CN209567987U - A kind of novel glass bending furnace - Google Patents

Abstract

A kind of novel glass bending furnace, it is related to glass processing device technical field.It includes furnace body, pulley, sliding rail, bell, steel wire, sunpender, furnace lid hanging, turning handle, mould placing rack, first heating fluorescent tube, furnace body lower end is equipped with pulley, pulley is slidably connected with the sliding rail being located at below furnace body, bell is equipped with above furnace body, bell end face center position is connect with steel wire lower end, steel wire upper end is wrapped on sunpender, sunpender and furnace lid hanging are rotatablely connected, sunpender front end is equipped with turning handle, mould placing rack is equipped in furnace body, the first heating fluorescent tube is equipped in bell, first heating fluorescent tube includes poly- warm lampshade, high-temperature glass tube, porcelain tube, resistance wire, quartz sand, poly- temperature lampshade wraps up high-temperature glass tube inside it, porcelain tube is enclosed in high-temperature glass tube, resistance wire is wound on porcelain tube, quartz sand is coated between the gap of resistance wire.Its structure is simple, easy to operate, and manufacturing cost is low, tears glazing structure open by furnace body sliding, can prevent the loss of heating lamp tubular heat in bell.

Description

A kind of novel glass bending furnace

Technical field

The utility model relates to glass processing device technical fields, and in particular to a kind of novel glass bending furnace.

Background technique

Heat-bending glass can be divided into single curved, bending, composite bent three categories from classifying in shape.Heat-bending glass is in order to full The quality requirements of sufficient modern architecture heat curved softening by high-quality glass, form in a mold, then annealed manufactured curved surface glass Glass.Pattern is beautiful, and the lines flow smoothly.It breaches the unicity of plate glass, uses upper more flexible multiplicity.Suitable for door, window, The particular/special requirement of different shapes such as ceiling, curtain wall.

Heat-bending glass is usually to be made in glass bending furnace.Currently used for producing the glass bending furnace structure of fish jar More complicated, inconvenient benefit, manufacturing cost is high, is unfavorable for small business and small-sized heat-bending glass production is promoted the use of.

Utility model content

The purpose of this utility model is that it is in view of the drawbacks of the prior art and insufficient, a kind of novel glass bending is provided Furnace, it can solve more complicated currently used for the glass bending furnace structure that produces fish jar, and inconvenient benefit, manufacturing cost is high, no The defect promoted the use of conducive to small business and small-sized heat-bending glass production.

To achieve the above object, the utility model is using following technical scheme: it includes furnace body, pulley, sliding rail, furnace Lid, steel wire, sunpender, furnace lid hanging, turning handle, mould placing rack, the first heating fluorescent tube, the lower end surface of the furnace body is fixedly connected with Pulley, the pulley are slidably connected with the sliding rail cooperation being arranged in below furnace body, and limited block, the furnace are provided on the sliding rail Bell is connected with above body, the end face center position of the bell is fixedly connected with the lower end of steel wire, the steel wire Upper end is wrapped on sunpender, and the sunpender and furnace lid hanging are rotatablely connected, and the front end of sunpender is fixedly connected with turning handle, the furnace body Be internally provided with mould placing rack, the bell is internally provided with the first heating fluorescent tube, and the first heating fluorescent tube includes Poly- temperature lampshade, high-temperature glass tube, porcelain tube, resistance wire, quartz sand, the poly- temperature lampshade wrap up high-temperature glass tube inside it, The inside of the high-temperature glass tube is enclosed with porcelain tube, resistance wire is wound on the porcelain tube, and smear between the gap of resistance wire There is quartz sand.

Further, the corner block of intersection, the friendship of two corner blocks are provided on two diagonal lines of the bell top surface Crunode is fixedly connected with the lower end of steel wire, and four angles of bell are provided with locating piece.

Further, fluorescent tube adjusting rod, fluorescent tube sunpender, fixed porcelain tube, the fluorescent tube adjusting rod are provided in the bell Quantity is four, and four fluorescent tube adjusting rods are parallel with the long side of bell, and is separately positioned on the inside of the long side of bell, the fluorescent tube Sunpender is arranged between fluorescent tube adjusting rod and the long side of bell, and the fixed porcelain tube is arranged on fluorescent tube sunpender, and described first adds Thermolamp pipe is vertical with fluorescent tube adjusting rod, and the both ends of the first heating fluorescent tube are arranged on fluorescent tube sunpender, and the fluorescent tube adjusting rod stretches out Bell is simultaneously located at bell two sides, and longitudinal fluorescent tube is provided with above the bell and adjusts silk, the longitudinal direction fluorescent tube adjusts silk lower end and stretches Enter in bell and is connect with fluorescent tube adjusting rod matching thread.

Further, the center of the mould placing rack is provided with positioning foresight, detachably sets on mould placing rack It is equipped with glass mold, is connected with lateral adjustments silk on front side of mould placing rack, the lateral adjustments silk is slidably connected with furnace body.

Further, the furnace body front end face is provided with knob.

Further, it is provided with positioning card on four angles of the mould placing rack, the two sides of mould placing rack are vertically set It is equipped with perpendicular positioning block, the side of the perpendicular positioning block is provided with locating piece adjusting rod, and the locating piece adjusting rod stretches out furnace It body and is threadedly coupled with furnace body.

Further, the surrounding of the furnace interior is provided with several heating fluorescent tubes.

Further, it is provided with observation window on the bell front end face, is provided with high temp glass in the observation window.

Further, the second heating fluorescent tube is provided in the bell, the second heating fluorescent tube includes stainless steel tube, adds Heated filament, magnesium powder, the stainless steel tube are internally provided with heater strip, and the gap filling of the heater strip has magnesium powder.

Working principle of the utility model is: work when, rotate turning handle, turning handle drive sunpender rotation so that steel wire to Upper lifting bell, bell is lifted up, and then pulls furnace body by knob, and furnace body is extracted out and bell point outward along sliding rail From, sheet glass to be processed is placed on the intracorporal mould placing rack of furnace, it can be according to production glass size on mould placing rack Difference places the glass mold of plurality of specifications, enables adaptation to different size of glass and carries out hot bending production, glass installs Furnace body is inwardly pushed back along sliding rail after, turning handle is rotated after the limited block positioning on sliding rail, so that steel wire drives bell downward It moves and is fitted closely with furnace body, the processing temperature of heating fluorescent tube is monitored in real time and controlled by control cabinet and temperature detector System, can observe working condition in furnace by observation window；Silk, lateral adjustments are adjusted by fluorescent tube adjusting rod, longitudinal fluorescent tube Silk can effectively be adjusted the position of the position and mould placing rack of heating fluorescent tube.

After adopting the above technical scheme, the utility model has the beneficial effect that its structure is simple, design is rationally, easy to operate, Manufacturing cost is low, tears glazing structure open by furnace body sliding, the loss of heating lamp tubular heat in bell can be prevented, for small Type enterprise has good practicability using production.

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 main view of the utility model；

Fig. 2 is the left view of corresponding diagram 1；

Fig. 3 is the structural schematic diagram of the first heating fluorescent tube in the utility model；

Fig. 4 is the schematic diagram of internal structure of bell in the utility model；

Fig. 5 is the main view of furnace body in the utility model；

Fig. 6 is the top view of corresponding diagram；

Fig. 7 is the structural schematic diagram of the second heating fluorescent tube in the utility model.

Description of symbols: furnace body 1, pulley 2, sliding rail 3, bell 4, steel wire 5, sunpender 6, furnace lid hanging 7, turning handle 8, mold Rack 9, first heats fluorescent tube 10, corner block 11, fluorescent tube adjusting rod 12, fluorescent tube sunpender 13, fixed porcelain tube 14, longitudinal fluorescent tube tune It saves silk 15, lateral adjustments silk 16, knob 17, positioning card 18, perpendicular positioning block 19, locating piece adjusting rod 20, heating fluorescent tube 21, see Examine window 22, glass mold 23, second heats fluorescent tube 24, limited block 3-1, locating piece 4-1, positioning foresight 9-1, poly- warm lampshade 10- 1, high-temperature glass tube 10-2, porcelain tube 10-3, resistance wire 10-4, quartz sand 10-5, stainless steel tube 24-1, heater strip 24-2, magnesium powder 24-3。

Specific embodiment

Referring to shown in Fig. 1-Fig. 7, present embodiment the technical solution adopted is that: it includes furnace body 1, pulley 2, sliding rail 3, bell 4, steel wire 5, sunpender 6, furnace lid hanging 7, turning handle 8, mould placing rack 9, first heat fluorescent tube 10, under the furnace body 1 End face is fixedly connected with pulley 2, and the pulley 2 is slidably connected with the cooperation of sliding rail 3 being arranged in below furnace body 1, on the sliding rail 3 It is provided with limited block 3-1, sliding rail is fixedly mounted on the ground, can determine the sliding position of furnace body 1 by limited block 3-1 Position, the top of the furnace body 1 are connected with bell 4, the fixed company in the end face center position of the bell 4 and the lower end of steel wire 5 It connects, the upper end of the steel wire 5 is wrapped on sunpender 6, and the sunpender 6 is rotatablely connected with furnace lid hanging 7, the fixed peace of furnace lid hanging 7 On the ground, sunpender 6 and furnace lid hanging 7 are rotatablely connected dress by bearing block, and the front end of sunpender 6 is fixedly connected with turning handle 8, turning handle 8 for driving sunpender 6 to rotate, and turning handle 8 and the upright bar of furnace lid hanging 7 are fixed by fixed block, prevents arbitrarily turning for turning handle 8 Dynamic, the furnace body 1 is internally provided with mould placing rack 9, and the bell 4 is internally provided with the first heating fluorescent tube 10, described First heating fluorescent tube 10 includes to gather warm lampshade 10-1, high-temperature glass tube 10-2, porcelain tube 10-3, resistance wire 10-4, quartz sand 10-5, The poly- temperature lampshade 10-1 wraps up high-temperature glass tube 10-2 inside it, and the inside of the high-temperature glass tube 10-2 is enclosed with porcelain It is wound with resistance wire 10-4 on pipe 10-3, the porcelain tube 10-3, and is coated with quartz sand 10-5 between the gap of resistance wire 10-4, Poly- temperature lampshade 10-1 can improve the effect of thermal energy convergence, effectively improve the heating efficiency of the first heating fluorescent tube 10, gather temperature lampshade Fluorescent tube number in 10-1 can be set one to three and differ, and the radian being converted into when using one is smaller, use three Shi Zhehou Radian relative maximum.

The corner block 11 of intersection, the crosspoint of two corner blocks 11 are provided on two diagonal lines of 4 top surface of bell It is fixedly connected with the lower end of steel wire 5, corner block 11 is welded on bell 4, and two 11 crosspoints of corner block are the centre bit of bell 4 It sets, bell is generated by corner block 11 by upper and lower displacement, stability is higher, and four angles of bell 4 are provided with locating piece 4-1, Locating piece 4-1 guarantees the fastening that bell 4 can be stable with furnace body 1, guarantees the effect of glass processing for being positioned with furnace body 1 Rate.

Fluorescent tube adjusting rod 12, fluorescent tube sunpender 13, fixed porcelain tube 14, the fluorescent tube adjusting rod 12 are provided in the bell 4 Quantity is four, and four fluorescent tube adjusting rods 12 are parallel with the long side of bell 4, and is separately positioned on the inside of the long side of bell 4, described Fluorescent tube sunpender 13 is arranged between fluorescent tube adjusting rod 12 and the long side of bell 4, and the fixed porcelain tube 14 is arranged in fluorescent tube sunpender 13 On, the first heating fluorescent tube 10 is vertical with fluorescent tube adjusting rod 12, and the both ends of the first heating fluorescent tube 10 are arranged in fluorescent tube sunpender 13 On, the first heating fluorescent tube 10 is fixed in the mutual cooperation of fluorescent tube adjusting rod 12, fluorescent tube sunpender 13, fixed porcelain tube 14, described Fluorescent tube adjusting rod 12 stretches out bell 4 and is located at 4 two sides of bell, and longitudinal fluorescent tube is provided with above the bell 4 and adjusts silk 15, described Longitudinal fluorescent tube adjusts 15 lower end of silk and protrudes into bell 4 and connect with 12 matching thread of fluorescent tube adjusting rod, passes through fluorescent tube adjusting rod 12 And the cooperation that longitudinal fluorescent tube adjusts silk 15 can be adjusted the position of fluorescent tube.

The center of the mould placing rack 9 is provided with positioning foresight 9-1, and positioning foresight 9-1 is that cross positions foresight, For being positioned with sheet glass to be processed, mark alignment 9 center of mould placing rack among glass is determined when placing glass Level star 9-1 improves the quality of processing, is detachably arranged on mould placing rack 9 so that it is guaranteed that glass can be processed between two parties There is glass mold 23, the glass molds 23 of plurality of specifications can be placed on mould placing rack 9 according to the difference of production glass size, from And can adapt to different size of glass and carry out hot bending production, lateral adjustments silk 16, the cross are connected on front side of mould placing rack 9 It is slidably connected to silk 16 is adjusted with furnace body 1, mold can be placed according to different glass sizes by lateral adjustment 16 Frame 9 is laterally adjusted, simple to operate.

1 front end face of furnace body is provided with knob 17.Facilitate staff to pull furnace body 1 by knob, makes furnace body 1 in cunning It is slided on rail 3.

Be provided with positioning card 18 on four angles of the mould placing rack 9, by positioning card 18 can fast and effectively by For glass fixed placement to be processed on mould placing rack 9, the two sides of mould placing rack 9 are vertically installed with perpendicular positioning block 19, institute The side for stating perpendicular positioning block 19 is provided with locating piece adjusting rod 20, the locating piece adjusting rod 20 stretch out furnace body 1 and with furnace body 1 It is threadedly coupled, can guarantee that sheet glass bends to an angle of 90 degrees by perpendicular positioning block 19, when heat expansion is cold after long-term use for equipment Contracting, the verticality of perpendicular positioning block 19 is inadequate, and the verticality that perpendicular positioning block 19 can be carried out by locating piece adjusting rod 20 is adjusted.

Surrounding inside the furnace body 1 be provided with several heating fluorescent tube 21, heating 21 quantity of fluorescent tube have it is multiple, and respectively It is uniformly arranged on inside furnace body 1, heating fluorescent tube 21 and control cabinet are electrically connected, and by heating up, fluorescent tube 21 be can be improved to furnace body 1 The regulating power of interior temperature.

It is provided with observation window 22 on 4 front end face of bell, is provided with high temp glass in the observation window 22, passes through observation Window 22 can easily observe the working condition in furnace body 1, improve the efficiency of work.

The second heating fluorescent tube 24 is provided in the bell 4, the second heating fluorescent tube 24 includes stainless steel tube 24-1, adds Heated filament 24-2, magnesium powder 24-3, the stainless steel tube 24-1 are internally provided with heater strip 24-2, and the gap of the heater strip 24-2 is filled out Filled with magnesium powder 24-3, the second heating 24 temperature of fluorescent tube is relatively high, for processing to big and thick glass.

When it is implemented, control cabinet and temperature detector are equipped on device, for supervising to the stability state inside furnace body 1 Control and adjusting, temperature detector quantity are two, as soon as whether the temperature of temperature detector monitoring preheating reaches standard, if reaching disconnection The power supply of fluorescent tube is preheated, the heating temperature of fluorescent tube is heated in the monitoring of another temperature detector, after heating fluorescent tube is heated to target temperature, The power supply of heating fluorescent tube is disconnected, in case continuous heating is excessive.

When specific works, turning handle 8 is rotated, turning handle 8 drives sunpender 6 to rotate, so that steel wire 5 lifts bell 4 upwards, it will Bell 4 is lifted up, and then pulls out furnace body 1 by knob 17, and furnace body 1 is extracted out outward along sliding rail 3 and separated with bell 4, Sheet glass to be processed is placed on the mould placing rack 9 in furnace body 1, it can be according to production glass size on mould placing rack 9 Difference places the glass mold 23 of plurality of specifications, enables adaptation to different size of glass and carries out hot bending production, glass installation Furnace body 1 is inwardly pushed back along sliding rail 3 after the completion, turning handle 8 is rotated after the limited block 3-1 positioning on sliding rail 3, so that 5 band of steel wire Dynamic bell 4 is moved downward and is fitted closely with furnace body 1, the processing temperature for heating fluorescent tube 10 to first by control cabinet and temperature detector It is monitored in real time and is controlled, working condition in furnace can be observed by observation window 22；Pass through fluorescent tube adjusting rod 12, longitudinal direction The position that fluorescent tube adjusts position and mould placing rack 9 that silk 15, lateral adjustments silk 16 can heat fluorescent tube 10 to first has Effect is adjusted.

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 (9)

1. a kind of novel glass bending furnace, it is characterised in that: it includes furnace body, pulley, sliding rail, bell, steel wire, sunpender, furnace Lid hanger, turning handle, mould placing rack, the first heating fluorescent tube, the lower end surface of the furnace body are fixedly connected with pulley, the pulley with The sliding rail cooperation below furnace body is arranged in be slidably connected, limited block is provided on the sliding rail, the top activity of the furnace body connects It is connected to bell, the end face center position of the bell is fixedly connected with the lower end of steel wire, and the upper end of the steel wire is wrapped in sunpender On, the sunpender and furnace lid hanging are rotatablely connected, and the front end of sunpender is fixedly connected with turning handle, and the furnace body is internally provided with mould Has rack, the bell is internally provided with the first heating fluorescent tube, and the first heating fluorescent tube includes poly- warm lampshade, high temperature glass Glass pipe, porcelain tube, resistance wire, quartz sand, the poly- temperature lampshade wrap up high-temperature glass tube inside it, the high-temperature glass tube Inside is enclosed with porcelain tube, resistance wire is wound on the porcelain tube, and be coated with quartz sand between the gap of resistance wire.

2. the novel glass bending furnace of one kind according to claim 1, it is characterised in that: two of the bell top surface are right The corner block of intersection is provided on linea angulata, the crosspoint of two corner blocks is fixedly connected with the lower end of steel wire, four angles of bell It is provided with locating piece.

3. the novel glass bending furnace of one kind according to claim 1, it is characterised in that: be provided with fluorescent tube in the bell Adjusting rod, fluorescent tube sunpender, fixed porcelain tube, the fluorescent tube adjusting rod quantity are four, the long side of four fluorescent tube adjusting rods and bell In parallel, it and being separately positioned on the inside of the long side of bell, the fluorescent tube sunpender is arranged between fluorescent tube adjusting rod and the long side of bell, The fixed porcelain tube is arranged on fluorescent tube sunpender, and the first heating fluorescent tube is vertical with fluorescent tube adjusting rod, the first heating fluorescent tube Both ends are arranged on fluorescent tube sunpender, and the fluorescent tube adjusting rod stretches out bell and is located at bell two sides, are provided with above the bell Longitudinal fluorescent tube adjusts silk, and the longitudinal direction fluorescent tube adjusts silk lower end and protrudes into bell and connect with fluorescent tube adjusting rod matching thread.

4. the novel glass bending furnace of one kind according to claim 1, it is characterised in that: the center of the mould placing rack Position is provided with positioning foresight, and glass mold is detachably provided on mould placing rack, is connected with transverse direction on front side of mould placing rack Silk is adjusted, the lateral adjustments silk is slidably connected with furnace body.

5. the novel glass bending furnace of one kind according to claim 1, it is characterised in that: the furnace body front end face is provided with Knob.

6. the novel glass bending furnace of one kind according to claim 1, it is characterised in that: four of the mould placing rack Positioning card is provided on angle, the two sides of mould placing rack are vertically installed with perpendicular positioning block, and the side of the perpendicular positioning block is set It is equipped with locating piece adjusting rod, the locating piece adjusting rod stretches out furnace body and is threadedly coupled with furnace body.

7. the novel glass bending furnace of one kind according to claim 1, it is characterised in that: the surrounding of the furnace interior is set It is equipped with several heating fluorescent tubes.

8. the novel glass bending furnace of one kind according to claim 1, it is characterised in that: be arranged on the bell front end face There is observation window, is provided with high temp glass in the observation window.

9. the novel glass bending furnace of one kind according to claim 1, it is characterised in that: be provided with second in the bell Fluorescent tube is heated, the second heating fluorescent tube includes stainless steel tube, heater strip, magnesium powder, and the stainless steel tube is internally provided with heating Silk, the gap filling of the heater strip have magnesium powder.