driving shaft 50 is driven to rotate, second bevel gear 56 dallies, and drives third hand tap gear 52 to rotate under the action of gear train, in screw thread
Under the cooperation of screw rod, drive and smooth out block 33 and move downward, so that elastic piece 77 be driven to move downward, move to linkage space 35 with
Third hand tap gear 36 and second bevel gear 56 engage；
It is then shut off control motor 48, ring electromagnet 62 and the logical actuation of ring electromagnet 60, so that stuck piece 58 enters retraction
Slot 59, starting control motor 48, drives universal driving shaft 50 to rotate, first bevel gear 46 does not rotate at this time, under the action of gear train
It drives third hand tap gear 36 to rotate, drives mate gear 39 to rotate under the transmission of belt, be driven by rack and pinion engagement, band
Movable tooth bar 42 moves downward, so that elastic piece 77 be driven to move downward, after smoothing out uneven glue, reverse starting controls motor
48, elastic piece 77 rises to original position, at this point, ring electromagnet 60 and ring electromagnet 62 power off so that stuck piece of 58 right ends into
Enter in stuck slot 57, starting control motor 48 drives the rotation of universal driving shaft 50 to drive third hand tap gear 52 under the action of gear train
Rotation drives floating block 33 to move right under the cooperation of thread screw, so that cooperation bevel gear 34 is detached from third hand tap gear 36
With engaging for second bevel gear 56, until cooperation bevel gear 34 resets starting hydraulic pump 29 at this time and carries out glue spraying, and start all
Conveyer belt 80 carries out sealing, left side sealing with downside on the left of sound control glass door later to sealing is carried out on the upside of sound control glass door
Process is as right side, and downside sealing process is as upside, to complete the sealing of entire sound control glass door.
Valuably, the Geneva mechanism 82 includes rotating electric machine 21, and the 25 left end wall of revolution space is fixedly connected with one
Rotating electric machine 21,21 right side of rotating electric machine have been connected by power a drive shaft 22, and 22 right end of drive shaft is fixedly connected
There is a receiving block 23, is fixedly connected with one on the upside of 23 right side of receiving block and is transferred to block 24, described be transferred on the downside of block 24 is arranged
There is a concave block 20 being fixedly connected with 23 right side of receiving block, is provided with a left end and revolution space on the downside of the drive shaft 22
The rotation connection of 25 left end walls and the fluted roller shaft 19 that is fixedly connected with 26 left side of cylindricality block of right end, fixed company on the fluted roller shaft 19
It is connected to a sheave 79, the sheave 79 is equipped with and is transferred to slot 18.
Valuably, the hydrojet mechanism 83 includes conveyance conduit 28, is provided with a fluid ejection chamber 27, institute in the cylindricality block 27
State 26 front end face of cylindricality block and be fixedly connected with one brush liquid block 66, it is described smear 66 front end face of liquid block be provided with one before, upper and lower end face with
The spray tank 78 that working space 12 is connected, described, spray tank 78 is connected with glue chamber 27 by conveyance conduit 28, described defeated
It send and is provided with hydraulic pump 29 in pipeline 28, be fixedly connected with a pipeline block 67 in the conveyance conduit 28, in the pipeline block 67
It is provided with the seal groove 68 of front and back end wall connection conveyance conduit 28, is provided with a lower end wall in 28 upper end wall of conveyance conduit
Connection conveyance conduit 28 moves slot 74, and described move slidably connects one and move block 73 in slot 74, described to move 73 lower end of block
Face is fixedly connected with a lower end and runs through the connection bar 72 for moving 73 lower end wall of block and being located in conveyance conduit 28, the connection bar 72
Lower end is fixedly connected with a latch plate 70, and 70 rear end face of latch plate is symmetrical above and below to be fixedly connected with a unidirectional spring 71, institute
70 rear end face center of latch plate is stated to be fixedly connected with a right end through 68 left end wall of seal groove and be located at protruding into seal groove 68
Bar 69.
Specifically used mode: in present invention work, will the sound control glass door of sealing be put into two conveyer belts 80 in left side
Between gate slot 54, start conveyer belt, make to enter in spray tank 78 on the right side of sound control glass door, close conveyer belt 80, at this point, starting lifting
Motor 10, drives the rotation of the first threaded rod 14, under the cooperation of thread screw, elevator 15 is driven to decline, and smears liquid to drive
Block 66 drops to the bottom of sound control glass door, closes lifting motor 10, opens hydraulic pump 29 and reverse starting lifting motor 10,
Glue is sprayed while elevator 15 rises in conveyance conduit 28 to glue envelope is carried out on the right side of sound control glass door, until on elevator 15
It rises on the right side of sound control glass door topmost, at this point, closing lifting motor 10, closes hydraulic pump 29, open rotating electric machine 21, drive
Drive shaft 22 rotates, and closes motor rotating electric machine 21 after one circle of the rotation of drive shaft 22, in drive shaft 22 with sheave 79 with cooperation
Under, one circle of the rotation of drive shaft 22 drives sheave 79 to rotate 90 degree, so that cylindricality block 26 be driven to rotate 90 degree, smears liquid to drive
Block 66 rotates 90 degree, so that being detached from spray tank 78 on the right side of sound control glass door and to enter spray tank on the upside of sound control glass door
In 78, at this point, starting control motor 48, drives universal driving shaft 50 to rotate, second bevel gear 56 dallies, band under the action of gear train
Dynamic third hand tap gear 52 rotates, and under the cooperation of thread screw, drives and smoothes out block 33 and move downward, thus drive elastic piece 77 to
Left movement, move to linkage space 35 engage with third hand tap gear 36 and second bevel gear 56 after, closing control motor 48, ring
Electromagnet 62 and the logical actuation of ring electromagnet 60, so that entering retraction slot 59 for stuck piece 58, starting control motor 48 drives and links
Axis 50 rotates, and first bevel gear 46 does not rotate at this time, drives third hand tap gear 36 to rotate under the action of gear train, in belt
Transmission is lower to drive mate gear 39 to rotate, and is driven by rack and pinion engagement, drives rack bar 42 to move downward, so that band is moved
Property piece 77 move downward, after smoothing out uneven glue, reverse starting controls motor 48, and elastic piece 77 rises to original position, at this point, ring
Shape electromagnet 60 and ring electromagnet 62 power off, so that stuck piece of 58 right ends enter in stuck slot 57, starting control motor 48, band
The dynamic rotation of universal driving shaft 50 drives third hand tap gear 52 to rotate under the action of gear train, drives and smoothes out under the cooperation of thread screw
Block 33 moves right, so that cooperation bevel gear 34 is detached from engaging for third hand tap gear 36 and second bevel gear 56, until cooperation is bored
Gear 34 resets starting hydraulic pump 29 at this time and carries out glue spraying, and starts all conveyer belts 80 and seal to sound control glass door upside
Glue carries out sealing with downside on the left of sound control glass door later, left side sealing process as right side, downside sealing process with it is upper
Side is the same, to complete the sealing of entire sound control glass door, repeats the above steps, this apparatus structure is simple, and it is convenient to operate, can be with
The process that the automatic glue seal on four sides is carried out to sound control glass door, and can erase extra glue after automatic glue seal, realize compared with
Good sealing.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (3)
1. door for reducing noise and its application method based on big data, including work box, it is characterised in that: the work box
It is inside provided with the working space that a front and back end wall is connected to extraneous free surrounding space, the working space lower end wall is fixedly connected with one liter
Motor drops, and the lifting motor upper surface has been connected by power the first threaded rod, has been threadedly engaged and is connected on first threaded rod
One elevator is provided with the revolution space of right end wall connection working space, sliding in the revolution space in the elevator
It is connected with a right end and is provided with one on the right side of revolution space right end wall and the cylindricality block in working space, the cylindricality block
Block is smoothed out, is provided with a linkage space in the floating block, right end wall connection work is provided in the wall of the working space left end
Make the first sliding groove in space, the first sliding block is slidably connected in the first sliding groove, first sliding block right side is fixedly connected
There is a right end in first sliding groove right end wall and the first sliding bar for being fixedly connected with elevator left side, the revolution space
It is provided with a Geneva mechanism, a hydrojet mechanism is provided in the cylindricality block, cylindricality block right side is rotatably connected to a right side
End is through linkage space left end wall and is located at the jackshaft to link in space, and the jackshaft right end is fixedly connected with cooperation cone
Gear, the jackshaft downside are provided with the second threaded rod that a left end is fixedly connected with cylindricality block right side, second spiral shell
Rasp bar right end is through linkage space left end wall and is located in linkage space, spiral shell on second threaded rod being located in linkage space
Line is connected with third hand tap gear, is provided with what a left end was fixedly connected with cylindricality block right side on the downside of second threaded rod
Guide rod, the guide rod right end is through linkage space left end wall and is located in linkage space, in the wall of the linkage space left end
It is provided with second annular groove in right end wall connection linkage space, slidably connects the second movable block in second annular groove,
Second movable block right side is fixedly connected with a right end through the second annular groove right end wall, and with third hand tap gear left side
The second rotating bar being fixedly connected, linkage space lower end wall are fixedly connected with a control motor, the control motor upper end
Face has been connected by power a universal driving shaft, and a left end is slidably connected on the universal driving shaft and is connected by meshing transmission with third hand tap gear lower end
First bevel gear, the universal driving shaft upper end is fixedly connected with second bevel gear, is provided with one in the lower end wall of the linkage space
The first annular slot in upper end wall connection linkage space, slidably connects first movement block in the first annular slot, and described first
Movable block upper surface is fixedly connected with first that a upper end is run through first annular slot upper end wall and is fixedly connected with first bevel gear
Rotating bar, the universal driving shaft outer surface are provided with a stuck slot being connected with outer end wall with linkage space, the first cone tooth
The retraction slot that a right end wall is connected with space of linking is provided in wheel, retraction slot left end wall is fixedly connected with ring electricity
Magnet, retraction slot left end wall center are fixedly connected with a compressed spring, and the compressed spring right end is fixedly connected with a right side
Stuck piece of retraction slot right end wall with stuck slot outer end wall and in stuck slot is run through at end, and the stuck piece of left side is fixed to be connected
It is connected to a ring electromagnet, it is sliding that a left end wall is connected with space of linking second is provided in the linkage space right end wall
Slot slidably connects the second sliding shoe in the second sliding slot, and the second sliding shoe left side is fixedly connected with a left end and passes through
The second sliding bar wearing second sliding slot left end wall and being located in linkage space, second sliding bar left end is fixedly connected with a tooth
Bar, a connection free surrounding space and space of linking are provided in the linkage space front end face smears liquid bath, on the rack bar
End face is fixedly connected with a front end and runs through the extension bar smeared liquid bath front and back end wall and be located at free surrounding space, the extension bar left side
It is fixedly connected with an elastic piece, the rotation of a rear end and the space aft bulkhead rotation connection that links is provided on the upside of the second bevel gear
Shaft is fixedly connected with third hand tap gear in the rotary shaft, is provided with one on front side of the third hand tap gear and fixes with rotary shaft
First belt pulley of connection, the rotary shaft right side are provided with the transmission shaft of a rear end and the space aft bulkhead rotation connection that links,
It is fixedly connected with the mate gear that a right end and rack bar are connected by meshing transmission on the transmission shaft, is set on front side of the mate gear
It is equipped with second belt pulley for being fixedly connected with transmission shaft and being sequentially connected with the first belt pulley by belt friction, the cylindricality
There are four conveyer belts for setting at left and right sides of block, described that band outer surface is sent to be fixedly connected with several fixed blocks, set in the fixed block
It is equipped with a left end wall, right end wall is connected to the gate slot of free surrounding space with the end wall far from transmission belt；
The method comprises the following steps:
First will sealing sound control glass door be put into left side two conveyer belts gate slot between, start conveyer belt, make sound control glass
Door right side enters in spray tank, closes conveyer belt, at this point, starting lifting motor, drives the rotation of the first threaded rod, in thread screw
Cooperation under, drive elevator decline, smear the bottom that liquid block drops to sound control glass door to drive, close lifting motor,
Hydraulic pump and reverse starting lifting motor are opened, ejection glue is right to sound control glass door in conveyance conduit while elevator rises
Side carries out glue envelope, until elevator rises on the right side of sound control glass door topmost, at this point, closing lifting motor, closes hydraulic pump,
Rotating electric machine is opened, motor rotating electric machine is closed after driving drive shaft turns, drive shaft turns one to enclose, in drive shaft and sheave
Under mating reaction, the circle of drive shaft turns one drives sheave degrees of rotation, to drive cylindricality block degrees of rotation, turns to drive and smear liquid block
Dynamic degree, so that being detached from spray tank on the right side of sound control glass door and to enter in spray tank on the upside of sound control glass door, at this point, opening
Dynamic control motor drives universal driving shaft rotation, and second bevel gear idle running drives third hand tap gear rotation under the action of gear train,
Under the cooperation of thread screw, drive and smooth out block and move downward, so that elastic piece be driven to move downward, move to linkage space with
Third hand tap gear and second bevel gear engagement；
It is then shut off control motor, ring electromagnet and the logical actuation of ring electromagnet, so that stuck piece enters retraction slot, starting control
Motor processed drives universal driving shaft rotation, and first bevel gear does not rotate at this time, drives third hand tap gear to turn under the action of gear train
It is dynamic, mate gear rotation is driven under the transmission of belt, is driven by rack and pinion engagement, and rack bar is driven to move downward, from
And elastic piece is driven to move downward, after smoothing out uneven glue, reverse starting controls motor, and elastic piece rises to original position, at this point,
Ring electromagnet and ring electromagnet power off, so that stuck piece of right end enters in stuck slot, starting control motor drives universal driving shaft
Rotation drives third hand tap gear rotation under the action of gear train, and floating block is driven to move right under the cooperation of thread screw,
So that cooperation bevel gear is detached from engaging for third hand tap gear and second bevel gear, until cooperation bevel gear reset start at this time it is hydraulic
Pump carries out glue spraying, and starts all conveyer belts to sealing is carried out on the upside of sound control glass door, later to sound control glass door left side under
Side carries out sealing, and left side sealing process is as right side, and downside sealing process is as upside, to complete entire sound control glass
The sealing of door.
2. the door for reducing noise and its application method according to claim 1 based on big data, it is characterised in that: institute
Stating Geneva mechanism includes rotating electric machine, and revolution space left end wall is fixedly connected with a rotating electric machine, and the rotating electric machine is right
End face has been connected by power a drive shaft, and the drive shaft right end is fixedly connected with a receiving block, the receiving block right side upside
It is fixedly connected with one and is transferred to block, described be transferred on the downside of block is provided with a concave block being fixedly connected with receiving block right side, described
It is provided with that a left end is rotatablely connected with revolution space left end wall and right end is fixedly connected with cylindricality block left side on the downside of drive shaft
Fluted roller shaft, a sheave is fixedly connected on the fluted roller shaft, and the sheave is equipped with and is transferred to slot.
3. the door for reducing noise and its application method according to claim 1 based on big data, it is characterised in that: institute
Stating hydrojet mechanism includes conveyance conduit, and a fluid ejection chamber is provided in the cylindricality block, and the cylindricality block front end face is fixedly connected with
One brush liquid block, it is described smear liquid block front end face be provided with one before, the spray tank that is connected with working space of upper and lower end face, described, spray
Liquid bath is connected with glue chamber by conveyance conduit, and hydraulic pump is provided in the conveyance conduit, is fixed in the conveyance conduit
It is connected with a pipeline block, the seal groove of front and back end wall connection conveyance conduit, the conveyance conduit are provided in the pipeline block
Lower end wall connection conveyance conduit is provided in upper end wall moves slot, and described move slidably connects one and move block in slot, institute
State move block lower end surface be fixedly connected with a lower end run through move block lower end wall and be located at conveyance conduit in connection bar, it is described
Tie-rod lower end is fixedly connected with a latch plate, and the latch plate rear end face is symmetrical above and below to be fixedly connected with a unidirectional spring, described
Latch plate rear end face center is fixedly connected with a right end and protrudes into bar through seal groove left end wall and in seal groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811008473.0A CN109127207A (en) | 2018-08-31 | 2018-08-31 | Door for reducing noise and its application method based on big data |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811008473.0A CN109127207A (en) | 2018-08-31 | 2018-08-31 | Door for reducing noise and its application method based on big data |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109127207A true CN109127207A (en) | 2019-01-04 |
Family
ID=64825786
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811008473.0A Withdrawn CN109127207A (en) | 2018-08-31 | 2018-08-31 | Door for reducing noise and its application method based on big data |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109127207A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111589660A (en) * | 2020-05-18 | 2020-08-28 | 尧伟仁 | Auxiliary gluing frame for glass window |
-
2018
- 2018-08-31 CN CN201811008473.0A patent/CN109127207A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111589660A (en) * | 2020-05-18 | 2020-08-28 | 尧伟仁 | Auxiliary gluing frame for glass window |
| CN111589660B (en) * | 2020-05-18 | 2022-08-16 | 浙江福强幕墙门窗工程有限公司 | Auxiliary gluing frame for glass window |
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| WW01 | Invention patent application withdrawn after publication | ||
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Application publication date: 20190104 |