CN107413737B - Plane glass and curved glass cleaning integrated machine - Google Patents

Abstract

The invention discloses a plane glass and curved glass cleaning integrated machine, and belongs to the field of cleaning equipment. The invention comprises a frame, wherein a feeding section, a cleaning section, a drying section and a discharging section are arranged on the frame; the feeding section, the cleaning section, the drying section and the discharging section are all provided with vertical supports fixed on the frame, and the vertical supports are provided with a plurality of backrest wheels; the feeding section, the cleaning section, the drying section and the discharging section are respectively provided with a synchronous belt guide groove horizontally arranged on the frame, synchronous belts are matched with the synchronous belt guide grooves, and a plurality of glass supporting blocks are arranged on the synchronous belts at intervals; the cleaning section is provided with a back brush and a front brush; the cleaning section is provided with a high-pressure spray pipeline and a high-pressure spray head; the frame is provided with a synchronous belt transmission power mechanism for driving the synchronous belt transmission and a brush rotation power mechanism for driving the back brush and the front brush to rotate. The invention can clean both plane glass and curved glass, and also can clean glass with super thickness.

Description

All-in-one washing machine for flat glass and curved glass

technical field

The invention relates to the field of cleaning equipment, in particular to an integrated machine for cleaning flat glass and curved glass.

Background technique

With the rapid development of the construction industry and solar cell industry, many decorative glass and solar glass have emerged as the times require, and the demand for glass is increasing. However, in the glass processing industry, glass cleaning is a necessary step. At present, there are many types of glass washing machines in the glass processing industry. According to whether the glass is in an upright state or a flat state during cleaning, the glass washing machine is divided into a vertical washing machine and a horizontal washing machine. According to the cleaning process, glass cleaning machines are divided into brush cleaning machines, high-pressure water cleaning machines and ultrasonic cleaning machines.

However, the existing glass cleaning equipment is generally only aimed at the cleaning of flat glass. As for the glass with decorative strips on the surface and the curved wavy glass, the current manual cleaning cannot meet the demand for mass production in terms of product quality and production efficiency.

Contents of the invention

In order to make up for the deficiencies of the existing technology and solve the problem that the glass cleaning equipment in the prior art only cleans flat glass and is difficult to clean curved glass, the present invention provides an integrated cleaning machine for flat glass and curved glass.

Technical scheme of the present invention is:

An all-in-one cleaning machine for flat glass and curved glass, comprising a frame, the frame is provided with a feeding section, a cleaning section, a drying section and a discharging section; the feeding section, cleaning section, drying section, discharging section Each section is equipped with a vertical support fixed on the frame, and the vertical support is provided with a number of backing wheels; the feeding section, cleaning section, drying section, and discharging section are all arranged horizontally The synchronous belt guide groove of the frame, the synchronous belt guide groove is equipped with a synchronous belt, and a number of glass brackets are arranged at intervals on the synchronous belt; the cleaning section is provided with a back brush and a front brush; The cleaning section is provided with a high-pressure spray pipeline and a high-pressure nozzle; the frame is provided with a synchronous belt drive power mechanism for driving the synchronous belt drive and a brush rotation power mechanism for driving the back brush and the front brush to rotate.

As a preferred solution, at least two of the back brushes and two of the front brushes are provided.

As a preferred solution, the glass support blocks are evenly distributed on the synchronous belt; two adjacent rows of the back-to-back wheels are arranged alternately.

As a preferred solution, the high-pressure nozzles are distributed in a staggered manner.

As a preferred solution, the cleaning section and the drying section are located in the same box; the feeding section, the cleaning section, the drying section, and the feeding section are respectively provided with a synchronous belt for the feeding section, a synchronous belt for the cleaning section, and a synchronous belt for the drying section. belt, synchronous belt in the discharge section; the synchronous belt in the feeding section, the synchronous belt in the cleaning section, the synchronous belt in the drying section, and the synchronous belt in the discharging section are respectively connected with the synchronous belt guide groove in the feeding section, the synchronous belt guide groove in the cleaning section, and the synchronous belt in the drying section Guide groove and synchronous belt guide groove in the discharge section.

Further, the synchronous belt transmission power mechanism includes a transmission motor for the feeding section for driving the synchronous belt of the feeding section, a transmission motor for the cleaning and drying section for driving the synchronous belt for the cleaning section and a synchronous belt for the drying section, and a driving motor for driving the output section. The transmission motor of the discharge section of the synchronous belt.

Further, the two ends of the synchronous belt guide groove of the feeding section are respectively provided with a driving wheel of the feeding section and a driven wheel of the feeding section connected with the timing belt guide groove of the feeding section, and the driving wheel of the feeding section is connected The drive motor of the feeding section; the two ends of the synchronous belt guide groove of the drying section are respectively provided with the driving wheel of the cleaning and drying section and the driven wheel of the cleaning and drying section that are connected with the synchronous belt guide groove of the drying section. The two ends of the synchronous belt guide groove are respectively provided with the cleaning and drying section driven wheel 2 and the cleaning and drying section driven wheel 3 which are connected with the synchronous belt guide groove of the cleaning section, and the cleaning and drying section driving wheel is connected to the cleaning and drying section transmission motor ; The two ends of the synchronous belt guide groove of the discharging section are respectively provided with a driving wheel of the discharging section and a driven wheel of the discharging section connected with the synchronous belt guiding groove of the discharging section, and the driving wheel of the discharging section is connected to the The drive motor of the discharge section.

Further, the first driven wheel of the washing and drying section and the second driven wheel of the washing and drying section are sprockets, and the first driven wheel of the washing and drying section and the second driven wheel of the washing and drying section are connected by a chain.

As a preferred solution, the brush rotation power mechanism includes a back brush rotation motor for driving the back brush and a front brush rotation motor for driving the front brush.

Further, the back brush rotation motor is connected to the back brush driving drive wheel, and the back brush driving drive wheel is connected to the back brush driven drive wheel through a chain, and the back brush driven drive wheel is connected to the back brush drive wheel. Brush; the front brush rotation motor is connected to the front brush driving drive wheel, the front brush driving drive wheel is connected to the front brush driven drive wheel through a chain, and the front brush driven drive wheel is connected to the front brush drive wheel. brush.

The beneficial effects of the present invention are:

1. The glass bracket is set on the synchronous belt, on the one hand, it ensures the stable delivery of the glass, on the other hand, there is a gap between the glass and the conveyor belt, and the foundation is not tight, so as to ensure the drainage effect in the cleaning stage and the air-drying stage.

2. The back-to-back wheels are staggered and closely arranged to ensure the smooth transmission of curved glass such as corrugated glass.

3. The cleaning section uses high-pressure spraying and brush rotation to clean the glass; the high-pressure nozzles are installed staggered to ensure that every part of the glass can be cleaned; and the high-pressure nozzles are detachable for easy cleaning.

4. The air-drying section uses a high-pressure fan to send air from the air duct to the air knife, and relies on high-pressure wind to dry the glass with high air-drying efficiency.

5. It can clean both flat glass and curved glass. Compared with traditional equipment for cleaning flat glass, this invention can also clean ultra-thick glass (traditional glass cleaning equipment for bedrooms can only clean glass with standard thickness).

6. The present invention is simple in operation, convenient in use, high in safety and stability; the present invention improves the cleaning quality and cleaning efficiency of glass, and the present invention greatly reduces the space occupied by equipment.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only These are some embodiments of the present invention. For those skilled in the art, other drawings can also be obtained according to these drawings without any creative effort.

Fig. 1 is a schematic diagram of the front view of the all-in-one cleaning machine for flat glass and curved glass of the present invention;

Fig. 2 is the enlarged structural representation of feeding section in Fig. 1;

Fig. 3 is the enlarged schematic diagram of the cleaning section and the drying section in Fig. 1;

Fig. 4 is the enlarged schematic diagram of the cleaning section in Fig. 1 or Fig. 3;

Fig. 5 is the enlarged schematic view of the drying section in Fig. 1 or Fig. 3;

Fig. 6 is the enlarged structural representation of the discharge section in Fig. 1;

Fig. 7 is a top view structural schematic diagram of the flat glass and curved glass cleaning all-in-one machine of the present invention;

Fig. 8 is a partially enlarged structural schematic diagram of the backrest wheel and the vertical support in Fig. 1 .

Detailed ways

Example 1

As shown in Figures 1 to 8, a flat glass and curved glass cleaning integrated machine includes a frame 500, and the frame 500 is provided with a feeding section 100, a cleaning section 200, a drying section 300 and a discharging section 400; Both the section 200 and the drying section 300 are located in the washing and drying box 700 . The feeding section 100 and the discharging section 400 are independently provided with boxes.

The feeding section 100, the cleaning section 200, the drying section 300, and the discharging section 400 are all provided with a vertical support 800 fixed on the frame 500, and the vertical support 800 is provided with a plurality of backrest wheels 900. The back-to-back wheels 900 are closely arranged, and two adjacent rows of back-to-back wheels 900 are arranged alternately to ensure the smooth transmission of curved glass such as corrugated glass.

The feed section 100 includes a feed section timing belt guide groove 102 horizontally arranged on the frame 500 , and the feed section timing belt guide groove 102 is matched with a feed section timing belt 103 . A number of glass holders 600 are arranged at intervals on the timing belt 103 in the feeding section. For more stable transmission, the glass holders 600 are evenly distributed. The glass support block 600 is a plastic block, on the one hand to ensure the stability of glass delivery. The two ends of the timing belt guide groove 102 of the feeding section are respectively provided with the driving wheel 105 and the driven wheel 101 of the feeding section connected with the timing belt guide groove 102 of the feeding section, and the driving wheel 105 of the feeding section is connected to the feeding section Transmission motor 104 ; the transmission motor 104 of the feeding section drives the timing belt 103 of the feeding section to rotate, so as to transmit the glass to be cleaned to the cleaning section 200 .

The cleaning section 200 includes a cleaning section timing belt guide groove 201 horizontally arranged on the frame 500 , and the cleaning section timing belt guiding groove 201 is matched with a cleaning section timing belt 202 . A number of glass holders 600 are arranged at intervals on the synchronous belt 202 in the cleaning section. For more stable transmission, the glass holders 600 are evenly distributed. The glass support block 600 is a plastic block. On the one hand, it ensures the stable delivery of the glass; The two ends of the synchronous belt guide groove 201 of the cleaning section are respectively provided with the second driven wheel 211 of the cleaning and drying section and the third driven wheel 205 of the cleaning and drying section which are connected with the synchronous belt guide groove 201 of the cleaning section.

A water tank 1100 is disposed below the rack 500 corresponding to the cleaning section 200 . The rack 500 corresponding to the cleaning section 200 is provided with several high-pressure spray pipelines 204 , and several high-pressure spray nozzles 203 are provided on the high-pressure spray pipeline 204 . In order to ensure that all parts of the glass are cleaned, the high-pressure nozzles 203 are distributed in a staggered manner. In order to clean more thoroughly and cleaner, at least two back brushes 206 for scrubbing the back of the glass and at least two front brushes 206 for scrubbing the front of the glass are arranged on the corresponding frame 500 of the cleaning section 200 . The front hair brush 206 and the back hair brush are respectively driven by the front hair brush rotation power mechanism and the back hair brush rotation power mechanism. The front brush rotation power mechanism comprises a front brush rotation motor 208, the front brush rotation motor 208 is connected to the front brush driving drive wheel 207, and the front brush drive drive wheel 207 is connected to the front brush driven drive wheel 210 by a chain 209, and the front brush drive wheel 207 is connected to the front brush driven drive wheel 210. The brush driven drive wheel 210 is connected to the front brush 206 . Similarly, the back brush rotation power mechanism includes the back brush rotation motor, the back hair brush rotation motor is connected to the back hair brush driving drive wheel 213, and the back hair brush driving drive wheel 213 is connected to the back hair brush driven drive wheel 212 through the chain 209, The back hairbrush driven drive wheel 212 is connected with the back hairbrush.

The drying section 300 includes a drying section timing belt guide groove 303 horizontally arranged on the frame 500 , and the drying section timing belt guiding groove 303 is matched with the drying section timing belt 302 . A number of glass holders 600 are arranged at intervals on the synchronous belt 302 of the drying section. For more stable transmission, the glass holders 600 are evenly distributed. The glass support block 600 is a plastic block. On the one hand, it ensures the stable delivery of the glass; The two ends of the synchronous belt guide groove 303 of the drying section are respectively provided with a cleaning and drying section driving wheel 306 and a cleaning and drying section driven wheel 1 304 which are connected with the drying section timing belt guide groove 303, and the cleaning and drying section driving wheel 306 is connected to the cleaning and drying section driving wheel. Motor 301 . The frame 500 corresponding to the drying section 300 is provided with an air knife 305, and the air knife 305 is connected to the fan 1000 through a pipeline.

The first driven wheel 304 of the cleaning and drying section and the second driven wheel 211 of the cleaning and drying section are sprockets, and the first driven wheel 304 of the cleaning and drying section is connected with the second driven wheel 211 of the cleaning and drying section by a chain. The cleaning and drying section driving wheel 306 drives the cleaning and drying section driven wheel one 304, the cleaning and drying section driven wheel two 211 and the cleaning and drying section driven wheel three 205 to rotate like this, thereby realizing that the cleaning and drying section drive motor 301 drives the cleaning section synchronous belt 202 and the drying section The synchronous belt 302 rotates to drive the glass through the cleaning section 200 and the drying section 300 respectively.

The discharge section 400 includes a discharge section timing belt guide groove 402 horizontally arranged on the frame 500 , and the discharge section timing belt guide groove 402 cooperates with a discharge section timing belt 403 . A number of glass brackets 600 are arranged at intervals on the synchronous belt 403 of the discharge section. The glass brackets 600 are plastic blocks. On the one hand, the glass brackets are guaranteed to be transported stably. For more stable transmission, the glass brackets 600 are evenly distributed. The two ends of the synchronous belt guide groove 402 of the discharge section are respectively provided with the driving wheel 406 and the driven wheel 401 of the discharge section connected with the synchronous belt guide groove 402 of the discharge section, and the driving wheel 406 of the discharge section is connected to the discharge section. The transmission motor 405; the transmission motor 405 of the discharge section drives the synchronous belt 403 of the discharge section to rotate, so as to transfer the cleaned glass to the next stage. Sensors are installed at the end of the discharge section 400 , and when the glass is transported to the end, the conveyance stops automatically, and after the glass is removed or leaves the discharge section 400 , the transmission continues.

When the present invention is used, the bottom surface of the glass is placed on the synchronous belt, and the glass leans against the back-to-back wheels. The back-to-back wheels have a supporting function and do not hinder the transmission of the glass, which can increase the stability of the transmission of the curved glass. The glass enters from the feeding section, and passes through the cleaning section and the drying section in turn. When the glass is driven to the cleaning section, each high-pressure nozzle is sprayed, then brushed, and then the high-pressure nozzle is sprayed, and after cleaning, it is air-dried by an air knife. After the glass is cleaned and dried, it is discharged from the discharge section.

Of course, the drive mode of synchronous belt transmission and the rotation drive mode of the hair brush in the present invention can be replaced by other drive modes. The drying method in the present invention can also be replaced by other drying methods.

Claims (9)

1. The integrated machine for cleaning the plane glass and the curved glass comprises a frame, wherein a feeding section, a cleaning section, a drying section and a discharging section are arranged on the frame; the method is characterized in that: the feeding section, the cleaning section, the drying section and the discharging section are all provided with vertical supports fixed on the frame, and the vertical supports are provided with a plurality of backrest wheels; the feeding section, the cleaning section, the drying section and the discharging section are respectively provided with a synchronous belt guide groove horizontally arranged on the frame, synchronous belts are matched with the synchronous belt guide grooves, and a plurality of glass supporting blocks are arranged on the synchronous belts at intervals; the cleaning section is provided with a back hairbrush and a front hairbrush; the cleaning section is provided with a high-pressure spray pipeline and a high-pressure spray head; the machine frame is provided with a synchronous belt transmission power mechanism for driving the synchronous belt transmission and a brush rotation power mechanism for driving the back brush and the front brush to rotate;

the glass supporting blocks are uniformly distributed on the synchronous belt; the two adjacent rows of the backrest wheels are arranged in a staggered way.

2. The flat glass and curved glass cleaning all-in-one machine according to claim 1, wherein: at least two back brushes and two front brushes are arranged.

3. The flat glass and curved glass cleaning all-in-one machine according to claim 1, wherein: the high-pressure spray heads are distributed in a staggered mode.

4. The flat glass and curved glass cleaning all-in-one machine according to claim 1, wherein: the cleaning section and the drying section are positioned in the same box body; the lower parts of the feeding section, the cleaning section, the drying section and the discharging section are respectively and correspondingly provided with a feeding section synchronous belt, a cleaning section synchronous belt, a drying section synchronous belt and a discharging section synchronous belt; the feeding section synchronous belt, the cleaning section synchronous belt, the drying section synchronous belt and the discharging section synchronous belt are respectively connected with the feeding section synchronous belt guide groove, the cleaning section synchronous belt guide groove, the drying section synchronous belt guide groove and the discharging section synchronous belt guide groove.

5. The flat glass and curved glass cleaning integrated machine according to claim 4, wherein: the synchronous belt transmission power mechanism comprises a feeding section transmission motor for driving the feeding section synchronous belt, a cleaning and drying section transmission motor for driving the cleaning section synchronous belt and the drying section synchronous belt, and a discharging section transmission motor for driving the discharging section synchronous belt.

6. The flat glass and curved glass cleaning integrated machine according to claim 5, wherein: the two ends of the feeding section synchronous belt guide groove are respectively provided with a feeding section driving wheel and a feeding section driven wheel which are connected with the feeding section synchronous belt guide groove in a matched manner, and the feeding section driving wheel is connected with the feeding section transmission motor; the two ends of the synchronous belt guide groove of the drying section are respectively provided with a cleaning drying section driving wheel and a cleaning drying section driven wheel which are connected with the synchronous belt guide groove of the drying section in a matching way, the two ends of the synchronous belt guide groove of the cleaning section are respectively provided with a cleaning drying section driven wheel and a cleaning drying section driven wheel which are connected with the synchronous belt guide groove of the cleaning section in a matching way, and the cleaning drying section driving wheel is connected with the cleaning drying section driving motor; the two ends of the discharging section synchronous belt guide groove are respectively provided with a discharging section driving wheel and a discharging section driven wheel which are connected with the discharging section synchronous belt guide groove in a matched mode, and the discharging section driving wheel is connected with the discharging section transmission motor.

7. The flat glass and curved glass cleaning all-in-one machine according to claim 6, wherein: the first cleaning and drying section driven wheel and the second cleaning and drying section driven wheel are both chain wheels, and the first cleaning and drying section driven wheel and the second cleaning and drying section driven wheel are connected through a chain.

8. The flat glass and curved glass cleaning all-in-one machine according to any one of claims 1-4, wherein: the brush rotation power mechanism comprises a back brush rotation motor for driving the back brush and a front brush rotation motor for driving the front brush.

9. The flat glass and curved glass cleaning all-in-one machine according to claim 8, wherein: the back brush rotating motor is connected with a back brush driving transmission wheel, the back brush driving transmission wheel is connected with a back brush driven transmission wheel through a chain, and the back brush driven transmission wheel is connected with the back brush; the front brush rotating motor is connected with a front brush driving transmission wheel, the front brush driving transmission wheel is connected with a front brush driven transmission wheel through a chain, and the front brush driven transmission wheel is connected with the front brush.