CN105057245A - Porcelain-bottle cleaning machine - Google Patents

Abstract

The invention discloses a cleaning machine for porcelain bottles, which includes an air compressor, an insulating hollow rod, and a brush head. The brush head includes a ring gear with external teeth. The radially distributed bristles also include a ring gear fixing frame, a section of the ring gear is stuck in the upper and lower halves of the ring gear fixing frame, and the ring gear fixing frame is located on the outer tooth side of the ring gear to accommodate gear The open slot of the open slot is provided with a gear that engages with the outer side of the ring gear. The air motor is installed in the connecting frame of the upper half ring gear. The output shaft of the air motor is connected with the gear. There is a reversing valve, one end of the main air pipe is connected with the air compressor, and the other end of the main air pipe is connected with the reversing valve after passing through the insulating hollow rod, and the two air pipes lead out from the reversing valve to the air motor respectively. The porcelain bottle cleaning machine of the present invention adopts an "embracing" structure to clean the porcelain bottles, and can realize 360° all-round cleaning with good cleaning effect.

Description

Porcelain bottle cleaning machine

technical field

The invention relates to a cleaning machine, in particular to a porcelain bottle cleaning machine.

Background technique

Pollution flashover is an important accident source that endangers the safe operation of the power system ^[1] . According to incomplete statistics, only from 1971 to 1994, there were 1,768 pollution flashovers in 35-500kV power generation and substations across the country ^[2] . Therefore, insulators on high-voltage substation equipment need to be cleaned regularly to ensure the safety of the power system. Traditional manual cleaning is time-consuming and laborious, and requires power outages, which seriously affects people's production and life, causing huge economic losses; live cleaning technology is already the general trend. The existing live cleaning equipment in China includes portable flexible shaft connected high-voltage live cleaning rods and forklift matching high-voltage live cleaning machines; but considering the particularity and danger of high-voltage electric fields, the existing cleaning equipment is not competent. For this, This project develops a cleaning device that is driven by an air motor and can be operated by a single person.

Contents of the invention

The purpose of the present invention is to overcome the disadvantages of the prior art, and provide a porcelain bottle cleaning machine that can clean the porcelain bottles from a long distance with charging.

A porcelain vase cleaning machine, including an air compressor, an insulating hollow rod, and a brush head. The brush head includes a ring gear with external teeth, and ring-shaped concave shapes distributed along the tooth end faces are arranged on the upper and lower ends of the ring gear. The slideway is provided with bristles distributed along the radial direction of the ring gear on the inner peripheral surface of the ring gear, and also includes a ring gear fixing frame. The ring gear fixing frame is divided into upper and lower halves, and the upper and lower halves of the ring gear are fixed The opposite surface of the frame is provided with a convex slideway that can be snapped into the annular concave slideway on the end face of the ring gear. A connecting frame for fixing the air motor is arranged on the frame, and a connection device connected with an insulating hollow rod is arranged on the ring gear fixing frame in the lower half, and an open slot for accommodating the gear is opened on the ring gear fixing frame on the outer tooth side of the ring gear. A gear meshing with the outside of the ring gear is provided in this open slot. The air motor is installed in the connecting frame of the upper half ring gear. The output shaft of the air motor is connected with the gear. One end of the main air pipe is connected to the air compressor, and the other end of the main air pipe is connected to the reversing valve after passing through the insulating hollow rod. The reversing valve leads to two air pipes leading to the air motor respectively to control the steering of the air motor. The reversing valve A reversing switch is arranged on the ring gear, and two positioning pins are arranged at the axial symmetry of the ring gear, and the two positioning pins are in contact with the reversing switch to control the reversing of the reversing valve.

The gear ring is put on the porcelain bottle to turn on the air compressor and the air is sent to the air motor. The pinion drives the ring gear to rotate, and the reversing valve controls the ring gear to rotate half a circle left and right to form a circular motion to clean the porcelain bottle. When in use, the operator inserts the insulating operating rod into the connecting device of the lower half ring gear fixing frame, uses the insulating rod on the ground to close the cleaning part to the porcelain bottle, and clamps the ring gear with bristles on the porcelain bottle; starts the air compressor to discharge the gas The air pipe C connects with the air pipe C and enters the air motor through the air pipe A [or air pipe B] on the reversing valve. The air motor starts to rotate, and the gear follows the rotation and drives the ring gear with bristles to rotate; Toggle the switch on the top to change the gas from air pipe B [or air pipe A] into the air motor, the air motor reverses, the gears follow the reverse and drive the ring gear with bristles to reverse; The purpose of cleaning porcelain bottles.

An insulating sheath is provided on the lower part of the insulating hollow rod.

The air motor connecting frame on the upper half ring gear fixing frame is a connecting ring, and the air motor is inserted into the connecting ring.

The connecting device on the lower half ring gear fixing frame is a bushing, and the insulating hollow rod is inserted into the bushing.

In summary, compared with the prior art, the present invention has the following advantages:

The porcelain bottle cleaning machine of the present invention adopts an "embracing" structure to clean the porcelain bottles, and can realize 360° omni-directional cleaning with good cleaning effect.

Description of drawings

Fig. 1 is a partial perspective view of the brush head of the porcelain bottle cleaning machine of the present invention.

Fig. 2 is a structural schematic diagram of the brush head part of the porcelain bottle cleaning machine of the present invention.

Figure 3 is a schematic diagram of the connection between the air compressor and the insulating hollow rod.

Fig. 4 is another state diagram of the brush head part of the porcelain bottle cleaning machine of the present invention.

Reference Signs Explanation 1 air compressor 2 insulating hollow rod 3 brush head 31 ring gear 311 annular concave slide 312 positioning pin 313 bristles 32 air motor 33 gear 34 reversing valve 35 gas pipe 36 reversing switch 37 ring gear fixing frame 371 convex slide Road 38 air motor connection frame 39 insulating hollow rod connection means.

Detailed ways

The present invention will be described in more detail below in conjunction with examples.

Example 1

A porcelain vase cleaning machine, including an air compressor 1, an insulating hollow rod 2, and a brush head 3. The brush head includes a ring gear 31 with external teeth. The distributed annular concave slideway 311 is provided with bristles 313 distributed along the radial direction of the ring gear on the inner peripheral surface of the ring gear, and also includes a ring gear fixing frame 37, and the ring gear fixing frame is divided into upper and lower halves. On the facing surfaces of the upper and lower halves of the ring gear fixing frame, there is a convex slideway 371 that can be snapped into the annular concave slideway on the end face of the ring gear, and a section of the ring gear is stuck in the upper and lower halves of the ring gear fixing frame , a connecting frame 38 for fixing the air motor is arranged on the ring gear fixing frame of the upper half, and a connecting device 39 connected with an insulating hollow rod is arranged on the ring gear fixing frame of the lower half, and the ring gear fixing frame is located outside the ring gear The tooth side is provided with an open slot for accommodating the gear. The open slot is provided with a gear 33 that engages with the outer side of the ring gear. The air motor is installed in the connecting frame of the upper half ring gear. Connected, a reversing valve 34 is arranged on the ring gear fixed frame, one end of the main air pipe 35 is connected with the air compressor, the other end of the main air pipe passes through the insulating hollow rod and is connected with the reversing valve, and the reversing valve leads to two air pipes respectively Leading to the air motor to control the steering of the air motor, the reversing valve is provided with a reversing switch 36, and two positioning pins 312 are arranged at the axial symmetry of the ring gear, and the two positioning pins are in contact with the reversing switch to control the reversing of the reversing valve . An insulating sheath is provided on the lower part of the insulating hollow rod.

The parts not described in this embodiment are the same as the prior art.

Claims (4)

1. a porcelain bottle cleaning machine, it is characterized in that: include air compressor machine, insulated hollow bar, brush, described brush includes the gear ring with external tooth, the both ends of the surface up and down of gear ring are provided with the annular concavity slideway along increment EDS maps, the inner peripheral surface of gear ring is provided with the radially-arranged bristle along gear ring, also include gear ring fixed mount, described gear ring fixed mount is divided into upper and lower two halves, the forward surface of the gear ring fixed mount of upper and lower two halves is provided with the convex slideway that can snap in gear ring end face annular concavity slideway, one section in described gear ring is stuck in the gear ring fixed mount of upper and lower two halves, first gear ring fixed mount is provided with the link for fixing air motor, second gear ring fixed mount is provided with the jockey be connected with insulated hollow bar, be positioned at gear ring outside flanks at gear ring fixed mount and offer the open slot holding gear, be provided with and the gear be engaged mutually outside gear ring at this open slot, described air motor is installed in the link of half-ring gear, the output shaft of air motor is connected with gear, gear ring fixed mount is provided with reversal valve, main tracheae one end is connected with air compressor machine, the main tracheae other end is connected with reversal valve through after insulated hollow bar, draw two gas-distributing pipes by reversal valve and lead to air motor respectively to control turning to of air motor, reversal valve is provided with reversing switch, on gear ring, axial symmetry place is provided with two alignment pins, two alignment pins and reversing switch touch controls reversal valve commutate.

2. porcelain bottle cleaning machine according to claim 1, is characterized in that: have insulation sleeve at the bottom overcoat of insulated hollow bar.

3. porcelain bottle cleaning machine according to claim 2, is characterized in that: the air motor link on described upper half-ring gear fixed mount is connecting ring, and air motor is inserted in connecting ring.

4. porcelain bottle cleaning machine according to claim 3, is characterized in that: the jockey on described lower half-ring gear fixed mount is sleeve pipe, and insulated hollow bar is plugged in sleeve pipe.