CN208601340U

CN208601340U - A kind of aluminum alloy doors and windows polishing drilling equipment

Info

Publication number: CN208601340U
Application number: CN201820988320.6U
Authority: CN
Inventors: 付小珍
Original assignee: Anhui Fengxiang Decoration Engineering Co Ltd
Current assignee: Anhui Fengxiang Decoration Engineering Co Ltd
Priority date: 2018-06-26
Filing date: 2018-06-26
Publication date: 2019-03-15
Anticipated expiration: 2028-06-26

Abstract

The utility model discloses a kind of aluminum alloy doors and windows polishing drilling equipments, its structure includes support base, polishing drilling equipment, controller, observation window, dust purification case, alarm, overhaul cabinet door, movable hinge, movable cabinet door, connect handle, the top of support base is connect in such a way that face is closed with face paste with the bottom of polishing drilling equipment, the side of polishing drilling equipment upper end face is electrically connected with alarm, controller is set to the other side of polishing drilling equipment front-end surface, movable cabinet door is movably connected on the side of polishing drilling equipment front-end surface by movable hinge, upper end face inside polishing drilling equipment is equipped with dust purification case, the utility model is combined with each other by above-mentioned component, the dust that realizing equipment during the work time can reduce automatically and absorption equipment inside is formed, avoid dust concentration mistake inside equipment Height endangers the health of staff, equipment it is safe to use, it is practical.

Description

A kind of aluminum alloy doors and windows polishing drilling equipment

Technical field

The utility model is a kind of aluminum alloy doors and windows polishing drilling equipment, belongs to polishing drilling device technical field.

Background technique

Aluminum alloy doors and windows refer to and aluminum alloy extrusion section bar are used to be known as aluminium alloy door for the door and window of frame, stile, fan material production Window, abbreviation aluminium door and window, aluminum alloy doors and windows include making door and window stressed member substrate and that timber, plastics are compound, letter with aluminium alloy Claim aluminum wood composite door and window, aluminous plastic compound door & window, aluminum alloy doors and windows quality can be from the selections of raw material, aluminium material surface processing and interior Portion's processing quality, price of aluminum alloy doors and windows etc. substantially judge.

The dust that the prior art is formed during processing aluminium alloy can endanger the health of staff, reach one in dust Determine to be also possible to cause when concentration dust explosion, equipment is using dangerous, and the practicability is poor.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of aluminum alloy doors and windows polishing drilling dress It sets, the health of staff can be endangered to solve the dust that the prior art is formed during processing aluminium alloy, reached in dust It is also possible to cause dust explosion when a certain concentration, equipment uses the problem of dangerous, the practicability is poor.

To achieve the goals above, the utility model is achieved through the following technical solutions: a kind of aluminum alloy doors and windows Polish drilling equipment, structure include support base, polishing drilling equipment, controller, observation window, dust purification case, alarm, Cabinet door, movable hinge, movable cabinet door, connection handle are overhauled, the top of the support base and the bottom of polishing drilling equipment are adopted It is connect with face with the mode that face paste is closed, the side of the polishing drilling equipment upper end face is electrically connected with alarm, the control Device is set to the other side of polishing drilling equipment front-end surface, and the movable cabinet door is movably connected on polishing drilling by movable hinge The side of device front-end surface, the observation window are embedded in the front-end surface of movable cabinet door, the movable cabinet door front-end surface The other side is welded with connection handle, and the maintenance cabinet door is movably connected on one end of polishing drilling equipment, the polishing drilling dress Set internal upper end face and be equipped with dust purification case, the dust purification case by dust storage seat, water storage seat, drain pump machanism, First catheter, the second catheter, high-pressure atomization pump, third catheter, air draft mechanism, motor-driven mechanism, dust absorbing machine Structure, dust guiding tube, dust purification box enclosure body, interlocking bar composition, the dust purification box enclosure body are set in polishing drilling equipment The upper end face in portion, the rear surface inside the dust purification box enclosure body be respectively equipped with air draft mechanism, motor-driven mechanism, Dust absorbing mechanism, the air draft mechanism nested encryptions pass through in the other end of motor-driven mechanism, the dust absorbing mechanism Interlocking bar is movably connected on one end of motor-driven mechanism, and the dust absorbing mechanism stores seat by dust guiding tube and dust and connects It connects, for the upper and lower ends of the third catheter respectively with high-pressure atomization pump, air draft mechanism nested encryptions, the drain pump machanism is logical It crosses the second catheter and high-pressure atomization pump connects, the drain pump machanism is movably connected on the upper table of the motor-driven mechanism other end Face, the water storage seat are connect by the first catheter with drain pump machanism, and the water storage seat is set to the other end of dust storage seat.

Further, the drain pump machanism is by free gear, No.1 activity bull stick, No.1 movable disk, No. two activities Bull stick, No. two movable disks, No.1 transmission belt, the Liquid guiding pump pump housing, driven gear, driving gear composition, the free gear are living The dynamic upper surface for being connected to the motor-driven mechanism other end, the free gear pass through No.1 activity bull stick and No.1 movable disk Connection, No. two movable disks are connected to the side of No.1 movable disk upper end face, institute by No. two movable rotarod activities The left and right ends for stating No.1 transmission belt are connect with No. two movable disks, driving gears respectively, and the driven gear, driving gear are equal Set on the inner surface of the Liquid guiding pump pump housing, the driven gear is movably connected on the upper end face of driving gear, the Liquid guiding pump pump One end of body and the first catheter nested encryptions, the second catheter nested encryptions are in the other end of the Liquid guiding pump pump housing.

Further, the air draft mechanism is by the first drive bevel gear, bevel gear drive plate, the second drive bevel gear, row Wind fan drive rod, air ejector fan, air draft strainer, air exhaust box composition, the first drive bevel gear nested encryptions drive in motor The other end of motivation structure, the side of the bevel gear drive plate front-end surface are connected with the first drive bevel gear, and described second passes Dynamic bevel gear is connected to the lower surface of bevel gear drive plate front end, the upper end face of the air ejector fan drive rod and the second transmission Bevel gear nested encryptions, the rear surface of the air ejector fan drive rod are set to the inner surface of air exhaust box and nested with air ejector fan Connection, the rear surface of the air exhaust box are embedded with air draft strainer, and the air exhaust box is set to surface in dust purification box enclosure body Lower right.

Further, the motor-driven mechanism is by driving motor, No.1 drive shaft, No. two drive shafts, lateral spiral shell Line bull stick, rotating shaft transmission disk composition, the other end and air draft mechanism nested encryptions of the horizontal thread bull stick, the drain pump machine Structure is movably connected on the upper end face of horizontal thread bull stick, and one end of the horizontal thread bull stick is nested with No. two drive shafts to be connected It connects, No. two drive shafts are connected to the other side of rotating shaft transmission disk front-end surface, the following table of rotating shaft transmission disk front end Face is connected with No.1 drive shaft, the upper end face and No.1 drive shaft nested encryptions of the driving motor, and the shaft passes Moving plate is flexibly connected by interlocking bar with dust absorbing mechanism.

Further, the dust absorbing mechanism by active runner, No. two transmission belts, driven runner, No. three movable bull sticks, No. three movable disks, No. three transmission belts, centrifugal fan, air inlet strainer, dust absorbing case composition, the active runner pass through linkage Bar is movably connected on the upper surface of motor-driven mechanism one end, and the driven runner is connected to active runner by No. two transmission belts One end, the driven runner is flexibly connected by No. three movable bull sticks with No. three movable disks, No. three transmission belts it is upper Lower both ends are connect with No. three movable disks, centrifugal fans respectively, and the centrifugal fan is set to the inner surface of dust absorbing case, described The rear surface of dust absorbing case stores seat with dust by dust guiding tube and connect embedded with air inlet strainer, the dust absorbing case.

Further, the observation window is the circular configuration that radius is 10-15cm.

Further, the connection handle material is alloy.

The drilling equipment the utility model has the beneficial effects that: a kind of aluminum alloy doors and windows of the utility model are polished, is carrying out In use, user, which opens movable cabinet door by connection handle, is placed in polishing drilling for the aluminum alloy doors and windows that need to carry out polishing drilling In device, after confirming equipment stable connection, closes movable cabinet door and polishing drilling equipment is controlled to aluminium alloy door by controller Window carries out polishing boring work, polishing drilling equipment aluminum alloy doors and windows are carried out in polishing boring work, user again by Controller controls the motor-driven mechanism work in dust purification case, and motor-driven mechanism is led to by driving motor during the work time It crosses No.1 drive shaft and drives the rotation of rotating shaft transmission disk, drive cross by No. two drive shafts in rotating shaft transmission disk rotation process To screw thread bar rotation, horizontal thread bull stick synchronous drive drain pump machanism, air draft mechanism work, drain pump machanism in rotation On free gear follow horizontal thread bar rotation and the rotation of No.1 movable disk driven by No.1 activity bull stick, No.1 is living Turn disk drives No. two movable disk rotations by No. two movable bull sticks, and No. two movable disks pass through No.1 transmission belt in rotation Driving gear rotation is driven, driving gear cooperates to store in water storage seat Clean- in rotation with driven gear Water is imported in the Liquid guiding pump pump housing by the first catheter, and cleaning water is imported high pressure mist by the second catheter by the Liquid guiding pump pump housing Change in pump, the cleaning water imported in high-pressure atomization pump imports air draft by third catheter after high-pressure atomization pumps pressurizing atomizing In mechanism, after cleaning water after atomization imports in air draft mechanism, the first drive bevel gear in air draft mechanism follows transverse direction Screw thread bar rotation simultaneously drives the rotation of the second drive bevel gear by bevel gear drive plate, and the second drive bevel gear is in rotation process In by air ejector fan drive rod drive air ejector fan rotation, air ejector fan generates wind-force during rotation will import air exhaust box Cleaning water after interior atomization is discharged by air draft strainer, and the cleaning water after the atomization of discharge is automatically and equipment is in processing aluminium The dust contact generated during alloy door and window is to achieve the purpose that dust concentration inside reduction equipment, in dust absorbing mechanism Active runner follow the rotating shaft transmission disk in motor-driven mechanism to rotate by interlocking bar, active runner leads to during rotation It crosses No. two transmission belts and drives driven runner rotation, driven runner drives No. three movable disk rotations by No. three movable bull sticks, from Heart fan follows No. three movable disks to rotate and generates centrifugation wind-force by No. three transmission belts leads to the dust formed inside equipment It crosses air inlet strainer to be automatically drawn into dust absorbing case, the dust of absorption is sent into dust by dust guiding tube and stores seat by dust absorbing case It stores, the utility model is combined with each other by above-mentioned component, and realizing equipment can reduce automatically during the work time And the dust formed inside absorption equipment, the excessively high health for endangering staff of dust concentration inside equipment is avoided, equipment makes It is practical with highly-safe.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

Fig. 1 is a kind of structural schematic diagram of aluminum alloy doors and windows polishing drilling equipment of the utility model.

Fig. 2 is the structural schematic diagram one of the utility model dust purification case.

Fig. 3 is the structural schematic diagram two of the utility model dust purification case.

Fig. 4 is the enlarged drawing of A in the utility model Fig. 3.

Fig. 5 is the enlarged drawing of B in the utility model Fig. 3.

Fig. 6 is the enlarged drawing of C in the utility model Fig. 3.

In figure: support base -1, polishing drilling equipment -2, controller -3, observation window -4, dust purification case -5, alarm - 6, cabinet door -7, movable hinge -8, movable cabinet door -9, connection handle -10, dust are overhauled and stores seat -501, water storage seat -502, drain Pump machanism -503, the first catheter -504, the second catheter -505, high-pressure atomization pump -506, third catheter -507, exhaust blower Structure -508, motor-driven mechanism -509, dust absorbing mechanism -510, dust guiding tube -511, dust purification box enclosure body -512, linkage Bar -513, free gear -50301, No.1 activity bull stick -50302, No.1 movable disk -50303, two movable bull sticks - 50304, No. two movable disks -50305, No.1 transmission belt -50306, the Liquid guiding pump pump housing -50307, driven gear -50308, master Moving gear -50309, the first drive bevel gear -50801, bevel gear drive plate -50802, the second drive bevel gear -50803, row Wind fan drive rod -50804, air ejector fan -50805, air draft strainer -50806, air exhaust box -50807, driving motor -50901, - 50902, No. two drive shafts -50903 of No.1 drive shaft, horizontal thread bull stick -50904, rotating shaft transmission disk -50905, master - 51001, No. two transmission belts -51002 of turn wheel, driven runner -51003, No. three movable bull sticks -51004, No. three movable disks - 51005, No. three transmission belts -51006, centrifugal fan -51007, air inlet strainer -51008, dust absorbing case -51009.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment, the utility model is further described.

Fig. 1-Fig. 6 is please referred to, the utility model provides a kind of a kind of aluminum alloy doors and windows polishing drilling equipment technical solution: aluminium Alloy door and window is polished drilling equipment, and structure includes that support base 1, polishing drilling equipment 2, controller 3, observation window 4, dust are net Change case 5, alarm 6, maintenance cabinet door 7, movable hinge 8, movable cabinet door 9, connection handle 10, the top of the support base 1 with The bottom of polishing drilling equipment 2 connects in such a way that face and face paste are closed, the side electricity of polishing 2 upper end face of drilling equipment It is connected with alarm 6, the controller 3 is set to the other side of polishing 2 front-end surface of drilling equipment, and the movable cabinet door 9 passes through Movable hinge 8 is movably connected on the side of polishing 2 front-end surface of drilling equipment, and the observation window 4 is embedded in the front end of movable cabinet door 9 On surface, the other side of 9 front-end surface of movable cabinet door is welded with connection handle 10, and the maintenance cabinet door 7 is movably connected on It polishes one end of drilling equipment 2, for the upper end face inside the polishing drilling equipment 2 equipped with dust purification case 5, the dust is net Change case 5 and seat 501, water storage seat 502, drain pump machanism 503, the first catheter 504, the second catheter 505, high pressure are stored by dust Atomizer pump 506, third catheter 507, air draft mechanism 508, motor-driven mechanism 509, dust absorbing mechanism 510, dust guiding tube 511, dust purification box enclosure body 512, interlocking bar 513 form, and the dust purification box enclosure body 512 is set to polishing drilling equipment Upper end face inside 2, the rear surface inside the dust purification box enclosure body 512 are respectively equipped with air draft mechanism 508, motor Driving mechanism 509, dust absorbing mechanism 510,508 nested encryptions of air draft mechanism in the other end of motor-driven mechanism 509, The dust absorbing mechanism 510 is movably connected on one end of motor-driven mechanism 509, the dust absorbing by interlocking bar 513 Mechanism 510 is connect by dust guiding tube 511 and dust storage seat 501, the upper and lower ends of the third catheter 507 respectively with high pressure Atomizer pump 506,508 nested encryptions of air draft mechanism, the drain pump machanism 503 are pumped by the second catheter 505 with high-pressure atomization 506 connections, the drain pump machanism 503 are movably connected on the upper surface of 509 other end of motor-driven mechanism, the water storage seat 502 are connect by the first catheter 504 with drain pump machanism 503, and the water storage seat 502 is set to the another of dust storage seat 501 End, the drain pump machanism 503 is by free gear 50301, No.1 activity bull stick 50302, No.1 movable disk 50303, two Movable bull stick 50304, No. two movable disks 50305, No.1 transmission belt 50306, the Liquid guiding pump pump housings 50307, driven gear 50308, driving gear 50309 forms, and the free gear 50301 is movably connected on the upper of 509 other end of motor-driven mechanism Surface, the free gear 50301 are connect by No.1 activity bull stick 50302 with No.1 movable disk 50303, No. two work Turn disk 50305 is movably connected on the side of 50303 upper end face of No.1 movable disk, institute by No. two movable bull sticks 50304 The left and right ends for stating No.1 transmission belt 50306 are connect with No. two movable disks 50305, driving gear 50309 respectively, described driven Gear 50308, driving gear 50309 are set to the inner surface of the Liquid guiding pump pump housing 50307, and 50308 activity of driven gear is even The upper end face of driving gear 50309, one end of the Liquid guiding pump pump housing 50307 and 504 nested encryptions of the first catheter are connected to, Second catheter, 505 nested encryptions are in the other end of the Liquid guiding pump pump housing 50307, and the air draft mechanism 508 is by the first transmission Bevel gear 50801, bevel gear drive plate 50802, the second drive bevel gear 50803, air ejector fan drive rod 50804, air draft wind Fan 50805, air draft strainer 50806, air exhaust box 50807 form, and 50801 nested encryptions of the first drive bevel gear drive in motor The side of the other end of motivation structure 509,50802 front-end surface of bevel gear drive plate is connected with the first drive bevel gear 50801, second drive bevel gear 50803 is connected to the lower surface of 50802 front end of bevel gear drive plate, the air ejector fan 50803 nested encryptions of the upper end face of drive rod 50804 and the second drive bevel gear, the air ejector fan drive rod 50804 Rear surface be set to the inner surface of air exhaust box 50807 and with 50805 nested encryptions of air ejector fan, under the air exhaust box 50807 End surfaces are embedded with air draft strainer 50806, and the air exhaust box 50807 is set to the lower right of 512 inner surface of dust purification box enclosure body, The motor-driven mechanism 509 is by driving motor 50901,50902, No. two drive shafts 50903 of No.1 drive shaft, lateral spiral shell Line bull stick 50904, rotating shaft transmission disk 50905 form, and the other end and air draft mechanism 508 of the horizontal thread bull stick 50904 are embedding Set connection, the drain pump machanism 503 are movably connected on the upper end face of horizontal thread bull stick 50904, and the horizontal thread turns One end of bar 50904 and No. two 50903 nested encryptions of drive shaft, No. two drive shafts 50903 are connected to rotating shaft transmission The lower surface of the other side of 50905 front-end surface of disk, 50905 front end of rotating shaft transmission disk is connected with No.1 drive shaft 50902, the upper end face and 50902 nested encryptions of No.1 drive shaft of the driving motor 50901, the rotating shaft transmission disk 50905 are flexibly connected by interlocking bar 513 with dust absorbing mechanism 510, and the dust absorbing mechanism 510 is by active runner 51001, No. two transmission belts 51002, driven runner 51003, the three movable movable disks 51005, three of bull stick 51004, three Transmission belt 51006, centrifugal fan 51007, air inlet strainer 51008, dust absorbing case 51009 form, the active runner 51001 The upper surface of 509 one end of motor-driven mechanism is movably connected on by interlocking bar 513, the driven runner 51003 passes through No. two Transmission belt 51002 is connected to one end of active runner 51001, the driven runner 51003 by No. three movable bull sticks 51004 with No. three movable disks 51005 are flexibly connected, the upper and lower ends of No. three transmission belts 51006 respectively with No. three movable disks 51005, centrifugal fan 51007 connects, and the centrifugal fan 51007 is set to the inner surface of dust absorbing case 51009, the dust The rear surface of respiratory box 51009 passes through dust guiding tube 511 and dust embedded with air inlet strainer 51008, the dust absorbing case 51009 It stores seat 501 to connect, the observation window 4 is the circular configuration that radius is 10-15cm, and 10 material of connection handle is alloy.

The utility model is mainly characterized by comprising: carrying out in use, user will by the connection opening movable cabinet door 9 of handle 10 The aluminum alloy doors and windows that need to carry out polishing drilling are placed in polishing drilling equipment 2, after confirming equipment stable connection, close active cabinet Door 9 simultaneously carries out polishing boring work to aluminum alloy doors and windows by the control polishing drilling equipment 2 of controller 3, in polishing drilling equipment 2 Aluminum alloy doors and windows are carried out in polishing boring work, user controls the motor driven in dust purification case 5 again by controller 3 Mechanism 509 works, and motor-driven mechanism 509 passes through 50902 band of No.1 drive shaft by driving motor 50901 during the work time Turn axis drive plate 50905 rotates, and drives cross by No. two drive shafts 50903 in 50905 rotation process of rotating shaft transmission disk It is rotated to screw thread bull stick 50904, horizontal thread bull stick 50904 synchronous drive drain pump machanism 503, air draft mechanism in rotation 508 work, and the free gear 50301 on drain pump machanism 503 follows horizontal thread bull stick 50904 to rotate and by No.1 activity Bull stick 50302 drives No.1 movable disk 50303 to rotate, and No.1 movable disk 50303 is driven by No. two movable bull sticks 50304 No. two movable disks 50305 rotate, and No. two movable disks 50305 drive driving tooth by No.1 transmission belt 50306 in rotation 50309 rotation of wheel, driving gear 50309 cooperate to store in water storage seat 502 in rotation with driven gear 50308 Cleaning water by the first catheter 504 import the Liquid guiding pump pump housing 50307 in, the Liquid guiding pump pump housing 50307 pass through the second drain Pipe 505 imports cleaning water in high-pressure atomization pump 506, and the cleaning water imported in high-pressure atomization pump 506 is pumped through high-pressure atomization It is imported in air draft mechanism 508 after 506 pressurizing atomizings by third catheter 507, device can automatically control during the work time Cleaning water discharge inside equipment, while can be carried out automatically by the cleaning water pressurizing atomizing of discharge convenient for equipment next Work is walked, it is easy to operate.

After in the cleaning water importing air draft mechanism 508 being mainly characterized by comprising: after atomization of the utility model, air draft mechanism The first drive bevel gear 50801 on 508 follows horizontal thread bull stick 50904 to rotate and by 50802 band of bevel gear drive plate Dynamic second drive bevel gear 50803 rotation, the second drive bevel gear 50803 pass through air ejector fan drive rod during rotation 50804 drive air ejector fan 50805 to rotate, and air ejector fan 50805 generates wind-force during rotation will import air exhaust box 50807 Cleaning water after interior atomization is discharged by air draft strainer 50806, and the cleaning water after the atomization of discharge exists with equipment automatically The dust contact generated during processing aluminum alloy doors and windows is to achieve the purpose that reduce dust concentration inside equipment, and device is in work Make during can reduce the dust concentration that equipment generates during processing aluminum alloy doors and windows, improve equipment using safe Property.

The active runner 51001 being mainly characterized by comprising: in dust absorbing mechanism 510 of the utility model passes through interlocking bar 513 The rotating shaft transmission disk 50905 in motor-driven mechanism 509 is followed to rotate, active runner 51001 passes through No. two during rotation Transmission belt 51002 drives driven runner 51003 to rotate, and driven runner 51003 drives No. three work by No. three movable bull sticks 51004 Turn disk 51005 rotates, and centrifugal fan 51007 follows No. three movable disks 51005 to rotate and produces by No. three transmission belts 51006 The dust formed inside equipment is automatically drawn into dust absorbing case 51009 by raw centrifugation wind-force by entering the wind strainer 51008, dust The dust of absorption is sent into dust storage seat 501 by dust guiding tube 511 and stored by respiratory box 51009, and device is in the course of work In be capable of the dust formed inside automatic absorption equipment, avoid the excessively high health for endangering staff of dust concentration inside equipment, The further safety in utilization for improving equipment.

The utility model solves the problems, such as it is that the dust that the prior art is formed during processing aluminium alloy can endanger work The health of personnel, is also possible to cause when dust reaches a certain concentration dust explosion, and equipment is using dangerous, and the practicability is poor, this Utility model is combined with each other by above-mentioned component, and realizing equipment during the work time can reduce automatically and in absorption equipment The dust that portion is formed avoids the excessively high health for endangering staff of dust concentration inside equipment, safe to use, the reality of equipment It is strong with property.

Claims

The drilling equipment 1. a kind of aluminum alloy doors and windows are polished, structure include support base (1), polishing drilling equipment (2), controller (3), observation window (4), dust purification case (5), alarm (6), maintenance cabinet door (7), movable hinge (8), movable cabinet door (9), company Connect handle (10), it is characterised in that:

The top of the support base (1) is connect in such a way that face is closed with face paste with the bottom of polishing drilling equipment (2), described The side of polishing drilling equipment (2) upper end face is electrically connected with alarm (6), and the controller (3) is set to polishing drilling equipment (2) other side of front-end surface, before the movable cabinet door (9) is movably connected on polishing drilling equipment (2) by movable hinge (8) The side of end surfaces, the observation window (4) is in the front-end surface of movable cabinet door (9), movable cabinet door (9) front-end surface The other side be welded with connection handle (10), it is described maintenance cabinet door (7) be movably connected on polishing drilling equipment (2) one end, institute It states the internal upper end face of polishing drilling equipment (2) and is equipped with dust purification case (5)；

The dust purification case (5) stores seat (501), water storage seat (502), drain pump machanism (503), the first catheter by dust (504), the second catheter (505), high-pressure atomization pump (506), third catheter (507), air draft mechanism (508), motor driven Mechanism (509), dust absorbing mechanism (510), dust guiding tube (511), dust purification box enclosure body (512), interlocking bar (513) group At；

The dust purification box enclosure body (512) is set to the internal upper end face of polishing drilling equipment (2), the dust purification case The internal rear surface of outer housing (512) is respectively equipped with air draft mechanism (508), motor-driven mechanism (509), dust absorbing mechanism (510), air draft mechanism (508) nested encryptions are in the other end of motor-driven mechanism (509), the dust absorbing mechanism (510) one end of motor-driven mechanism (509) is movably connected on by interlocking bar (513), the dust absorbing mechanism (510) is logical Dust guiding tube (511) and dust storage seat (501) is crossed to connect, the upper and lower ends of the third catheter (507) respectively with high pressure mist Change pump (506), air draft mechanism (508) nested encryptions, the drain pump machanism (503) passes through the second catheter (505) and high pressure Atomizer pump (506) connection, the drain pump machanism (503) are movably connected on the upper surface of motor-driven mechanism (509) other end, The water storage seat (502) is connect by the first catheter (504) with drain pump machanism (503), and the water storage seat (502) is set to powder Dirt stores the other end of seat (501).
The drilling equipment 2. a kind of aluminum alloy doors and windows according to claim 1 are polished, it is characterised in that: the drain pump machanism (503) by free gear (50301), No.1 activity bull stick (50302), No.1 movable disk (50303), No. two movable bull sticks (50304), No. two movable disks (50305), No.1 transmission belt (50306), the Liquid guiding pump pump housing (50307), driven gear (50308), driving gear (50309) forms, and it is another that the free gear (50301) is movably connected on motor-driven mechanism (509) The upper surface of one end, the free gear (50301) pass through No.1 activity bull stick (50302) and No.1 movable disk (50303) Connection, No. two movable disks (50305) are movably connected on No.1 movable disk by No. two movable bull sticks (50304) (50303) side of upper end face, the left and right ends of the No.1 transmission belt (50306) respectively with No. two movable disks (50305), driving gear (50309) connects, and the driven gear (50308), driving gear (50309) are set to Liquid guiding pump and pump The inner surface of body (50307), the driven gear (50308) is movably connected on the upper end face of driving gear (50309), described One end of the Liquid guiding pump pump housing (50307) and the first catheter (504) nested encryptions, the second catheter (505) nested encryptions The other end in the Liquid guiding pump pump housing (50307).
The drilling equipment 3. a kind of aluminum alloy doors and windows according to claim 1 are polished, it is characterised in that: the air draft mechanism (508) by the first drive bevel gear (50801), bevel gear drive plate (50802), the second drive bevel gear (50803), air draft wind Drive rod (50804), air ejector fan (50805), air draft strainer (50806), air exhaust box (50807) composition are fanned, described first passes Dynamic bevel gear (50801) nested encryptions are before the other end of motor-driven mechanism (509), the bevel gear drive plate (50802) The side of end surfaces is connected with the first drive bevel gear (50801), and second drive bevel gear (50803) is connected to bevel gear The lower surface of drive plate (50802) front end, the upper end face and the second drive bevel gear of the air ejector fan drive rod (50804) (50803) nested encryptions, the rear surface of the air ejector fan drive rod (50804) are set to the inner surface of air exhaust box (50807) And with air ejector fan (50805) nested encryptions, the rear surface of the air exhaust box (50807) is embedded with air draft strainer (50806), institute State the lower right that air exhaust box (50807) are set to dust purification box enclosure body (512) inner surface.
The drilling equipment 4. a kind of aluminum alloy doors and windows according to claim 1 are polished, it is characterised in that: the motor driven machine Structure (509) is by driving motor (50901), No.1 drive shaft (50902), No. two drive shafts (50903), horizontal thread bull sticks (50904), rotating shaft transmission disk (50905) forms, the other end of the horizontal thread bull stick (50904) and air draft mechanism (508) Nested encryptions, the drain pump machanism (503) are movably connected on the upper end face of horizontal thread bull stick (50904), the transverse direction One end of screw thread bull stick (50904) and No. two drive shaft (50903) nested encryptions, No. two drive shafts (50903) are even It is connected to the other side of rotating shaft transmission disk (50905) front-end surface, the lower surface of rotating shaft transmission disk (50905) front end is connected with No.1 drive shaft (50902), the upper end face of the driving motor (50901) are nested with No.1 drive shaft (50902) even It connects, the rotating shaft transmission disk (50905) is flexibly connected by interlocking bar (513) with dust absorbing mechanism (510).
The drilling equipment 5. a kind of aluminum alloy doors and windows according to claim 1 are polished, it is characterised in that: the dust absorbing machine Structure (510) is by active runner (51001), No. two transmission belts (51002), driven runner (51003), No. three movable bull sticks (51004), No. three movable disks (51005), No. three transmission belts (51006), centrifugal fan (51007), air inlet strainer (51008), dust absorbing case (51009) forms, and the active runner (51001) is movably connected on electricity by interlocking bar (513) The upper surface of machine driving mechanism (509) one end, the driven runner (51003) are connected to master by No. two transmission belts (51002) One end of turn wheel (51001), the driven runner (51003) pass through No. three movable bull sticks (51004) and No. three movable disks (51005) be flexibly connected, the upper and lower ends of No. three transmission belts (51006) respectively with No. three movable disks (51005), centrifugation Fan (51007) connection, the centrifugal fan (51007) are set to the inner surface of dust absorbing case (51009), the dust absorbing The rear surface of case (51009) embedded with air inlet strainer (51008), the dust absorbing case (51009) by dust guiding tube (511) with Dust stores seat (501) connection.