CN108503197A - A kind of building curtain wall glass manufacture heating device - Google Patents
A kind of building curtain wall glass manufacture heating device Download PDFInfo
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- CN108503197A CN108503197A CN201810629846.XA CN201810629846A CN108503197A CN 108503197 A CN108503197 A CN 108503197A CN 201810629846 A CN201810629846 A CN 201810629846A CN 108503197 A CN108503197 A CN 108503197A
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- glass
- hydraulic cylinder
- hot stove
- curtain wall
- piston
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- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B27/00—Tempering or quenching glass products
- C03B27/012—Tempering or quenching glass products by heat treatment, e.g. for crystallisation; Heat treatment of glass products before tempering by cooling
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- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Engineering & Computer Science (AREA)
- Materials Engineering (AREA)
- Organic Chemistry (AREA)
- Joining Of Glass To Other Materials (AREA)
Abstract
The invention discloses a kind of building curtain wall glass manufacture heating devices, its structure includes pedestal, glass thermally equivalent device, cladding glass, hot stove, heating element, connecting pipe, pillar, connector, PLC controller, horizontal slide rail, hydraulic cylinder fixed seat, hydraulic cylinder, stroke motor, hydraulic cylinder and pillar form L-type structure with hot stove using interference fit, hydraulic cylinder is connected with pillar by connector, glass thermally equivalent device of the present invention can make glass in hot stove internal rotating by glass rotating mechanism, make its thermally equivalent, the heat generated when heating element can be made to work by hot gas cycle mechanism circulates inside hot stove, to improve the efficiency of heating surface of glass, it is matched by hydraulic cylinder fixed seat and hydraulic cylinder, it can realize the multidimensional movement of hot stove, it is taken out after facilitating glass to heat.
Description
Technical field
The present invention relates to building curtain wall manufacturing equipment technical fields, are used particularly with regard to a kind of building curtain wall glass manufacture
Heating device.
Background technology
In glass manufacturing process, for strengthened glass, needs to heat glass plate after molding, eliminated molding
The stress that glass generates afterwards.
Glass heating device in the prior art is difficult to make glass thermally equivalent during heating, it is difficult to ensure the nature of glass
Amount, the probability revealed in sunlight is exposed to the sun for a long time can increase, and furnace cooling to be heated but a period of time, work are needed after heating
Can just glass be taken out by making personnel, not only be wasted time, but also inefficient.
Invention content
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions：A kind of building curtain wall glass
Manufacture heating device, structure include pedestal, glass thermally equivalent device, cladding glass, hot stove, heating element, connecting tube
Part, pillar, connector, PLC controller, horizontal slide rail, hydraulic cylinder fixed seat, hydraulic cylinder, stroke motor, the pedestal are set to
Glass thermally equivalent bottom of device and the two, which use, to be interference fitted, and the glass thermally equivalent device top center is equal
It is even to set there are two cladding glass, the cladding glass and the flexible connection of glass thermally equivalent device, the glass uniformly by
Thermal rear end is equipped with PLC controller and the two matches, and the glass thermally equivalent device both sides are uniformly equidistantly equipped with
Four horizontal slide rails, the horizontal slide rail are fastened on glass thermally equivalent device unit with grooves in outer wall, and the glass is equal
Even heating device upper center position is equipped with hot stove and the two matches, and the hot stove is cylindrical structure and top is set
There is heating element, the heating element and hot stove to match, the hot stove both sides be equipped with hydraulic cylinder, the hydraulic cylinder and
Pillar forms L-type structure with hot stove using being interference fitted, and the hydraulic cylinder is connected with pillar by connector, the branch
Connecting pipe is equipped with below column, the connecting pipe is fastened on hot stove groove, and the hydraulic cylinder is vertically fixed on
On hydraulic cylinder fixed seat groove, the hydraulic cylinder fixed seat with horizontal slide rail using being slidably matched, fix by the hydraulic cylinder
Seat side is equipped with stroke motor and the two matches, and the hydraulic cylinder and stroke motor are electrically connected with PLC controller, described
Glass thermally equivalent device be made of glass rotating mechanism, driving mechanism, hot gas cycle mechanism, outer cover, the mover
Structure is set to outer cover inner hub location and the two is gap-matched, and the outer cover top center is rotated equipped with glass
Mechanism, the glass rotating mechanism and driving mechanism match, and the driving mechanism side is equipped with hot gas cycle mechanism, institute
The hot gas cycle mechanism stated is matched with glass rotating mechanism.
As advanced optimizing for the technical program, the driving mechanism is by No.1 annular ball slide rail, sliding block, first
Longitudinal chute, movable base plate, holder, static contact, moving contact, second longitudinal direction sliding slot, iron driving member, tractive magnet, armature
Composition, the movable base plate both sides are equipped with first longitudinal direction sliding slot and the two is used and is slidably matched, on the movable base plate
Side is equipped with No.1 annular ball slide rail, and the No.1 annular ball slide rail is fastened on outer cover inboard wall groove, described
First longitudinal direction sliding slot is used with No.1 annular ball slide rail by sliding block and is slidably matched, the movable base plate bottom centre position
Equipped with armature and the two is using interference fit, and the movable base plate lower central position is equipped with tractive magnet, described
Tractive magnet is fixed on No.1 annular ball slide rail lower end, the tractive magnet and armature by the holder that both sides are equipped with
It matches, iron driving member is equipped with below the tractive magnet, the iron driving member both sides are slided equipped with second longitudinal direction
Slot, the iron driving member are used with second longitudinal direction sliding slot and are slidably matched, the second longitudinal direction sliding slot upper end and holder phase
It fastens, the iron driving member and tractive magnet match, and the frame bottom is equipped with static contact and the two uses
Interference fit, static contact lower section is equipped with moving contact and the two matches, and the moving contact is fastened iron
On driving member.
As advanced optimizing for the technical program, the glass rotating mechanism is by No. two annular ball slide rails, annulars
Sliding sleeve, steel cable, upper glass fixing clip set, plectane, central shaft, pedestal, lower glass fixing clip set, driven fluted disc, driving motor, electricity
Arbor, driving gear composition, the driven fluted disc top center is equipped with annular sliding sleeve and the two is mutually welded, described
Driven fluted disc is used with No. two annular ball slide rails by annular sliding sleeve and is slidably matched, and described No. two annular ball slide rails fasten
It is fixed on the groove of outer cover top surface, the driven fluted disc side is equipped with driving motor, and the driving motor bottom end is equipped with electricity
Arbor and the two is gap-matched, the driving gear is fastened on motor shaft and is mutually nibbled with driven fluted disc
It closes, the driven fluted disc top center is equipped with pedestal and the two is using interference fit, and the pedestal both sides are equipped with
Lower glass fixing clip set, lower glass fixing clip set are connect with base runner, and the pedestal upper center position is equipped with
Plectane, the plectane bottom centre position is equipped with central shaft and the two is using interference fit, the plectane and movable base
Plate is connected by central shaft, two steel cables is uniformly equidistantly equipped at the top of the plectane, between the steel cable and plectane use
Gap coordinates, and the plectane is connected by steel cable and upper glass fixing clip set, and upper glass fixing clip set and lower glass are solid
Clamp set matches.
As advanced optimizing for the technical program, the glass rotating mechanism passes through motor shaft and hot gas cycle mechanism
Using drive connection.
As advanced optimizing for the technical program, the hot gas cycle mechanism is by driving sleeve, air intake duct, heat conduction
Pipe, heat-collecting box, product heat cal rod, transmission belt limit pulley, transmission belt, belt pulley, connecting rod fastening screw, connecting rod, positioning support, piston
Using interference fit, the piston cylinder top is equipped with positioning support and two for cylinder, piston composition, the piston cylinder and outer cover
Person is connect by positioning support with belt pulley using interference fit, the piston cylinder, and the belt pulley is lived with positioning support
Dynamic connection, the pulley side is equipped with connecting rod fastening screw and the two uses screw-thread fit, inside the piston cylinder
Equipped with piston and the two is using being slidably matched, and connecting rod, the connecting rod are equipped between the connecting rod fastening screw and piston
Head and the tail both ends are connect with connecting rod fastening screw and piston respectively, and the belt pulley is connect by connecting rod with piston drive, described
Piston cylinder side be equipped with air intake duct, described air intake duct one end is connected with piston cylinder, and the piston cylinder and heat-collecting box lead to
Heat conducting pipe connection is crossed, the heat-collecting box side is equipped with product heat cal rod, and described product heat cal rod one end is connect with heat-collecting box.
As advanced optimizing for the technical program, the driving sleeve is fastened on motor shaft, the biography
Moving axis covers and belt pulley is sequentially connected by transmission belt.
As advanced optimizing for the technical program, the static contact and moving contact through outer cover and are driven by conducting wire
Motor connects.
As advanced optimizing for the technical program, the hot stove both sides be equipped with connecting pipe and respectively with air intake duct
It is connected with product heat cal rod.
The beneficial effects of the present invention are：A kind of building curtain wall glass manufacture heating device of the present invention, when user thinks
It is lifted using hydraulic cylinder is controlled by PLC controller first when the present invention, hot stove is made to increase, by controlling stroke motor energy
Enough make hydraulic cylinder fixed seat transversely sliding rail transverse shifting, then the glass heated will be needed to be vertically disposed in driven fluted disc top surface
On, one jiao is inserted in lower glass fixing clip set, and locking screw lead screw, and glass lower half portion is made to be fixed on driven fluted disc,
Tractive magnet is set to be powered by PLC controller control, because the factor armature and iron driving member in magnetic field can be to traction electromagnetism
Iron is drawn close because armature is connect with movable base plate using interference, movable base plate can along first longitudinal direction sliding slot slide downward, because
It is movable base plate and plectane by center axis connection, so plectane can pull upper glass fixing clip set be leaned on to glass by steel cable
Closely, when armature and tractive magnet are in contact, upper glass fixing clip set, which fastens, to be fixed on another angle of glass, to realize glass
Glass is completely fixed on driven fluted disc, prevents from throwing away when rotation, and controlling hydraulic cylinder by PLC controller declines, and makes hot stove bottom surface
It is fitted on driven fluted disc top surface, and the connecting pipe for making hot stove both sides be equipped with is connect with product heat cal rod and air intake duct respectively, when
When iron driving member and tractive magnet are in contact, static contact and moving contact are closed, and driving motor is powered and drives electricity at this time
Arbor rotates, and so that driving gear is rotated and drives driven tooth disc spins, to realize that glass is heated in hot stove Rotating with Uniform；Because
Driving sleeve is fastened on motor shaft, so driving sleeve rotates and belt pulley is driven to rotate, belt pulley is passed by connecting rod
Piston is slided along piston cylinder inner wall, will produce draught head during piston motion, will be a part of inside hot stove by air intake duct
Hot gas sucker cylinder, and utilize thrust when piston slide downward that hot gas is pushed into heat-collecting box by heat conducting pipe, utilize thermal-arrest
Case recycles heat, and heat is exported hot stove by product heat cal rod, and the heat that heating element generates is made to be carried in hot stove internal circulation flow
The efficiency of heating surface of high glass, and reduce energy consumption.
For the prior art, glass thermally equivalent device of the present invention can make glass in heat by glass rotating mechanism
Furnace interior rotates, and makes its thermally equivalent, the heat generated when heating element can be made to work by hot gas cycle mechanism is in hot stove
Inside circulates, and to improve the efficiency of heating surface of glass, is matched by hydraulic cylinder fixed seat and hydraulic cylinder, can realize heat
The multidimensional movement of stove is taken out after facilitating glass to heat.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of building curtain wall glass manufacture heating device of the present invention.
Fig. 2 is a kind of glass thermally equivalent apparatus structure signal of building curtain wall glass manufacture heating device of the present invention
Figure.
Fig. 3 is a kind of glass thermally equivalent device dynamic graph structure of building curtain wall glass manufacture heating device of the present invention
Schematic diagram.
Fig. 4 is that a kind of glass thermally equivalent device detailed construction of building curtain wall glass manufacture heating device of the present invention is shown
It is intended to.
In figure：The annular ball slide rails -211 of pedestal -1, glass thermally equivalent device -2, glass rotating mechanism -21, two,
Annular sliding sleeve -212, steel cable -213, upper glass fixing clip set -214, plectane -215, central shaft -216, pedestal -217, lower glass
Fixed chuck -218, driven fluted disc -219, driving motor -2110, motor shaft -2111, driving gear -2112, driving mechanism -
22, No.1 annular ball slide rail -221, sliding block -222, first longitudinal direction sliding slot -223, movable base plate -224, holder -225, stationary contact
Head -226, moving contact -227, second longitudinal direction sliding slot -228, iron driving member -229, tractive magnet -2210, armature -2211,
Hot gas cycle mechanism -23, driving sleeve -231, air intake duct -232, heat conducting pipe -233, heat-collecting box -234, product heat cal rod -235, transmission
Band limit pulley -236, transmission belt -237, belt pulley -238, connecting rod fastening screw -239, connecting rod -2310, positioning support -
2311, piston cylinder -2312, piston -2313, outer cover -24, cladding glass -3, hot stove -4, heating element -5, connecting pipe -6, branch
Column -7, connector -8, PLC controller -9, horizontal slide rail -10, hydraulic cylinder fixed seat -11, hydraulic cylinder -12, stroke motor -13.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode and description of the drawings, the preferred embodiment that the present invention is further explained.
Embodiment
- Fig. 4 is please referred to Fig.1, the present invention provides a kind of building curtain wall glass manufacture heating device, and structure includes pedestal
1, glass thermally equivalent device 2, cladding glass 3, hot stove 4, heating element 5, connecting pipe 6, pillar 7, connector 8, PLC controls
Device 9, horizontal slide rail 10, hydraulic cylinder fixed seat 11, hydraulic cylinder 12, stroke motor 13, the pedestal 1 are set to glass thermally equivalent
2 bottom of device and the two, which use, to be interference fitted, and 2 top center of glass thermally equivalent device is uniformly provided with two
Cladding glass 3, the cladding glass 3 and glass thermally equivalent device 2 are flexibly connected, the glass thermally equivalent device 2
Rear end is equipped with PLC controller 9 and the two matches, and 2 both sides of glass thermally equivalent device are uniformly equidistantly equipped with four
Horizontal slide rail 10, the horizontal slide rail 10 are fastened on 2 unit with grooves in outer wall of glass thermally equivalent device, and the glass is equal
2 upper center position of even heating device is equipped with hot stove 4 and the two matches, and the hot stove 4 is cylindrical structure and pushes up
Portion is equipped with heating element 5, and the heating element 5 and hot stove 4 match, and 4 both sides of hot stove are equipped with hydraulic cylinder 12, described
Hydraulic cylinder 12 and pillar 7 form L-type structure and hot stove 4 using being interference fitted, the hydraulic cylinder 12 and pillar 7 pass through connection
Part 8 is connected, and 7 lower section of pillar is equipped with connecting pipe 6, and the connecting pipe 6 is fastened on 4 groove of hot stove,
The hydraulic cylinder 12 is vertically fixed on 11 groove of hydraulic cylinder fixed seat, the hydraulic cylinder fixed seat 11 and horizontal slide rail 10
Using being slidably matched, 11 side of hydraulic cylinder fixed seat is equipped with stroke motor 13 and the two matches, the hydraulic pressure
Cylinder 12 and stroke motor 13 are electrically connected with PLC controller 9, and the glass thermally equivalent device 2 is by glass rotating mechanism 21, master
Motivation structure 22, hot gas cycle mechanism 23, outer cover 24 form, the driving mechanism 22 be set to 24 inner hub location of outer cover and
The two is gap-matched, and 24 top center of outer cover is equipped with glass rotating mechanism 21, the glass whirler
Structure 21 and driving mechanism 22 match, and 22 side of driving mechanism is equipped with hot gas cycle mechanism 23, the hot gas cycle
Mechanism 23 is matched with glass rotating mechanism 21.
The driving mechanism 22 is by No.1 annular ball slide rail 221, sliding block 222, first longitudinal direction sliding slot 223, movable base
Plate 224, holder 225, static contact 226, moving contact 227, second longitudinal direction sliding slot 228, iron driving member 229, tractive magnet
2210, armature 2211 forms, and 224 both sides of movable base plate are equipped with first longitudinal direction sliding slot 223 and the two is matched using sliding
It closes, 224 top of movable base plate is equipped with No.1 annular ball slide rail 221, and the No.1 annular ball slide rail 221 fastens
It is fixed on 24 inboard wall groove of outer cover, the first longitudinal direction sliding slot 223 passes through sliding block 222 and No.1 annular ball slide rail 221
Using being slidably matched, 224 bottom centre position of movable base plate is equipped with armature 2211 and the two is using interference fit, institute
The 224 lower central position of movable base plate stated is equipped with tractive magnet 2210, and the tractive magnet 2210 is set by both sides
Some holders 225 are fixed on 221 lower end of No.1 annular ball slide rail, and the tractive magnet 2210 and armature 2211 match
It closes, 2210 lower section of tractive magnet is equipped with iron driving member 229, and 229 both sides of iron driving member are equipped with second
Longitudinal chute 228, the iron driving member 229 with second longitudinal direction sliding slot 228 using being slidably matched, slide by the second longitudinal direction
228 upper end of slot is interlocked with holder 225, and the iron driving member 229 and tractive magnet 2210 match, the holder
225 bottoms are equipped with static contact 226 and the two using interference fit, 226 lower section of static contact be equipped with moving contact 227 and
The two matches, and the moving contact 227 is fastened on iron driving member 229.
The glass rotating mechanism 21 is by No. two annular ball slide rails 211, annular sliding sleeve 212, steel cable 213, upper glass
Fixed chuck 214, plectane 215, central shaft 216, pedestal 217, lower glass fixing clip set 218, driven fluted disc 219, driving motor
2110, motor shaft 2111, driving gear 2112 form, and 219 top center of driven fluted disc is equipped with annular sliding sleeve 212
And the two is mutually welded, and the driven fluted disc 219 is by annular sliding sleeve 212 and No. two annular ball slide rails 211 using sliding
Cooperation, described No. two annular ball slide rails 211 are fastened on 24 top surface groove of outer cover, the driven fluted disc 219 1
Side is equipped with driving motor 2110, and 2110 bottom end of driving motor is equipped with motor shaft 2111 and the two is gap-matched,
The driving gear 2112 is fastened on motor shaft 2111 and is meshed with driven fluted disc 219, the driven tooth
219 top center of disk is equipped with pedestal 217 and the two is using interference fit, and 217 both sides of pedestal are equipped with lower glass
Fixed chuck 218, lower glass fixing clip set 218 are flexibly connected with pedestal 217, the 217 upper center position of pedestal
Plectane 215 is installed, 215 bottom centre position of plectane is equipped with central shaft 216 and the two is using interference fit, described
Plectane 215 be connected by central shaft 216 with movable base plate 224,215 top of the plectane is uniformly equidistantly equipped with two steel
Rope 213, the steel cable 213 and plectane 215 are gap-matched, and the plectane 215 is fixed by steel cable 213 and upper glass
Chuck 214 connects, and upper glass fixing clip set 214 and lower glass fixing clip set 218 match.
The glass rotating mechanism 21 is by motor shaft 2111 and hot gas cycle mechanism 23 using drive connection.
The hot gas cycle mechanism 23 is by driving sleeve 231, air intake duct 232, heat conducting pipe 233, heat-collecting box 234, backheat
Pipe 235, transmission belt limit pulley 236, transmission belt 237, belt pulley 238, connecting rod fastening screw 239, connecting rod 2310, positioning support
2311, piston cylinder 2312, piston 2313 form, and the piston cylinder 2312 and outer cover 24 are using interference fit, the piston
2312 tops of cylinder are equipped with positioning support 2311 and the two is using interference fit, and the piston cylinder 2312 passes through positioning support
2311 connect with belt pulley 238, and the belt pulley 238 is flexibly connected with positioning support 2311,238 side of belt pulley
Use screw-thread fit equipped with connecting rod fastening screw 239 and the two, the piston cylinder 2312 be internally provided with piston 2313 and
The two is equipped with connecting rod 2310, the connecting rod using being slidably matched between the connecting rod fastening screw 239 and piston 2313
2310 head and the tail both ends are connect with connecting rod fastening screw 239 and piston 2313 respectively, the belt pulley 238 by connecting rod 2310 with
Piston 2313 is sequentially connected, and 2312 side of piston cylinder is equipped with air intake duct 232, described 232 one end of air intake duct and piston
Cylinder 2312 is connected, and the piston cylinder 2312 and heat-collecting box 234 are connected by heat conducting pipe 233,234 side of heat-collecting box
Equipped with product heat cal rod 235, described 235 one end of product heat cal rod is connect with heat-collecting box 234.
The driving sleeve 231 is fastened on motor shaft 2111, the driving sleeve 231 and belt pulley 238
It is sequentially connected by transmission belt 237.
The static contact 226 and moving contact 227 is connect through outer cover 24 with driving motor 2110 by conducting wire.
4 both sides of hot stove are equipped with connecting pipe 6 and are connected respectively with air intake duct 232 and product heat cal rod 235.
The principle of the present invention：
Hydraulic cylinder 12 is controlled by PLC controller 9 to lift, make hot stove 4 first when user wants using the present invention
Rise, can make transversely 10 transverse shifting of sliding rail of hydraulic cylinder fixed seat 11 by controlling stroke motor 13, will then need to add
The glass of heat is vertically disposed on 219 top surface of driven fluted disc, and one jiao is inserted in lower glass fixing clip set 218, and locking screw
Lead screw makes glass lower half portion be fixed on driven fluted disc 219, keeps tractive magnet 2210 logical by the control of PLC controller 9
Electricity because the factor armature 2211 in magnetic field and iron driving member 229 can be drawn close to tractive magnet 2210 because armature 2211 with
Movable base plate 224 is connected using interference, so movable base plate 224 can be along 223 slide downward of first longitudinal direction sliding slot, because of movable base
Plate 224 and plectane 215 are connected by central shaft 216, so plectane 215 can pull upper glass fixing clip set 214 by steel cable 213
Close to glass, when armature 2211 and tractive magnet 2210 are in contact, upper glass fixing clip set 214 is fastened in glass
On another angle, to realize that glass is completely fixed on driven fluted disc 219, prevents from throwing away when rotation, be controlled by PLC controller 9
Hydraulic cylinder 12 processed declines, the connecting tube for making 4 bottom surface of hot stove be fitted on 219 top surface of driven fluted disc, and 4 both sides of hot stove being made to be equipped with
Part 6 is connect with product heat cal rod 235 and air intake duct 232 respectively, quiet when iron driving member 229 and tractive magnet 2210 are in contact
Contact 226 and moving contact 227 are closed, and driving motor 2110 is powered at this time and drive motor shaft 2111 rotates, and makes driving gear
2112 rotate and driven fluted disc 219 are driven to rotate, to realize that glass is heated in 4 Rotating with Uniform of hot stove；Because of driving sleeve 231
It is fastened on motor shaft 2111, so driving sleeve 231 rotates and belt pulley 238 is driven to rotate, belt pulley 238 passes through company
2310 drive piston 2313 of bar is slided along 2312 inner wall of piston cylinder, be will produce draught head in 2313 motion process of piston, is passed through suction
Tracheae 232 is by the 4 a part of hot gas sucker cylinder 2312 in inside of hot stove, and thrust when utilization 2313 slide downward of piston will be hot
Gas is pushed into heat-collecting box 234 by heat conducting pipe 233, recycles heat using heat-collecting box 234, and export heat by product heat cal rod 235
Hot stove 4 makes the heat that heating element 5 generates improve the efficiency of heating surface of glass, and reduce energy consumption in 4 internal circulation flow of hot stove.
Tractive magnet 2210 of the present invention is switched on a kind of device for generating electromagnetism.Iron core be externally wrapped with
The conductive winding that its power matches, this coil to alive have magnetism as magnet, are magnetic when being powered, and break
Magnetic just disappears therewith after electricity.
Problems solved by the invention is that glass heating device in the prior art is difficult to keep glass uniform during heating
It is heated, it is difficult to ensure glass quality, the probability revealed in sunlight is exposed to the sun for a long time can increase, and be needed after heating to be added
Glass can just be taken out, not only be wasted time by hot stove cooling a period of time, staff, but also inefficient, and the present invention is logical
Being combined with each other for above-mentioned component is crossed, glass thermally equivalent device 2 of the present invention can make glass in heat by glass rotating mechanism 21
4 internal rotating of stove, makes its thermally equivalent, and the heat generated when heating element 5 can be made to work by hot gas cycle mechanism 23 exists
It circulates inside hot stove 4, to improve the efficiency of heating surface of glass, is matched by hydraulic cylinder fixed seat 11 and hydraulic cylinder 12,
It can realize 4 multidimensional movement of hot stove, be taken out after facilitating glass to heat.
Claims (8)
1. a kind of building curtain wall glass manufacture heating device, structure includes pedestal (1), glass thermally equivalent device (2), curtain
Wall glass (3), hot stove (4), heating element (5), connecting pipe (6), pillar (7), connector (8), PLC controller (9), transverse direction
Sliding rail (10), hydraulic cylinder fixed seat (11), hydraulic cylinder (12), stroke motor (13), the pedestal (1) be set to glass uniformly by
Thermal (2) bottom and the two, which use, to be interference fitted, and described glass thermally equivalent device (2) top center is uniformly set
There are two cladding glass (3), the cladding glass (3) and glass thermally equivalent device (2) flexible connection, the glass are equal
Even heating device (2) rear end is equipped with PLC controller (9) and the two matches, it is characterised in that：
Described glass thermally equivalent device (2) both sides are uniformly equidistantly equipped with four horizontal slide rails (10), the horizontal slide rail
(10) it is fastened on glass thermally equivalent device (2) unit with grooves in outer wall, described glass thermally equivalent device (2) upper center
Position is equipped with hot stove (4) and the two matches, and the hot stove (4) is cylindrical structure and top is equipped with heating element
(5), the heating element (5) and hot stove (4) match, and the hot stove (4) both sides are equipped with hydraulic cylinder (12), the liquid
Cylinder pressure (12) and pillar (7) form L-type structure with hot stove (4) using being interference fitted, and the hydraulic cylinder (12) and pillar (7) are logical
It crosses connector (8) to be connected, connecting pipe (6) is equipped with below the pillar (7), the connecting pipe (6) is fastened
On hot stove (4) groove, the hydraulic cylinder (12) is vertically fixed on hydraulic cylinder fixed seat (11) groove, the hydraulic cylinder
For fixed seat (11) with horizontal slide rail (10) using being slidably matched, described hydraulic cylinder fixed seat (11) side is equipped with stroke motor
(13) and the two matches, and the hydraulic cylinder (12) and stroke motor (13) are electrically connected with PLC controller (9), described
Glass thermally equivalent device (2) is by glass rotating mechanism (21), driving mechanism (22), hot gas cycle mechanism (23), outer cover (24)
Composition, the driving mechanism (22) is set to outer cover (24) inner hub location and the two is gap-matched, and described is outer
It covers (24) top center and is equipped with glass rotating mechanism (21), the glass rotating mechanism (21) and driving mechanism (22) phase
Cooperation, the driving mechanism (22) side are equipped with hot gas cycle mechanism (23), the hot gas cycle mechanism (23) and glass
Rotating mechanism (21) matches.
2. a kind of building curtain wall glass manufacture heating device according to claim 1, it is characterised in that：The active
Mechanism (22) is by No.1 annular ball slide rail (221), sliding block (222), first longitudinal direction sliding slot (223), movable base plate (224), branch
Frame (225), static contact (226), moving contact (227), second longitudinal direction sliding slot (228), iron driving member (229), tractive magnet
(2210), armature (2211) forms, and the movable base plate (224) both sides are equipped with first longitudinal direction sliding slot (223) and the two is adopted
With being slidably matched, No.1 annular ball slide rail (221), No.1 annular rolling are equipped with above the movable base plate (224)
Pearl sliding rail (221) is fastened on outer cover (24) inboard wall groove, and the first longitudinal direction sliding slot (223) passes through sliding block (222)
With No.1 annular ball slide rail (221) using being slidably matched, the movable base plate (224) bottom centre position is equipped with armature
(2211) and the two is using interference fit, and the movable base plate (224) lower central position is equipped with tractive magnet
(2210), the holder (225) that the tractive magnet (2210) is equipped with by both sides is fixed on No.1 annular ball slide rail
(221) lower end, the tractive magnet (2210) and armature (2211) match, below the tractive magnet (2210)
Equipped with iron driving member (229), described iron driving member (229) both sides are equipped with second longitudinal direction sliding slot (228), and described is iron
Driving member (229) is used with second longitudinal direction sliding slot (228) and is slidably matched, second longitudinal direction sliding slot (228) upper end and holder
(225) it is interlocked, the iron driving member (229) and tractive magnet (2210) match, the holder (225) bottom
Equipped with static contact (226) and the two using interference fit, be equipped with below the static contact (226) moving contact (227) and
The two matches, and the moving contact (227) is fastened on iron driving member (229).
3. a kind of building curtain wall glass manufacture heating device according to claim 1, it is characterised in that：The glass
Rotating mechanism (21) is by No. two annular ball slide rails (211), annular sliding sleeve (212), steel cable (213), upper glass fixing clip set
(214), plectane (215), central shaft (216), pedestal (217), lower glass fixing clip set (218), driven fluted disc (219), driving
Motor (2110), motor shaft (2111), driving gear (2112) composition, described driven fluted disc (219) top center are set
There is annular sliding sleeve (212) and the two is mutually welded, the driven fluted disc (219) passes through annular sliding sleeve (212) and No. two annulars
Using being slidably matched, described No. two annular ball slide rails (211) are fastened recessed in outer cover (24) top surface ball slide rail (211)
On slot, described driven fluted disc (219) side is equipped with driving motor (2110), and the driving motor (2110) bottom end is equipped with electricity
Arbor (2111) and the two is gap-matched, the driving gear (2112) is fastened on motor shaft (2111) simultaneously
And be meshed with driven fluted disc (219), described driven fluted disc (219) top center is equipped with pedestal (217) and the two
Using interference fit, the pedestal (217) both sides are equipped with lower glass fixing clip set (218), the lower glass fixing clip set
(218) it is flexibly connected with pedestal (217), the pedestal (217) upper center position is equipped with plectane (215), the plectane
(215) bottom centre position is equipped with central shaft (216) and the two is using interference fit, the plectane (215) and movable base
Plate (224) is connected by central shaft (216), and two steel cables (213), institute are uniformly equidistantly equipped at the top of the plectane (215)
The steel cable (213) and plectane (215) stated are gap-matched, and the plectane (215) is fixed by steel cable (213) with upper glass
Chuck (214) connects, and the upper glass fixing clip set (214) and lower glass fixing clip set (218) match.
4. a kind of building curtain wall glass manufacture heating device according to claim 1, it is characterised in that：The glass
Rotating mechanism (21) is by motor shaft (2111) and hot gas cycle mechanism (23) using drive connection.
5. a kind of building curtain wall glass manufacture heating device according to claim 1, it is characterised in that：The hot gas
Circulation mechanism (23) by driving sleeve (231), air intake duct (232), heat conducting pipe (233), heat-collecting box (234), product heat cal rod (235),
Transmission belt limits pulley (236), transmission belt (237), belt pulley (238), connecting rod fastening screw (239), connecting rod (2310), positioning
Bearing (2311), piston cylinder (2312), piston (2313) composition, the piston cylinder (2312) and outer cover (24) are matched using interference
It closes, the piston cylinder (2312) top is equipped with positioning support (2311) and the two is using interference fit, the piston cylinder
(2312) it is connect with belt pulley (238) by positioning support (2311), the belt pulley (238) is living with positioning support (2311)
Dynamic connection, the belt pulley (238) side is equipped with connecting rod fastening screw (239) and the two uses screw-thread fit, described
Piston cylinder (2312) is internally provided with piston (2313) and the two using being slidably matched, the connecting rod fastening screw (239) and
Between piston (2313) be equipped with connecting rod (2310), the connecting rod (2310) head and the tail both ends respectively with connecting rod fastening screw (239)
It is connected with piston (2313), the belt pulley (238) is sequentially connected by connecting rod (2310) and piston (2313), the work
Plug tube (2312) side is equipped with air intake duct (232), and the air intake duct (232) one end is connected with piston cylinder (2312), described
Piston cylinder (2312) and heat-collecting box (234) by heat conducting pipe (233) connect, the heat-collecting box (234) side be equipped with backheat
It manages (235), the product heat cal rod (235) one end is connect with heat-collecting box (234).
6. a kind of building curtain wall glass manufacture heating device according to claim 5, it is characterised in that：The transmission
Axle sleeve (231) is fastened on motor shaft (2111), and the driving sleeve (231) and belt pulley (238) pass through transmission belt
(237) it is sequentially connected.
7. a kind of building curtain wall glass manufacture heating device according to claim 2, it is characterised in that：The stationary contact
Head (226) and moving contact (227) are connect through outer cover (24) with driving motor (2110) by conducting wire.
8. a kind of building curtain wall glass manufacture heating device according to claim 1, it is characterised in that：The hot stove
(4) both sides are equipped with connecting pipe (6) and are connected respectively with air intake duct (232) and product heat cal rod (235).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810629846.XA CN108503197A (en) | 2018-06-19 | 2018-06-19 | A kind of building curtain wall glass manufacture heating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810629846.XA CN108503197A (en) | 2018-06-19 | 2018-06-19 | A kind of building curtain wall glass manufacture heating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108503197A true CN108503197A (en) | 2018-09-07 |
Family
ID=63403596
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810629846.XA Withdrawn CN108503197A (en) | 2018-06-19 | 2018-06-19 | A kind of building curtain wall glass manufacture heating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108503197A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108870963A (en) * | 2018-07-12 | 2018-11-23 | 佛山市高捷工业炉有限公司 | A kind of electromagnet smelting furnace |
-
2018
- 2018-06-19 CN CN201810629846.XA patent/CN108503197A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108870963A (en) * | 2018-07-12 | 2018-11-23 | 佛山市高捷工业炉有限公司 | A kind of electromagnet smelting furnace |
| CN108870963B (en) * | 2018-07-12 | 2019-08-02 | 青岛泰家金属制品有限公司 | A kind of electromagnet smelting furnace |
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Application publication date: 20180907 |