CN206104456U - Liquid crystal display glass ultrasonic cleaner - Google Patents

Abstract

The utility model discloses a liquid crystal display glass ultrasonic cleaner, the power distribution box comprises a box body, be equipped with a plurality of washing tanks in the box on the length direction of edge, the washing tank lateral wall is the circular arc setting, it connects to be equipped with a plurality of sliding in the box be used for placing glass's tray in the washing tank, a plurality of through -holes have been seted up to the bottom of tray, and are adjacent the lock joint has the towline between the tray, box one side is equipped with the coiling mechanism, is located and is close to coiling mechanism one side on the tray lock joint have the rolling in the towline of coiling mechanism stimulates the tray through the towline in the coiling mechanism and wash the removal in a plurality of washing tank, makes glass reach multistage abluent purpose.

Description

LCDs glass ultrasonic cleaning machine

Technical field

This utility model is related to a kind of liquid crystal display screen washing equipment, more specifically, it relates to a kind of LCDs Glass ultrasonic cleaning machine.

Background technology

Glass cleaning machine is after glass such as mobile phone faceplate, touch panel, the grinding of liquid crystal panel flat-type glasses, by force Cleaning cleaning, the special equipment of dried waited after change；Traditional glass cleaning machine is rinsed or ultrasound wave cleaning using water.

At present, the Chinese patent of Publication No. CN204672622U discloses a kind of liquid-crystalline glasses cleaning equipment, and it includes Connecting gear, board-like ultrasound wave vibration exciter, rinse bath and drying unit, set in the direction of the launch of the board-like ultrasound wave vibration exciter Rustless steel diffractive plate is equipped with, rustless steel diffractive plate is distributed with mesh-structured；The cleaning slot structure includes cleaning left and right water fender, Cleaning left and right water fender is vertically fixedly connected water fender before and after the cleaning with strip through hole, cleaning left and right water fender and cleaning The cleaning dash base plate that in front and back lower vertical of water fender is connected, board-like ultrasound wave vibration exciter is connected in cleaning base plate by support On, connecting gear is arranged between cleaning left and right water fender.

The particulate matter of the different-grain diameter of cleaning photoelectric glass substrate surface is solved in such scheme, extra particulate is reduced The introducing of thing, simplifies cleaning equipment, improves the cleaning quality to photoelectric glass substrate, but the cleanout fluid in rinse bath and Water causes the liquid impurity inside rinse bath more after glass cleaning several times, affects the quality of glass cleaning.

Utility model content

In view of the shortcomings of the prior art, the purpose of this utility model is to provide a kind of liquid crystal display panel glass ultrasound Ripple cleaning machine, multistage cleaning simple with equipment, improves the advantage of the cleaning quality of glass.

Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of LCDs glass Multiple rinse baths are provided with along its length in glass ultrasonic washing unit, including casing, the casing, and the cleaning groove sidewall is in Circular arc is arranged；Multiple slidings are provided with the casing and are connected in the rinse bath is used for the pallet for placing glass, the pallet Bottom offer multiple through holes, be snapped with hoist ropes between the adjacent pallet；The casing side is provided with wrap-up, position Wind in the hoist ropes of the wrap-up in being snapped with the pallet of the wrap-up side.

Multiple rinse baths are provided with along its length by adopting above-mentioned technical proposal, casing, and cleaning groove sidewall is in circular arc Arrange, adjacent rinse bath circular arc side wall phase transition, movement of the circular arc side wall utility tray in adjacent rinse bath；Multiple slidings connect Being connected in rinse bath is used for the pallet for placing glass, and hoist ropes, the pallet of hoist ropes two ends snapping are snapped between adjacent trays The synchronizing moving in rinse bath；The bottom of pallet offers multiple through holes, and the through hole of tray bottom can make cleanout fluid enter to start going to a nursery In disk, cleanout fluid is cleaned and when pallet is cleaned in rinse bath and completes to be slid onto next rinse bath to glass, support Cleanout fluid in disk is flow back in rinse bath on the circular arc side wall of previous rinse bath by through hole will not pollute next clear Cleanout fluid in washing trough；Casing side is provided with wrap-up, and positioned on the pallet of wrap-up side hoist ropes is snapped with, The hoist ropes other end is fixedly connected on wrap-up, and the pallet of snapping on hoist ropes is pulled in multiple cleanings by wrap-up Move in groove, make glass reach the purpose of multistage cleaning.

This utility model is further arranged to：The wrap-up includes motor and wind-up roll, the motor Rotating shaft on be arranged with the wind-up roll.

By adopting above-mentioned technical proposal, the wind-up roll for winding hoist ropes is arranged with the rotating shaft of motor, is draged Messenger one end snaps onto pallet side, and the other end is wrapped in the groove in wind-up roll, by the axis of rotation band of motor The dynamic wind-up roll being set in rotating shaft is rotated and then pulls the pallet of hoist ropes snapping to move in multiple rinse baths.

This utility model is further arranged to：The tray bottom is provided with roller.

Next rinse bath, pallet are moved to after the completion of by adopting above-mentioned technical proposal, pallet and cleaning in rinse bath Force of sliding friction is changed into force of rolling friction when the roller that bottom is provided with moves can pallet, reduces frictional force, utility tray Move in rinse bath.

This utility model is further arranged to：Offer and pallet roller on multiple rinse bath circular arc side walls and diapire The connection track being engaged.

Track is connected with offering on diapire by adopting above-mentioned technical proposal, the circular arc side wall of rinse bath, track is connected Guiding pallet face movement in orbit can avoid pallet when moving in rinse bath with rinse bath inside front-rear side walls collide, Cause to clean the broken of glass.

This utility model is further arranged to：The sidewall symmetry of the pallet is provided with a plurality of clamping groove plate, the adjacent card Glass is put between frid for card.

By adopting above-mentioned technical proposal, when the pallet for placing glass is cleaned in rinse bath, glass two ends are put into The groove of adjacent clamping groove plate, is fixed by the effect of stiction to glass, before preventing glass during cleaning Movement afterwards causes collision broken.

This utility model is further arranged to：The thickness range of the clamping groove plate is arranged on 3mm ~ 6mm.

It is put into when cleaning in adjacent clamping groove plate groove by adopting above-mentioned technical proposal, glass, the thickness range of clamping groove plate 3mm ~ 6mm is arranged on, makes to produce gap between adjacent glass by the thickness of clamping groove plate, cleanout fluid is on adjacent glass surface to glass Glass carries out ultrasound wave cleaning, by the spot of the hydrone collision cleaning glass surface of ultrasound wave, reaches the purpose of cleaning glass, If very close to each other between glass or gap is too small, ultrasound wave is incomplete in glass surface cleaning, can cause glass cleaning not Or clearly do not wash clean.

This utility model is further arranged to：The through hole is arranged in array, and each described clamping groove plate is same with corresponding The through hole of row is in the same direction.

By adopting above-mentioned technical proposal, when glass two ends are put into the groove between adjacent clamping groove plate, the two of glass Just above through hole, when glass is cleaned in rinse bath by ultrasound wave, ultrasound wave is by through hole preferably to glass on individual surface Glass is cleaned, and the impurity for cleaning can be fallen in rinse bath by through hole and avoid impurity from staying in pallet, improve glass Cleaning quality.

This utility model is further arranged to：The pallet or so outer wall is provided with clasp, the hoist ropes two ends be provided with The retaining ring that the clasp is engaged, the clasp is interlockingly connected to realize adjacent trays synchronizing moving with the retaining ring.

Clasp is provided with by adopting above-mentioned technical proposal, pallet or so outer wall, hoist ropes two ends are provided with retaining ring, when adjacent When two pallets are cleaned in adjacent rinse bath, adjacent trays snapping is connected by the retaining ring of hoist ropes realize adjacent trays one Rise and moved in rinse bath, and lower tray, utility tray can be unloaded by retaining ring after the completion of pallet is cleaned in rinse bath Installation with unloading.

This utility model is further arranged to：The clasp is located at pallet outer wall central authorities.

It is interlockingly connected with the retaining ring of hoist ropes end by adopting above-mentioned technical proposal, clasp, hoist ropes pulls pallet outer wall On clasp movement, when the clasp of pallet outer wall is located at pallet outer wall central authorities, hoist ropes pulls pallet to make pallet entirety stress one Cause will not offset, and what pallet can be stable moves in rinse bath.

This utility model is further arranged to：Guide roller group is provided with positioned at the casing near the wrap-up side, The guide roller group includes the first guide roller and the second guide roller, and second guide roller is located at the top of the first guide roller.

By adopting above-mentioned technical proposal, pallet with wrap-up not on same horizontal plane, near wrap-up one The casing of side is provided with guide roller group, and the hoist ropes of pallet side is wound in the first guide roller and is changed into the hoist ropes of horizontal direction Vertical direction, the hoist ropes for bypassing the first guide roller is wound in the second guide roller and for the hoist ropes of vertical direction to be changed into level side To movement that can be stable by the pallet in no longer same level and wrap-up hoist ropes by such guide roller group Pallet.

In sum, this utility model has the advantages that：Casing is provided with along its length multiple rinse baths, clearly Wash groove sidewall to arrange in circular arc, adjacent rinse bath circular arc side wall phase transition, circular arc side wall utility tray is in adjacent rinse bath It is mobile；Multiple slidings are connected in rinse bath is used for the pallet for placing glass, and hoist ropes is snapped between adjacent trays, makes multiple Pallet synchronizing moving；The bottom of pallet offers multiple through holes, and it is right in pallet that the through hole of tray bottom enters can cleanout fluid Glass carries out ultrasound wave cleaning and when pallet is cleaned in rinse bath and completes to be slid onto next rinse bath, clear in pallet Washing liquid is flowed back in rinse bath on the circular arc side wall of previous rinse bath by through hole will not pollute clear in next rinse bath Washing liquid；Casing side is provided with wrap-up, winds in the receipts positioned at being snapped with the pallet of the wrap-up side The hoist ropes of winding apparatus, pulls pallet to clean in multiple rinse baths and mobile by hoist ropes, makes glass reach multistage cleaning Purpose.

Description of the drawings

Fig. 1 is the structure chart of LCDs glass ultrasonic cleaning machine；

Fig. 2 is the support holder structure schematic diagram of LCDs glass ultrasonic cleaning machine；

Fig. 3 is the guide roller group enlarged diagram of LCDs glass ultrasonic cleaning machine.

In figure：1st, casing；13rd, track；2nd, rinse bath；21st, circular arc；3rd, pallet；31st, clamping groove plate；32nd, through hole；33rd, roll Wheel；4th, hoist ropes；41st, clasp；42nd, retaining ring；5th, wrap-up；51st, motor；52nd, wind-up roll；6th, guide roller group；61st, One guide roller；62nd, the second guide roller.

Specific embodiment

With reference to the accompanying drawings and examples, this utility model is described in detail.

A kind of LCDs glass ultrasonic cleaning machine, as illustrated in fig. 1 and 2, casing 1 is provided with along its length multiple Rinse bath 2, the left and right sidewall of rinse bath 2 is arranged in circular arc 21, the phase transition of left and right sidewall circular arc 21 of adjacent rinse bath 2, in casing 1 Being provided with multiple slidings and being connected in rinse bath 2 is used for the pallet 3 for placing glass, and the side wall utility tray 3 of circular arc 21 is in adjacent cleaning Move in groove 2；Track 13 is communicated with casing 1 on the side wall of left and right circular arc 21 and diapire of rinse bath 2, connection track 13 is guided Pallet 3 is collided when track 13 moves above and pallet 3 can be avoided to move in rinse bath 2 with the inside front-rear side walls of rinse bath 2 Hit, cause to clean the broken of glass；The bottom of pallet 3 is provided with roller 33, under pallet 3 is moved to after the completion of cleaning in rinse bath 2 One rinse bath 2, force of sliding friction is changed into force of rolling friction when the roller 33 of the bottom of pallet 3 moves can pallet 3, reduces Frictional force, utility tray 3 is moved in rinse bath 2.

As shown in Fig. 2 the bottom of pallet 3 offers multiple through holes 32, when the pallet 3 for being used to place glass is in rinse bath 2 When being cleaned by the ultrasound wave of the bottom of rinse bath 2, the through hole 32 of the bottom of pallet 3 can be such that cleanout fluid enters in pallet 3 to glass Carry out ultrasound wave cleaning and be slid onto next rinse bath 2, the cleaning in pallet 3 after the completion of pallet 3 is cleaned in rinse bath 2 Liquid will not pollute next rinse bath 2 in flowing back into rinse bath 2 by through hole 32 on the side wall of circular arc 21 of previous rinse bath 2 In cleanout fluid.

As shown in Fig. 2 the sidewall symmetry of pallet 3 is provided with a plurality of clamping groove plate 31, is formed between adjacent clamping groove plate 31 and used The groove of glass is put in card, when the pallet 3 for placing glass is cleaned in rinse bath 2, glass two ends are put into adjacent clamping groove plate 31 Groove, is fixed by the effect of stiction to glass, and preventing glass from moving forward and backward during cleaning causes to touch Crash through broken；When glass is put into the groove of adjacent clamping groove plate 31, the thickness range of clamping groove plate 31 is arranged on 3mm ~ 6mm, passes through The thickness of clamping groove plate 31 makes to produce gap between adjacent glass, and it is clear that cleanout fluid carries out ultrasound wave on adjacent glass surface to glass Wash, by the spot of the hydrone collision cleaning glass surface of ultrasound wave, the purpose of cleaning glass is reached, if do not had between glass There are gap or gap too small, ultrasound wave is incomplete in glass surface cleaning, glass cleaning can have been caused not or cleaning is not done Only.

As shown in Fig. 2 the through hole 32 of the bottom of pallet 3 is arranged in array, each clamping groove plate 31 is logical with corresponding same row In the same direction, when glass two ends are put into the groove between adjacent clamping groove plate 31, two surfaces of glass are just in hole 32 In the top of through hole 32, when glass is cleaned in rinse bath 2 by ultrasound wave, ultrasound wave is preferably carried out by through hole 32 to glass Clean, and the impurity for cleaning can be fallen in rinse bath 2 by through hole 32 and avoid impurity from staying in pallet 3, improve glass Cleaning quality.

As shown in Fig. 2 the outer wall of pallet 3 or so is provided with clasp 41, the two ends of hoist ropes 4 are provided with the retaining ring being engaged with clasp 41 42, clasp 41 is interlockingly connected with retaining ring 42, when adjacent two pallet 3 is cleaned in adjacent rinse bath 2, by the retaining ring of hoist ropes 4 42 are connected the snapping of adjacent trays 3 to realize that adjacent trays 3 are synchronously moved in rinse bath 2, and when pallet 3 is in rinse bath 2 Lower tray 3 can be unloaded by retaining ring 42 after the completion of middle cleaning, the connection of such snap fit utility tray 3 and hoist ropes 4 and Unloading；Clasp 42 is located at the outer wall of pallet 3 central authorities, and clasp 42 is interlockingly connected with the retaining ring 43 of the end of hoist ropes 4, and hoist ropes 4 pulls support Clasp 42 on the outer wall of disk 3 is moved, and when the clasp 42 of the outer wall of pallet 3 is located at the outer wall of pallet 3 central authorities, hoist ropes 4 pulls pallet 3 The overall stress of pallet 3 unanimously will not be offset, what pallet 3 can be stable moves in rinse bath 2.

As shown in figure 1, the side of casing 1 is provided with wrap-up 5 and the platform for placing wrap-up 5, wrap-up 5 is wrapped Motor 51 and wind-up roll 52 are included, podium level is highly identical with casing 1, and motor 51 is connected by screw and is fixed on On platform；It is arranged with a wind-up roll 52 in the rotating shaft of motor 51, the center of wind-up roll 52 is roller, roller inwall Groove is provided with, the rotating shaft of motor 51 is provided with the protruding block corresponding with groove, when the roller of wind-up roll 52 is socketed in When in rotating shaft, protruding block comes circumferentially fixed with the clamping of groove phase, makes wind-up roll 52 and rotating shaft synchronous axial system, and when hoist ropes 4 Winding unloads pallet 3 at 5 side of wrap-up by unloading retaining ring 42, and wind-up roll 52 is due to being circumferentially fixed also may be used Changed with horizontal direction unloading and wind-up roll 52 is installed.

As shown in figure 3, the casing 1 of the side of wrap-up 5 is provided with guide roller group 6, guide roller group 6 includes the first guide roller 61 and second guide roller 62, the second guide roller 62 in the top of the first guide roller 61, due to pallet 3 with wrap-up 5 not same On one horizontal plane, the casing 1 near the side of wrap-up 5 is provided with guide roller group 6, and the hoist ropes 4 of the side of pallet 3 is wound on the The hoist ropes 4 of horizontal direction is changed into into vertical direction in one guide roller 61, the hoist ropes 4 for bypassing the first guide roller 61 is wound on second The hoist ropes 4 of vertical direction is changed into into horizontal direction in guide roller 62, will no longer same level by such guide roller group 6 On pallet 3 and wrap-up 5 with hoist ropes 4 can be stable mobile pallet 3.

Hoist ropes 4 is snapped with the side wall of pallet 3 of the side of wrap-up 5, the other end of hoist ropes 4 is wrapped in wind-up roll On 52 groove, when the switch on motor 51 is opened, the rotating shaft of motor 51 drives wind-up roll 52 to rotate so as to draw The dynamic hoist ropes 4 being wrapped on the groove of wind-up roll 52, pulls pallet 3 to move in rinse bath 2, by control by hoist ropes 4 Switch time on motor 51 moves the time that pallet 3 is cleaned in rinse bath 2, after cleaning the time for reaching defined Move in next rinse bath 2 and clean, by such cleaning way, make glass reach the purpose of multistage cleaning, improve glass The cleaning quality of glass.

The above is only preferred implementation of the present utility model, and protection domain of the present utility model is not limited merely to Above-described embodiment, all technical schemes belonged under this utility model thinking belong to protection domain of the present utility model.Should refer to Go out, for those skilled in the art, some improvement under the premise of without departing from this utility model principle and Retouching, these improvements and modifications also should be regarded as protection domain of the present utility model.

Claims (10)

1. a kind of LCDs glass ultrasonic cleaning machine, including casing (1), in the casing (1) along its length on set There are multiple rinse baths (2), rinse bath (2) side wall is arranged in circular arc (21)；Multiple sliding connections are provided with the casing (1) It is used to place the pallet (3) of glass in the rinse bath (2), the bottom of the pallet (3) offers multiple through holes (32), phase Hoist ropes (4) is snapped between the adjacent pallet (3)；Casing (1) side is provided with wrap-up (5), positioned near described The hoist ropes (4) wound in the wrap-up (5) is snapped with the pallet (3) of wrap-up (5) side.

2. LCDs glass ultrasonic cleaning machine according to claim 1, it is characterised in that：The wrap-up (5) including motor (51) and wind-up roll (52), wind-up roll (52) is set in the rotating shaft of motor (51).

3. LCDs glass ultrasonic cleaning machine according to claim 1, it is characterised in that：Pallet (3) bottom Portion is provided with roller (33).

4. LCDs glass ultrasonic cleaning machine according to claim 3, it is characterised in that：Multiple rinse baths (2) the connection track (13) being engaged with roller (33) is offered on circular arc side wall and diapire.

5. LCDs glass ultrasonic cleaning machine according to claim 1, it is characterised in that：The pallet (3) Sidewall symmetry is provided with a plurality of clamping groove plate (31), and between the adjacent clamping groove plate (31) groove for putting glass for card is formed with.

6. LCDs glass ultrasonic cleaning machine according to claim 5, it is characterised in that：The clamping groove plate (31) Thickness range be arranged on 3mm ~ 6mm.

7. LCDs glass ultrasonic cleaning machine according to claim 5, it is characterised in that：The through hole (32) is in Array arrangement, the through hole (32) of each described clamping groove plate (31) and corresponding same row is in the same direction.

8. LCDs glass ultrasonic cleaning machine according to claim 1, it is characterised in that：The pallet (3) is left Outer wall, right outer wall are equipped with clasp (41), and hoist ropes (4) two ends are provided with the retaining ring being engaged with the clasp (41) (42), the clasp (41) is interlockingly connected to realize adjacent trays (3) synchronizing moving with the retaining ring (42).

9. LCDs glass ultrasonic cleaning machine according to claim 8, it is characterised in that：Clasp (41) position In the pallet (3) outer wall central authorities.

10. LCDs glass ultrasonic cleaning machine according to claim 1, it is characterised in that：Positioned near described The casing (1) of wrap-up (5) side is provided with guide roller group (6), the guide roller group (6) including the first guide roller (61) and Second guide roller (62), top of second guide roller (62) positioned at the first guide roller (61).