A kind of Ultrasonic Cleaning pond
(1) technical field:
The utility model relates to a kind of cleaning device, particularly a kind of Ultrasonic Cleaning pond.
(2) background technology:
Traditional Ultrasonic Cleaning pond does not have automatic filtering system, and in service sink, liquid is short service time, or needs artificial the filtration, increased workman's labour intensity, and filter effect there is no automatic fitration good yet.When machine temporarily quits work, need manually to be cleaned object and take out beyond liquid level, while again working, need manually to be cleaned object and put into liquid.
(3) utility model content:
The purpose of this utility model is to provide a kind of Ultrasonic Cleaning pond, and it is to design according to banded object dynamic cleaning, spray, rinsing, and the object that is best suited for continuous punching cleans.
The technical solution of the utility model: a kind of Ultrasonic Cleaning pond, it is characterized in that it is by Electric Appliance Cabinet, filtering ponds on cleaning fluid, filtering ponds support on cleaning fluid, the little lautertuns of cleaning fluid, the spray pond water pump, at least two terminal elevating mechanisms, terminal input control mechanism, the pond body, the cleaning fluid water pump, the cleaning fluid ultrasonic head, temperature inductor, the cleaning fluid filtering ponds, the intermediate terminal controlling organization, the rinsing liquid ultrasonic head, the rinsing liquid water pump, the rinsing liquid filtering ponds, terminal output controlling organization, the little lautertuns of rinsing liquid, filtering ponds formation on filtering ponds support and rinsing liquid on rinsing liquid, described pond body is separated into successively and is cleaned liquid pool, spray pond and rinsing liquid pool by dividing plate, described Electric Appliance Cabinet is bolted on it pond, on described cleaning fluid, filtering ponds are placed on cleaning fluid on the filtering ponds support, by upper filtering ponds drainpipe with clean liquid pool and be communicated with, on described cleaning fluid, the filtering ponds support is bolted on it pond, is positioned at the top of cleaning liquid pool, on described rinsing liquid, filtering ponds are placed on rinsing liquid on the filtering ponds support, are communicated with the rinsing liquid pool by upper filtering ponds drainpipe, on described rinsing liquid, the filtering ponds support is bolted on it pond, is positioned at the top of rinsing liquid pool, little lautertuns bracing frame is equipped with in the outside of described cleaning liquid pool and rinsing liquid pool, the little lautertuns of described cleaning fluid is placed on the little lautertuns bracing frame that cleans the liquid pool outside, described cleaning liquid pool sidewall has drainpipe, the drainpipe that cleans the liquid pool sidewall is communicated with the little lautertuns of cleaning fluid, the little lautertuns of described cleaning fluid bottom is equipped with little lautertuns drainpipe, and little lautertuns drainpipe is communicated with the cleaning fluid filtering ponds that are placed in cleaning liquid pool below, the little lautertuns of described rinsing liquid is placed on the little lautertuns bracing frame in the rinsing liquid pool outside, described rinsing liquid pool sidewall has drainpipe, the drainpipe of rinsing liquid pool sidewall is communicated with the little lautertuns of rinsing liquid, the little lautertuns of described rinsing liquid bottom is equipped with little lautertuns drainpipe, and little lautertuns drainpipe is communicated with the rinsing liquid filtering ponds that are placed in rinsing liquid pool below, described cleaning fluid water pump is adsorbed on by the water pump sucker on the pool wall of cleaning fluid filtering ponds, is connected with filtering ponds on cleaning fluid by pipeline, described spray pond water pump is adsorbed on by the water pump sucker on the pool wall of spray pond, and described rinsing liquid water pump is adsorbed on by the water pump sucker on the pool wall of rinsing liquid filtering ponds, is connected with filtering ponds on rinsing liquid by pipeline, described terminal input control mechanism is fixed on it the pond of cleaning liquid pool one side, described terminal elevating mechanism is bolted on respectively the top of cleaning liquid pool and rinsing liquid pool, described intermediate terminal controlling organization is fixed on the top of spray pond, and described terminal output controlling organization is fixed on it the pond of rinsing liquid pool one side, described cleaning liquid pool and rinsing liquid pool be in-built the ultrasonic head mounting groove, described cleaning fluid ultrasonic head is bolted in the ultrasonic head mounting groove cleaned in liquid pool, and described rinsing liquid ultrasonic head is bolted in the ultrasonic head mounting groove in the rinsing liquid pool, described temperature inductor is bolted on respectively and cleans in liquid pool and rinsing liquid pool.
Terminal input control described above mechanism consists of the support of terminal intake roller, roller positioning sleeve, roller shaft, terminal intake roller and circlip, described roller shaft is fixed between the support of terminal intake roller, on roller shaft, be installed with terminal intake roller, roller positioning sleeve and circlip, described roller positioning sleeve is positioned at the two ends of terminal intake roller, by hexagon socket head cap screw, be fixed on roller shaft, described circlip is through on roller shaft, is close to the terminal intake roller and supports the outside.
Terminal output controlling organization described above is exported roller supporting by terminal, the blowing head, a blowing fixed bar, the roller positioning sleeve, roller shaft, terminal output roller and circlip form, a described blowing fixed bar and roller shaft all are fixed between terminal output roller supporting, a blowing fixed bar is positioned at the top of roller shaft, on a blowing fixed bar, be fixed with the blowing head, on described roller shaft, be installed with terminal output roller, roller positioning sleeve and circlip, described roller positioning sleeve is positioned at the two ends of terminal output roller, by hexagon socket head cap screw, be fixed on roller shaft, described circlip is through on roller shaft, be close to the terminal output roller supporting outside.
Terminal elevating mechanism described above consists of cylinder, air cylinder support, cylinder terminal roller positioning sleeve, two roller shafts, circlip, turning rolls, terminal support wheel and the sub-rollers of cylinder end; Described cylinder is fixedly connected with by screw and nut with air cylinder support, and the lower end of cylinder is fixedly connected with by screw and nut with turning rolls; On described turning rolls, roller shaft is housed; On a roller shaft, be installed with the sub-roller positioning sleeve of cylinder terminal roller and cylinder end; Described cylinder terminal roller positioning sleeve is positioned at the two ends of cylinder terminal roller, is fixed on roller shaft by hexagon socket head cap screw; Described terminal support wheel is through on another roller shaft; Described circlip is through on roller shaft, is close to the turning rolls outside.
Intermediate terminal controlling organization described above controls support by spray head, spray head support, roller positioning sleeve, roller shaft, intermediate terminal and intermediate roller forms; Described spray head is fixed on the spray head support; Described spray head support is fixed on intermediate terminal and controls in support; Described roller shaft is fixed on intermediate terminal and controls in support; On described roller shaft, be installed with intermediate roller and roller positioning sleeve; Described roller positioning sleeve is positioned at the intermediate roller both sides, and the roller positioning sleeve is fixed on roller shaft according to hexagon socket head cap screw.
The course of work of the present utility model: this device is to design according to banded object dynamic cleaning, spray, rinsing, and the object that is best suited for continuous punching cleans.Object, through the terminal intake roller of the terminal input control mechanism on service sink, is placed in the U-lag of terminal intake roller, pass again in the middle of the cylinder terminal roller and terminal support wheel of two groups of terminal elevating mechanisms, (when the cylinder of terminal elevating mechanism is released, the object be cleaned cleans in cleaning liquid pool, when the cylinder of terminal elevating mechanism pushes, be cleaned more than object is thus lifted to the cleaning fluid liquid level, stop cleaning), on the roller of the intermediate terminal controlling organization of spray pond, spray again, a water pump is arranged in spray pond, from the object of draining spray pond to the spray pond upper end, spray, then object passes in the middle of the cylinder terminal roller of two groups of terminal elevating mechanisms in the rinsing liquid pool and terminal support wheel (when the cylinder of terminal elevating mechanism is released again, by the rinsing in the rinsing liquid pool of the object of rinsing, when the cylinder of terminal elevating mechanism pushes, more than by the rinsing object, being thus lifted to the rinsing liquid liquid level, stop rinsing), again by the terminal output roller of object through the output of the terminal on rinsing liquid pool controlling organization, be placed in the U-lag of terminal output roller, there is a blowing head terminal output roller upper end, can blow down the water mark on object.And, when object temporarily quits work, more than the cylinder of four groups of terminal elevating mechanisms rises to liquid level to object, stop cleaning, spray, rinsing to object, in order to avoid being immersed in liquid for a long time, object corrodes object.Clean liquid pool and rinsing liquid pool the function to wherein liquid filtering is arranged: liquid tentatively filters through the little lautertuns of flowing through of the drainpipe on pool wall, the liquid filtered filters again from the filtering ponds of the drainpipe inflow lower end of little lautertuns bottom, liquid after filtration is discharged in upper filtering ponds by water pump, liquid filters again, liquid after filtration is flow back in cleaning liquid pool or rinsing liquid pool by the drainpipe of upper filtering ponds bottom, so circulation.
Superiority of the present utility model: 1, the spot in cleaning liquid can be recycled in automatic fitration, the cleaning fluid utilization rate is significantly improved.2, when being cleaned object and temporarily quitting work, machine can be automatically being cleaned more than object rises to and clean liquid level, in order to avoid object is because being immersed in liquid and being corroded for a long time; When again working, automatically being cleaned object, put into cleaning fluid.
(4) accompanying drawing explanation:
Fig. 1 is the exploded view in the related a kind of Ultrasonic Cleaning of the utility model pond.
Fig. 2 is the structural representation in the related a kind of Ultrasonic Cleaning of the utility model pond.
Fig. 3 is the front view of the pond body in the related a kind of Ultrasonic Cleaning of the utility model pond.
Fig. 4 is the top view of the pond body in the related a kind of Ultrasonic Cleaning of the utility model pond.
The axonometric drawing of the pond body in the related a kind of Ultrasonic Cleaning of Fig. 5 the utility model pond.
Fig. 6 is the exploded view of the terminal input control mechanism in the related a kind of Ultrasonic Cleaning of the utility model pond.
Fig. 7 is the assembly drawing of the terminal input control mechanism in the related a kind of Ultrasonic Cleaning of the utility model pond.
Fig. 8 is the exploded view of the terminal output controlling organization in the related a kind of Ultrasonic Cleaning of the utility model pond.
Fig. 9 is the assembly drawing of the terminal output controlling organization in the related a kind of Ultrasonic Cleaning of the utility model pond.
Figure 10 is the exploded view of the terminal lifting control mechanism in the related a kind of Ultrasonic Cleaning of the utility model pond.
Figure 11 is the assembly drawing of the terminal lifting control mechanism in the related a kind of Ultrasonic Cleaning of the utility model pond.
Figure 12 is the assembly drawing of the intermediate terminal controlling organization in the related a kind of Ultrasonic Cleaning of the utility model pond.
Wherein, 1 is Electric Appliance Cabinet, 2 is filtering ponds on cleaning fluid, 3 is filtering ponds support on cleaning fluid, 4 is the little lautertuns of cleaning fluid, 4-1 is little lautertuns drainpipe, 5 is the spray pond water pump, 6 is the terminal elevating mechanism, 6-1 is cylinder, the 6-2 screw and nut, 6-3 is air cylinder support, 6-4 is hexagon socket head cap screw, 6-5 is cylinder terminal roller positioning sleeve, 6-6 is roller shaft, 6-7 is circlip, the 6-8 turning rolls, 6-9 terminal support wheel, 6-10 cylinder terminal roller, 7 is terminal input control mechanism, 7-1 is that the terminal intake roller supports, 7-2 is hexagon socket head cap screw, 7-3 is the roller positioning sleeve, 7-4 is roller shaft, 7-5 is the terminal intake roller, 7-6 is circlip, 8 is the pond body, 8-1 is for cleaning liquid pool, 8-2 is spray pond, 8-3 rinsing liquid pool, 8-4 is dividing plate, the little lautertuns bracing frame of 8-5, the 8-6 drainpipe, 8-7 is the ultrasonic head mounting groove, 9 is the cleaning fluid water pump, 10 is the cleaning fluid ultrasonic head, 11 is temperature inductor, 12 is the cleaning fluid filtering ponds, 13 is the intermediate terminal controlling organization, 13-1 is spray head, 13-2 is the spray head support, 13-3 is hexagon socket head cap screw, 13-4 is the roller positioning sleeve, 13-5 is roller shaft, 13-6 is that intermediate terminal is controlled support, 13-7 is intermediate roller, 14 is the rinsing liquid ultrasonic head, 15 is the rinsing liquid water pump, 16 is the rinsing liquid filtering ponds, 17 is upper filtering ponds drainpipe, 18 are terminal output controlling organization, 18-1 is terminal output roller supporting, 18-2 is the blowing head, 18-3 is a blowing fixed bar, the 18-4 hexagon socket head cap screw, 18-5 is the roller positioning sleeve, 18-6 is roller shaft, 18-7 is circlip, 18-8 is terminal output roller, 19 is the little lautertuns of rinsing liquid, 20 is filtering ponds support on rinsing liquid, 21 is filtering ponds on rinsing liquid.
(5) specific embodiment:
Embodiment: a kind of Ultrasonic Cleaning pond (seeing Fig. 1-5), it is characterized in that it is by Electric Appliance Cabinet 1, on cleaning fluid, filtering ponds 2, filtering ponds support 3 on cleaning fluid, the little lautertuns 4 of cleaning fluid, spray pond water pump 5, four terminal elevating mechanisms 6, terminal input control mechanism 7, pond body 8, cleaning fluid water pump 9, cleaning fluid ultrasonic head 10, temperature inductor 11, cleaning fluid filtering ponds 12, intermediate terminal controlling organization 13, rinsing liquid ultrasonic head 14, rinsing liquid water pump 15, rinsing liquid filtering ponds 16, terminal output controlling organization 18, the little lautertuns 19 of rinsing liquid, filtering ponds 21 formations on filtering ponds support 20 and rinsing liquid on rinsing liquid, described pond body 8 is separated into successively and is cleaned liquid pool 8-1, spray pond 8-2 and rinsing liquid pool 8-3 by dividing plate 8-4, described Electric Appliance Cabinet 1 is bolted on pond body 8, on described cleaning fluid, filtering ponds 2 are placed on cleaning fluid on filtering ponds support 3, by upper filtering ponds drainpipe 17 with clean liquid pool 8-1 and be communicated with, on described cleaning fluid, filtering ponds support 3 is bolted on pond body 8, is positioned at the top of cleaning liquid pool 8-1, on described rinsing liquid, filtering ponds 21 are placed on rinsing liquid on filtering ponds support 20, are communicated with rinsing liquid pool 8-3 by upper filtering ponds drainpipe 17, on described rinsing liquid, filtering ponds support 20 is bolted on pond body 8, is positioned at the top of rinsing liquid pool 8-3, little lautertuns bracing frame 8-5 is equipped with in the outside of described cleaning liquid pool 8-1 and rinsing liquid pool 8-3, the little lautertuns 4 of described cleaning fluid is placed on the little lautertuns bracing frame 8-5 that cleans the liquid pool 8-1 outside, described cleaning liquid pool 8-1 sidewall has drainpipe 8-6, the drainpipe 8-6 that cleans the liquid pool sidewall is communicated with the little lautertuns 4 of cleaning fluid, the little lautertuns of described cleaning fluid 4 bottoms are equipped with little lautertuns drainpipe 4-1, and little lautertuns drainpipe 4-1 is communicated with the cleaning fluid filtering ponds 12 that are placed in cleaning liquid pool 8-1 below, the little lautertuns 19 of described rinsing liquid is placed on the little lautertuns bracing frame 8-5 in the rinsing liquid pool 8-3 outside, described rinsing liquid pool 8-3 sidewall has drainpipe 8-6, the drainpipe 8-6 of rinsing liquid pool sidewall is communicated with the little lautertuns 19 of rinsing liquid, the little lautertuns of described rinsing liquid 19 bottoms are equipped with little lautertuns drainpipe 4-1, and little lautertuns drainpipe 4-1 is communicated with the rinsing liquid filtering ponds 16 that are placed in rinsing liquid pool 8-3 below, described cleaning fluid water pump 9 is adsorbed on by the water pump sucker on the pool wall of cleaning fluid filtering ponds 12, is connected with filtering ponds 2 on cleaning fluid by pipeline, described spray pond water pump 5 is adsorbed on by the water pump sucker on the pool wall of spray pond 8-2, and described rinsing liquid water pump 15 is adsorbed on by the water pump sucker on the pool wall of rinsing liquid filtering ponds 16, is connected with filtering ponds 21 on rinsing liquid by pipeline, described terminal input control mechanism 7 is fixed on the pond body 8 that cleans liquid pool 8-1 mono-side, described terminal elevating mechanism 6 is bolted on respectively the top of cleaning liquid pool 8-1 and rinsing liquid pool 8-3, described intermediate terminal controlling organization 13 is fixed on the top of spray pond 8-2, and described terminal output controlling organization 18 is fixed on it the pond of rinsing liquid pool 8-3 mono-side, in described cleaning liquid pool 8-1 and rinsing liquid pool 8-3, ultrasonic head mounting groove 8-7 is housed, described cleaning fluid ultrasonic head 10 is bolted in the ultrasonic head mounting groove 8-7 cleaned in liquid pool 8-1, and described rinsing liquid ultrasonic head 14 is bolted in the ultrasonic head mounting groove 8-7 in rinsing liquid pool 8-3, described temperature inductor 11 is bolted on respectively and cleans in liquid pool 8-1 and rinsing liquid pool 8-3.
Terminal input control described above mechanism 7 supports 7-1 by the terminal intake roller, roller positioning sleeve 7-3, roller shaft 7-4, terminal intake roller 7-5 and circlip 7-6 form, described roller shaft 7-4 is fixed on the terminal intake roller and supports between 7-1, on roller shaft 7-4, be installed with terminal intake roller 7-5, roller positioning sleeve 7-3 and circlip 7-6, described roller positioning sleeve 7-3 is positioned at the two ends of terminal intake roller 7-5, by hexagon socket head cap screw 7-2, be fixed on roller shaft 7-4, described circlip 7-6 is through on roller shaft 7-4, be close to the terminal intake roller and support the 7-1 outside (seeing Fig. 6-7).
Terminal output controlling organization 18 described above is by terminal output roller supporting 18-1, a blowing 18-2, a blowing fixed bar 18-3, roller positioning sleeve 18-5, roller shaft 18-6, terminal output roller 18-8 and circlip 18-7 form, a described blowing fixed bar 18-3 and roller shaft 18-6 are fixed between terminal output roller supporting 18-1, a blowing fixed bar 18-3 is positioned at the top of roller shaft 18-6, on a blowing fixed bar 18-3, be fixed with the blowing head, on described roller shaft 18-6, be installed with terminal output roller 18-8, roller positioning sleeve 18-5 and circlip 18-7, described roller positioning sleeve 18-5 is positioned at the two ends of terminal output roller 18-8, by hexagon socket head cap screw 18-4, be fixed on roller shaft 18-6, described circlip 18-7 is through on roller shaft 18-6, be close to the terminal output roller supporting 18-1 outside (seeing Fig. 8-9).
Terminal elevating mechanism 6 described above consists of cylinder 6-1, air cylinder support 6-3, cylinder terminal roller positioning sleeve 6-5, two roller shaft 6-6, circlip 6-7, turning rolls 6-8, terminal support wheel 6-9 and the sub-roller 6-10 of cylinder end; Described cylinder 6-1 is fixedly connected with by screw and nut 6-2 with air cylinder support 6-3, and the lower end of cylinder 6-1 is fixedly connected with by screw and nut 6-11 with turning rolls 6-8; On described turning rolls 6-8, roller shaft 6-6 is housed; On a roller shaft 6-6, be installed with cylinder terminal roller 6-10 and the sub-roller positioning sleeve of cylinder end 6-5; Described cylinder terminal roller positioning sleeve 6-5 is positioned at the two ends of cylinder terminal roller 6-10, is fixed on roller shaft 6-6 by hexagon socket head cap screw 6-4; Described terminal support wheel 6-9 is through on another roller shaft 6-6; It is upper that described circlip 6-7 is through roller shaft 6-6, is close to the turning rolls 6-8 outside (seeing Figure 10-11).
Intermediate terminal controlling organization 13 described above controls support 13-6 by spray head 13-1, spray head support 13-2, roller positioning sleeve 13-4, roller shaft 13-5, intermediate terminal and intermediate roller 13-7 forms; Described spray head 13-1 is fixed on spray head support 13-2; Described spray head support 13-2 is fixed on intermediate terminal and controls on support 13-6; Described roller shaft 13-5 is fixed on intermediate terminal and controls on support 13-6; On described roller shaft 13-5, be installed with intermediate roller 13-7 and roller positioning sleeve 13-4; Described roller positioning sleeve 13-4 is positioned at intermediate roller 13-7 both sides, and roller positioning sleeve 13-4 is fixed on roller shaft 13-5 upper (seeing Figure 12) according to hexagon socket head cap screw 13-3.