CN205009061U - A glass sand blasting machine for glass surface treatment - Google Patents
A glass sand blasting machine for glass surface treatment Download PDFInfo
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- CN205009061U CN205009061U CN201520754462.2U CN201520754462U CN205009061U CN 205009061 U CN205009061 U CN 205009061U CN 201520754462 U CN201520754462 U CN 201520754462U CN 205009061 U CN205009061 U CN 205009061U
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Abstract
The utility model discloses a glass sand blasting machine for glass surface treatment, including blowing platform, sandblast platform, sand blasting chamber and ejection of compact platform, be provided with the baffle between blowing platform and the sandblast platform, be provided with the auto -induction door on the baffle, the top of sand blasting chamber is provided with the feeder hopper, is provided with the vibrator on the outer wall of feeder hopper, is provided with the pinion rack on the inner wall of feeder hopper, is provided with an agitating unit in the feeder hopper, and be provided with the sand blasting unit in the sand blasting chamber, filter sieve and the 2nd agitating unit, the utility model discloses simple structure, the practicality is strong, makes glass's removal convenience more through the material transfer roller, and an agitating unit and the 2nd agitating unit's design can prevent that diamond dust from taking place the situation of condensing in data send process, leads to the fact the spray gun to stop up to influence work efficiency, ejection of compact bench transparent enclosure's design not only can reduce noise pollution, can prevent flying upward of dust moreover, uses convenience more simple, has reduced the energy consumption, has improved the comprehensive utilization ratio.
Description
Technical field
The utility model relates to a kind of glass sandblasting machine for glass surface treatment.
Background technology
Sandblasting, a kind of abradant jet technology of routine, its through constantly development, to improve and perfect, with the processing mechanism of uniqueness and range of application widely, more and more favored in current Surface Processing Industry, be widely used in machine-building, instrument and meter, medicine equipment, electronic apparatus, textile machine, dyeing machine, chemical machinery, food machinery, instrument, cutlery, measurer, mould, glass, pottery, handicraft, repair of machine etc. various fields.
At present, sandblasting process technology plays very important effect in the production of glassware, and through its processing, glassware is more original, more attractive in appearance, more have flexibility, and range of application is more extensive.In prior art, the following three kinds of methods of general employing carry out blasting treatment to glass: 1, adopt the method for chemical attack to process, and by this processing method processed glass surface, not only complex process, the process-cycle is long, and efficiency is low, and cost is high; 2, manual operations processing, this processing method is high especially to the skill set requirements of operating personnel, and operating efficiency is also lower, and general normal operations workman cannot operate, and labour cost is higher; 3, sandblasting processing, utilize air pressure, picked up by diamond dust and sprayed from spray gun by pipeline, the glass uniformity after this processing method processing is poor, cost is high, and work in produce dust and noise the healthy of operating personnel is had a great impact.
Utility model content
The utility model object is the technical scheme providing a kind of glass sandblasting machine for glass surface treatment for the deficiency existing for prior art, by material-conveying roller, glass is moved, make the surface of glass can process decorative pattern or the pattern of various band matte surface rapidly, significantly improve production efficiency, the design of blast room simultaneously, reduce the noise pollution in glass sandblasting machine work, and contribute to carrying out centralized recovery to the dust produced in sandblasting, the design of the first agitating device and the second agitating device, can effectively prevent diamond dust from the caked phenomenon of group occurring in transport process, reduce the loss of energy consumption, improve comprehensive utilization ratio.
In order to solve the problems of the technologies described above, the utility model adopts following technical scheme:
A kind of glass sandblasting machine for glass surface treatment, glass sandblasting machine comprises material platform, sandblasting platform, blast room and discharge pedestal, it is characterized in that: between material platform and sandblasting platform, be provided with dividing plate, dividing plate is provided with automatic induction door, diaphragm internal is provided with sliding rail, automatic induction door is spacing in sliding rail, move up and down along sliding rail, the below of sandblasting platform is provided with scrap collecting tank, blast room is positioned on sandblasting platform, the top of blast room is provided with feed hopper, the outer wall of feed hopper is provided with vibrator, the inwall of feed hopper is provided with tooth plate, tooth plate comprises tooth plate seat, tooth bar and locating hole, the first agitating device is provided with in feed hopper, first agitating device comprises the first shaft and stirring rod, the bottom of the first shaft is provided with stirring-head, resistance wire is provided with in stirring rod, sand blasting unit is provided with in blast room, filter sieve plate and the second agitating device, sand blasting unit comprises fixed head and spray gun, filter sieve plate and comprise base plate and baffle plate, base plate is evenly provided with sieve aperture, second agitating device is positioned at the top of filtering sieve plate, discharge pedestal is positioned at the right side of sandblasting platform, discharge pedestal is provided with transparent protective shield, the design of dividing plate, can so that the automatically installation of induction door and fixing, installation is operated more convenient, and certain protective effect is played to automatic induction door, automatic induction door is avoided to contact with direct between material platform and sandblasting platform, reduce friction, the design of sliding rail, can so that automatic the moving up and down of induction door, thus realize the opening and closing of automatic induction door, the design of automatic induction door, the more automation of whole one glass spray sand flow process can be made, when automatic induction door senses that glass arrives front end, blast room, automatic induction door is opened, glass can be transferred in blast room and carry out blasting treatment, improve security performance and production efficiency, the design of scrap collecting tank, energy consumption can be reduced, scrap collecting tank carries out recycling by the discharging opening bottom sandblasting platform to the diamond dust in blast room, reduce cost, the design of feed hopper, the reinforced more convenient of glass sandblasting machine can be made, the design of outer wall upper vibration generator, can effectively prevent the discharge outlet of feed hopper from occurring stopping state, affect the operating efficiency of glass sandblasting machine, vibrator is by the dither of self, the diamond dust in feed hopper is made to recover again flowing, reduce accident rate, and the volume of vibrator is little, lightweight, be convenient to install, vibration frequency is high, amplitude is little, reduce noise pollution, diamond dust enters into feed hopper, by the stirring action of the first agitating device, material is pressed to tooth plate, the impulsive force that tooth plate produces makes material and stirring rod, there is strong rubbing in stirring-head and tooth plate place, shear, make diamond dust in small, broken bits gradually, meet sandblasting needs, the design of tooth bar, increase the contact area of tooth plate and diamond dust, make the effect of tooth plate better, the design of locating hole makes tooth plate be connected more secure with the inwall of feed hopper, tooth plate is avoided to occur to loosen, affect crushing effect, the design of the first agitating device, the diamond dust put in feed hopper can be stirred, in small, broken bits, prevent it from caking phenomenon occurring, stirring rod drives it to rotate by the first shaft, the design of stirring rod internal resistance silk, can by the heat effect of resistance wire, the surface temperature of stirring rod is raised, by high temperature, the viscosity of diamond dust is reduced, prevent diamond dust from condensation phenomenon occurring, make the stirring of diamond dust more even, substantially increase mixing effect and the operating efficiency of the first agitating device, by the cooperation of stirring-head and stirring rod, the mixing effect of the first agitating device can be improved further, it is more loosening that the stirring-head of prismatic shape not only can make the diamond dust in feed hopper exit stir, and spiral suppressing action can be produced to particles of silicon carbide, diamond dust is made to enter in blast room fast, improve production efficiency, filter the design of sieve plate, reduce the incidence of accident, improve the work quality of glass sandblasting machine, filter sieve plate to be screened particles of silicon carbide by the sieve aperture that base plate is arranged, what particle diameter was less than sieve diameter can enter into spray gun, what particle diameter was greater than sieve diameter is blocked on base plate, effectively prevent the particles of silicon carbide of larger particles from entering into spray gun, affect the sandblasting effect of glass, and easily make spray gun blockage phenomenon, the design of the second agitating device, the diamond dust entering into blast room can be carried out stirring again, further increase mixing quality, the design of transparent protective shield, not only can be conducive to carrying out centralized recovery to the dust produced in glass sandblasting machine work, reduce the noise pollution produced in glass sandblasting machine work, and the design of transparence, the monitoring of operating personnel to discharge pedestal can not be had influence on again.
Further, spray gun is connected with source of the gas by breather line, and breather line is provided with air pressure regulator, according to size and the processing request of processed glass, carry out adjustable pressure control valve thus regulate the sandblasting amount in spray gun, make the sandblasting of glass more scientific, operate more safe ready.
Further, material platform and sandblasting platform are provided with material-conveying roller, the design of material-conveying roller, the sandblasting of glass can be made more convenient and simple, and relative to design in the past, operating personnel only need glass to be placed on material platform, press start button, without the need to manual, glass is moved, not only increase production efficiency, and glass quality after sandblasting is also higher.
Further, second agitating device comprises the second shaft and agitating plate, agitating plate is evenly distributed on the second shaft, the two ends of the second shaft are fixedly connected with the inwall of blast room, second shaft drives agitating plate to rotate, make the stirring that the diamond dust entering into blast room carries out again, effectively prevent diamond dust from condensing into the phenomenon of block.
Further, the bottom surface of material platform, sandblasting platform and discharge pedestal is provided with support column, the below of support column is provided with damping device, the design of damping device, improve the stability of glass sandblasting machine, the noise pollution produced when reducing glass sandblasting machine work, makes the environment operating workshop better, is more conducive to the health of operating personnel.
Further, automatic induction door is provided with infrared sensor, the quantity of infrared sensor is at least two, and infrared sensor matches with automatic induction door, the design of infrared sensor, can make the opening and closing more automation of automatic induction door, when infrared sensor senses that glass to be processed is transferred into before automatic induction door, automatic induction door is opened, and glass can be transferred in blast room.
Further, the right-hand member filtering sieve plate is provided with handle, handle is provided with chamber of shaking hands, the design in handle and chamber of shaking hands, convenient operation personnel regularly can cannot carry out recycling by the diamond dust of sieve aperture more greatly to particle on filtration sieve plate, reduce the loss of energy consumption, make operation more convenient and simple, structural design is hommization more.
Further; dividing plate is arranged two limited impressions; the below of automatic induction door is provided with two spacing block sets; spacing block set and limited impression match; the design of limited impression and spacing block set; the connection compactness between automatic induction door and dividing plate can be made better; and certain protective effect is played to automatic induction door; when automatic induction door occurs abnormal; when can not fit tightly with dividing plate; spacing block set effectively can prevent the direct friction between automatic induction door and dividing plate, extends the service life of automatic induction door.
Further, the rear end face of blast room is provided with maintenance window, maintainer can be keeped in repair the part in blast room by maintenance window and change, structural design is more reasonable, operation is installed more convenient and simple, saved maintenance cost and time, improve production efficiency.
The utility model, owing to have employed technique scheme, has following beneficial effect:
1, the design of dividing plate, can so that the automatically installation of induction door and fixing, installation is operated more convenient, and certain protective effect is played to automatic induction door, automatic induction door is avoided to contact with direct between material platform and sandblasting platform, reduce friction, the design of sliding rail, can so that automatic the moving up and down of induction door, thus realize the opening and closing of automatic induction door, the design of automatic induction door, the more automation of whole one glass spray sand flow process can be made, when automatic induction door senses that glass arrives front end, blast room, automatic induction door is opened, glass can be transferred in blast room and carry out blasting treatment, improve security performance and production efficiency, ,
2, filter sieve plate to be screened particles of silicon carbide by the sieve aperture that base plate is arranged, what particle diameter was less than sieve diameter can enter into spray gun, what particle diameter was greater than sieve diameter is blocked on base plate, effectively prevent the particles of silicon carbide of larger particles from entering into spray gun, affect the sandblasting effect of glass, and easily make spray gun blockage phenomenon;
3, the design of outer wall upper vibration generator, can effectively prevent the discharge outlet of feed hopper from occurring stopping state, affect the operating efficiency of glass sandblasting machine, vibrator, by the dither of self, makes the diamond dust in feed hopper recover again flowing, reduce accident rate, and the volume of vibrator is little, lightweight, be convenient to install, vibration frequency is high, amplitude is little, reduces noise pollution;
4, diamond dust enters into feed hopper, by the stirring action of the first agitating device, material is pressed to tooth plate, the impulsive force that tooth plate produces makes material and stirring rod, stirring-head and tooth plate place that strong rubbing, shearing occur, make diamond dust in small, broken bits gradually, meet sandblasting needs, the design of tooth bar, increase the contact area of tooth plate and diamond dust, make the effect of tooth plate better, the design of locating hole makes tooth plate be connected more secure with the inwall of feed hopper, avoids tooth plate to occur to loosen, affects crushing effect;
5, the design of the first agitating device, the diamond dust put in feed hopper can be stirred, in small, broken bits, prevent it from caking phenomenon occurring, stirring rod drives it to rotate by the first shaft, the design of stirring rod internal resistance silk, can by the heat effect of resistance wire, the surface temperature of stirring rod is raised, by high temperature, the viscosity of diamond dust is reduced, prevent diamond dust from condensation phenomenon occurring, make the stirring of diamond dust more even, substantially increase mixing effect and the operating efficiency of the first agitating device, by the cooperation of stirring-head and stirring rod, the mixing effect of the first agitating device can be improved further, it is more loosening that the stirring-head of prismatic shape not only can make the diamond dust in feed hopper exit stir, and spiral suppressing action can be produced to particles of silicon carbide, diamond dust is made to enter in blast room fast, improve production efficiency.
The utility model structure is simple, practical, make the movement of glass more convenient by material-conveying roller, the design of the first agitating device and the second agitating device, can prevent diamond dust from condensation situation occurring in transport process, spray gun is caused to block, thus affecting operating efficiency, the design of transparent shield on discharge pedestal, not only can reduce noise pollution, and flying upward of dust can be prevented, make the environment operating workshop better, be more conducive to the health of operating personnel, use more convenient and simple, reduce energy consumption, improve comprehensive utilization ratio.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is the structural representation of a kind of glass sandblasting machine for glass surface treatment of the utility model;
Fig. 2 is internal structure schematic diagram of the present utility model;
Fig. 3 is the scheme of installation of the utility model median septum and automatic induction door;
Fig. 4 is the structural representation filtering sieve plate in the utility model;
Fig. 5 is the internal structure schematic diagram of feed hopper in the utility model;
Fig. 6 is the structural representation of tooth plate in the utility model.
In figure: 1-material platform; 2-sandblasting platform; 3-blast room; 4-discharge pedestal; 5-dividing plate; The automatic induction door of 6-; 7-sliding rail; 8-scrap collecting tank; 9-feed hopper; 10-vibrator; 11-first shaft; 12-stirring rod; 13-stirring-head; 14-resistance wire; 15-tooth plate; 16-tooth plate seat; 17-tooth bar; 18-locating hole; 19-filters sieve plate; 20-fixed head; 21-spray gun; 22-base plate; 23-baffle plate; 24-sieve aperture; 25-transparent protective shield; 26-material-conveying roller; 27-second shaft; 28-agitating plate; 29-support column; 30-damping device; 31-infrared sensor; 32-handle; 33-shakes hands chamber; 34-limited impression; 35-spacing block set.
Detailed description of the invention
As shown in Figures 1 to 6, for a kind of glass sandblasting machine for glass surface treatment of the utility model, comprise material platform 1, sandblasting platform 2, blast room 3 and discharge pedestal 4, material platform 1 and sandblasting platform 2 are provided with material-conveying roller 26, the design of material-conveying roller 26, the sandblasting of glass can be made more convenient and simple, relative to design in the past, operating personnel only need to be placed on by glass on material platform 1, press start button, without the need to manual, glass is moved, not only increase production efficiency, and glass quality after sandblasting is also higher, material platform 1, the bottom surface of sandblasting platform 2 and discharge pedestal 4 is provided with support column 29, the below of support column 29 is provided with damping device 30, the design of damping device 30, improve the stability of glass sandblasting machine, the noise pollution produced when reducing glass sandblasting machine work, make the environment operating workshop better, more be conducive to the health of operating personnel.
Dividing plate 5 is provided with between material platform 1 and sandblasting platform 2, dividing plate 5 is provided with automatic induction door 6, dividing plate 5 inside is provided with sliding rail 7, automatic induction door 6 is spacing in sliding rail 7, move up and down along sliding rail 7, automatic induction door 6 is provided with infrared sensor 31, the quantity of infrared sensor 31 is at least two, and infrared sensor 31 matches with automatic induction door 6, the design of infrared sensor 31, the opening and closing more automation of automatic induction door 6 can be made, when infrared sensor 31 senses that glass to be processed is transferred into before automatic induction door 6, automatic induction door 6 is opened, make glass can be transferred in blast room 3, dividing plate 5 is arranged two limited impressions 34, the below of automatic induction door 6 is provided with two spacing block sets 35, spacing block set 35 and limited impression 34 match, the design of limited impression 34 and spacing block set 35, the connection compactness between automatic induction door 6 and dividing plate 5 can be made better, and certain protective effect is played to automatic induction door 6, when exception occurs automatic induction door 6, when can not fit tightly with dividing plate 5, spacing block set 35 effectively can prevent the direct friction between automatic induction door 6 and dividing plate 5, extend the service life of automatic induction door 6, the design of dividing plate 5, can so that the automatically installation of induction door 6 and fixing, installation is operated more convenient, and certain protective effect is played to automatic induction door 6, automatic induction door 6 is avoided to contact with direct between material platform 1 and sandblasting platform 2, reduce friction, the design of sliding rail 7, can so that automatic the moving up and down of induction door 6, thus realize the opening and closing of automatic induction door 6, the design of automatic induction door 6, the more automation of whole one glass spray sand flow process can be made, when automatic induction door 6 senses that glass arrives 3 front end, blast room, automatic induction door 6 is opened, glass can be transferred in blast room 3 and carry out blasting treatment, improve security performance and production efficiency, the below of sandblasting platform 2 is provided with scrap collecting tank 8, the design of scrap collecting tank 8, energy consumption can be reduced, scrap collecting tank 8 carries out recycling by the discharging opening bottom sandblasting platform 2 to the diamond dust in blast room 3, reduce cost.
Blast room 3 is positioned on sandblasting platform 2, the rear end face of blast room 3 is provided with maintenance window, maintainer can be keeped in repair the part in blast room 3 by maintenance window and change, structural design is more reasonable, operation is installed more convenient and simple, maintenance cost and time are saved, improve production efficiency, the top of blast room 3 is provided with feed hopper 9, the design of feed hopper 9, the reinforced more convenient of glass sandblasting machine can be made, the outer wall of feed hopper 9 is provided with vibrator 10, the design of outer wall upper vibration generator 10, can effectively prevent the discharge outlet of feed hopper 9 from occurring stopping state, affect the operating efficiency of glass sandblasting machine, vibrator 10 is by the dither of self, the diamond dust in feed hopper 9 is made to recover again flowing, reduce accident rate, and the volume of vibrator 10 is little, lightweight, be convenient to install, vibration frequency is high, amplitude is little, reduce noise pollution, the inwall of feed hopper 9 is provided with tooth plate 15, tooth plate 15 comprises tooth plate seat 16, tooth bar 17 and locating hole 18, by the stirring action of the first agitating device, material is pressed to tooth plate 15, the impulsive force that tooth plate 15 produces makes material and stirring rod 12, there is strong rubbing in stirring-head 13 and tooth plate 15 place, shear, make diamond dust in small, broken bits gradually, meet sandblasting needs, the design of tooth bar 17, increase the contact area of tooth plate 15 and diamond dust, make the effect of tooth plate 15 better, the design of locating hole 18 makes tooth plate 15 be connected more secure with the inwall of feed hopper 9, tooth plate 15 is avoided to occur to loosen, affect crushing effect, the first agitating device is provided with in feed hopper 9, first agitating device comprises the first shaft 11 and stirring rod 12, the bottom of the first shaft 11 is provided with stirring-head 13, resistance wire 14 is provided with in stirring rod 12, the design of the first agitating device, the diamond dust put in feed hopper 9 can be stirred, in small, broken bits, prevent it from caking phenomenon occurring, stirring rod 12 drives it to rotate by the first shaft 11, the design of stirring rod 12 internal resistance silk 14, can by the heat effect of resistance wire 14, the surface temperature of stirring rod 12 is raised, by high temperature, the viscosity of diamond dust is reduced, prevent diamond dust from condensation phenomenon occurring, make the stirring of diamond dust more even, substantially increase mixing effect and the operating efficiency of the first agitating device, by the cooperation of stirring-head 13 and stirring rod 12, the mixing effect of the first agitating device can be improved further, it is more loosening that the stirring-head 13 of prismatic shape not only can make the diamond dust in feed hopper 9 exit stir, and spiral suppressing action can be produced to particles of silicon carbide, diamond dust can be entered in blast room 3 fast, improve production efficiency.
Sand blasting unit is provided with in blast room 3, filter sieve plate 19 and the second agitating device, sand blasting unit comprises fixed head 20 and spray gun 21, spray gun 21 is connected with source of the gas by breather line, and breather line is provided with air pressure regulator, according to size and the processing request of processed glass, carry out adjustable pressure control valve thus regulate the sandblasting amount in spray gun 21, make the sandblasting of glass more scientific, operate more safe ready, filter sieve plate 19 and comprise base plate 22 and baffle plate 23, base plate 22 is evenly provided with sieve aperture 24, the right-hand member filtering sieve plate 19 is provided with handle 32, handle 32 is provided with chamber 33 of shaking hands, the design in handle 32 and chamber 33 of shaking hands, convenient operation personnel regularly can cannot carry out recycling by the diamond dust of sieve aperture 24 more greatly to particle on filtration sieve plate 19, reduce the loss of energy consumption, make operation more convenient and simple, structural design is hommization more, filter the design of sieve plate 19, reduce the incidence of accident, improve the work quality of glass sandblasting machine, filter sieve plate 19 to be screened by sieve aperture 24 pairs of particles of silicon carbide that base plate 22 is arranged, what particle diameter was less than sieve aperture 24 diameter can enter into spray gun 21, what particle diameter was greater than sieve aperture 24 diameter is blocked on base plate 22, effectively prevent the particles of silicon carbide of larger particles from entering into spray gun 21, affect the sandblasting effect of glass, and easily make spray gun 21 blockage phenomenon, second agitating device is positioned at the top of filtering sieve plate 19, the design of the second agitating device, the diamond dust entering into blast room 3 can be carried out stirring again, further increase mixing quality, second agitating device comprises the second shaft 27 and agitating plate 28, agitating plate 28 is evenly distributed on the second shaft 27, the two ends of the second shaft 27 are fixedly connected with the inwall of blast room 3, second shaft 27 drives agitating plate 28 to rotate, make the stirring that the diamond dust entering into blast room 3 carries out again, effectively prevent diamond dust from condensing into the phenomenon of block.
Discharge pedestal 4 is positioned at the right side of sandblasting platform 2; discharge pedestal 4 is provided with transparent protective shield 25; the design of transparent protective shield 25; not only can be conducive to carrying out centralized recovery to the dust produced in glass sandblasting machine work; reduce the noise pollution produced in glass sandblasting machine work; and the design of transparence, the monitoring of operating personnel to discharge pedestal 4 can not be had influence on again.
These are only specific embodiment of the utility model, but technical characteristic of the present utility model is not limited thereto.Any based on the utility model, for realizing substantially identical technique effect, done ground simple change, equivalent replacement or modification etc., be all covered by among protection domain of the present utility model.
Claims (9)
1. the glass sandblasting machine for glass surface treatment, described glass sandblasting machine comprises material platform, sandblasting platform, blast room and discharge pedestal, it is characterized in that: between described material platform and described sandblasting platform, be provided with dividing plate, described dividing plate is provided with automatic induction door, described diaphragm internal is provided with sliding rail, described automatic induction door is spacing in described sliding rail, move up and down along described sliding rail, the below of described sandblasting platform is provided with scrap collecting tank, described blast room is positioned on described sandblasting platform, the top of described blast room is provided with feed hopper, the outer wall of described feed hopper is provided with vibrator, the inwall of described feed hopper is provided with tooth plate, described tooth plate comprises tooth plate seat, tooth bar and locating hole, the first agitating device is provided with in described feed hopper, described first agitating device comprises the first shaft and stirring rod, the bottom of described first shaft is provided with stirring-head, resistance wire is provided with in described stirring rod, sand blasting unit is provided with in described blast room, filter sieve plate and the second agitating device, described sand blasting unit comprises fixed head and spray gun, described filtration sieve plate comprises base plate and baffle plate, described base plate is evenly provided with sieve aperture, described second agitating device is positioned at the top of described filtration sieve plate, described discharge pedestal is positioned at the right side of described sandblasting platform, described discharge pedestal is provided with transparent protective shield.
2. a kind of glass sandblasting machine for glass surface treatment according to claim 1, is characterized in that: described spray gun is connected with source of the gas by breather line, and described breather line is provided with air pressure regulator.
3. a kind of glass sandblasting machine for glass surface treatment according to claim 1, is characterized in that: described material platform and described sandblasting platform are provided with material-conveying roller.
4. a kind of glass sandblasting machine for glass surface treatment according to claim 1, it is characterized in that: described second agitating device comprises the second shaft and agitating plate, described agitating plate is evenly distributed on described second shaft, and the two ends of described second shaft are fixedly connected with the inwall of described blast room.
5. a kind of glass sandblasting machine for glass surface treatment according to claim 1, is characterized in that: the bottom surface of described material platform, described sandblasting platform and described discharge pedestal is provided with support column, and the below of described support column is provided with damping device.
6. a kind of glass sandblasting machine for glass surface treatment according to claim 1, it is characterized in that: described automatic induction door is provided with infrared sensor, the quantity of described infrared sensor is at least two, and described infrared sensor matches with described automatic induction door.
7. a kind of glass sandblasting machine for glass surface treatment according to claim 1, is characterized in that: the right-hand member of described filtration sieve plate is provided with handle, and described handle is provided with chamber of shaking hands.
8. a kind of glass sandblasting machine for glass surface treatment according to claim 1, it is characterized in that: described dividing plate is provided with two limited impressions, the below of described automatic induction door is provided with two spacing block sets, and described spacing block set and described limited impression match.
9. a kind of glass sandblasting machine for glass surface treatment according to claim 1, is characterized in that: the rear end face of described blast room is provided with maintenance window.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520754462.2U CN205009061U (en) | 2015-09-25 | 2015-09-25 | A glass sand blasting machine for glass surface treatment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520754462.2U CN205009061U (en) | 2015-09-25 | 2015-09-25 | A glass sand blasting machine for glass surface treatment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205009061U true CN205009061U (en) | 2016-02-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520754462.2U Expired - Fee Related CN205009061U (en) | 2015-09-25 | 2015-09-25 | A glass sand blasting machine for glass surface treatment |
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| Country | Link |
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| CN (1) | CN205009061U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108413901A (en) * | 2018-05-06 | 2018-08-17 | 吉林大学 | Automobile pattern measurement system noise analog meter based on splash effect |
| CN109909893A (en) * | 2019-04-09 | 2019-06-21 | 南通理工学院 | A kind of shot-blasting machine simulator |
| CN110881297A (en) * | 2019-11-20 | 2020-03-17 | 江苏大学 | Water and fertilizer integrated equipment for pipeline irrigation |
-
2015
- 2015-09-25 CN CN201520754462.2U patent/CN205009061U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108413901A (en) * | 2018-05-06 | 2018-08-17 | 吉林大学 | Automobile pattern measurement system noise analog meter based on splash effect |
| CN109909893A (en) * | 2019-04-09 | 2019-06-21 | 南通理工学院 | A kind of shot-blasting machine simulator |
| CN110881297A (en) * | 2019-11-20 | 2020-03-17 | 江苏大学 | Water and fertilizer integrated equipment for pipeline irrigation |
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