CN207581653U - A kind of novel 3D bend glass processing unit (plant)s - Google Patents
A kind of novel 3D bend glass processing unit (plant)s Download PDFInfo
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- CN207581653U CN207581653U CN201721514907.5U CN201721514907U CN207581653U CN 207581653 U CN207581653 U CN 207581653U CN 201721514907 U CN201721514907 U CN 201721514907U CN 207581653 U CN207581653 U CN 207581653U
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- furnace body
- top surface
- guide post
- upper spacer
- left guide
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Abstract
The utility model discloses a kind of novel 3D bend glass processing unit (plant)s, levels distribution, and small, simple and reasonable, temperature is uniform；Mold is convenient for dismounting and clean, and can increase the contact area of glass and hot-air, can accelerate the softening rate of glass.In the utility model, left protective door is mounted on furnace body left side close to bottom position, the left guide sleeve is mounted in the mounting hole on furnace body top surface, the left guide post is mounted in left guide sleeve and left guide post can be moved up and down along left guide sleeve, the left hoistable platform is mounted on the bottom of left guide post, the first baffle is mounted on left hoistable platform top surface, and the upper spacer and lower clapboard are fixedly arranged in furnace body；The mold of the utility model includes cope plate, punch-pin, cavity plate, lower template；The cope plate is formed with longitudinal straight slot, and the longitudinal direction straight slot both sides of the edge are equipped with the baffle to extend internally.
Description
Technical field
The utility model is related to a kind of bend glass processing unit (plant)s, are processed specifically for the hot bending of bend glass.
Background technology
Bend glass screen used in the electronic products such as mobile phone is by needing to carry out hot bending processing；Bending furnace belongs to
One kind of hot bending device.Complicated, the installation maintenance complexity of glass bending furnace (being processed dedicated for the hot bending of glass).
Glass is placed into after cutting, washing the preliminary working such as mill in mold, and mold is admitted to by feed arrangement in heating unit, glass
By thermal softening in heating unit, pressing mold by die arrangement (forcing press) makes glass molding (can not also pass through pressure
The pressure holding of machine, directly after the heating glass comply with mold cavity structure variation, eventually by annealing and be cooled and shaped), finally
Mold is sent out by transmission device.In the prior art, mold is made of the mold and lower mold for mutually covering conjunction, and mold makes
Between it there are problems that some such as 1, glass are held on upper and lower mold in the process, the contact area of glass and hot-air is small, glass
Glass softening rate is slow, affects processing efficiency；2nd, mold is more heavy, and dismounting is difficult, and inconvenience cleaning is removed from the molds molding
The process of glass is complex and time-consuming longer, affects processing efficiency；3rd, the complicated integral structure of glass bending furnace, volume
Greatly, length is long, takes up space excessive.
Utility model content
The technical problem to be solved by the utility model is to the deficiencies in for the above-mentioned prior art, disclose a kind of new
The 3D bend glass processing unit (plant)s of type, levels distribution, small, simple and reasonable, temperature is uniform；Mold is convenient for
Dismounting and cleaning can increase the contact area of glass and hot-air, can accelerate the softening rate of glass.
Technical solution is used by the utility model solves its technical problem：A kind of novel 3D bend glasses processing dress
Put, including furnace body, limiting plate, upper spacer, left hoistable platform, left protective door, first baffle, left guide sleeve, left guide post, it is left every
Plate, annealing wind turbine, heater, right guide sleeve, right clapboard, cooling blower, right protective door, mould trolley, second baffle, the right side are led
Column, right hoistable platform and lower clapboard；The left protective door is mounted on furnace body left side close to bottom position, the left guide sleeve peace
In the mounting hole on furnace body top surface, the left guide post is mounted in left guide sleeve and left guide post can be moved down along left guide sleeve
Dynamic, the left hoistable platform is mounted on the bottom of left guide post, and the first baffle is mounted on left hoistable platform top surface, it is described on
Partition board and lower clapboard are fixedly arranged in furnace body, and the limiting plate is mounted in furnace body and limiting plate is located at left hoistable platform
Underface, the annealing wind turbine be fixedly mounted on the top surface of furnace body and retract wind turbine by upper spacer in pipeline and furnace body and under
Through-hole connection between partition board, the heater are mounted in the mounting hole on furnace body top surface, and the right protective door is mounted on stove
Body right side is close to apical position, and the right guide sleeve is mounted in the mounting hole on upper spacer, and the right guide post is mounted on the right side
In guide sleeve and right guide post can be moved up and down along right guide sleeve, and the right hoistable platform is mounted on the bottom of right guide post, and described the
Two baffles are mounted on right hoistable platform top surface, the left clapboard and right clapboard be all mounted on furnace body inner top surface and upper spacer it
Between, the cooling blower be fixedly mounted on the top surface of furnace body and cooling blower by pipeline and furnace body inner bottom surface and lower clapboard it
Between through-hole connection, mold is installed on the mould trolley and mould trolley can move left and right in furnace body, the upper spacer
Top surface, lower clapboard top surface, left hoistable platform top surface and right hoistable platform top surface are fitted with the track moved for mould trolley；
The mold includes cope plate, punch-pin, cavity plate, lower template；The cope plate is formed with longitudinal straight slot, described
Longitudinal straight slot both sides of the edge are equipped with the baffle to extend internally, and the punch-pin passes through longitudinal straight slot and presses baffle；The lower die
Plate is formed with accommodating cavity, and the cavity plate is held in accommodating cavity；The punch-pin is formed with core, the cavity plate be formed with
The cavity of core cooperation；The cope plate is equipped with several positioning columns, and the lower template is equipped with several receiving positioning columns
Locating slot, the length of the positioning column is less than the depth of locating slot, spring is equipped in the locating slot.
A kind of preferred embodiment as the utility model：It is located at the right side between the furnace body inner top surface and upper spacer top surface
Partition board left area is preheating zone, and region is heat between left clapboard and right clapboard between furnace body inner top surface and upper spacer top surface
Curved area, region between upper spacer bottom surface and lower clapboard top surface are annealed zone, the area between furnace body inner bottom surface and lower clapboard bottom surface
Domain is cooling zone；Stepper motor is installed on the mould trolley；It is equipped in the hot bending area for compaction mold trolley
Mold forcing press.
A kind of preferred embodiment as the utility model：In the hot bending area, the position directly below of corresponding pressure machine,
It is provided with for mould trolley to be located in the limiting cylinder immediately below forcing press, after the limiting piston bar rise of limiting cylinder,
By mould trolley limiting on the upper spacer of the underface of forcing press.
A kind of preferred embodiment as the utility model：It is also respectively used to drive the left guide post and the right side comprising two
The drive component of guide post lifting；Each the driving component includes the twin shaft cylinder being fixedly mounted, two pistons of twin shaft cylinder
Bar upwardly extend and, the tops of two piston rods of the twin shaft cylinder of every group of drive component respectively with corresponding all left guide posts and
The top of all right guide posts is connected on connecting rod simultaneously.
A kind of preferred embodiment as the utility model：The cavity plate edge is equipped with several notches；The positioning
The number of column is for four and respectively positioned at the four corners of cope plate；Stage portion is equipped in the accommodating cavity, the cavity plate is taken
It holds in stage portion；Described longitudinal direction straight slot one end blocks, the longitudinal direction straight slot other end perforation.
A kind of preferred embodiment as the utility model：Close to the position on top and the right side on the left guide post
Position on guide post close to top is separately installed with retainer ring.
The utility model has the following advantages compared with prior art：
A kind of novel 3D bend glass processing unit (plant)s, small by the mold for being equipped with raw material first disclosed in the utility model
Vehicle enters station on the right side of furnace body, and right protective door is opened at this time, and truck enters the preheating zone in furnace body, is closed with rear right protective door
It closes, after mould trolley is preheated in preheating zone, right clapboard is opened, and mould trolley enters hot bending area, and after hot bending area heat is complete, mold is small
Vehicle will run to the right side of left clapboard, at this point, left clapboard is opened, mould trolley enters left hoistable platform；With rear left guide post
It is decreased until that limiting plate is encountered in left hoistable platform bottom surface, left guide post is out of service, and left hoistable platform is concordant with lower clapboard at this time, mould
Tool trolley enters annealed zone and anneals, and left hoistable platform, which rises, to be resetted；Mould trolley will be run after annealing in annealed zone
Onto right hoistable platform, it is decreased until that furnace body inner bottom surface is encountered in right hoistable platform bottom surface with rear right guide post, right guide post is out of service,
Right hoistable platform is concordant with furnace body bottom surface at this time, and mould trolley enters cooling zone and cooled down, after the completion of cooling, left protective door
It opens, mould trolley will be flowed out from left protective door, and left protective door is closed, and complete hot bending operation, and overall structure is simple, peace
Fill it is easy to maintain, it is unattended；Quick heating, good heat insulation, furnace temperature are uniform, be not easy burning, operation and maintenance is more convenient, the thermal efficiency is high
The advantages that, meet industrial requirement.
It is flexible connection between the cope plate of the mold of the utility model, punch-pin, cavity plate, lower template, it is simple in structure, it is convenient for
Dismounting and cleaning；Cavity plate volume essence is small, convenient for flexibly taking out and inclining to formed glass is gone out, improves the convenient of formed glass transfer
Property, the radiating rate of formed glass is accelerated, improves production and processing efficiency；The mold of the utility model is equipped in locating slot
Spring increases the gap of punch-pin and cavity plate, increases the contact area of glass and hot-air, accelerates the softening speed of glass
Degree, improves production and processing efficiency.
Description of the drawings
Fig. 1 is a kind of overall structure diagram of specific embodiment of the utility model；
Fig. 2 is a kind of structure diagram of preferred embodiment of the position of the left guide post of Fig. 1；
Fig. 3 is a kind of structure diagram of specific embodiment of the mold of the utility model.
Reference sign：
1- furnace bodies, 2- limiting plates, 3- upper spacers, the left hoistable platforms of 4-, the left protective doors of 5-, 6- first baffles, the left guiding of 7-
Set, the left guide posts of 8-, 9- left clapboards, 10- annealing wind turbines, 11- heaters, the right guide sleeves of 12-, 13- right clapboards, 14- cooling blowers,
The right protective doors of 15-, 16- mould trolleys, 17- second baffles, the right guide posts of 18-, the right hoistable platforms of 19-, 20- lower clapboards, 21- hot bendings
Area, 22- preheating zones, 23- annealed zones, 24- cooling zones, 25- forcing presses, 26- connecting rods, 27- piston rods, 28- twin shaft cylinders；
100- molds, 101- cope plates, 102- punch-pin, 103- cavity plates, 104- lower templates, 105- springs, 110- are longitudinally logical
Slot, 111- baffles, 112- positioning columns, 120- cores, 131- notches, 140- house cavity, 141- stage portions, 142- locating slots.
Specific embodiment
The utility model is described in detail in shown each embodiment below in conjunction with the accompanying drawings, but it should explanation,
These embodiments are not limitation of the utility model, and those of ordinary skill in the art are according to these embodiment institute works
Energy, method or equivalent transformation or replacement in structure, belong within the scope of protection of the utility model.
As shown in Figures 1 to 3, it illustrates specific embodiment of the utility model；As shown in the figure, disclosed in the utility model
A kind of novel 3D bend glass processing unit (plant)s, including furnace body 1, limiting plate 2, upper spacer 3, left hoistable platform 4, left protective door 5,
First baffle 6, left guide sleeve 7, left guide post 8, left clapboard 9, annealing wind turbine 10, heater 11, right guide sleeve 12, right clapboard 13,
Cooling blower 14, right protective door 15, mould trolley 16, second baffle 17, right guide post 18, right hoistable platform 19 and lower clapboard 20；
The left protective door is mounted on furnace body left side close to bottom position, and the left guide sleeve is mounted on the mounting hole on furnace body top surface
In, the left guide post is mounted in left guide sleeve and left guide post can be moved up and down along left guide sleeve, the left hoistable platform installation
In the bottom of left guide post, the first baffle is mounted on left hoistable platform top surface, the upper spacer and all fixed peace of lower clapboard
In furnace body, the limiting plate is mounted in furnace body and limiting plate is located at the underface of left hoistable platform, the annealing wind turbine
It is fixedly mounted on the top surface of furnace body and retracts wind turbine and connected by the through-hole in pipeline and furnace body between upper spacer and lower clapboard,
The heater is mounted in the mounting hole on furnace body top surface, and the right protective door is mounted on furnace body right side close to top position
It puts, the right guide sleeve is mounted in the mounting hole on upper spacer, and the right guide post is mounted in right guide sleeve and right guide post can
It is moved up and down along right guide sleeve, the right hoistable platform is mounted on the bottom of right guide post, and the second baffle is mounted on right lifting
On platform top surface, the left clapboard and right clapboard are all mounted between furnace body inner top surface and upper spacer, and the cooling blower is fixed
On the top surface of furnace body and cooling blower is connected by the through-hole between pipeline and furnace body inner bottom surface and lower clapboard, the mould
Mold 100 is installed and mould trolley can move left and right in furnace body on tool trolley, the upper spacer top surface, lower clapboard top surface,
Left hoistable platform top surface and right hoistable platform top surface are fitted with the track moved for mould trolley；
The mold includes cope plate 101, punch-pin 102, cavity plate 103, lower template 104；The cope plate is formed with
Longitudinal straight slot 110, the longitudinal direction straight slot both sides of the edge are equipped with the baffle 111 to extend internally, and the punch-pin passes through longitudinal straight slot
And press baffle；The lower template is formed with accommodating cavity 140, and the cavity plate is held in accommodating cavity；The punch-pin is formed
There is core 120, the cavity plate is formed with the cavity coordinated with core；The cope plate is equipped with several positioning columns 112, described
Lower template is equipped with the locating slot 142 of several receiving positioning columns, and the length of the positioning column is less than the depth of locating slot, described
Spring 105 is equipped in locating slot.
Preferably, as shown in the figure：Positioned at right clapboard left area it is pre- between the furnace body inner top surface and upper spacer top surface
Hot-zone 22, between furnace body inner top surface and upper spacer top surface between left clapboard and right clapboard region be hot bending area 21, upper spacer
Region between bottom surface and lower clapboard top surface is annealed zone 23, and the region between furnace body inner bottom surface and lower clapboard bottom surface is cooling zone
24；Stepper motor is installed on the mould trolley；Mold on compaction mold trolley is installed in the hot bending area
Forcing press 25.
Preferably, as shown in Figure 1：In the hot bending area, the position directly below of corresponding pressure machine is provided with for by mold
Trolley is located in the limiting cylinder immediately below forcing press, and after the limiting piston bar rise of limiting cylinder, mould trolley limiting is existed
On the upper spacer of the underface of forcing press.Forcing press is pushed when needing and pressing mold, assistant formation.Limiting cylinder
Cylinder body can be embedded in the furnace body top plate or upper spacer of corresponding position, cylinder body is staggered the advance track of mould trolley；
The moving trolley of the prior art may be used as in the system of processing of carrier in mould trolley translation structure in orbit, specifically
The details of moving structure repeats no more.
Preferably, as shown in Figure 2：Also the driving group that the left guide post and right guide post is driven to lift is respectively used to comprising two
Part；Each the driving component includes the twin shaft cylinder 28 being fixedly mounted, two piston rods 27 of twin shaft cylinder upwardly extend and,
The top of two piston rods of the twin shaft cylinder of every group of drive component respectively with corresponding all left guide posts and all right guide posts
Top is connected to simultaneously on connecting rod 26.Twin shaft cylinder has two piston rods, therefore can smoothly drive corresponding left guide post
It is lifted simultaneously with right guide post.By lift action whole device short transverse be layered structure, therefore space become
Small, structure becomes compact.
Preferably, as shown in Figure 3：The cavity plate edge is equipped with several notches 131；The number of the positioning column is four
And it is located at the four corners of cope plate respectively；Stage portion 141 is equipped in the accommodating cavity, the cavity plate, which is taken, to be held in stage portion
On；Described longitudinal direction straight slot one end blocks, the longitudinal direction straight slot other end perforation.Described longitudinal direction 10 one end of straight slot blocks, described vertical
It is penetrated through to 10 other end of straight slot, enhances the connective stability of cope plate 1 and punch-pin 2.The cavity plate 3, which is taken, to be held in stage portion 41
On, improve the stability that cavity plate 3 is placed.3 volume essence of cavity plate is small, convenient for flexibly take out and incline from lower template 4 to go out molding
Glass improves the convenience of formed glass transfer, accelerates the radiating rate of formed glass, improve production and processing efficiency.
3 edge of cavity plate is set there are four notch 31, increases the convenience for picking and placeing cavity plate 3.Cope plate 1, punch-pin 2, cavity plate 3, lower die
It is flexible connection between plate 4, simple in structure, easy to disassemble and cleaning.Cavity 30 and the bend glass screen shape of required processing
Match.Glass is located at when being heated in furnace body, and spring 5 can hold up cope plate 1, increase the gap of punch-pin 2 and cavity plate 3, increases
The big contact area of glass and hot-air, accelerates the softening rate of glass, improves production and processing efficiency.
Preferably, as shown in Figure 1：Close to top on the position on top and the right guide post on the left guide post
Position is separately installed with retainer ring.Retainer ring realizes the limiting of left 4 upper limit position of hoistable platform, realizes that left hoistable platform 4 pushes up
Face and 20 either flush of lower clapboard.Likewise, retainer ring realizes the limiting of right 19 upper limit position of hoistable platform, right lifting is realized
19 top surface of platform and 3 either flush of upper spacer.
The a series of tool that the feasibility embodiment only for the utility model is described in detail of those listed above
Body illustrates, they are all to be made without departing from the utility model skill spirit not to limit the scope of protection of the utility model
Equivalent implementations or change should be included within the scope of protection of this utility model.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in each embodiment can also be properly combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (6)
1. a kind of novel 3D bend glass processing unit (plant)s, it is characterised in that：It is flat including furnace body, limiting plate, upper spacer, left lifting
Platform, left protective door, first baffle, left guide sleeve, left guide post, left clapboard, annealing wind turbine, heater, right guide sleeve, right clapboard,
Cooling blower, right protective door, mould trolley, second baffle, right guide post, right hoistable platform and lower clapboard；The left protective door peace
Mounted in furnace body left side close to bottom position, the left guide sleeve is mounted in the mounting hole on furnace body top surface, the left guide post
In left guide sleeve and left guide post can be moved up and down along left guide sleeve, and the left hoistable platform is mounted on the bottom of left guide post
Portion, the first baffle are mounted on left hoistable platform top surface, and the upper spacer and lower clapboard are fixedly arranged in furnace body, institute
Limiting plate is stated in furnace body and limiting plate is located at the underface of left hoistable platform, the annealing wind turbine is fixedly mounted on furnace body
Top surface on and retract wind turbine and pass through through-hole between upper spacer and lower clapboard in pipeline and furnace body and connect, the heater installation
In mounting hole on furnace body top surface, the right protective door is mounted on furnace body right side close to apical position, the right guide sleeve
In the mounting hole on upper spacer, the right guide post is mounted in right guide sleeve and right guide post can be moved down along right guide sleeve
Dynamic, the right hoistable platform is mounted on the bottom of right guide post, and the second baffle is mounted on right hoistable platform top surface, the left side
Partition board and right clapboard are all mounted between furnace body inner top surface and upper spacer, and the cooling blower is fixedly mounted on the top surface of furnace body
And cooling blower is connected by the through-hole between pipeline and furnace body inner bottom surface and lower clapboard, and mold is equipped on the mould trolley
And mould trolley can move left and right in furnace body, the upper spacer top surface, lower clapboard top surface, left hoistable platform top surface and right lifting
Platform top surface is fitted with the track moved for mould trolley；
The mold includes cope plate, punch-pin, cavity plate, lower template；The cope plate is formed with longitudinal straight slot, the longitudinal direction
Straight slot both sides of the edge are equipped with the baffle to extend internally, and the punch-pin passes through longitudinal straight slot and presses baffle；The lower template shape
Into there is accommodating cavity, the cavity plate is held in accommodating cavity；The punch-pin is formed with core, and the cavity plate is formed with and core
The cavity of cooperation；The cope plate is equipped with several positioning columns, and the lower template is equipped with determining for several receiving positioning columns
Position slot, the length of the positioning column are less than the depth of locating slot, spring are equipped in the locating slot.
2. a kind of novel 3D bend glass processing unit (plant)s as described in claim 1, it is characterised in that：The furnace body inner top surface
It is preheating zone to be located at right clapboard left area between upper spacer top surface, be located between furnace body inner top surface and upper spacer top surface it is left every
Region is hot bending area between plate and right clapboard, and region between upper spacer bottom surface and lower clapboard top surface is annealed zone, bottom in furnace body
Region between face and lower clapboard bottom surface is cooling zone；Stepper motor is installed on the mould trolley；Pacify in the hot bending area
Forcing press equipped with the mold on compaction mold trolley.
3. a kind of novel 3D bend glass processing unit (plant)s as claimed in claim 2, it is characterised in that：In the hot bending area,
The position directly below of corresponding pressure machine is provided with for mould trolley to be located in the limiting cylinder immediately below forcing press, limiting
After the limiting piston bar of cylinder rises, by mould trolley limiting on the upper spacer of the underface of forcing press.
4. a kind of novel 3D bend glass processing unit (plant)s as described in claim 1, it is characterised in that：Also include two difference
For the drive component that the left guide post and right guide post is driven to lift；Each the driving component includes the twin shaft gas being fixedly mounted
Cylinder, two piston rods of twin shaft cylinder upwardly extend and, the top of two piston rods of the twin shaft cylinder of every group of drive component point
Top not with corresponding all left guide posts and all right guide posts is connected on connecting rod simultaneously.
5. a kind of novel 3D bend glass processing unit (plant)s as described in claim 1, it is characterised in that：The cavity plate edge is set
There are several notches；The number of the positioning column is for four and respectively positioned at the four corners of cope plate；In the accommodating cavity
Equipped with stage portion, the cavity plate, which is taken, to be held in stage portion；Described longitudinal direction straight slot one end blocks, and the longitudinal direction straight slot other end passes through
It is logical.
6. a kind of novel 3D bend glass processing unit (plant)s as described in claim 1, it is characterised in that：It is leaned on the left guide post
On the position on nearly top and the right guide post retainer ring is separately installed with close to the position on top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721514907.5U CN207581653U (en) | 2017-11-14 | 2017-11-14 | A kind of novel 3D bend glass processing unit (plant)s |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721514907.5U CN207581653U (en) | 2017-11-14 | 2017-11-14 | A kind of novel 3D bend glass processing unit (plant)s |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207581653U true CN207581653U (en) | 2018-07-06 |
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ID=62731649
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721514907.5U Expired - Fee Related CN207581653U (en) | 2017-11-14 | 2017-11-14 | A kind of novel 3D bend glass processing unit (plant)s |
Country Status (1)
| Country | Link |
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| CN (1) | CN207581653U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110455073A (en) * | 2019-09-01 | 2019-11-15 | 洛阳软连精密制造有限公司 | A kind of energy-saving tunnel kiln |
-
2017
- 2017-11-14 CN CN201721514907.5U patent/CN207581653U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110455073A (en) * | 2019-09-01 | 2019-11-15 | 洛阳软连精密制造有限公司 | A kind of energy-saving tunnel kiln |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180706 Termination date: 20181114 |