CN209161845U - A kind of cooling device of tempered glass - Google Patents

Abstract

A kind of cooling device of tempered glass, the utility model relates to reinforced glass production facility technical fields；Serpentine cooling tube is fixedly connected on the bottom plate of No.1 framework, the top of serpentine cooling tube and the top plate of No.1 framework are connected and fixed, the water inlet end of serpentine cooling tube, which is arranged, is fixed with No.1 water inlet pipe, after the other end of No.1 water inlet pipe passes through the side wall of No.1 framework, it is connected and fixed with the water outlet of water pump, water pump is set to the left side of No.1 framework, the water inlet end of water pump, which is arranged, is fixed with No. two water inlet pipes, the other end of No. two water inlet pipes is embedded in water tank, and water tank is set to the front side of water pump；The water outlet of serpentine cooling tube, which is arranged, is fixed with drainpipe, and the other end of drainpipe is embedded in external water collecting device；The right side inner wall of No.1 framework is equipped with No.1 sliding slot, is fixedly connected with movable plate on the left end wall of No.1 sliding block, No.1 sliding block is slidably arranged in No.1 sliding slot；Save water resource, lowering temperature uniform, good cooling results.

Description

A kind of cooling device of tempered glass

Technical field

The utility model relates to reinforced glass production facility technical fields, and in particular to a kind of cooling dress of tempered glass It sets.

Background technique

All there is contacting, glass industry is entire national to pushing for the development of glass industry and many industries of national economy Expanding economy all plays positive effect；Tempered glass be by the heating of good float glass close to softening point when, in glass table Face rapid cooling, makes compressive stress distribution in glass surface, and opens and draw stress then in central core because there is powerful equal compression Stress makes external pressure generated to draw stress and is offset by the powerful compression stress of glass, to increase the degree of safety of glass；Glass Glass plate is awfully hot after the production is completed, and the glass sheet temperatures after annealing are higher, easily deforms, in order not to make its deform and conveniently Post-processing etc., is cooled down, however existing cooling device realizes cooling by conveyer belt mostly, using air-cooled strong Makeup, which is set, to be cooled down, and the cooling storehouse passed through for glass plate is usually arranged on a moving belt, installs outlet air on cooling bulkhead Mouth leads to cold wind using air outlet and cools down to glass plate, and when air outlet is to glass plate blowing cold air on conveyer belt, cold wind can Directly glass plate upper surface is cooled down, the cooling of glass plate upper surface is very fast, and the lower surface that glass plate is contacted with conveyer belt Cold wind would become hard to pass through, and the cooling rate of lower surface is slower, and uneven so as to cause glass plate cooling, temperature fall time is long, cooling Low efficiency.

Utility model content

The purpose of this utility model is that in view of the drawbacks of the prior art and insufficient, provide that a kind of structure is simple, and design is closed Reason, a kind of cooling device of tempered glass easy to use save water resource, lowering temperature uniform, good cooling results.

In order to achieve the above purposes, the technical solution adopted by the utility model is:, and it includes No.1 framework, No. two frameworks, water Case, water pump, serpentine cooling tube, No.1 sliding block, sharf；It is cooling that serpentine is fixedly connected on the bottom plate of the No.1 framework Pipe, the top of serpentine cooling tube and the top plate of No.1 framework are connected and fixed, and the water inlet end of serpentine cooling tube, which is arranged, is fixed with one Number water inlet pipe is connected and fixed, water pump is set after the other end of No.1 water inlet pipe passes through the side wall of No.1 framework with the water outlet of water pump It is placed in the left side of No.1 framework, the water inlet end of water pump, which is arranged, is fixed with No. two water inlet pipes, and the other end of No. two water inlet pipes is embedded solid It is scheduled in water tank, the water tank is set to the front side of water pump；The water outlet of the serpentine cooling tube, which is arranged, is fixed with draining Pipe, the other end of drainpipe are embedded in external water collecting device；The right side inner wall of the No.1 framework is equipped with one Number sliding slot is fixedly connected with movable plate on the left end wall of the No.1 sliding block, and No.1 sliding block is slidably arranged in No.1 sliding slot, It is fixedly connected with No.1 motor on the left end wall of the movable plate, is fixedly connected with rotary shaft on the output shaft of No.1 motor, It is arranged in rotary shaft and is fixed with sharf, No. two motors, No. two electricity are fixedly connected on the top plate inner wall of the No.1 framework Machine is set to the right side of serpentine cooling tube, and No.1 screw rod, No.1 screw rod and movement are fixedly connected on the output shaft of No. two motors Plate is screwed on fixation；No. two frameworks are fixedly connected on rear side of the No.1 framework, and No.1 framework is set with No. two framework perforations It sets；It is equipped with glass in No. two frameworks and puts floor；Power supply of the water pump, No.1 motor, No. two motors with outside Connection.

Further, the glass puts layer by strut, support base, sliding panel, concave support plate, electric pushrod structure At being equipped with No. two sliding slots on the left and right inner sidewall of No. two frameworks, sliding is provided with No. two sliding blocks, No. two sliding blocks in No. two sliding slots On be fixedly connected with sliding panel, several support bases are fixedly connected on sliding panel, the both ends of strut are separately fixed at corresponding branch It supports on seat；The No.1 plate of the concave support plate two sides is connected and fixed with corresponding sliding panel respectively, the concave support The bottom end of plate and the top of electric pushrod are connected and fixed, and electric pushrod is fixedly connected on the bottom plate of No. two frameworks；The electricity Dynamic push rod is connect with external power supply.

Further, the sharf has axle sleeve and blade to constitute, and axle sleeve, which is arranged, to be fixed on the rotary shaft, outside axle sleeve Circumference isogonism is fixed with several blades on wall.

Further, pinch valve is arranged on the drainpipe.

Further, the junction of the No.1 water inlet pipe and water pump is in series with water flow control valve.

After adopting the above structure, the utility model has the beneficial effect that a kind of tempered glass described in the utility model Cooling device saves water resource, and lowering temperature uniform, good cooling results, the utility model is simple with structure, and setting rationally, makes The advantages that at low cost.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, before not making the creative labor property It puts, is also possible to obtain other drawings based on these drawings.

Fig. 1 is the structure top view of the utility model.

Fig. 2 is the structure sectional view of No.1 framework in the utility model.

Fig. 3 is the structure sectional view of No. two frameworks in the utility model.

Fig. 4 is the enlarged drawing in the portion A in Fig. 2.

Description of symbols:

No.1 framework 1, No.1 sliding slot 1-1, No.1 sliding block 1-2,2, No. two sliding slot 2-1 of No. two frameworks, No. two sliding block 2-2, Water tank 3, water pump 4, serpentine cooling tube 5, sharf 6, axle sleeve 6-1, blade 6-2,7, No. two water inlet pipes 8 of No.1 water inlet pipe, draining Pipe 9, No.1 motor 10,11, No. two motors 12 of rotary shaft, No.1 screw rod 13, movable plate 14, glass put floor 15, strut 15-1, Support base 15-2, sliding panel 15-3, concave support plate 15-4, electric pushrod 15-5, pinch valve 16, water flow control valve 17.

Specific embodiment

The utility model will be further described below with reference to the accompanying drawings.

Referring to as Figure 1-Figure 4, the technical solution of present embodiment is: it includes 1, No. two framework of No.1 framework 2, water tank 3, water pump 4, serpentine cooling tube 5, No.1 sliding block 1-2, sharf 6；It is welded on the bottom plate of the No.1 framework 1 solid Surely have serpentine cooling tube 5, the top of serpentine cooling tube 5 and the top plate of No.1 framework 1 are welded and fixed, serpentine cooling tube 5 into Water end (W.E.) is arranged and is fixed with No.1 water inlet pipe 7 using pipe flange, and the other end of No.1 water inlet pipe 7 passes through the side of No.1 framework 1 It after wall, is fixed with the water outlet of water pump 4 using pipe flange, water pump 4 is set to the left side of No.1 framework 1, the water inlet end of water pump 4 It is arranged and is fixed with No. two water inlet pipes 8 using pipe flange, the other end of No. two water inlet pipes 8 is embedded and is fixed using pipe flange In water tank 3, the water tank 3 is set to the front side of water pump 4；The water outlet of the serpentine cooling tube 5 is arranged and utilizes pipe Road flange is fixed with drainpipe 9, and the other end of drainpipe 9 is embedded in external water collecting device；Water passes through out of water tank 3 It crosses water pump 4 to be evacuated in serpentine cooling tube 5, then is flow in external water collecting device by drainpipe 9；The No.1 framework 1 Right side inner wall is equipped with No.1 sliding slot 1-1, is welded with movable plate 14, No.1 on the left end wall of the No.1 sliding block 1-2 Sliding block 1-2 is slidably arranged in No.1 sliding slot 1-1, is fixed with model using screw on the left end wall of the movable plate 14 The No.1 motor 10 of 60KTYZ is welded with rotary shaft 11 on the output shaft of No.1 motor 10, is arranged fixation in rotary shaft 11 There is sharf 6, be fixed with No. two motors 12 of model ZGA37RG on the top plate inner wall of the No.1 framework 1 using screw, No. two motors 12 are set to the right side of serpentine cooling tube 5, and No.1 screw rod 13 is welded on the output shaft of No. two motors 12, No.1 screw rod 13 and movable plate 14 are screwed on fixation by feed screw nut, and feed screw nut is fixed on the bottom surface of movable plate 14；It is described The rear side of No.1 framework 1 be welded with No. two frameworks 2, and No.1 framework 1 and No. two perforations of frameworks 2 are arranged；Described two It is equipped with glass in number framework 2 and puts floor 15, glass is put and places glass on layer 15, and the water in serpentine cooling tube 5 can cool down two Glass in number framework 2；10, No. two water pump 4, No.1 motor motors 12 are connect with external power supply.

Further, the glass puts layer 15 by strut 15-1, support base 15-2, sliding panel 15-3, concave support Plate 15-4, electric pushrod 15-5 are constituted, and are equipped with No. two sliding slots 2-1, No. two sliding slot 2-1 on the left and right inner sidewall of No. two frameworks 2 Interior sliding, which is provided on No. two sliding blocks 2-2, No. two sliding block 2-2, is welded with sliding panel 15-3, welds on sliding panel 15-3 solid Fixed there are three support base 15-2, and the both ends of strut 15-1 are utilized respectively screw and are fixed on corresponding support base 15-2；Described The No.1 plate of the two sides concave support plate 15-4 is welded and fixed with corresponding sliding panel 15-3 respectively, the concave support plate 15-4 Bottom end and the top benefit of the electric pushrod 15-5 of model PXTL be screwed, electric pushrod 15-5 benefit is screwed in On the bottom plate of No. two frameworks 2；The electric pushrod 15-5 is connect with external power supply.

Further, the sharf 6 has axle sleeve 6-1 and blade 6-2 to constitute, and axle sleeve 6-1, which is arranged, is fixed on rotary shaft On 11, circumference isogonism is fixed with several blade 6-2 on the outer wall of axle sleeve 6-1.

Further, it is arranged with the pinch valve 16 of model WK02 on the drainpipe 9, is driven by electromagnetic solenoid It is dynamic, open and close are controlled by squeezing or unclamping hose, are expelled to the liquid in drainpipe 9 in external hydrops device.

Further, the junction of the No.1 water inlet pipe 7 and water pump 4 is in series with the water flow control of model Y12X-16T Valve 17 processed, water flow control valve 17 can control the speed of water flow.

The working principle of this specific implementation: the water in water tank 3 is drawn in No.1 water inlet pipe 7 through water pump 4, is flowing to " S " In shape cooling tube 5, glass is placed on glass and puts on layer 15, is cooled down by the water in serpentine cooling tube 5, No. two motors 12 Driving No.1 screw rod 13 drives movable plate 14 to move up and down, and the No.1 motor 10 on movable plate 14 rotates, and sharf 6 is driven to revolve Turn, by the work of No.1 motor 10 and No. two motors 12, realizes sharf 6 and move up and down, sharf 6 is rotated to serpentine Water in cooling tube 5 cools down, and the electric pushrod 15-5 in No. two frameworks 2 drives concave support plate 15-4 to move up and down, according to The thickness of placed glass can transfer the height that glass puts layer 15 up and down.

After adopting the above structure, present embodiment has the beneficial effect that a kind of tempering described in present embodiment The cooling device of glass saves water resource, and lowering temperature uniform, good cooling results, the utility model is simple with structure, and setting is closed The advantages that reason, low manufacture cost.

The above is merely intended for describing the technical solutions of the present application, but not for limiting the present application, those of ordinary skill in the art couple The other modifications or equivalent replacement that the technical solution of the utility model is made, without departing from technical solutions of the utility model Spirit and scope should all cover in the scope of the claims of the utility model.

Claims (5)

1. a kind of cooling device of tempered glass, it is characterised in that: it includes No.1 framework (1), No. two frameworks (2), water tanks (3), water pump (4), serpentine cooling tube (5), No.1 sliding block (1-2), sharf (6)；On the bottom plate of the No.1 framework (1) It is fixedly connected with serpentine cooling tube (5), the top of serpentine cooling tube (5) and the top plate of No.1 framework (1) are connected and fixed, " S " The water inlet end of shape cooling tube (5), which is arranged, to be fixed with No.1 water inlet pipe (7), and the other end of No.1 water inlet pipe (7) passes through No.1 framework (1) it after side wall, is connected and fixed with the water outlet of water pump (4), water pump (4) is set to the left side of No.1 framework (1), water pump (4) Water inlet end be arranged and be fixed with No. two water inlet pipes (8), the other end of No. two water inlet pipes (8) is embedded in water tank (3), described Water tank (3) be set to the front sides of water pump (4)；The water outlet of the serpentine cooling tube (5), which is arranged, is fixed with drainpipe (9), The other end of drainpipe (9) is embedded in external water collecting device；The right side inner wall of the No.1 framework (1) is equipped with No.1 sliding slot (1-1) is fixedly connected with movable plate (14) on the left end wall of the No.1 sliding block (1-2), No.1 sliding block (1-2) It is slidably arranged in No.1 sliding slot (1-1), is fixedly connected with No.1 motor (10) on the left end wall of the movable plate (14), one It is fixedly connected with rotary shaft (11) on the output shaft of number motor (10), is arranged and is fixed with sharf (6) in rotary shaft (11), it is described No.1 framework (1) top plate inner wall on be fixedly connected with No. two motors (12), No. two motors (12) are set to serpentine cooling tube (5) right side is fixedly connected with No.1 screw rod (13) on the output shaft of No. two motors (12), No.1 screw rod (13) and movable plate (14) be screwed on fixation；No. two frameworks (2), and No.1 framework (1) and No. two are fixedly connected on rear side of the No.1 framework (1) Framework (2) perforation setting；It is equipped with glass in No. two frameworks (2) and puts floor (15)；The water pump (4), No.1 motor (10), No. two motors (12) connect with external power supply.

2. a kind of cooling device of tempered glass according to claim 1, it is characterised in that: the glass puts layer (15) by strut (15-1), support base (15-2), sliding panel (15-3), concave support plate (15-4), electric pushrod (15-5) structure At being equipped with No. two sliding slots (2-1) on the left and right inner sidewall of No. two frameworks (2), sliding is provided with No. two in No. two sliding slots (2-1) Sliding block (2-2) is fixedly connected with sliding panel (15-3) on No. two sliding blocks (2-2), is fixedly connected on sliding panel (15-3) several Support base (15-2), the both ends of strut (15-1) are separately fixed on corresponding support base (15-2)；The concave support plate The No.1 plate of the two sides (15-4) is connected and fixed with corresponding sliding panel (15-3) respectively, the bottom of the concave support plate (15-4) It holds and is connected and fixed with the top of electric pushrod (15-5), electric pushrod (15-5) is fixedly connected on the bottom plate of No. two frameworks (2)； The electric pushrod (15-5) is connect with external power supply.

3. a kind of cooling device of tempered glass according to claim 1, it is characterised in that: the sharf (6) There are axle sleeve (6-1) and blade (6-2) to constitute, axle sleeve (6-1), which is arranged, to be fixed on rotary shaft (11), on the outer wall of axle sleeve (6-1) Circumference isogonism is fixed with several blades (6-2).

4. a kind of cooling device of tempered glass according to claim 1, it is characterised in that: the drainpipe (9) On be arranged with pinch valve (16).

5. a kind of cooling device of tempered glass according to claim 1, it is characterised in that: the No.1 water inlet pipe (7) water flow control valve (17) are in series with the junction of water pump (4).