CN107300786A

CN107300786A - Spectacle cleaning device

Info

Publication number: CN107300786A
Application number: CN201710607673.7A
Authority: CN
Inventors: 曲琳
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-07-24
Filing date: 2017-07-24
Publication date: 2017-10-27
Anticipated expiration: 2037-07-24
Also published as: CN107300786B

Abstract

The invention discloses a kind of spectacle cleaning device, it is related to glasses cleaning technique field.It includes base；Base upper end installed in front has later stage cleaning mechanism；Dry clean mechanism is installed on rear side of base upper end；Described dry clean mechanism includes the guiding shell for the "U" shaped being vertically arranged；Two magnet coils are mounted on the front end face and rear end face of guiding shell；Described later stage cleaning mechanism includes set casing, the pulse jet device and atomizing humidifier that are respectively arranged in two installation cavitys for the "U" shaped being vertically arranged；Described pulse jet device includes the pressurization air pump being installed in the installation cavity of left side；Whiff pressure valve is mounted on air jet pipe；Described atomizing humidifier includes the water tank being installed in the installation cavity of right side.The beneficial effects of the invention are as follows：Small volume, without being immersed in cleaning fluid, carries out surface cleaning using magnetic fluid friction, effectively removes various spots, with reference to pulse jet, cleaning effect is more preferably.

Description

Spectacle cleaning device

Technical field

The present invention relates to porcelain glasses cleaning technique field.

Background technology

Glasses need often to be cleaned, and to keep the cleaning of eyeglass, general mode is the manual wiping of Glass cleaning cloth, effect Really poor, easy residual packing oil stain foul etc., existing cleaning means are cleaned for ultrasonic wave, using the cavitation of ultrasonic wave, Vibration washing is carried out in cleaning fluid.But space-consuming is larger, and lack rubbing physical contact, to some adhesivenesses of lens surface Strong material can not be purged well.

The content of the invention

The technical problems to be solved by the invention, are to be filled for above-mentioned technical deficiency there is provided a kind of cleaning of glasses Put.Small volume, without being immersed in cleaning fluid, carries out surface cleaning using magnetic fluid friction, effectively removes various spots, with reference to Pulse jet, cleaning effect is more preferably.

The technical solution adopted by the present invention is：A kind of spectacle cleaning device, including base are provided；The base upper end left and right sides It is provided with installation cavity；Base upper end installed in front has later stage cleaning mechanism；Dry clean mechanism is installed on rear side of base upper end； Described dry clean mechanism includes the guiding shell for the "U" shaped being vertically arranged；Guiding shell is perpendicularly fixed on rear side of base upper end； It is the cavity structure of "U" shaped inside guiding shell；Described cavity structure is divided into the storage chamber of bottom and the guiding of front and rear sides Chamber；There is magnetic fluid in storage chamber；It is cleaning chamber in the middle of guiding shell；It is oriented between directed cavity and cleaning chamber by equally distributed Hole is connected；Two magnet coils are mounted on the front end face and rear end face of guiding shell, in the direction of the clock, four electromagnetic wires Circle is followed successively by A magnet coils, B magnet coils, C magnet coils, D magnet coils；Described later stage cleaning mechanism includes setting vertically The set casing for the "U" shaped put, the pulse jet device being respectively arranged in two installation cavitys and atomizing humidifier；Set casing It is perpendicularly fixed on front side of base upper end；It is cleaning chamber in the middle of set casing；Described pulse jet device includes being installed on left side peace Pressurization air pump in behaveing affectedly, the T-shaped pipe connected with air pump output end of pressurizeing, two ports of T-shaped pipe are respectively connected with pressurized tank；Pressurization Case is communicated with airway tube；The airway tube other end is communicated with air jet pipe；Whiff pressure valve is mounted on air jet pipe；Before set casing Side wall and rear wall, which run through, the positioning hole being obliquely installed；Air jet pipe corresponds socket connection with positioning hole；Air jet pipe Output end is corresponding with cleaning bottom of chamber portion；Described atomizing humidifier includes the water tank being installed in the installation cavity of right side；Water storage Ultrasonic atomization module is installed in tank；Water storage box upper end is communicated with guide pipe；Clean below chamber, spray is installed on set casing Head；Guide pipe one end is connected through set casing with shower nozzle.

Further optimize be provided with the technical program, the rear side housing of the set casing of spectacle cleaning device it is horizontal electronic Push rod；The output end of electric pushrod is fixed with neck push pedal.

Further optimize bottom in the technical program, the storage chamber of spectacle cleaning device and be provided with magnetic iron plate.

Further optimize the technical program, pressure is installed between the magnetic iron plate of spectacle cleaning device and storage chamber bottom Sensor；The signal output part of pressure sensor is connected by processor with outside display.

Further optimize the technical program, the set casing of spectacle cleaning device and guiding shell outer surface are coated with Teflon Coating.

Beneficial effect of the present invention is：

1st, the flowing of magnetic fluid is controlled using the magnetic attraction of magnet coil, carry out dry cleaning is washed away with lens surface friction, Without using cleaning fluid, magnetic fluid is the colloid of nano-scale particle, good with surface flow friction cleaning effect, no scratch, clearly Clean coverage rate is complete；

The magnetic fluid dry clean to single eyeglass is realized in dry clean mechanism, eyeglass is placed on cleaning intracavitary, pass through control Four magnet coils of system it is open-minded, the flowing of magnetic fluid fore-and-aft direction is guided using magnetic attraction, is made before magnetic fluid and eyeglass Surface carries out covering CONTACT WITH FRICTION afterwards, realizes cleaning；

Later stage cleaning mechanism is used to further clean the eyeglass after dry clean, it is ensured that cleaning effect, reduces residual Stay, and be finally anhydrous state, atomizing humidifier carries out atomizing humidifying performance, water using ultrasonic atomization module to lens surface Amount is few, and moistened surface effect is good.Pulse jet device can realize the high-pressure jet of pulse mode, to the jet dynamics of lens surface Greatly, lens surface residual and water droplets etc. can effectively be removed, it is ensured that clean and dry；

2nd, when carrying out later stage cleaning, glasses movement is driven using electric pushrod, last cleaning, card is carried out to eyeglass successively Neck is provided with groove push pedal, is convenient to and leg of spectacles clamping, promotion glasses transverse shifting；

3rd, the setting of storage chamber bottom magnetic iron plate, can improve the adsorption capacity to magnetic fluid, while magnetic iron plate in storage Magnetic it is weaker with respect to magnet coil, do not influence the magnetic attraction of magnet coil to act on；

4th, magnetic fluid is stored in the cavity structure of inside, magnetic fluid total amount can be detected in time by pressure sensor, if having Loss can be supplemented in time, it is to avoid the magnetic current scale of construction can not covers eyeglass when few；

5th, the setting of teflon coatings is convenient for surface cleaning.

Brief description of the drawings

Fig. 1 is structural representation of the invention；

Fig. 2 is Fig. 1 opposite side viewing angle constructions schematic diagrames；

Fig. 3 is dry clean mechanism vertical section structural representation；

Fig. 4 is that magnetic fluid flows direction schematic diagram；

Fig. 5 is that magnetic fluid flows cleaning way schematic diagram;

Fig. 6 is logic circuit diagram of the present invention；

In figure, 1, base；2nd, installation cavity；3rd, guiding shell；4th, storage chamber；5th, directed cavity；6th, magnetic fluid；7th, chamber is cleaned；8th, it is oriented to Hole；9th, A magnet coils；10th, B magnet coils；11st, C magnet coils；12nd, D magnet coils；13rd, set casing；14th, chamber is cleaned；15、 Pressurize air pump；16th, T-shaped pipe；17th, pressurized tank；18th, airway tube；19th, air jet pipe；20th, whiff pressure valve；21st, positioning hole；22nd, store up Water pot；23rd, guide pipe；24th, shower nozzle；25th, electric pushrod；26th, neck push pedal；27th, magnetic iron plate；28th, pressure sensor；29、 Eyeglass is illustrated.

Embodiment

The present invention is further detailed explanation with reference to the accompanying drawings and detailed description.

As shown in figures 1 to 6, spectacle cleaning device, including base 1；The upper end left and right sides of base 1 is provided with installation cavity 2； The upper end installed in front of base 1 has later stage cleaning mechanism；Dry clean mechanism is installed on rear side of the upper end of base 1；Described dry type is clear Washing machine structure includes the guiding shell 3 for the "U" shaped being vertically arranged；Guiding shell 3 is perpendicularly fixed on rear side of the upper end of base 1；In guiding shell 3 Portion is the cavity structure of "U" shaped；Described cavity structure is divided into the storage chamber 4 of bottom and the directed cavity 5 of front and rear sides；Storage There is magnetic fluid 6 in chamber 4；It is cleaning chamber 7 in the middle of guiding shell 3；It is oriented between directed cavity 5 and cleaning chamber 7 by equally distributed Hole 8 is connected；Two magnet coils are mounted on the front end face and rear end face of guiding shell 3, in the direction of the clock, four electromagnetism Coil is followed successively by A magnet coils 9, B magnet coils 10, C magnet coils 11, D magnet coils 12；Described later stage cleaning mechanism bag The set casing 13 for including the "U" shaped being vertically arranged, the pulse jet device and atomizing humidifying performance that are respectively arranged in two installation cavitys 2 Device；Set casing 13 is perpendicularly fixed on front side of the upper end of base 1；It is cleaning chamber 14 in the middle of set casing 13；Described pulse jet dress Put the pressurization air pump 15 on the left of including being installed in installation cavity 2, the T-shaped pipe 16 connected with the pressurization output end of air pump 15, T-shaped pipe 16 Two ports are respectively connected with pressurized tank 17；Pressurized tank 17 is communicated with airway tube 18；The other end of airway tube 18 is communicated with air jet pipe 19； Whiff pressure valve 20 is mounted on air jet pipe 19；The front side wall and rear wall of set casing 13, which run through, the positioning being obliquely installed Hole 21；Air jet pipe 19 corresponds socket connection with positioning hole 21；The output end of air jet pipe 19 is corresponding with cleaning chamber 14 bottom；Institute The atomizing humidifier stated includes the water tank 22 being installed in the installation cavity 2 of right side；Ultrasonic atomization is installed in water tank 22 Module；Water storage box upper end is communicated with guide pipe 23；Clean and shower nozzle 24 is installed on the lower section of chamber 14, set casing 13；Guide pipe 23 1 End is connected through set casing 13 with shower nozzle 24；Horizontal electric pushrod 25 is installed in the rear side housing of set casing 13；It is electronic to push away The output end of bar 25 is fixed with neck push pedal 26；Bottom is provided with magnetic iron plate 27 in storage chamber 4；Magnetic iron plate 27 and storage chamber Pressure sensor 28 is installed between 4 bottoms；The signal output part of pressure sensor 28 passes through processor and outside display Connection；Set casing 13 and the outer surface of guiding shell 3 are coated with teflon coatings.

In the use of the present invention, when carrying out dry clean, an eyeglass being placed in cleaning chamber 7, then opened successively Magnet coil guiding magnetic fluid 6 is moved.As shown in figure 5, in the present embodiment, A magnet coils 9 can be first opened, by magnetic attraction In the directed cavity 5 that magnetic fluid 6 in the storage chamber 4 of bottom is adsorbed onto to front side, and aggregation and the position of A magnet coils 9, Ran Houkai C magnet coils 11 are opened, A magnet coils 9 are closed immediately, under the magnetic attraction effect of C magnet coils 11, magnetic fluid 6 is attracted To rear side, magnetic fluid 6 passes through the pilot hole 8 of front side, moves to the preceding surface of eyeglass, covers eyeglass surface, and in lens surface Be moved friction, and the pilot hole 8 for then passing through rear side is flow in the directed cavity 5 of rear side, and is gathered in C magnet coils 11 Put, be then turned on B magnet coils 10 and close C magnet coils 11 immediately, in the directed cavity 5 on front side of the movement of the stress of magnetic fluid 6, and In aggregation and the position of B magnet coils 10, flow process, occur surface covering with eyeglass and rub, cleaned, be then turned on D electricity Magnetic coil 12 simultaneously closes B magnet coils 10 immediately, and magnetic fluid 6 is moved to the position of rear side D magnet coils 12, is then again turned on A Magnet coil 9 simultaneously closes D magnet coils 12 immediately, and magnetic fluid 6 is moved to the position of A magnet coils 9 in the directed cavity 5 of front side again, So control circulation, the movement of each magnetic fluid 6 carries out CONTACT WITH FRICTION with lens surface, and coverage rate is complete.Finally clean is completed Afterwards, the unlatching of a magnet coil is kept, magnetic fluid 6 is gathered in directed cavity 5, finally powers off, magnetic fluid 6 is dropped by gravity To storage chamber 4.

As shown in Figure 1, 2, after two eyeglasses have been cleaned in cleaning chamber 7, glasses is taken out and are placed into cleaning chamber 14, Single eyeglass opens ultrasonic atomization module and the water in water tank 22 is atomized and blown out in cleaning chamber 14, and by leading Guided to pipe 23 to the shower nozzle 24 of cleaning chamber 14 bottom, sprayed upwards by shower nozzle 24 and lens surface is soaked, close atomization Humidification device, is then turned on pulse jet device.Pressurize the inflating pressure into two pressurized tanks 17 of air pump 15, when air pressure reaches one After definite value, the effect of being stressed of the whiff pressure valve 20 on air jet pipe 19 is directly opened, and gases at high pressure are sprayed by the moment of air jet pipe 19, And the surface of eyeglass is sprayed to, internal pressure moment declines, and whiff pressure valve 20 is closed, and pressure continues to increase in pressurized tank 17, directly Reached to pressure value after certain value, whiff pressure valve 20 is again turned on, realize high-pressure jet again, arteries and veins is carried out to lens surface Rush jet cleaning.Cleaned using pulse mode jet, cleaning effect is good.After one eyeglass has been cleaned, another eyeglass is changed Cleaned again with same flow.Finally complete the cleaning of eyeglass.

As shown in figure 1, when cleaning placement glasses in chamber 14, temple can be connected in neck push pedal 26, and utilize electricity Dynamic push rod 25 drives glasses movement to change eyeglass and cleaned, and can control to increase time block in circuit by us, to atomizing humidifying performance Device, pulse jet device, electric pushrod 25 carry out sequential control, reduce artificial control.

As shown in Fig. 2 the positioning hole 21 being obliquely installed, make the angle of air jet pipe 19 for diagonally downward, and point to eyeglass, punching Hit area big, impulsive force diagonally downward can be realized, remained on surface is blown down downwards.

In the present invention, by the way of single lens cleaning, guiding shell 3 and set casing 13 are adapted to single eyeglass size, And two described installation cavitys 2 may be provided at the bottom of set casing 13, compact conformation, volume takes small.

Claims

1. a kind of spectacle cleaning device, it is characterised in that：Including base（1）；Base（1）The upper end left and right sides is provided with installation Chamber（2）；Base（1）Upper end installed in front has later stage cleaning mechanism；Base（1）Dry clean mechanism is installed on rear side of upper end；

Described dry clean mechanism includes the guiding shell for the "U" shaped being vertically arranged（3）；Guiding shell（3）It is perpendicularly fixed at bottom Seat（1）On rear side of upper end；Guiding shell（3）Inside is the cavity structure of "U" shaped；Described cavity structure is divided into the storage chamber of bottom （4）With the directed cavity of front and rear sides（5）；Storage chamber（4）Inside there is magnetic fluid（6）；Guiding shell（3）Centre is cleaning chamber（7）；Lead To chamber（5）With cleaning chamber（7）Between pass through equally distributed pilot hole（8）Connection；In guiding shell（3）Front end face and rear end face On be mounted on two magnet coils, in the direction of the clock, four magnet coils are followed successively by A magnet coils（9）, B magnet coils （10）, C magnet coils（11）, D magnet coils（12）；

Described later stage cleaning mechanism includes the set casing for the "U" shaped being vertically arranged（13）, be respectively arranged in two installation cavitys （2）Interior pulse jet device and atomizing humidifier；Set casing（13）It is perpendicularly fixed at base（1）On front side of upper end；Set casing （13）Centre is cleaning chamber（14）；Described pulse jet device includes being installed on left side installation cavity（2）Interior pressurization air pump （15）And pressurization air pump（15）The T-shaped pipe of output end connection（16）, T-shaped pipe（16）Two ports are respectively connected with pressurized tank（17）； Pressurized tank（17）It is communicated with airway tube（18）；Airway tube（18）The other end is communicated with air jet pipe（19）；Air jet pipe（19）On pacify Equipped with whiff pressure valve（20）；Set casing（13）Front side wall and rear wall through there is the positioning hole that is obliquely installed（21）；Spray Tracheae（19）With positioning hole（21）Correspond socket connection；Air jet pipe（19）Output end with cleaning chamber（14）Bottom correspondence； Described atomizing humidifier includes being installed on right side installation cavity（2）Interior water tank（22）；Water tank（22）Inside it is provided with super Sound wave atomizing module；Water storage box upper end is communicated with guide pipe（23）；Clean chamber（14）Lower section, set casing（13）On shower nozzle is installed （24）；Guide pipe（23）One end passes through set casing（13）With shower nozzle（24）Connection.

2. spectacle cleaning device according to claim 1, it is characterised in that：Set casing（13）Rear side housing in be provided with The electric pushrod of level（25）；Electric pushrod（25）Output end be fixed with neck push pedal（26）.

3. spectacle cleaning device according to claim 1, it is characterised in that：Storage chamber（4）Interior bottom is provided with Armco magnetic iron Piece（27）.

4. spectacle cleaning device according to claim 3, it is characterised in that：Magnetic iron plate（27）With storage chamber（4）Bottom Between pressure sensor is installed（28）；Pressure sensor（28）Signal output part pass through processor and connect with outside display Connect.

5. spectacle cleaning device according to claim 1, it is characterised in that：Set casing（13）And guiding shell（3）Outer surface It is coated with teflon coatings.