CN202912841U - Glass tempering unit - Google Patents
Glass tempering unit Download PDFInfo
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- CN202912841U CN202912841U CN 201220638694 CN201220638694U CN202912841U CN 202912841 U CN202912841 U CN 202912841U CN 201220638694 CN201220638694 CN 201220638694 CN 201220638694 U CN201220638694 U CN 201220638694U CN 202912841 U CN202912841 U CN 202912841U
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- tempering
- section
- tempering section
- glass
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Abstract
The utility model provides a variable-curvature glass tempering unit, which comprises a sheet loading platform, a heating furnace, a forming section, a tempering section and a sheet lowering platform that are connected sequentially, wherein a translating mechanism is arranged below the tempering section; and the tempering section is moved into and out of the glass tempering unit through the translating mechanism. After the translating mechanism is arranged below the tempering section, and the original hoisting is replaced with translation, so that the move-in and move-out of the tempering section is facilitated greatly. In particular, the translating mechanism consisting of rollers and a guide track is adopted, and a moving-in and moving-out driving mechanism is arranged, so that the motion of the tempering section is more convenient, positioning after the move-in of the tempering section is facilitated, convenience is provided for installation, maintenance and repair of the tempering section, and the security risk is reduced.
Description
Technical field
The utility model relates to a kind of glass tempering unit, relate in particular to a kind of arc glass bend tempering unit that do not wait, more specifically, relate to a kind of tempering section and the profiled section layout that meets at right angles, and what the tempering section had a translation mechanism does not wait arc glass bend tempering unit, the glass inlet port end of this unit tempering section is near profiled section one side, when needing repairing with adjustment, can after throwing off air supply line, move to maintenance position, but the maintenance finish after again translation get back to original position, be connected smoothly with air supply line, be convenient to installation, adjustment, maintenance.
Background technology
The curved tempering of common sheet glass system generally comprises a platform, process furnace, curved tempering machine and the lower equipment such as platform, wherein curved tempering facility have brake forming and two kinds of functions of tempering, can realize simultaneously this two kinds of functions by an equipment, also can realize respectively moulding and tempering by two equipment, be called profiled section and tempering section.These equipment generally are array arranges successively, and glass is also carried along rectilinear direction.
Curved tempering the curved tempering of arc such as can be divided into and not wait the curved tempering of arc.For not waiting curved tempering machine of arc, in order to realize that different size glass is in differently curved position, carry out curved tempering with differently curved radius, the very little curved tempering of radius-of-curvature particularly, the structure of its bend molding apparatus and wind-cooling reinforcing device all can be very complicated, be difficult on a table apparatus, realize simultaneously brake forming and tempering, therefore often be divided into profiled section and two equipment of tempering section.Because the glass conveying roller is arranged along glass direct of travel parallel interval, and the glass bending axis is parallel with conveying roller, if each equipment of tempering unit is pressed the straight line serial arrangement, will with steady, smooth and easy from profiled section according to original working direction through the hot glass of brake forming, no longer the shifting ground safe transport just becomes very difficult to the tempering section, transfer rate also needs very slow, just can not damage red-hot glass.Thereby, in the prior art, people often carry out layout with profiled section and tempering section by the right angle, input direction and its outbound course of glass in profiled section is rectangular, the glass inlet port end of tempering section and a side of profiled section are joined, air supply line then is connected with air grid on the tempering section near a side of upper slice platform from the tempering section, and the exit end of tempering section is connected with lower platform.
After profiled section and tempering section are at right angles arranged, although made things convenient for and do not waited the output of arc glass from profiled section to the tempering section, but this arrangement mode makes three of the tempering section to be surrounded by profiled section, lower platform, air supply line device respectively, thereby give installation, the adjustment of tempering section, and the maintenance, repair in later stage are made troubles.When needs keep in repair the tempering section, at first need to remove being connected of tempering section and profiled section, lower platform, air supply line, then utilize hanging device that the tempering section is hung out, could the component that damage be placed under repair or change.This not only needs multiple person cooperational, and compact production scene also makes the lifting of tempering section, the dismounting of air grid and air supply line operates all very inconveniently it on, has virtually increased potential safety hazard, has prolonged servicing time, has strengthened maintenance cost.
The utility model content
The problems referred to above that exist in order to solve prior art, after tempering Duan Zaiyu air supply line in the utility model glass tempering unit separates, can by guide rail and roller never a besieged sidesway go out, thereby make three of profiled section, and the tempering section around become service clearance, can carry out equipment adjustment and maintenance by many people simultaneously.The tempering section is after maintenance, repair are finished, can retract fast the original place along guide rail, not only the tempering section relatively profiled section and lower platform locate accurately, easily, interface of air grid also can accurately be located with the air supply line interface on it, thereby makes things convenient for the docking of the two to connect.
The utility model glass tempering unit comprises upper slice platform, process furnace, profiled section, tempering section and the lower platform that joins successively, wherein, upper slice platform, process furnace, profiled section are arranged the first half that consists of unit along the glass direct of travel, tempering section and lower platform are arranged the latter half that consists of unit along the glass direct of travel, glass direct of travel in the forward and backward two halves of unit intersects 90 °, the interface of the air grid on the tempering section is arranged on the tempering section near upper slice platform and process furnace one side, and joins with the air supply line that is configured in this side; Tempering section below is provided with translation mechanism, and moves in and out the glass tempering unit by this translation mechanism.
Further, described translation mechanism is made of the support roller of installing on the tempering section, and the tempering section is removably set on the basis of its below by its support roller.
Further, described translation mechanism also comprises the guide rail that is arranged on the described basis, described tempering section is seated on the guide rail by its support roller, and the glass direct of travel in described guide rail and the tempering section is perpendicular, and extends to the direction away from air grid interface place one side on the tempering section.
Further, also comprise the driving mechanism that described tempering section is moved into, shifts out the glass tempering unit in the described translation mechanism, this driving mechanism is the sprocket wheel chain drive mechanism, or the Timing Belt driving mechanism, or gear-rack drive mechanism; Wherein, the two ends of the chain in the sprocket wheel chain drive mechanism fix with the rear and front end that the tempering section moves in and out direction respectively, and sprocket wheel and drive unit thereof are installed on the basis of tempering section below; The two ends of the Timing Belt in the Timing Belt driving mechanism fix with the rear and front end that the tempering section moves in and out direction respectively, and synchronous pulley and drive unit thereof are installed on the basis of tempering section below; Gear in the rack-and-pinion and tooth bar fix with the basis of tempering section and tempering section below respectively.
Further, described guide rail two ends are respectively arranged with for the block that described tempering section is moved into, limit position when shifting out limits.
Further, also be provided with the stationary installation that the tempering section that moves into after in place is fixed between described tempering section and the described guide rail.
Further, the interface of the air grid on the described tempering section joins by a joint design and described air supply line, described joint design comprises the first joint and the second joint, the first joint is inserted in the second joint, and is provided with between the first joint and the second joint and makes the two airtight sealed structure that joins; The first joint, the second joint respectively with the tempering section on the interface of air grid and air supply line one of them join.
The utility model is by after arranging translation mechanism below the tempering section, lifting is in the past become translation, greatly facilitate moving in and out of tempering section, especially adopt the translation mechanism that is consisted of by roller, guide rail, and arrange move in and out driving mechanism after, be more convenient for the movement of tempering section, made things convenient for the location after the tempering section moves into, provide convenience for installation, the maintenance, repair of tempering section, reduced security risk.
Description of drawings
Fig. 1 is the schematic top plan view of the utility model glass tempering unit device layout.
Fig. 2 is tempering section and the air supply line connection state schematic diagram in the utility model glass tempering unit.
Fig. 3 is tempering section and the air supply line separate stage schematic diagram in the utility model glass tempering unit.
Fig. 4 is the interface of the air grid on the tempering section and the syndeton schematic diagram of air supply line.
Embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is elaborated.
As shown in Figure 1, glass tempering unit of the present utility model comprises: upper slice platform 1, process furnace 2, profiled section 3, tempering section 4 and lower platform 5.The glass inlet port end of tempering section 4 is near side (being right flank among the figure) layout of profiled section 3, and exit end is connected with lower platform 5, and it is connected with air supply line 6 near upper slice platform 1 one sides.Hot glass is transported to from the side after the brake forming in profiled section 3 and carries out tempering in the tempering section 4, then is transported to lower platform 5 dischargings.The below of tempering section 4 is along perpendicular to the glass direct of travel two parallel guides 11 being set, its direction tempering section 4 opposite sides under tempering section 4 and air supply line 6 junctions extend, rail length can leave profiled section 3 after with 4 translations of tempering section fully, and reserve service clearance and be as the criterion, generally be not less than profiled section 3 width and tempering section 4 width sums.
As shown in Figures 2 and 3, the translation mechanism of tempering section 4 bottoms in the utility model glass tempering unit comprises: roller 12, guide rail 11 and sprocket wheel chain drive mechanism, guide rail 11 two ends are respectively arranged with positive stop 9 and backstop 10.Wherein driving mechanism comprises chain 13 and two sprocket wheels that are installed on the basis, tempering section below, and one of them sprocket wheel links to each other with drive unit.In the time of in working order (such as Fig. 2), the air grid 7 on the tempering section 4 is connected with air supply line 6, and tempering section 4 two ends join with profiled section 3 and lower platform 5 respectively; When service mode (such as Fig. 3), the air grid 7 of tempering section 4 separates with air supply line 6, and tempering section 4 shifts out the glass tempering unit along guide rail 11.Collision air supply line 6 when preventing that tempering section 4 from moving into unit, or derailing when shifting out, guide rail 11 two ends are provided with positive stop 9 and backstop 10, are used for stopping and locating tempering section 4.Also be provided with at tempering section 4 immigration glass tempering units in place rear to its stationary installation (not shown) that is fixed between tempering section 4 and the guide rail 11, this stationary installation can be mounted in tempering section 4 upper calipers, also can be and guide rail 11 dismountable blocks can also be the stationary installation of known other appropriate forms.
The driving mechanism of realization tempering section 4 translations both can adopt the sprocket wheel chain drive mechanism in the present embodiment, the driving mechanism that also can adopt synchronizing wheel and synchronous cog belt to consist of, or gear-rack drive mechanism, or other known driving mechanisms.The guide rail 11 also guiding mechanisms such as available guide groove, guide rod replaces.The power of tempering section 4 translations both can be provided by for example drive-motor shown in Fig. 3 14, also can directly be finished by manpower.
The air grid 7 of tempering section 4 is not limit with the mode of connection of air supply line 6, both can adopt traditional flange bolt to connect, and can adopt quick mode of connection yet.
For easy accessibility, as shown in Figure 4, the interface of the air grid 7 on the tempering section 4 can join by a joint design and air supply line 6, this joint design comprises the first joint 71 and the second joint 61, the first joint 71 is inserted in the second joint 61, and be provided with between the first joint 71 and the second joint 61 and make the two airtight sealing ply that joins 62, sealing layer 62 have rubber or other suitable flexible materialss to make.
The axial location of the first joint 71 relative the second joints 61 is fixing and fix along with tempering section 4 moves into after in place.
The first joint 71 joins with air grid on the tempering section 4 among the figure, and the second joint 61 joins with air supply line 6, certainly, the joint that joins with air supply line 6 also can be used as the first joint be inserted to tempering section 4 on the second joint of joining of air grid in.
The above has done detailed description to the utility model embodiment by reference to the accompanying drawings, but the utility model is not limited to the content of above-mentioned embodiment.Even the utility model is made various variations; so long as between profiled section and tempering section, adopt the right angle layout type; and after separating, tempering Duan Zaiyu air supply line can translation leave original position; energy translation reposition after maintenance; again be connected with air supply line, just be interpreted as all dropping in the utility model protection domain.
Claims (7)
1. glass tempering unit, comprise upper slice platform, process furnace, profiled section, tempering section and lower platform of joining successively, wherein, upper slice platform, process furnace, profiled section are arranged the first half that consists of unit along the glass direct of travel, tempering section and lower platform are arranged the latter half that consists of unit along the glass direct of travel, glass direct of travel in the forward and backward two halves of unit intersects 90 °, the interface of the air grid on the tempering section is arranged on the tempering section near upper slice platform and process furnace one side, and joins with the air supply line that is configured in this side; It is characterized in that, described tempering section below is provided with translation mechanism, and the tempering section moves in and out the glass tempering unit by this translation mechanism.
2. glass tempering unit as claimed in claim 1 is characterized in that, described translation mechanism is made of the support roller of installing on the described tempering section, and the tempering section is removably set on the basis of its below by its support roller.
3. glass tempering unit as claimed in claim 2, it is characterized in that, described translation mechanism also comprises the guide rail that is arranged on the described basis, described tempering section is seated on the guide rail by its support roller, glass direct of travel in described guide rail and the tempering section is perpendicular, and extends to the direction away from air grid interface place one side on the tempering section.
4. glass tempering unit as claimed in claim 3, it is characterized in that, also comprise the driving mechanism that described tempering section is moved into, shifts out the glass tempering unit in the described translation mechanism, this driving mechanism is the sprocket wheel chain drive mechanism, or Timing Belt driving mechanism, or gear-rack drive mechanism; Wherein, the two ends of the chain in the sprocket wheel chain drive mechanism fix with the rear and front end that the tempering section moves in and out direction respectively, and sprocket wheel and drive unit thereof are installed on the basis of tempering section below; The two ends of the Timing Belt in the Timing Belt driving mechanism fix with the rear and front end that the tempering section moves in and out direction respectively, and synchronous pulley and drive unit thereof are installed on the basis of tempering section below; Gear in the rack-and-pinion and tooth bar fix with the basis of tempering section and tempering section below respectively.
5. glass tempering unit as claimed in claim 3 is characterized in that, described guide rail two ends are respectively arranged with for the block that described tempering section is moved into, limit position when shifting out limits.
6. glass tempering unit as claimed in claim 3 is characterized in that, also is provided with the stationary installation that the tempering section that moves into after in place is fixed between described tempering section and the described guide rail.
7. glass tempering unit as claimed in claim 6, it is characterized in that, the interface of the air grid on the described tempering section joins by a connection mechanism and described air supply line, described connection mechanism comprises the first joint and the second joint, the first joint is inserted in the second joint, and is provided with between the first joint and the second joint and makes the two airtight sealed structure that joins; The first joint, the second joint respectively with the tempering section on the interface of air grid and air supply line one of them join.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220638694 CN202912841U (en) | 2012-11-28 | 2012-11-28 | Glass tempering unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220638694 CN202912841U (en) | 2012-11-28 | 2012-11-28 | Glass tempering unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202912841U true CN202912841U (en) | 2013-05-01 |
Family
ID=48161170
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220638694 Expired - Fee Related CN202912841U (en) | 2012-11-28 | 2012-11-28 | Glass tempering unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202912841U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108907346A (en) * | 2018-09-27 | 2018-11-30 | 天津市中重科技工程有限公司 | A kind of movable scale machine |
-
2012
- 2012-11-28 CN CN 201220638694 patent/CN202912841U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108907346A (en) * | 2018-09-27 | 2018-11-30 | 天津市中重科技工程有限公司 | A kind of movable scale machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130501 Termination date: 20211128 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |