CN213232012U - Continuous circulating conveying device for glass bar pallet - Google Patents
Continuous circulating conveying device for glass bar pallet Download PDFInfo
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- CN213232012U CN213232012U CN202021916342.5U CN202021916342U CN213232012U CN 213232012 U CN213232012 U CN 213232012U CN 202021916342 U CN202021916342 U CN 202021916342U CN 213232012 U CN213232012 U CN 213232012U
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- softening
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Abstract
A continuous circulating conveying device for a glass bar tray comprises an annular rail, a tray and a pushing mechanism; the annular track comprises a softening section, a discharging section, a cooling section and a feeding section, and the softening section, the discharging section, the cooling section and the feeding section are connected end to end; the tray comprises a bottom plate, a support and a supporting plate, and the bottom plate, the support and the supporting plate are sequentially connected from bottom to top; the pushing mechanism comprises a left-right moving mechanism and a front-back telescopic mechanism; the left-right moving mechanism is arranged at the outer sides of the discharging section and the feeding section and moves the tray from the end tail of the cooling section to the end head of the softening section along the feeding direction or moves the tray from the end tail of the softening section to the end head of the cooling section along the discharging direction; the front and rear telescopic mechanisms push the tray from the end head of the softening section or the end head of the cooling section. The utility model provides a pair of continuous circulation conveyor of glass bar tray can carry glass bar tray in succession, improves thermal utilization ratio.
Description
Technical Field
The utility model relates to a glass stick processing equipment, especially a continuous circulation conveyor of glass bar tray.
Background
The company needs to soften the glass rod material and then carry out hot pressing when processing the glass product. The patent with the application number of 201710112411.3 discloses a high-efficiency glass softening furnace which is softened by the expansion of a plurality of material receiving rods. One material receiving rod is only supported by one glass rod, the number of the material receiving rods arranged in one softening furnace is limited, each material receiving rod is controlled by one air cylinder, ordered actions are required to be carried out, and the air control process is complex. Because the quantity of the softened glass rods in the softening furnace per unit time is limited, the furnace body consumes large heat energy, and great cost is caused.
In addition, the company also sets chain conveying for continuously conveying the trays, but the chain has very short service life in a high-temperature environment and short service time due to the fact that the temperature in a high-temperature furnace exceeds 1000 ℃. In addition, after the driving equipment is damaged, the high-temperature heating furnace body cannot heat the glass rod, and heat is wasted.
Disclosure of Invention
The utility model aims to solve the technical problem that a continuous circulation conveyor of glass bar tray is provided, life can be guaranteed, can carry glass bar tray in succession simultaneously, improves thermal utilization ratio, practices thrift the electric energy.
In order to solve the technical problem, the utility model discloses the technical scheme who adopts is:
a continuous circulating conveying device for a glass bar tray comprises an annular rail, a tray and a pushing mechanism;
the annular track comprises a softening section, a discharging section, a cooling section and a feeding section, and the softening section, the discharging section, the cooling section and the feeding section are connected end to end;
the tray comprises a bottom plate, a support and a supporting plate, and the bottom plate, the support and the supporting plate are sequentially connected from bottom to top;
the pushing mechanism comprises a left-right moving mechanism and a front-back telescopic mechanism; the left-right moving mechanism is arranged at the outer sides of the discharging section and the feeding section and moves the tray from the end tail of the cooling section to the end head of the softening section along the feeding direction or moves the tray from the end tail of the softening section to the end head of the cooling section along the discharging direction; the front and rear telescopic mechanisms push the tray from the end head of the softening section or the end head of the cooling section.
The left-right moving mechanism comprises a bracket, and the bracket is opposite to the supporting plate; the bracket is connected with the up-down lifting cylinder through a first connecting plate, and the up-down lifting cylinder is driven to move left and right through the left-right moving cylinder.
And an L-shaped positioning plate is fixed at the tail end of the cooling section.
The front and back telescopic mechanism comprises a push plate, the push plate is opposite to the bottom plate, and the other end of the push plate is connected with the front and back moving cylinder.
The utility model relates to a continuous circulation conveyor of glass bar tray has following technological effect:
1) through setting up the tray of activity, the tray utilizes two sets of left and right moving mechanism, two sets of front and back telescopic machanism at the circular orbit inner loop operation, but a furnace body length within range arranges tens of glass bars in succession like this and heats the softening, greatly improves the utilization ratio of the energy, saves the electric energy, reduce cost.
2) Because the driving device only has a plurality of cylinders, compared with the original dozens of groups of cylinders which are moved in different orders, the structure is greatly simplified, the failure rate is greatly reduced, and the control program is also simplified.
3) Because the temperature of softening furnace is greater than 1000 ℃, utilize tray, circular orbit to arrange in the softening furnace, utilize external mechanism to drive, inside and outside subregion is independently gone on, avoids drive arrangement to receive high temperature influence like this, guarantees the permanent operation of equipment, reduces the fault rate, indirectly reduces the loss of electric energy under the circumstances of not shutting down.
Drawings
The invention will be further explained with reference to the following figures and examples:
fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a schematic view of a partial structure of the middle circular track of the present invention.
Fig. 3 is a schematic structural view of the middle tray of the present invention.
Fig. 4 is a schematic view of a partial structure of the present invention.
Fig. 5 is a schematic view of a partial structure of the present invention.
Fig. 6 is a schematic view of the working state of the present invention.
In the figure: the device comprises annular rails 1-1, trays 1-2, pushing mechanisms 1-3, a softening section 1.1.1, a discharging section 1.1.2, a cooling section 1.1.3, a feeding section 1.1.4, a positioning plate 1.1.5, a bottom plate 1.2.1, a support 1.2.2, a supporting plate 1.2.3, a left-right moving mechanism 1.3.1, a front-back telescopic mechanism 1.3.2, a bracket 1.3.3, a first connecting plate 1.3.4, an up-down lifting cylinder 1.3.5, a left-right moving cylinder 1.3.6, a pushing plate 1.3.7 and a front-back moving cylinder 1.3.8.
Detailed Description
As shown in figure 1, the continuous circulating conveying device for the glass rod pallet comprises an annular track 1-1, a pallet 1-2 and a pushing mechanism 1-3.
The cross section of the annular track 1-1 is a U-shaped groove, the width of the U-shaped groove is consistent with that of a bottom plate 1.2.1 of the tray 1-2, and the U-shaped groove is used for placing the tray 1-2.
As shown in fig. 2, the circular track 1-1 includes a softening section 1.1.1, a discharging section 1.1.2, a cooling section 1.1.3 and a feeding section 1.1.4, and the softening section 1.1.1, the discharging section 1.1.2, the cooling section 1.1.3 and the feeding section 1.1.4 are connected end to end.
Wherein the softening section 1.1.1 and the cooling section 1.1.3 are parallel and long, and N groups of trays 1-2 are arranged on the softening section 1.1.1 and the cooling section 1.1.3. The discharging section 1.1.2 and the feeding section 1.1.4 are parallel and short, the discharging section 1.1.2 and the feeding section 1.1.4 are vacant, and the tray 1-2 is not placed.
The softening section 1.1.1 is located in the furnace body and used for heating the glass rod, and the cooling section 1.1.3 is provided with a cooling mechanism and used for cooling the tray 1-2, so that the cold glass rod is prevented from being broken when meeting high temperature during feeding.
As shown in fig. 3, the tray 1-2 includes a bottom plate 1.2.1, a support 1.2.2, and a supporting plate 1.2.3, wherein the bottom plate 1.2.1, the support 1.2.2, and the supporting plate 1.2.3 are connected in sequence from bottom to top. The bottom plate 1.2.1 and the supporting plate 1.2.3 are of square structures in the same size.
In addition, a high-temperature-resistant ceramic plate is placed on the supporting plate 1.2.3, two small grooves are formed in the ceramic plate, and the two small grooves can be used for positioning the glass rod.
As shown in fig. 6, the pushing mechanism 1-3 includes a left-right moving mechanism 1.3.1 and a front-back telescopic mechanism 1.3.2.
The left-right moving mechanisms 1.3.1 are divided into two groups, one group of left-right moving mechanisms 1.3.1 is arranged at the outer side of the feeding section 1.1.4 and is opposite to the end tail of the cooling section 1.1.3 in the initial state; a set of left and right moving mechanisms 1.3.1 are arranged at the outer side of the discharging section 1.1.2 and are opposite to the end tail of the softening section 1.1.1 in the initial state.
The front and rear telescopic mechanisms 1.3.2 are divided into two groups, one group of front and rear telescopic mechanisms 1.3.2 are arranged at the end of the softening section 1.1.1, and one group of front and rear telescopic mechanisms 1.3.2 are arranged at the end of the cooling section 1.1.3.
Wherein, a left-right moving mechanism 1.3.1 positioned at the outer side of the feeding section 1.1.4 moves the tray 1-2 from the end tail of the cooling section 1.1.3 to the end head of the softening section 1.1.1 along the feeding direction
The left-right moving mechanism 1.3.1 positioned at the outer side of the discharging section 1.1.2 moves the tray 1-2 from the end tail of the softening section 1.1.1 to the end head of the cooling section 1.1.3 along the discharging direction.
The front and back telescoping mechanisms 1.3.2 at the end of the softening section 1.1.1 push the tray 1-2 in from the end of the softening section 1.1.1.
The front and rear telescopic mechanisms 1.3.2 positioned at the end of the cooling section 1.1.3 push the tray 1-2 into the cooling section 1.1.3.
Specifically, as shown in fig. 4-5, the left-right moving mechanism 1.3.1 includes a bracket 1.3.3, and the bracket 1.3.3 is L-shaped as a whole and includes a bottom plate and a side baffle. The bracket 1.3.3 is opposite to the supporting plate 1.2.3 and can support the supporting plate 1.2.3. Bracket 1.3.3 is connected with oscilaltion cylinder 1.3.5 through first connecting plate 1.3.4, and oscilaltion cylinder 1.3.5 can carry out the short distance to hold up bracket 1.3.3. The up-down lifting cylinder 1.3.5 is driven to move left and right by the left-right moving cylinder 1.3.6. The up-down lifting cylinder 1.3.5 and the left-right moving cylinder 1.3.6 are rodless cylinders.
Specifically, as shown in fig. 4-5, the front-back telescopic mechanism 1.3.2 includes a push plate 1.3.7, the push plate 1.3.7 is opposite to the bottom plate 1.2.1 of the tray 1-2, and the other end of the push plate 1.3.7 is connected to the front-back moving cylinder 1.3.8. By moving the cylinder 1.3.8 back and forth to extend, the push plate 1.3.7 can push the bottom plate 1.2.1 of the tray 1-2 to move forward, so that the tray 1-2 can be pushed out.
As shown in fig. 5, an L-shaped positioning plate 1.1.5 is fixed at the end of the cooling section 1.1.3 for positioning the right extreme position of the movement of the bracket 1.3.3.
In normal working state, the softening section 1.1.1 and the cooling section 1.1.3 are filled with the trays 1-2. The glass rod feeding work is manually carried out at the position of the cooling section 1.1.3 close to the feeding section 1.1.4. The softened glass rod material is removed at the discharge section 1.1.2. The tray 1-2 is used for circularly moving along the annular track 1-1, and then the glass rod materials are continuously fed into the furnace for heating.
The initial situation is described as one tray 1-2 at the end of the cooling section 1.1.3 being pushed onto the feeding section 1.1.4.
The working principle and the process are as follows:
as shown in fig. 6, in normal operation, the trays 1-2 are fully distributed on the softening section 1.1.1 and the cooling section 1.1.3; a tray 1-2 is positioned at one end of the feeding section 1.1.4 and is opposite to the cooling section 1.1.3, and the supporting plate 1.2.3 of the tray 1-2 is supported by the bracket 1.3.3 of the left-right moving mechanism 1.3.1;
as shown in figure 1, cold glass rods to be softened are placed on the trays 1-2 on a cooling section 1.1.3 between the cooling mechanism 3 and the dust removing mechanism 4 through manual feeding.
Step 2), as shown in fig. 5-6, the left-right moving mechanism 1.3.1 at the feeding section 1.1.4 starts to act: the vertical lifting cylinder 1.3.5 is lifted a small distance to enable the tray 1-2 to be separated from the lower bottom surface of the annular track 1-1, then the left and right moving cylinder 1.3.6 drives the whole body formed by the tray 1-2, the bracket 1.3.3, the vertical lifting cylinder 1.3.5 and the first connecting plate 1.3.4 to move left, and stops moving after reaching the end head of the softening section 1.1.1, the vertical lifting cylinder 1.3.5 drives the tray 1-2 to move downwards for a small distance to enable the tray 1-2 to fall on the annular track 1-1, and the left and right moving mechanism 1.3.1 returns to reset;
step 3), as shown in fig. 5-6, starting the front and rear telescopic mechanisms 1.3.2 at the feeding section 1.1.4: when the tray 1-2 reaches the end of the softening section 1.1.1, the front-back moving cylinder 1.3.8 extends out, the push plate 1.3.7 pushes the bottom plate 1.2.1 of the tray 1-2 to move forwards by a distance of 1.2.1 of the bottom plate, so that the tray 1-2 is pushed into the softening furnace from the end of the softening section 1.1.1 to be heated, and the front-back telescopic mechanism 1.3.2 is reset subsequently;
step 4, because the softened section 1.1.1 is fully distributed with the trays 1-2 with the glass rods, one tray 1-2 with the softened glass rods can be pushed out simultaneously, and the tray 1-2 with the glass rods is taken away manually after being discharged; at this time, the supporting plate 1.2.3 of the hot tray 1-2 coming out from the discharging section 1.1.2 is just arranged on the bracket 1.3.3 of the left-right moving mechanism 1.3.1 at the discharging section 1.1.2; starting a left-right moving mechanism 1.3.1 (the working principle is the same as that of the left-right moving mechanism 1.3.1 at the feeding section 1.1.4) at the discharging section 1.1.2, and after the hot tray 1-2 is conveyed to the end of the cooling section 1.1.3 rightwards by the left-right moving mechanism 1.3.1, returning to reset by the left-right moving mechanism 1.3.1;
step 5), starting a front and back telescopic mechanism 1.3.2 at the discharging section 1.1.2 (the working principle is the same as that of the front and back telescopic mechanism 1.3.2 at the feeding section 1.1.4), and pushing the hot tray 1-2 to the cooling section 1.1.3 by the front and back telescopic mechanism 1.3.2; the hot tray 1-2 is pushed into the cooling section 1.1.3 and at the same time a cooled tray 1-2 is pushed out of the cooling section 1.1.3 and into the feeding section 1.1.4, at which time the tray 1.2.3 of the cooled tray 1-2 is placed right on the tray 1.3.3 of the left-right moving mechanism 1.3.1 at the feeding section 1.1.4.
And 6) repeating the steps 2) to 5), namely driving the tray 1-2 to circularly move along the annular track 1-1, and then continuously feeding the glass rod material into the furnace for heating.
Claims (4)
1. The utility model provides a continuous circulating conveyor of glass bar tray which characterized in that: comprises an annular track (1-1), a tray (1-2) and a pushing mechanism (1-3);
the annular track (1-1) comprises a softening section (1.1.1), a discharging section (1.1.2), a cooling section (1.1.3) and a feeding section (1.1.4), wherein the softening section (1.1.1), the discharging section (1.1.2), the cooling section (1.1.3) and the feeding section (1.1.4) are connected end to end;
the tray (1-2) comprises a bottom plate (1.2.1), a support (1.2.2) and a supporting plate (1.2.3), wherein the bottom plate (1.2.1), the support (1.2.2) and the supporting plate (1.2.3) are sequentially connected from bottom to top;
the pushing mechanism (1-3) comprises a left-right moving mechanism (1.3.1) and a front-back telescopic mechanism (1.3.2); the left-right moving mechanism (1.3.1) is arranged at the outer sides of the discharging section (1.1.2) and the feeding section (1.1.4), and the left-right moving mechanism (1.3.1) moves the tray (1-2) from the end tail of the cooling section (1.1.3) to the end head of the softening section (1.1.1) along the feeding direction or moves the tray (1-2) from the end tail of the softening section (1.1.1) to the end head of the cooling section (1.1.3) along the discharging direction; the front and back telescopic mechanism (1.3.2) pushes the tray (1-2) from the end of the softening section (1.1.1) or from the end of the cooling section (1.1.3).
2. The continuous and cyclic conveying device for glass rod pallets as claimed in claim 1, wherein: the left-right moving mechanism (1.3.1) comprises a bracket (1.3.3), and the bracket (1.3.3) is opposite to the supporting plate (1.2.3); the bracket (1.3.3) is connected with the up-down lifting cylinder (1.3.5) through the first connecting plate (1.3.4), and the up-down lifting cylinder (1.3.5) is driven to move left and right through the left-right moving cylinder (1.3.6).
3. The continuous and cyclic conveying device for glass rod pallets as claimed in claim 2, characterized in that: and an L-shaped positioning plate (1.1.5) is fixed at the end tail of the cooling section (1.1.3).
4. The continuous and cyclic conveying device for glass rod pallets as claimed in claim 1, wherein: the front and back telescopic mechanism (1.3.2) comprises a push plate (1.3.7), the push plate (1.3.7) is opposite to the bottom plate (1.2.1), and the other end of the push plate (1.3.7) is connected with the front and back moving cylinder (1.3.8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021916342.5U CN213232012U (en) | 2020-09-04 | 2020-09-04 | Continuous circulating conveying device for glass bar pallet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021916342.5U CN213232012U (en) | 2020-09-04 | 2020-09-04 | Continuous circulating conveying device for glass bar pallet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN213232012U true CN213232012U (en) | 2021-05-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021916342.5U Active CN213232012U (en) | 2020-09-04 | 2020-09-04 | Continuous circulating conveying device for glass bar pallet |
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| Country | Link |
|---|---|
| CN (1) | CN213232012U (en) |
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- 2020-09-04 CN CN202021916342.5U patent/CN213232012U/en active Active
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