CN204417328U - A kind of curved glass tempering production refrigerating unit - Google Patents
A kind of curved glass tempering production refrigerating unit Download PDFInfo
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- CN204417328U CN204417328U CN201520059020.6U CN201520059020U CN204417328U CN 204417328 U CN204417328 U CN 204417328U CN 201520059020 U CN201520059020 U CN 201520059020U CN 204417328 U CN204417328 U CN 204417328U
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Abstract
A kind of curved glass tempering production refrigerating unit, comprising support assembly, being arranged on the glass conveyer device assembly on support assembly and the air grid assembly for cooling glass, described air grid assembly comprises air grid assembly and lower air grid assembly, glass conveyer device assembly is provided with for carrying and carrying a plurality of rollers of glass, upper air grid assembly and lower air grid assembly are separately positioned on the upper side and lower side of the described molecular roller-way of a plurality of rods, support assembly are also provided with the hoisting appliance for carrying out height control to upper air grid assembly.This device independently can adjust the time of cooling and the temperature of cooling, and not by the impact of the operation parameter of annealing furnace own, and the quality of production of cooling efficiency and product can be improved.
Description
Technical field
The utility model relates to a kind of refrigerating unit, especially relates to a kind of curved glass tempering production refrigerating unit.
Background technology
In curved glass tempering production technique, due to glass tempering cooling after, the temperature of glass also very high (up to 400-500 ° of C), the process of the temperature (40 ° of about C) also needing to continue to be cooled to store and to transport.In the prior art, often adopt the mode of furnace cooling to cool further, but due to after tempering temperature be cooled to can time of needing of storing temp longer, thus the cycle of causing whole toughened glass to produce is longer, production efficiency is low, and production cost is higher.
Also some enterprises are had to adopt aerofoil fan to provide compressed-air actuated method to cool the curved glass after tempering, concrete mode aerofoil fan is positioned over bottom sheet platform trailing flank to blow on to curved glass, the method is used not only to cause the inhomogeneous cooling of curved glass even, quality product is not good, and energy consumption is large, production efficiency is low, and the pressurized air that when producing in addition, aerofoil fan produces easily directly blows on the health of operator, causes certain harm to the healthy of operator.
Utility model content
In order to solve the problems of the technologies described above, the utility model provides a kind of curved glass tempering production refrigerating unit, greatly can improve the cooling efficiency of curved glass, thus the final efficiency improving curved glass tempering and produce, and improve the quality of production of the curved glass of tempering.
The utility model in order to solve the problems of the technologies described above adopted technical scheme is: a kind of curved glass tempering production refrigerating unit, comprise support assembly, be arranged on the glass conveyer device assembly on support assembly and the air grid assembly for cooling glass, described air grid assembly comprises air grid assembly and lower air grid assembly, described glass conveyer device assembly is provided with for carrying and carrying a plurality of rollers of glass, described upper air grid assembly and lower air grid assembly are separately positioned on the upper side and lower side of the described molecular roller-way of a plurality of rods, described support assembly is also provided with the hoisting appliance for carrying out height control to upper air grid assembly.
Further, described hoisting appliance comprise one be located at bottom support assembly by a motor-driven step-down gear, described step-down gear is provided with double output shaft, step-down gear take-off (propeller) shaft I and step-down gear take-off (propeller) shaft II is connected respectively in two ends of double output shaft, described step-down gear take-off (propeller) shaft I and step-down gear take-off (propeller) shaft II respectively by the drive bevel gear being located at its other end by transmission of power to corresponding first transmission shaft perpendicular to the double output shaft of step-down gear, transmission of power is given corresponding second driving shaft by shaft coupling by the first described transmission shaft, the first described transmission shaft and second driving shaft are all by being located at the hoisting appliance drive sprocket of the respective the other end, being located at corresponding hoisting appliance driven sprocket above support assembly drives the upper air grid assembly be connected with elevating chain to be elevated with the elevating chain of the annular of winding on described two sprocket wheels.
Further, delete assembly is provided with in described windward and delete lifting plate for the leeward of air grid assembly under connecting.
Further, described hoisting appliance driven sprocket is fixed on support assembly by a upper bracket, described upper bracket is provided with a vertical pilot sleeve I, below corresponding to upper bracket position on support assembly is provided with undersetting, described undersetting is provided with pilot sleeve II, correspondingly on described upper air grid assembly be provided with guidepost, described guidepost moves downward at corresponding pilot sleeve I and leading of pilot sleeve II, and the part of described guidepost between upper bracket and undersetting is fixedly connected with corresponding elevating chain by a drop handle.
Further, also lining is provided with between described pilot sleeve I and described guidepost, the inner periphery of described lining is provided with the oil groove of annular, and on pilot sleeve I, the position of corresponding oil groove is provided with the hydraulic fluid port for injecting lubricating oil to oil groove, and hydraulic fluid port is provided with lubricating cup.
Further, described elevating chain is provided with adjustable diameter and screw adjusting pair, two studs with holes that described adjustable diameter and screw adjusting pair comprises a long nut and is threaded respectively with long nut two ends, the thread rotary orientation at described long nut two ends is contrary, and two described studs with holes are connected with elevating chain respectively by the hole of establishing thereon.
Further, described glass conveyer device assembly comprise be arranged on the motor reducer bottom support assembly, a plurality of rollers that the drive sprocket be arranged on motor reducer output shaft, horizontal parallel are disposed on support assembly top, be arranged on a plurality of driven sprocket of a plurality of roll end and the chain of the annular of winding on drive sprocket, a plurality of driven sprocket in turn; On support assembly, above drive sprocket, both sides are respectively equipped with an idle pulley for leading to chain, on the support assembly of chain away from one end of drive sprocket, two tightener sprockets I are provided with described two positions that idle pulley height is consistent, be provided with tightener sprocket II in the below of two tightener sprockets I, described tightener sprocket II is arranged on support assembly by an adjustment bolt.
Further, described upper air grid assembly is formed by connecting primarily of front end-plate, back head and a plurality of bellows be arranged between front end-plate and back head, lower tuyere is provided with in the lower end of described bellows, described front end-plate is provided with multiple blast inlet, described bellows side rectangular trapezoidal shape from front end-plate to back head, the straight waist place plane of right-angled trapezium is towards the roller in glass conveyer device assembly.
Further, above described a plurality of bellows, be also provided with the intermediate plate for playing reinforcement effect.
Beneficial effect:
1, according to the utility model, can cool being transported in this device through the cooled curved glass of tempering in annealing furnace, this device independently can adjust the time of cooling and the temperature of cooling, and not by the impact of the operation parameter of annealing furnace own, thus the requirement of annealing furnace to refrigerating function can be reduced, reduce the manufacturing cost of annealing furnace, and be used alone this device, because need not require according to the manufacturing accuracy that annealing furnace is higher to manufacture, thus reduce the production cost of curved glass tempering production on the whole.
2, this device can manufacture different length (realizing by the increase length of rollgang and the length of air grid assembly) according to production-scale size, thus can cool the curved glass of multi-disc simultaneously, substantially increase cooling efficiency, solve prior art and carry out cooling the problem causing working efficiency low in annealing furnace.
3, by the setting of upper air grid assembly and lower air grid assembly, the cooling of curved glass can be made more even, eliminate and use aerofoil fan to carry out cooling and the defect brought merely in prior art, improve the quality of production of the curved glass of tempering.
4, arranging of upper air grid assembly hoisting appliance in adjustment windward pitch from while rollgang distance, can ensure the synchronous to reduce failure rate of adjustment; And delete arranging of lifting plate by leeward can carry out lifting to lower air grid assembly simultaneously, thus adjustment ensures the cooling quality to product further.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the left view of Fig. 1.
Fig. 3 is the A-A view in Fig. 1.
Fig. 4 is hoisting appliance vertical view.
Fig. 5 is that a left side of Fig. 4 is depending on turning to figure.
Fig. 6 is the broken section enlarged view of upper bracket in Fig. 4.
Fig. 7 is the vertical view of upper air grid assembly.
Fig. 8 is B-B view in Fig. 7 (being also the sectional view of two bellows).
In figure, 1, support assembly, 2, hoisting appliance, 2-1, hoisting appliance drive sprocket, 2-2, first transmission shaft, 2-3, shaft coupling, 2-4, roller bearing units I, 2-6, second driving shaft, 2-7, drive bevel gear, 2-8, by dynamic bevel gear, 2-9, step-down gear take-off (propeller) shaft I, 2-10, reducer pedestal, 2-11, step-down gear, 2-12, step-down gear take-off (propeller) shaft II, 2-13, guide pillar joint arm, 2-14, lifting guide pillar, 2-15, hoisting appliance driven sprocket, 2-16, upper bracket, 2-17, drop handle, 2-18, undersetting, 2-19, adjustment screw-pair, 2-20, elevating chain, 2-21, dustproof gland, 2-22, dust-proof sticky circle, 2-23, lining, 2-24, lubricating cup, 3, shield cap, 4, lower air grid assembly, 5, roller-way crank, 6, glass conveyer device assembly, 6-1, strainer assembly, 6-1-1, tightener sprocket I, 6-1-2, tightener sprocket II, 6-1-3, adjustment bolt, 6-2, pressure chain block, 6-3, idle pulley group assembly, 6-4, motor reducer, 6-5, decelerating through motor machine bottom board, 6-6, decelerating through motor machine support, 6-7, roller bearing units II, 6-8, driven sprocket, 6-9, holder sprocket wheel, 6-10, drag chain wheel shaft, 6-11, drive sprocket, 6-12, roller, 6-13, bearing support, 6-14, bearing, 6-15, chain, 7, upper air grid assembly, 7-1, plug screw, 7-2, gusset, 7-3, web plate before air grid, 7-4, web plate after air grid, 7-5, blast inlet, 7-6, back head, 7-7, lower tuyere, 7-10, bellows, 7-11, intermediate plate, 7-12, front end-plate, 9, travel switch hits frame, and 10, limiting plate, 11, lower air grid supporting studs, 12, lower margin axle, 13, bed plate, 14, lower air grid lifting plate.
Embodiment
Below in conjunction with the drawings and specific embodiments, concrete detailed description is further done to the utility model.
As shown in the figure, a kind of curved glass tempering production refrigerating unit, comprise support assembly 1, be arranged on the glass conveyer device assembly 6 on support assembly 1 and the air grid assembly for cooling glass, described air grid assembly comprises air grid assembly 7 and lower air grid assembly 4, described glass conveyer device assembly 6 is provided with for carrying and carrying a plurality of rollers of glass, described upper air grid assembly 7 and lower air grid assembly 4 are separately positioned on the upper side and lower side of the described molecular roller-way of a plurality of rods, described support assembly 1 is also provided with the hoisting appliance 2 for carrying out height control to upper air grid assembly 7.
Described hoisting appliance comprise one be located at bottom support assembly 1 by a motor-driven step-down gear 2-11, as shown in the figure, step-down gear 2-11 is arranged on the bottom of support assembly by reducer pedestal 2-10.Described step-down gear 2-11 is provided with double output shaft, step-down gear take-off (propeller) shaft I 2-9 and step-down gear take-off (propeller) shaft II 2-12 is connected respectively in two ends of double output shaft, transmission of power is given the corresponding first transmission shaft 2-2 perpendicular to the double output shaft of step-down gear 2-11 respectively by the drive bevel gear 2-7 being located at its other end by described step-down gear take-off (propeller) shaft I 2-9 and step-down gear take-off (propeller) shaft II 2-12, particularly, described drive bevel gear 2-7 by be located on the first transmission shaft 2-2 being meshed by dynamic bevel gear 2-8 by transmission of power give the first transmission shaft 2-2.
Transmission of power is given corresponding second driving shaft 2-6 by shaft coupling 2-3 by the first described transmission shaft 2-2, the first described transmission shaft 2-2 and second driving shaft 2-6 all by be located at separately its other end hoisting appliance drive sprocket 2-1, be located at corresponding hoisting appliance driven sprocket 2-15 above support assembly 1 and drive the upper air grid assembly be connected with elevating chain 2-20 to be elevated with the elevating chain 2-20 of the annular of winding on described two sprocket wheels.
Delete assembly 7 is also provided with in described windward and delete lifting plate 14 for the leeward of air grid assembly 4 under connecting, thus air grid assembly 4 under can connecting when needs, lift adjustment is carried out to lower air grid assembly 4.
Described hoisting appliance driven sprocket 2-15 is fixed on support assembly 1 by a upper bracket 2-16, described upper bracket 2-16 is provided with a vertical pilot sleeve I, below corresponding to upper bracket 2-16 position on support assembly 1 is provided with undersetting 2-18, described undersetting 2-18 is provided with pilot sleeve II, correspondingly on described upper air grid assembly 7 be provided with a guidepost, described guidepost moves downward at corresponding pilot sleeve I and leading of pilot sleeve II, the part of described guidepost between upper bracket 2-16 and undersetting 2-18 is fixedly connected with corresponding elevating chain 2-20 by a drop handle 2-17.
Be provided with travel switch in the side of described drop handle 2-17 and hit frame 9, itself and the lifting limit position being located at the travel switch of corresponding position on support assembly and matching for limiting upper air grid assembly 7.
Hoisting appliance described in the present embodiment is elevated upper air grid assembly 7 by four hoisting appliance drive sprocket 2-1 and corresponding four hoisting appliance driven sprocket 2-15 and corresponding four annular elevating chain 2-20.
Lining 2-23 is also provided with between described pilot sleeve I and described guidepost, the inner periphery of described lining 2-23 is provided with the oil groove of annular, on pilot sleeve I, the position of corresponding oil groove is provided with the hydraulic fluid port for injecting lubricating oil to oil groove, and hydraulic fluid port is provided with lubricating cup.
Dust-proof sticky circle 2-22 and dustproof gland 2-21 is respectively equipped with in two ends of pilot sleeve I.
Described pilot sleeve II can adopt the structure identical with guide cylinder I with between corresponding guidepost, repeats no more herein.
In the present embodiment, the described rectangular trapezoidal shape in upper air grid assembly integral cross section, and the straight waist place planar horizontal of right-angled trapezium is arranged down, therefore the guidepost length adopted is coordinated to be different from four hoisting appliance driven sprocket 2-15, two guideposts being positioned at trapezoidal long base side are longer, can connect and compose by two sections respectively, it as shown is lifting guide pillar 2-14 and guide pillar joint arm 2-13 respectively, the two guidepost length being positioned at the short base side of right-angled trapezium are identical, and in order to easy to make, the lifting guide pillar 2-14 in long guidepost can be made identical with two guidepost length of the short base side of right-angled trapezium.
In order to adjust length or the degree of tightness of elevating chain 2-20, adjustable diameter and screw adjusting secondary 2-29 is provided with in described elevating chain 2-20, two studs with holes that described adjustable diameter and screw adjusting secondary 2-29 comprises a long nut and is threaded respectively with long nut two ends, the thread rotary orientation at described long nut two ends is contrary, and two described studs with holes are connected with elevating chain 2-20 respectively by the hole of establishing thereon.
Described glass conveyer device assembly 6 comprises and is arranged on the motor reducer 6-4 bottom support assembly 1, the drive sprocket 6-11 be arranged on motor reducer 6-4 output shaft, a plurality of roller 6-12 that horizontal parallel is disposed on support assembly 1 top, is arranged on a plurality of driven sprocket 6-8 of a plurality of roll end and the chain 6-15 of the annular of winding on drive sprocket 6-11, a plurality of driven sprocket 6-8 in turn; On support assembly 1, above drive sprocket 6-8, both sides are respectively equipped with an idle pulley for leading to chain 6-15, and two described idle pulleys are sprocket wheel, and it forms idle pulley group assembly 6-3 together.
In described a plurality of rollers, two rollers being positioned at end are arranged on support assembly 1 respectively by the roller bearing units II of usheing to seat, and remaining roller is all arranged on support assembly 1 by corresponding bearing 6-14 and bearing support 6-13.
Described motor reducer 6-4 is fixedly installed on the bottom of support assembly 1 by decelerating through motor machine bottom board 6-5 and the decelerating through motor machine support 6-6 that is fixedly connected with decelerating through motor machine bottom board 6-5.
On the support assembly 1 of chain 6-15 away from one end of drive sprocket 6-11, two tightener sprocket I 6-1-1 are provided with described two positions that idle pulley height is consistent, be provided with tightener sprocket II 6-1-2 in the below of two tightener sprocket I 6-1-1, described tightener sprocket II 6-1-2 is by an adjustment bolt 6-1-3 and be arranged on support assembly 1.
Two described tightener sprockets I form strainer assembly 6-1 together with tightener sprocket II and adjustment bolt.
Finally can be adjusted the degree of tightness of chain 6-15 by the degree of tightness of adjustment adjustment bolt, thus ensure the rate of tension of chain 6-15.
A plurality of upper track wheel 6-9 in order to prevent chain 6-15 sagging is provided with in the below of described chain 6-15, described upper track wheel 6-9 is arranged on support assembly 1 by drag chain wheel shaft 6-10, above chain 6-15, be provided with the pressure chain block 6-2 for preventing chain 6-15 unsettled, described pressure chain block 6-2 is also arranged on the support assembly 1 of corresponding position.
Described upper air grid assembly 7 is formed by connecting primarily of front end-plate 7-12, back head 7-6 and a plurality of bellows 7-10 be arranged between front end-plate 7-12 and back head 7-6, lower tuyere 7-7 is provided with in the lower end of described bellows 7-10, described front end-plate 7-12 is provided with multiple blast inlet 7-5, the side of described bellows 7-10 is rectangular trapezoidal shape from front end-plate 7-12 to back head 7-6, and described waist place, right angle plane is towards the roller in glass conveyer device assembly 6.
The intermediate plate 7-11 for playing reinforcement effect is also provided with above described a plurality of bellows 7-10.
Described front end-plate 7-12 and back head 7-6 according to the size of upper air grid assembly, can adopt entire plate, or adopts plurality of plates to connect and compose.
The present embodiment front end-plate 7-12 is that two boards is connected and composed by web plate 7-3 before air grid, and back head 7-6 is also two pieces and is formed by connecting by web plate 7-4 after air grid.
Be provided with gusset 7-2 at described bellows 5 near the top of front end-plate 7-12 one end, described gusset 7-2 not only can be used for reinforcing whole upper air grid assembly 7, and can connection expediently between air grid assembly 7 and guidepost.Be provided with the aperture for clean lower tuyere 7-7 inside in the end of described lower tuyere 7-7, be provided with plug screw 7-1 at aperture place.
Front and back as herein described are respectively: the long base that windward deletes assembly right-angled trapezium is front, after short base is.Consistent up and down up and down with accompanying drawing itself as herein described.
Described lower air grid assembly is similar to upper air grid assembly structure, no longer describes in detail.Described lower air grid 4 assembly is fixedly connected with lower air grid supporting studs 11 by limiting plate 10, described lower air grid supporting studs 11 by nut support being arranged in the sleeve on support assembly 1.
Be respectively equipped with a lower margin axle 12 in four bights of described support assembly 1, four described lower margin axles 12 connect a bed plate 13 respectively.By bed plate 13, whole device stably can be placed in the position needing to place.
In order to the unexpected power-off of anti-locking system or glass conveyer device assembly 6 break down, roller-way crank is provided with in the end of one of them described roller, during for accident power-off, the rotation as early as possible of the hot glass just entered in this device roller-way is transported out, prevent hot glass cementation on the roller-way of body of heater, cause roller-way to scrap.
The shield cap 3 for being covered by associated components is wherein provided with at the output terminal of described motor reducer 6-4.
Adopt the utility model, curved glass after tempering can be separated from glass tempering furnace and carry out independent cooling, not only can ensure the quality of production of curved glass, and the length of air grid assembly and rollgang (i.e. a plurality of roller form transfer passage) can be extended as required due to this device, thus can the curved glass of disposable cooling multi-disc, substantially increase working efficiency.Finally improve the efficiency that curved glass tempering is produced.
Non-detailed portion is prior art herein.
Claims (9)
1. a curved glass tempering production refrigerating unit, it is characterized in that: comprise support assembly (1), be arranged on the glass conveyer device assembly (6) on support assembly (1) and the air grid assembly for cooling glass, described air grid assembly comprises air grid assembly (7) and lower air grid assembly (4), described glass conveyer device assembly (6) is provided with for carrying and carrying a plurality of rollers of glass, described upper air grid assembly (7) and lower air grid assembly (4) are separately positioned on the upper side and lower side of the described molecular roller-way of a plurality of rods, described support assembly (1) is also provided with the hoisting appliance (2) for carrying out height control to upper air grid assembly (7).
2. one according to claim 1 curved glass tempering production refrigerating unit, it is characterized in that: described hoisting appliance (2) comprise one be located at support assembly (1) bottom by a motor-driven step-down gear (2-11), described step-down gear (2-11) is provided with double output shaft, step-down gear take-off (propeller) shaft I (2-9) and step-down gear take-off (propeller) shaft II (2-12) is connected respectively in two ends of double output shaft, described step-down gear take-off (propeller) shaft I (2-9) and step-down gear take-off (propeller) shaft II (2-12) respectively by the drive bevel gear being located at its other end by transmission of power to corresponding first transmission shaft (2-2) perpendicular with the double output shaft of step-down gear (2-11), transmission of power is given corresponding second driving shaft (2-6) by shaft coupling (2-3) by described the first transmission shaft (2-2), described the first transmission shaft (2-2) and second driving shaft (2-6) are all by being located at the hoisting appliance drive sprocket (2-1) of the respective the other end, being located at the corresponding hoisting appliance driven sprocket (2-15) in support assembly (1) top drives the upper air grid assembly (7) be connected with elevating chain (2-20) to be elevated with the elevating chain (2-20) of the annular of winding on described two sprocket wheels.
3. one according to claim 2 curved glass tempering production refrigerating unit, is characterized in that: delete the leeward be provided with for connecting lower air grid assembly on assembly (7) in described windward and delete lifting plate (14).
4. one according to claim 2 curved glass tempering production refrigerating unit, it is characterized in that: described hoisting appliance driven sprocket (2-15) is fixed on support assembly (1) by a upper bracket (2-16), described upper bracket (2-16) is provided with a vertical pilot sleeve I, undersetting (2-18) is provided with below support assembly (1) is gone up and upper bracket (2-16) position is corresponding, described undersetting (2-18) is provided with pilot sleeve II, described upper air grid assembly (7) is above corresponding is provided with guidepost, described guidepost moves downward at corresponding pilot sleeve I and leading of pilot sleeve II, the part of described guidepost between upper bracket (2-16) and undersetting (2-18) is fixedly connected with corresponding elevating chain (2-20) by a drop handle (2-17).
5. one according to claim 4 curved glass tempering production refrigerating unit, it is characterized in that: between described pilot sleeve I and described guidepost, be also provided with lining (2-23), the inner periphery of described lining (2-23) is provided with the oil groove of annular, on pilot sleeve I, the position of corresponding oil groove is provided with the hydraulic fluid port for injecting lubricating oil to oil groove, and hydraulic fluid port is provided with lubricating cup (2-24).
6. one according to claim 4 curved glass tempering production refrigerating unit, it is characterized in that: described elevating chain (2-20) is provided with adjustable diameter and screw adjusting pair (2-29), two studs with holes that described adjustable diameter and screw adjusting pair (2-29) comprises a long nut and is threaded respectively with long nut two ends, the thread rotary orientation at described long nut two ends is contrary, and two described studs with holes are connected with elevating chain (2-20) respectively by the hole of establishing thereon.
7. one according to claim 1 curved glass tempering production refrigerating unit, it is characterized in that: described glass conveyer device assembly (6) comprises the motor reducer (6-4) being arranged on support assembly (1) bottom, be arranged on the drive sprocket (6-11) on motor reducer (6-4) output shaft, horizontal parallel is disposed on a plurality of rollers on support assembly (1) top, be arranged on a plurality of roll end a plurality of driven sprockets (6-8) and in turn winding at drive sprocket (6-11), the chain (6-15) of the annular on a plurality of driven sprocket (6-8), an idle pulley for leading to chain (6-15) is respectively equipped with in the both sides, top of the upper drive sprocket (6-8) of support assembly (1), chain (6-15) is away from the support assembly (1) of one end of drive sprocket (6-11), two tightener sprockets I (6-1-1) are provided with described two positions that idle pulley height is consistent, be provided with tightener sprocket II (6-1-2) in the below of two tightener sprockets I (6-1-1), described tightener sprocket II (6-1-2) is arranged on support assembly (1) by adjustment bolt (6-1-3).
8. one according to claim 1 curved glass tempering production refrigerating unit, it is characterized in that: described upper air grid assembly (7) is primarily of front end-plate (7-12), back head (7-6) and a plurality of bellows (7-10) be arranged between front end-plate (7-12) and back head (7-6) are formed by connecting, lower tuyere (7-7) is provided with in the lower end of described bellows (7-10), described front end-plate (7-12) is provided with multiple blast inlet (7-5), the side of described bellows (7-10) is rectangular trapezoidal shape from front end-plate (7-12) to back head (7-6), the straight waist place plane of right-angled trapezium is towards the roller in glass conveyer device assembly.
9. one according to claim 8 curved glass tempering production refrigerating unit, is characterized in that: be also provided with the intermediate plate (7-11) for playing reinforcement effect in the top of described a plurality of bellows (7-10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520059020.6U CN204417328U (en) | 2015-01-28 | 2015-01-28 | A kind of curved glass tempering production refrigerating unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520059020.6U CN204417328U (en) | 2015-01-28 | 2015-01-28 | A kind of curved glass tempering production refrigerating unit |
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| CN204417328U true CN204417328U (en) | 2015-06-24 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520059020.6U Active CN204417328U (en) | 2015-01-28 | 2015-01-28 | A kind of curved glass tempering production refrigerating unit |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104556650A (en) * | 2015-01-28 | 2015-04-29 | 洛阳北方玻璃技术股份有限公司 | Cooling device for bent glass tempering production |
| CN105858066A (en) * | 2016-05-30 | 2016-08-17 | 宋晓玲 | Cooling device applied to food conveyer belt |
-
2015
- 2015-01-28 CN CN201520059020.6U patent/CN204417328U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104556650A (en) * | 2015-01-28 | 2015-04-29 | 洛阳北方玻璃技术股份有限公司 | Cooling device for bent glass tempering production |
| CN105858066A (en) * | 2016-05-30 | 2016-08-17 | 宋晓玲 | Cooling device applied to food conveyer belt |
| CN105858066B (en) * | 2016-05-30 | 2017-12-08 | 温岭市创嘉信息科技有限公司 | The heat sink taken for food transport |
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