CN205528480U - Pipeline machine of glazing porcelain - Google Patents
Pipeline machine of glazing porcelain Download PDFInfo
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- CN205528480U CN205528480U CN201620264870.4U CN201620264870U CN205528480U CN 205528480 U CN205528480 U CN 205528480U CN 201620264870 U CN201620264870 U CN 201620264870U CN 205528480 U CN205528480 U CN 205528480U
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Abstract
The utility model discloses a pipeline machine of glazing porcelain, including workstation, positioner, the confession glaze device that can overturn, take out glaze device and liquid level detection device, positioner is used for being positioned the pipeline carrier for the workstation, supply the glaze device to be used for to supplying the glaze in the pipeline, it is used for extracting the frit in the pipeline to take out the glaze device, the liquid level detection device is used for detecting the frit and whether reaches port on the pipeline. The utility model discloses a machine of glazing porcelain is through setting up the workstation pipe laying carrier that can overturn, and the abundant curvature that enters into the pipeline of frit of being convenient for guarantees that pipe inner wall fully glazes porcelain, and whether glaze porcelain through liquid level detection device real -time supervision pipeline abundant, guarantee that the pipeline is glazed porcelain can prevent again that the frit from overflowing abundant the time, the utility model discloses a machine of glazing porcelain is glazed porcelain for automatic, can improve the work efficiency and the quality of glazing porcelain.
Description
Technical field
This utility model relates to glazing field, particularly relates to a kind of pipeline glazing machine.
Background technology
In order to improve the smoothness of pedestal pan drain pipe road blowdown, typically its inwall can be applied one layer of glaze layer, but the pipeline that pedestal pan drain pipe road is bending, is difficult to carry out comprehensive glazing, and prior art typically uses following two embodiment that pedestal pan drain pipe road is carried out glazing.
The first embodiment, by directly carrying out artificial glazing from pipeline opening, owing to pipeline is curved shape, this mode can only carry out glazing to the end sidewalls of pipeline, the crooked position of pipeline is difficult to apply or can only be applied to subregion, pipeline does not apply the part of glaze pore, easily produces and hangs dirty phenomenon, even produces blocking.
The second embodiment, first glaze is poured in pipeline, then pull out residue glaze, although this embodiment can meet substantially by the glazing of inner-walls of duct, but glaze volume is difficult to control, lack and caused glazing the most complete, many cause being spilled over to dirt inlet, and dirt inlet and pipeline use two kinds of glazing operations, in order to prevent the uneven of dirt inlet glaze, the glaze of the dirt inlet that pipeline glazing produces needs to strike off, not only increase workload, cause the waste of glaze, have an effect on the quality of toilet seat, in order to solve this problem, prior art clogs dirt inlet by stopper, but can not accurately control the amount of glaze.
So now needing a kind of pipeline glazing machine that can solve the problems referred to above.
Utility model content
Technical problem to be solved in the utility model is, it is provided that a kind of pipeline glazing machine, it is possible to achieve the comprehensive glazing of pipeline, improves the smoothness of inner-walls of duct.
Technical problem to be solved in the utility model also resides in, it is provided that a kind of pipeline glazing machine, it is possible to achieve glazing automatically, improves work efficiency and the quality of pipeline glazing.
In order to solve above-mentioned technical problem, this utility model provides a kind of pipeline glazing machine, including turnover workbench, positioner, confession glaze device, takes out glaze device and liquid level detection device；Described positioner for pipeline carrier being positioned workbench, described for glaze device in pipeline for glaze, described in take out glaze device glaze in extraction conduit, described liquid level detection device is used for detecting whether glaze reaches pipeline upper port.
As the preferred implementation of this utility model pipeline glazing machine, also include that overturning drive device, described overturning drive device include that some cylinders, the two ends of described cylinder are flexibly connected with workbench and frame respectively
As the preferred implementation of this utility model pipeline glazing machine, described positioner includes the side guide for side, targeted duct carrier location and the lower platen for targeted duct carrier upper surface.
Preferred implementation as this utility model pipeline glazing machine, described positioner also includes the first vertical driving means and rotating driving device, the outfan of the first vertical driving means is located at by described lower platen, and described rotating driving device drives the first vertical driving means rotation so that lower platen is in the surface of workbench or away from the position of workbench.
The surface contacted with pipeline carrier as the preferred implementation of this utility model pipeline glazing machine, described side guide and lower platen is equipped with bradyseism block.
Preferred implementation as this utility model pipeline glazing machine, also include distance detection device and translation driving device, described distance detection device is for detecting lower end of duct mouth and the distance of side, pipeline carrier location, and described translation driving device gathers the signal that sends of distance detection device and drives the glaze mouth that goes out for glaze device to move.
Preferred implementation as this utility model pipeline glazing machine, described confession glaze device includes glaze tank, joint and second vertically driving means, described glaze tank is connected with joint by defeated glaze pipe, the lower section of workbench is located at by joint and its upper shed connects with defeated glaze pipe, and the described second vertical driving means drive sub moves up and down.
As the preferred implementation of this utility model pipeline glazing machine, the top of described joint is provided with silica gel block, and silica gel block is provided with the through hole connected with joint upper shed, the upper shed of silica gel block be for glaze device go out glaze mouth.
As the preferred implementation of this utility model pipeline glazing machine, the lower section of described workbench is provided with horizontally-guided axle, and the described second vertical driving means is removable to be located on the axis of guide.
As the preferred implementation of this utility model pipeline glazing machine, described in take out the evacuation assembly that glaze device includes making pipeline produce negative pressure, evacuation assembly passes through exhaust tube and fittings.
Implement embodiment of the present utility model, have the advantages that
1. pipeline carrier is positioned on turnover workbench by this utility model, and during to pipeline for glaze, workbench overturns, it is simple to glaze sufficiently enters into the sweep of pipeline, it is ensured that the abundant glazing of inner-walls of duct；
2. whether this utility model reaches the upper port of pipeline by liquid level detection device detection liquid level, when the upper port that glaze reaches pipeline being detected, stop pipeline for glaze, ensure that pipeline glazing is possible to prevent the most again glaze to overflow, increase after pipeline overflows compared to existing technology strikes off work, the work efficiency of glazing can be improved, and be possible to prevent the waste of glaze；
Glazing machine the most of the present utility model combine positioner, liquid level detection device, for glaze device with take out glaze device and realize automatization's glazing of pipeline, quality and the work efficiency of pipeline glazing can be improved, reduce job costs.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model pipeline glazing machine；
Fig. 2 is the structural representation after working platform overturning certain angle of the present utility model；
Fig. 3 is that glazing machine of the present utility model is plus the structural representation after toilet seat；
Fig. 4 is the structural representation of the blow-off line of toilet seat；
Fig. 5 is that this utility model is for glaze device and the structural representation taking out glaze device.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing, this utility model is described in further detail.Only this statement, this utility model occur in the text or i.e. will appear from up, down, left, right, before and after, the orientation word such as inside and outside, only on the basis of accompanying drawing of the present utility model, it is not to concrete restriction of the present utility model.
It should be noted that, glazing machine of the present utility model is applicable to the pipeline of common straight pipeline and bending, wherein pipeline carrier is the device residing for pipeline, for convenience of description, pipeline carrier of the present utility model is as a example by toilet seat 9, and wherein pipeline is the blow-off line 90 of toilet seat, and the blow-off line 90 of toilet seat 9 is the siphon of epirelief, having a crooked position, lower port 90a of blow-off line 90 and upper port 90b are respectively positioned at the opening of blow-off line 90 above and below.
See accompanying drawing 1 to accompanying drawing 5, the utility model discloses a kind of pipeline glazing machine, including turnover workbench 11, positioner 4, confession glaze device 3, take out glaze device 6 and liquid level detection device 5, wherein workbench 11 is turning is located in frame 1, accompanying drawing 1 is located at the upset point that rotary shaft 12 is workbench 11 of frame 1 both sides, workbench 11 overturns around rotary shaft 12, and in accompanying drawing 1, arrow B is workbench 11 reverses direction.
Described positioner 4 is for being positioned pipeline carrier for workbench 11, described confession glaze device 3 is for supplying glaze in pipeline, described take out the glaze device 6 glaze in extraction conduit, described liquid level detection device 5 is used for detecting whether glaze reaches pipeline upper port, when liquid level detection device 5 detects upper port 90b that glaze reaches pipeline, stop for glaze for glaze device 3.Wherein for lower port 90a for glaze mouth 30 align with tube of glaze device 3.
Further, described workbench 11 drives upset by overturning drive device 2, and described overturning drive device 2 includes some cylinders, and the two ends of described cylinder are flexibly connected with workbench 11 and frame 1 respectively.Cylinder of the present utility model is preferably two, and by the flexible upset realizing workbench 11 of cylinder piston, overturning drive device 2 can also can realize, for other, the mechanism that workbench 11 overturns.
nullIt should be noted that，The size of the toilet seat 9 of different model can be variant，Now，The trailing flank of toilet seat 9 distance between lower port 90a of blow-off line 90 is also varied from，In order to improve the range of application of glazing machine，It is made to be applicable to different size of toilet seat 9，This utility model also includes distance detection device (not shown) and translation driving device 81，Described distance detection device is for detecting lower end of duct mouth 90a and the distance of side, pipeline carrier location，Described translation driving device 81 gathers signal that distance detection device sends and drives the glaze mouth 30 that goes out for glaze device to move，To use lower port 90a of glaze mouth 30 align with tube，Wherein side, location is the side that pipeline carrier is positioned，Pipeline carrier is as a example by toilet seat 9，Side, location is the trailing flank 92 of toilet seat 9，Because the trailing flank 92 of toilet seat 9 is the fixed position being located in workbench 11，When lower port 90a of toilet seat 9 blow-off line 90 is with trailing flank distance change，Simply the position of blow-off line 90 lower port 90a changes，As long as now move out glaze mouth 30 position can correspondence for glaze device 3 go out glaze mouth 30.
Owing to pipeline carrier needs upset, how it is positioned the most particularly important, this utility model is positioned by three sides, concrete, described positioner 4 includes the side guide 41 for side, targeted duct carrier location and the lower platen 42 for targeted duct carrier upper surface, this utility model passes through three spots localization pipeline carriers, i.e. workbench 11 upper surface, side guide 41 side and the lower surface of lower platen 42, wherein workbench 11 reverses direction side is located at by side guide 41, prevent it toward turnover side landing in pipeline carrier switching process, side guide 41 can be to be fixedly installed, it moves fixed range can also to pass through air cylinder driven.
It is positioned over workbench 11 and will not be by the interference of lower platen 42 for the ease of pipeline carrier, this utility model passes through rotating down pressing plate 42, by its rotation offset away from workbench 11 before lower platen 42 targeted duct carrier, concrete, described positioner 4 also includes the first vertical driving means 43 and rotating driving device 44, the outfan of the first vertical driving means 43 is located at by described lower platen 42, described rotating driving device 44 drives the first vertical driving means 43 to rotate so that lower platen 42 is in the surface of workbench 11 or away from the position of workbench 11, shown in arrow A in direction of rotation i.e. accompanying drawing 1, rotate around vertical post.The surface that described side guide 41 contacts with pipeline carrier with lower platen 42 is preferably provided with bradyseism block, prevents positioning the surface to pipeline carrier and causes damage.When pipeline carrier is toilet seat 9, the upper surface 93 that three faces are the bottom surface 91 of toilet seat 9, trailing flank 92 and seat ring of its location.
See Fig. 5, described confession glaze device 3 includes glaze tank 31, joint 32 and the second vertical driving means 33, described glaze tank 31 is connected with joint 32 by defeated glaze pipe 34, the lower section of workbench 11 is located at by joint 32 and its upper shed connects with defeated glaze pipe 34, described second vertical driving means 33 drive sub 32 moves up and down, taking out the evacuation assembly 61 that glaze device 6 includes making pipeline produce negative pressure described in it addition, evacuation assembly 61 is connected with joint 32 by exhaust tube 62.Joint 32 of the present utility model is provided with two interfaces 321, connects glaze tank 31 and evacuation assembly 61 respectively, is provided with the vertical holes of the upper shed connected with interface 321 at the center of joint 32.This utility model is provided with the first control valve 35 and controls to work for glaze device 3, and the second control valve 63 controls to take out glaze device 6 and works.
In order to prevent joint 32 from directly contacting with pipeline carrier, pipeline carrier is caused abrasion, the top of joint 32 described in the utility model is provided with silica gel block 36, silica gel block 36 is provided with the through hole connected with joint 32 upper shed, the upper shed of silica gel block 36 be for glaze device 3 go out glaze mouth 30, the i.e. through hole of silica gel block 36 is in same vertical curve with the central axis of the vertical holes of joint 32, silica gel block 36 of the present utility model may also operate as the effect sealed, and prevents the leakage of glaze and air.
The toilet seat 9 of different model is adapted in order to meet this utility model glazing machine, the glaze mouth that goes out for glaze device 3 needs to move horizontally, i.e. joint 32 and silica gel block 36 needs to move horizontally, this utility model only need to move the second vertical driving means 33, in order to improve the accuracy of moving direction, the lower section of described workbench 11 is provided with horizontally-guided axle 82, and the described second vertical driving means 33 is removable to be located on the axis of guide 82.
The operation principle of glazing machine of the present utility model is following (pipeline carrier illustrates as a example by toilet seat 9):
First, toilet seat 9 is carried out distance detection, i.e. by the distance between distance detection device detection toilet seat 9 blow-off line 90 lower port 90a and toilet seat 9 trailing flank, translation driving device 81 controls the second vertical driving means 33 after receiving the signal that distance detection device is launched and moves to correct position, its center tap 32 moves with the second vertical driving means 33, is directed at lower port 90a of toilet seat 9 blow-off line 90 in real time using glaze mouth 30；
Then, toilet seat 9 is placed on workbench 11, lower port 90a being directed at out glaze mouth 30, and is positioned it by positioner 4, the upper surface of workbench 11, side guide 41 and lower platen 42 position the upper surface 93 of the bottom surface 91 of toilet seat 9, trailing flank 92 and seat ring respectively；
nullAfter toilet seat 9 is had good positioning，Move in second vertical driving means 33 drive sub 32 and silica gel block 36，Pipeline is made to connect with glaze tank 31，After driving workbench 11 to overturn a suitable angle (this utility model preferably 35 °-50 °) by overturning drive device 2，Start to pipeline for glaze for glaze device 3，And overturning drive device 2 continues upset workbench 11，Now，Liquid level detection device 5 detects whether glaze reaches pipeline upper shed，If reaching，Then stop for glaze the upset of stop table 11，If workbench 11 overturns to certain angle (this utility model preferably 80 ° to 90 °) glaze afterwards and is also not reaching to pipeline tapping，The upset of stop table 11，And be flipped back to start the angle (35 °-50 °) for glaze by workbench 11，Afterwards turning over driving means 2 drives workbench 11 to overturn again，Repeat upset until glaze reaches pipeline upper port 90b，General，Need that pipeline is carried out twice upset can complete；
Finally, when liquid level detection device 5 detects that glaze reaches pipeline upper port 90b, stop for glaze for glaze device 3, and overturning drive device 2 drives workbench 11 to be flipped back to level, while upset, being extracted out by the glaze in pipeline by taking out glaze device 6, this utility model uses negative pressure of vacuum absorption principle and is extracted out by glaze, last inner-walls of duct leaves one layer of glaze, i.e. completes pipeline glazing.
Preferably, liquid level detection device 5 is located at the position between two lower platens 42, now, liquid level detection device 5 targeted by the dirt inlet of toilet seat 9, and can move together along with toilet seat 9 overturns, liquid level detection device 5 and the position of toilet seat 9 keep constant, it is ensured that the accuracy of its detection.
The above is preferred implementation of the present utility model; it should be pointed out that, for those skilled in the art, on the premise of without departing from this utility model principle; can also make some improvements and modifications, these improvements and modifications are also considered as protection domain of the present utility model.
Claims (10)
1. a pipeline glazing machine, it is characterised in that include turnover workbench, positioner, confession glaze device, take out glaze device and liquid level detection device；
Described positioner for pipeline carrier being positioned workbench, described for glaze device in pipeline for glaze, described in take out glaze device glaze in extraction conduit, described liquid level detection device is used for detecting whether glaze reaches pipeline upper port.
Pipeline glazing machine the most according to claim 1, it is characterised in that also include that overturning drive device, described overturning drive device include that some cylinders, the two ends of described cylinder are flexibly connected with workbench and frame respectively.
Pipeline glazing machine the most according to claim 1, it is characterised in that described positioner includes the side guide for side, targeted duct carrier location and the lower platen for targeted duct carrier upper surface.
Pipeline glazing machine the most according to claim 3, it is characterized in that, described positioner also includes the first vertical driving means and rotating driving device, the outfan of the first vertical driving means is located at by described lower platen, and described rotating driving device drives the first vertical driving means rotation so that lower platen is in the surface of workbench or away from the position of workbench.
Pipeline glazing machine the most according to claim 3, it is characterised in that the surface that described side guide contacts with pipeline carrier with lower platen is equipped with bradyseism block.
6. according to the pipeline glazing machine described in any one of claim 1 to 5, it is characterized in that, also include distance detection device and translation driving device, described distance detection device is for detecting lower end of duct mouth and the distance of side, pipeline carrier location, and described translation driving device gathers the signal that sends of distance detection device and drives the glaze mouth that goes out for glaze device to move.
Pipeline glazing machine the most according to claim 1, it is characterized in that, described confession glaze device includes glaze tank, joint and second vertically driving means, described glaze tank is connected with joint by defeated glaze pipe, the lower section of workbench is located at by joint and its upper shed connects with defeated glaze pipe, and the described second vertical driving means drive sub moves up and down.
Pipeline glazing machine the most according to claim 7, it is characterised in that the top of described joint is provided with silica gel block, silica gel block is provided with the through hole connected with joint upper shed, the upper shed of silica gel block be for glaze device go out glaze mouth.
9., according to the pipeline glazing machine described in claim 7 or 8, it is characterised in that the lower section of described workbench is provided with horizontally-guided axle, the described second vertical driving means is removable to be located on the axis of guide.
Pipeline glazing machine the most according to claim 7, it is characterised in that described in take out glaze device and include evacuation assembly, evacuation assembly passes through exhaust tube and fittings.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620264870.4U CN205528480U (en) | 2016-04-01 | 2016-04-01 | Pipeline machine of glazing porcelain |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620264870.4U CN205528480U (en) | 2016-04-01 | 2016-04-01 | Pipeline machine of glazing porcelain |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205528480U true CN205528480U (en) | 2016-08-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620264870.4U Active CN205528480U (en) | 2016-04-01 | 2016-04-01 | Pipeline machine of glazing porcelain |
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| Country | Link |
|---|---|
| CN (1) | CN205528480U (en) |
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2016
- 2016-04-01 CN CN201620264870.4U patent/CN205528480U/en active Active
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