JPS5937767Y2 - Glasses washer - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to an eyeglass cleaning device, and particularly to providing a simple eyeglass cleaning device.

As a cleaning device for eyeglasses, one using an ultrasonic cleaning device is already well known.

In this method, glasses are immersed in a cleaning solution (especially an oil-soluble detergent), and an ultrasonic vibrator generates ultrasonic vibrations in the cleaning solution to clean dirt such as oil adhering to the glasses, especially the lenses. It is something.

Such eyeglass cleaning devices are often used for business purposes in eyeglass stores.

By the way, such an ultrasonic glasses cleaning device is
Resin-based eyeglass frames may become distorted when used repeatedly.

Although such a condition is still acceptable when the glasses are brought to an optician's shop for occasional cleaning, it is not suitable for cleaning glasses every day as a home-use glasses washer.

Therefore, the object of the present invention is to provide a simple glasses washer using a new cleaning method.

Still another feature of the present invention is to provide an eyeglass cleaning device that can be used frequently for resin-based eyeglass frames and plastic lenses.

The present invention will be explained in detail below based on the drawings.

The glasses cleaning device of the present invention has a container body A, a cleaning tank B installed in the container A, and a pump 1 installed at the bottom of the cleaning tank B as the main elements, and the cleaning liquid 2 pressurized by the pump 1 is pumped into a water channel. A jet water stream 4 is injected into the cleaning tank B from the pore 3 in the side wall of the cleaning tank B through the cleaning tank B, and the jet water stream 4 of the cleaning liquid is wiped onto the glasses 5 in the cleaning tank B to remove dirt.

The cleaning liquid 6 that has been sprayed on the glasses 5 accumulates in the lower part and is again pressurized by the pump 1.

In the example shown in FIG. 1, a large number of pores 3 for ejecting a jet of water are provided on both walls of the cleaning tank B, and the jet of water 4 is sprayed over the entire surface of the glasses 5.

Here, since the jet water stream 4 is intermittently (pulse water stream) and impulsively injected onto the glasses 5, the cleaning power is increased compared to that in which the cleaning liquid is continuously injected.

Now, after the cleaning is finished with the jet water stream 4 of the cleaning liquid 2, by switching the electric changeover switch 8 from the cleaning pump side to the air pump side, the air pump 9 and the heater 1
Operate 0.

When the operation of the cleaning pump 1 stops, the cleaning liquid 2 is not circulated under pressure, so the circulation is stopped at a constant water level as shown in FIG.

Therefore, the jet water flow 4 also stops being ejected.

At this time, the water level of the cleaning liquid 6 in the cleaning liquid reservoir 15 rises.

With the cleaning liquid 2 no longer being sprayed from the pores 3, the electric changeover switch 8 operates the air pump 9 and the heater 10.

When the air pump 9 operates, air is sucked in from the outside through the air intake port 11.

At this time, the air is warmed and sucked by the presence of the heater 10.

The sucked air is pressurized by the air pump, passes through the air holes 12, and is ejected from the pores 3 as hot air 13.

At this time, the switching valve 14, which was closed during cleaning, is opened.

The cleaning liquid adhering to the glasses 5 is evaporated and dried by this warm air.

Therefore, after cleaning, there is no need to wipe off the cleaning liquid with a cloth or the like, and the lens surface can be kept extremely clean.

In this way, the present embodiment is a glasses washer that can easily perform washing and drying in one device.

As described above, the present invention basically consists of a plurality of pores, a cleaning pump for intermittently ejecting cleaning liquid from the pores as a jet water stream, a water channel that guides the cleaning liquid to the pores, and an air drying system after cleaning. It is composed of an air pump, a heater, etc. for cleaning and drying glasses, and it does not cause any adverse effects such as distortion on glasses frames made of plastic, etc., making it suitable for practical use. It has a large effect on the market.

[Brief explanation of the drawing]

FIGS. 1 and 2 are sectional views of a glasses washer according to an embodiment of the present invention, and FIG. 3 is a perspective view thereof. 1...Cleaning pump, 2...Cleaning liquid, 3
... Pore, 4 ... Jet water flow, 5.
・・・Glasses, A... Body, B...
・Cleaning tank, 6...Cleaning liquid, 7...Waterway, 8...Electric changeover switch, 9...Air pump, 10... Heater, 13...
・Warm air, 14...Switching valve, 15...Washing liquid reservoir.

Claims (1)

[Scope of utility model registration request] A cleaning tank having a plurality of pores formed in an inner wall, a cleaning pump for intermittently injecting a cleaning liquid from the pores, a waterway for guiding the cleaning liquid to the pores, and a waterway connected to the waterway via a valve. A glasses washer comprising a heated air passage.