CN204157910U - Cleaning, drying integration cup brush - Google Patents

Abstract

The cleaning and drying integrated cup brush is characterized in that it includes a small motor, a foam pump head, a hair dryer, a central rotating shaft, a buckle, a round inverted funnel-shaped base, a bracket, a sponge head, a small nozzle, a plastic shell, It consists of a water tank, a double switch, a conduit, a water storage box, a power supply and wires, and a small self-priming water pump. When the small motor starts to work, press the foam pump head to spray foam on the glass. The sponge head quickly removes the dirt on the inner and outer walls of the glass. After descaling, the small nozzle sprays water to rinse the foam residue on the glass. Beads dry. The device realizes the cleaning and drying of the inner and outer walls of the glass, and has the characteristics of simple structure, clean and hygienic, thorough cleaning, low power consumption, convenience and quickness, etc., and can be used in catering services and household sanitary ware cleaning.

Description

Cleaning and drying integrated cup brush

technical field

The utility model belongs to the field of sanitary ware, in particular to a cleaning and drying integrated cup brush. the

Background technique

In daily life , cleaning sanitary ware is an indispensable part of life, but the problem of cleaning glass is becoming more and more prominent. Today's typical glass brushes can't reach the bottom of the glass to clean, allowing bacteria to grow. In addition, washing liquid or other detergents may not be well utilized due to temperature or humidity problems and cause waste.

When washing glasses, both the inner and outer walls need to be cleaned. However, in today's market, most of them only clean the inner wall, and the stains attached to the outer wall cannot be cleaned, resulting in incomplete cleaning of the cup. When washing with clean water, the detergent cannot be thoroughly cleaned, which is harmful to health. After cleaning, the remaining water droplets on the cup wall cannot be completely removed, and after drying, watermarks are left on the cup wall, which has become a problem that cannot be ignored by contemporary people. the

The cleaning and drying integrated cup brush realizes the environmentally friendly use of detergent during the cup cleaning process, thoroughly cleans the inner and outer walls of the cup and the bottom of the cup, and solves the problem of residual water droplets on the cup wall after the cup is cleaned. Can be widely used in catering services and household sanitary ware cleaning. The utility model has the advantages of simple structure, cleanness, thorough cleaning, low power consumption, and convenience. the

Utility model content

The purpose of the utility model is to provide a cleaning and drying integrated cup brush, which can achieve thorough decontamination, fast rinsing, and perfect integrated drying process when cleaning the cup. It has the advantages of simple structure, cleanness, thorough cleaning, convenience and quickness features. the

The cleaning and drying integrated cup brush is characterized by a small motor, a foam pump head, a hair dryer, a central shaft, a buckle, a round inverted funnel-shaped base, a bracket, a sponge head, a small nozzle, a plastic shell, a water tank, and a double switch. , conduit, water storage box, power supply and wires, self-priming small water pump. The hair dryer is placed in a round inverted funnel-shaped base, and the small motor is connected to the self-priming small water pump and placed in the sealed central shaft. They are all connected to the power supply and the peripheral double-open switch through wires. The motor drives the central shaft and the bracket to rotate. The rotating shaft is fixed by a round inverted funnel-shaped base. The sponge head and small nozzle are placed on the buckle and bracket on the outer cylindrical surface of the central rotating shaft. The foam pump head placed on the water storage box is connected to the catheter and placed on the central rotating shaft. The self-priming small water pump in the center is connected with the outside of the central rotating shaft and the conduit on the bracket. the

The cleaning and drying integrated cup brush is characterized in that: the foam pump head can fully mix air and detergent to spray foam, and the inner and outer sponge heads work at the same time to clean the dirt on the inner and outer walls of the glass. the

The integrated cleaning and drying cup brush is characterized in that the electric motor drives the small nozzle to rotate up and down to spray clean water and wash away foam residue. the

The integrated cleaning and drying cup brush is characterized in that the water droplets attached to the glass wall after cleaning are evaporated by blowing with a blower. the

Description of drawings

The accompanying drawing is a schematic diagram of the device. the

Detailed ways

Put the glass upside down on the round inverted funnel-shaped base and fix it, turn on the peripheral motor switch, cover the plastic shell to prevent the detergent from splashing out, and use the pump to make the clean water in the water storage box mix with the detergent and press the foam The pump head makes the foam liquid spray out through the conduit, and the motor drives the central rotating shaft and the bracket to make the sponge head rotate up and down to wash the inner and outer walls of the glass. After flushing, turn off the motor switch and remove the sponge head. Turn on the motor switch, cover the plastic shell to prevent water splashing, the motor drives the central shaft and the bracket, and the water in the water storage box rotates up and down through the conduit to wash the inner and outer walls of the glass through the action of the water pump. After rinsing, remove the plastic case, empty the sink, and let the upside-down glass sit for ten minutes. Finally, turn on the peripheral hair dryer switch, and blow with cold air for 1 minute. When most of the water evaporates, blow in hot air until it is completely dry, and then use cold air to blow off the residual steam to prevent it from condensing in the glass again. the

Claims (4)

1. Cleaning and drying integrated cup brush, which is characterized by a small motor (1), a foam pump head (2), a hair dryer (3), a central shaft (4), a buckle (5), and a round inverted funnel Base (6), bracket (7), sponge head (8), small sprinkler head (9), plastic shell (10), sink (11), double switch (12), conduit (13), water storage box (14) , power supply (15) and lead wire (16), self-priming small water pump (17), blower (2) is placed in the circular inverted funnel-shaped base (6), small motor (1) and self-priming small water pump (17) The connection is placed in the sealed central shaft, and they are all connected to the power supply (15) and the peripheral double-open switch (12) by wires (16). The motor (1) drives the central shaft (4) and the support (7) to rotate, and the central shaft (4) It is fixed by a round inverted funnel-shaped base (6), and the sponge head (8) and the small nozzle (9) are placed on the buckle (5) and the bracket (7) on the outer cylindrical surface of the central shaft (4). , the foam pump head (2) placed on the water storage box (14) is connected to the conduit (13), the self-priming small water pump (17) placed in the central rotating shaft (4) is connected to the outside of the central rotating shaft (4) and the bracket The conduit (13) on (7) links to each other. the 2. The cleaning and drying integrated cup brush according to claim 1, characterized in that the foam pump head (2) allows air to mix with detergent to spray foam, and the inner and outer sponge heads (8) work simultaneously, Clean the dirt on the inner and outer walls of the glass. the 3. The cleaning and drying integrated cup brush according to claim 1, characterized in that the inner and outer small nozzles (9) rotate up and down to spray clean water to thoroughly rinse the foam residue. the 4. The cleaning and drying integrated cup brush according to claim 1, characterized in that the water droplets attached to the glass wall after cleaning are evaporated by blowing air through the blower (2). the