CN206970467U - Glass breaker - Google Patents

Abstract

It the utility model is related to glass production processing technique field, a kind of more particularly to glass breaker, including frame, flanging crossbeam and relative formed located at flanging below the crossbeam and between flanging crossbeam and break disconnected crossbeam for the passage by glass, frame is provided with lower drive mechanism on first for being connected with flanging crossbeam and driving that flanging crossbeam moves up and down, the horizontal drive mechanism for being connected and driving direction of advance of the flanging crossbeam along glass to move horizontally with flanging crossbeam, it is connected with breaking disconnected crossbeam and drives lower drive mechanism and the pressing roll mechanism positioned at both sides of the flanging crossbeam along glass direction of advance on break that disconnected crossbeam moves up and down second, pressing roll mechanism is located at the top of glass；Lower drive mechanism on first, horizontal drive mechanism, lower drive mechanism is connected with a control unit on second.By the cooperation of lower drive mechanism and two pressing roll mechanisms on lower drive mechanism on first, horizontal drive mechanism, second, sliver can be carried out to glass simultaneously and deburring operates.

Description

Glass breaker

Technical field

It the utility model is related to glass production processing technique field, more particularly to a kind of glass breaker.

Background technology

Glass post-processing level is one of important indicator for weighing glass industry development level.In glass post-processing production line On, large stretch of glass by rip cutting, it is crosscutting after, if obtaining the small glass sheets of dry plate goal standard, need to carry out it afterwards Sliver and deburring (breaking side) operation, have obtained the sheet glass of target size.Traditional operating method is using artificial sliver and repaiied Side, the shortcomings that quality of production is unstable, automaticity is low be present.

Some in the prior art be present can realize the breaking machine of glass sliver operation, and its principle is will to have pulled line of cut Glass plate be placed on the mobile platform of breaking machine, glass-cutting line to be split is being moved to sliver pressing plate just by mobile platform Lower section, impact is pushed come the glass that splits by sliver pressing plate.These breaking machines can only carry out sliver operation, and nothing to glass plate Method realizes deburring, and flow chart is complicated, and efficiency is low.

Utility model content

The technical problems to be solved in the utility model is to provide one kind can carry out sliver and deburring operation to glass simultaneously Glass breaker, to overcome the drawbacks described above of prior art.

In order to solve the above-mentioned technical problem, the utility model adopts the following technical scheme that：A kind of glass breaker, including machine Frame, flanging crossbeam and relative formed located at flanging below the crossbeam and between flanging crossbeam disconnected for breaking for the passage by glass Crossbeam, frame are provided with lower drive mechanism and flanging on first for being connected with flanging crossbeam and driving that flanging crossbeam moves up and down Crossbeam connects and driven the horizontal drive mechanism that direction of advance of the flanging crossbeam along glass move horizontally, is connected simultaneously with breaking disconnected crossbeam Driving breaks on disconnected crossbeam moves up and down second lower drive mechanism and positioned at both sides of the flanging crossbeam along the direction of advance of glass Pressing roll mechanism, pressing roll mechanism is located at the top of glass；Lower drive mechanism, horizontal drive mechanism and about the second driving on first Mechanism is connected with a control unit.

Preferably, edge-pressing strip is respectively equipped with the flanging crossbeam surface relative with disconnected crossbeam is broken and breaks broken strip with.

Preferably, in addition to moving beam, moving beam are located in frame in which can be moved horizontally along the direction of advance of glass, Lower drive mechanism and flanging crossbeam are arranged on moving beam on first, and flanging crossbeam is parallel with moving beam, horizontal Drive mechanism is connected with moving beam and drives moving beam to drive flanging crossbeam to be moved horizontally along the direction of advance of glass.

Preferably, lower drive mechanism includes the link assembly being articulated with moving beam on first and drive link component exists The first actuator rotated on moving beam, flanging crossbeam are connected in the lower section of moving beam with link assembly.

Preferably, link assembly includes first connecting rod, pull bar and second connecting rod, and first connecting rod and second connecting rod are arranged at intervals On moving beam and middle part is hinged with moving beam, and the lower end of first connecting rod and second connecting rod is mutually cut with scissors with flanging crossbeam Connect, and both ends of the upper end respectively with pull bar are hinged, the first actuator is connected with first connecting rod and drives first connecting rod to rotate.

Preferably, horizontal drive mechanism include be rotatably arranged in frame and the power transmission shaft parallel with moving beam, Drive the drive component of drive axis and connect the connection component of power transmission shaft and moving beam, pass through connection during drive axis Components drive moving beam moves horizontally along the direction of advance of glass.

Preferably, breaking disconnected crossbeam can slide up and down in frame.

Preferably, lower drive mechanism includes the 3rd actuator being connected respectively with breaking the both ends of disconnected crossbeam on second, the Three actuators are servo electric cylinders.

Preferably, pressing roll mechanism includes the pressure roller being in contact with glass and the adjusting part for adjusting pressure roller upper-lower position.

Preferably, the blowing mechanism purged to the chip after breaking off glass is additionally provided with frame.

Preferably, frame is provided with the testing agency detected to the position of glass.

Preferably, glass is delivered to glass breaker by transmitting device, and conveying device is connected with control unit；Glass is along glass The direction of advance of glass includes rear edge, main part and preceding edge successively, from preceding edge to rear edge parallel interval draw have it is a plurality of Perpendicular to the line of cut of the direction of advance of glass；Disconnected behaviour is broken in the deburring of edge before glass breaker can be carried out successively to glass Make, the multiple sliver of main part breaks disconnected operation and disconnected operation is broken in the deburring of rear edge.

Compared with prior art, the utility model has significant progressive：

Glass breaker of the present utility model drives flanging crossbeam to move up and down by lower drive mechanism on first, horizontal drives Motivation structure drives direction of advance of the flanging crossbeam along glass to move horizontally, lower drive mechanism driving is broken and moved down on disconnected crossbeam on second Dynamic and two pressing roll mechanisms mate-assist, sliver can be carried out to glass simultaneously and deburring operates, process is simple and reliable, energy Operating efficiency is enough greatly improved, ensures glass sliver quality.

Brief description of the drawings

Fig. 1 is the schematic front view of the glass breaker of the utility model embodiment.

Fig. 2 is the schematic side view of the glass breaker of the utility model embodiment.

Fig. 3 is the schematic top plan view of the glass breaker of the utility model embodiment.

Fig. 4 is the structural representation of the position-limit mechanism of the glass breaker of the utility model embodiment.

Fig. 5 is the flow signal that glass carries out deburring by the glass breaker of the utility model embodiment and sliver operates Figure.

In figure：

A, the direction of advance of glass

1st, frame 2, flanging crossbeam 3, break disconnected crossbeam

4th, passage 51, the first pressing roll mechanism 52, the second pressing roll mechanism

6th, glass 61, rear edge 62, main part

63rd, preceding edge 7, upper edge-pressing strip 8, under break broken strip

9th, moving beam 10, the first actuator 11, first connecting rod

12nd, pull bar 13, second connecting rod 14, power transmission shaft

15th, bearing block 16, rotating bar 17, the second actuator

18th, head rod 19, the second connecting rod 20, position-limit mechanism

21st, block piece 22, adjusting screw 23, the 3rd actuator

24th, mounting bracket 25, pressure roller 26, operation handwheel

27th, rotating beam 28, reduction gear box 29, latch assembly

30th, blowing mechanism 31, scavenging conduit 32, support

33rd, rotary handle 34, positioning component 35, testing agency

Embodiment

Specific embodiment of the present utility model is described in further detail below in conjunction with the accompanying drawings.These embodiments are only For illustrating the utility model, and it is not limitation of the utility model.

, it is necessary to explanation in description of the present utility model, term " " center ", " longitudinal direction ", " transverse direction ", " on ", " under ", The orientation or position relationship of the instruction such as "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outer " is based on accompanying drawing institutes The orientation or position relationship shown, it is for only for ease of description the utility model and simplifies description, rather than indicates or imply and be signified Device or element must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that to this practicality New limitation.In addition, term " first ", " second " are only used for describing purpose, and it is not intended that indicating or implying relatively heavy The property wanted.

, it is necessary to which explanation, unless otherwise clearly defined and limited, term " are pacified in description of the present utility model Dress ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integratedly Connection；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected by intermediary, It can be the connection of two element internals.For the ordinary skill in the art, on can understanding as the case may be State concrete meaning of the term in the utility model.

In addition, in description of the present utility model, unless otherwise indicated, " multiple " are meant that two or more.

As shown in Figures 1 to 5, a kind of embodiment of glass breaker of the present utility model.

As shown in Figure 1 to Figure 3, the glass breaker of the present embodiment includes frame 1, flanging crossbeam 2 and breaks disconnected crossbeam 3, breaks Disconnected crossbeam 3 is relative to be located at the lower section of flanging crossbeam 2, and breaks and formed between disconnected crossbeam 3 and flanging crossbeam 2 for by glass 6 Passage 4.Frame 1 is provided with lower drive mechanism, horizontal drive mechanism on first, lower drive mechanism and pressing roll mechanism on second.Its In, lower drive mechanism is connected with flanging crossbeam 2 and drives flanging crossbeam 2 to move up and down on first, horizontal drive mechanism and flanging The direction of advance a that crossbeam 2 connects and drives flanging crossbeam 2 along glass is moved horizontally, and lower drive mechanism is with breaking disconnected crossbeam 3 on second Connect and drive and break disconnected crossbeam 3 and move up and down, a pressure roller is respectively provided with direction of advance a of the flanging crossbeam 2 along glass both sides Mechanism, mark is the pressing roll mechanism 52 of pressing roll mechanism 51 and second, the first pressing roll mechanism 51 and the second pressure roller in the present embodiment Mechanism 52 is located at the top of glass 6, for being in contact when carrying out breaking disconnected operation to glass 6 with the upper surface of glass 6.First Upper lower drive mechanism, horizontal drive mechanism, lower drive mechanism is connected with a control unit on second, by control unit according to Operation of the pre-set programs to lower drive mechanism on lower drive mechanism on first, horizontal drive mechanism, second automatically controls, with Realize that the glass breaker of the present embodiment carries out sliver, deburring operation to glass 6 automatically.

It should be noted that " direction of advance of glass " herein refers to glass breaker of the present utility model by normal Rule are positioned over that glass 6 when on ground is passing through, direction as shown in the arrow a in Fig. 2, will in description of the present utility model The bearing definition being located at earlier above along the direction of advance a of glass is " preceding ", and the orientation after being located at relatively along the direction of advance a of glass is determined Justice is " rear ".

The glass breaker of the present embodiment is used to carry out sliver to glass 6 and deburring operates, as shown in figure 5, treating sliver Direction of advance a of the glass 6 along glass includes rear edge 61, main part 62 and preceding edge 63 successively, from preceding edge 63 to rear edge The line of cut for having a plurality of direction of advance a perpendicular to glass is drawn to 61 parallel intervals, monolithic glass 6 is divided into multiple target chis Very little sheet glass, disconnected operation is broken using what the glass breaker of the present embodiment can realize the preceding edge 63 of the glass 6 and rear edge 61 The sliver operation of (i.e. deburring operates) and main part 62.

Specifically, referring to Fig. 2 and Fig. 5, for the glass breaker of the present embodiment in original state, flanging crossbeam 2 is disconnected with breaking There is spacing distance along the vertical direction between crossbeam 3 and form passage 4, enable to treat that the glass 6 of sliver passes through and flanging crossbeam 2 are moved horizontally to the front for breaking disconnected crossbeam 3 under the driving of horizontal drive mechanism and mutually stagger with breaking disconnected crossbeam 3.Treat sliver Glass 6 breaking machine of the present embodiment is delivered to by transmitting device, first time deburring operation is carried out to it first, i.e., before edge 63 Deburring break disconnected operation：The preceding edge 63 of glass 6 after the first pressing roll mechanism 51 enter flanging crossbeam 2 and break disconnected crossbeam 3 it Between passage 4, the conveying device operation suspension when first of line of cut on glass 6, which reaches, breaks disconnected 3 surface of crossbeam, on first Lower drive mechanism driving flanging crossbeam 2 moves down, and flanging crossbeam 2 is pushed down the preceding edge 63 of glass 6, then about second drives The driving of motivation structure is broken disconnected crossbeam 3 and moved up, and makes to break first of line of cut on the upward top pressure glass 6 of disconnected crossbeam 3, now glass 6 positioned at the preceding edge 63 for breaking the front of disconnected crossbeam 3 and positioned at breaking the main part 62 at the disconnected rear of crossbeam 3 respectively by flanging crossbeam 2 and the One pressing roll mechanism 51 is downwardly against therefore the action for breaking disconnected 3 upward top pressure of crossbeam can make first of line of cut split, before realization Breaking for edge 63 is disconnected, completes first time deburring operation.After first time deburring operation terminates, lower drive mechanism drives flanging on first Crossbeam 2 moves up, and makes flanging crossbeam 2 away from glass 6, on second lower drive mechanism driving break disconnected crossbeam 3 and move down reset, Conveying device continues to run with, and drive is remaining to treat that sliver glass 6 moves on.

Then multiple sliver operation is carried out successively to the remaining a plurality of line of cut treated on the main part 62 of sliver glass 6, i.e., The multiple sliver of main part 62 breaks disconnected operation：Disconnected crossbeam 3 is being broken when remaining first of the line of cut treated on sliver glass 6 reaches just Conveying device operation suspension during top, the now remaining front for treating sliver glass 6 reach the lower section of the second pressing roll mechanism 52, remained It is remaining to treat that sliver glass 6 is located at the front portion of breaking the disconnected front of crossbeam 3 and positioned at breaking the rear portion at the disconnected rear of crossbeam 3 respectively by the second pressure roller The pressing roll mechanism 51 of mechanism 52 and first is downwardly against breaking disconnected crossbeam 3 by lower drive mechanism driving on second and move up, make to break disconnected Remaining first of the line of cut treated on sliver glass 6 of 3 upward top pressure of crossbeam, you can make the line of cut split, realize a secondary fissure Piece operates, after the completion of the operation of sliver, on second lower drive mechanism driving break disconnected crossbeam 3 and move down reset, conveying device Continue to run with, drive is remaining to treat that sliver glass 6 moves on, and repeats above-mentioned sliver operating process, you can complete glass 6 and lead The multiple sliver operation in body portion 62.In sliver operating process, flanging crossbeam 2 does not contact with glass 6.

Second of deburring operation is finally carried out, i.e., disconnected operation is broken in the deburring of rear edge 61：Treated when remaining on sliver glass 6 Only remain last one of line of cut and the line of cut reaches conveying device operation suspension when breaking disconnected 3 surface of crossbeam, first driven by level Motivation structure driving flanging crossbeam 2 is moved horizontally to the rear for breaking disconnected crossbeam 3 and mutually staggered with breaking disconnected crossbeam 3 backward, now glass Glass 6 is located at the front portion of breaking the front of disconnected crossbeam 3 and positioned at breaking the rear edge 61 at the disconnected rear of crossbeam 3 respectively by the He of the second pressing roll mechanism 52 Flanging crossbeam 2 is downwardly against breaking disconnected crossbeam 3 by lower drive mechanism driving on second and move up, make to break disconnected 3 upward top pressure of crossbeam Remaining last one of the line of cut treated on sliver glass 6, you can the line of cut is split, after realization edge 61 break it is disconnected, it is complete Operated into second of deburring.So far, that is, deburring and sliver operation that monoblock treats the glass 6 of sliver are completed.

After the completion of second of deburring operation, lower drive mechanism driving flanging crossbeam 2 moves up on first, horizontal drive machine Structure driving flanging crossbeam 2 moves forward, on second lower drive mechanism driving break disconnected crossbeam 3 and move down, make glass breaker extensive Again to original state, in case the deburring and sliver operation of the next block of glass 6 for treating sliver.

According to the size for the glass 6 for treating sliver, polylith can be treated to the glass 6 of sliver side by side while be sent into this implementation The glass breaker of example, so as to treat that sliver glass 6 carries out deburring and sliver operation to polylith simultaneously.As shown in figure 5, for by two pieces Treat the glass 6 of sliver side by side while be sent into the situation of the glass breaker of the present embodiment.

Therefore, the glass breaker of the present embodiment can carry out sliver to glass simultaneously and deburring operates, and process simply may be used Lean on, operating efficiency can be greatly improved, ensure glass sliver quality.

Further, as shown in figure 1, the present embodiment is respectively equipped with flanging crossbeam 2 and breaking on the relative surface of disconnected crossbeam 3 Edge-pressing strip 7 and under break broken strip 8, upper edge-pressing strip 7 and under break broken strip 8 and be respectively used to when break disconnected operation to glass 6 and glass 6 Upper and lower surface be in contact.By upper edge-pressing strip 7 and under break broken strip 8 and be in contact with the surface of glass 6, can be to glass 6 Surface plays a protective role, and prevents the surface damage of glass 6.

Further, as shown in figure 1, the glass breaker of the present embodiment also includes moving beam 9, moving beam 9 can be along glass The direction of advance a of glass is located in frame 1 with moving horizontally, and lower drive mechanism and flanging crossbeam 2 are arranged at mobile horizontal stroke on first On beam 9, and flanging crossbeam 2 is parallel with moving beam 9, and horizontal drive mechanism is connected with moving beam 9 and drives moving beam 9 Flanging crossbeam 2 is driven to be moved horizontally along the direction of advance a of glass, it is achieved thereby that driving flanging crossbeam 2 by horizontal drive mechanism Moved horizontally along the direction of advance a of glass.

In the present embodiment, a sliding block is respectively equipped with the both ends of moving beam 9, in frame 1 with the both ends of moving beam 9 Direction of advance a of the corresponding position along glass is respectively equipped with a guide rail, and the sliding block is slidingly disposed in the guide rail, leads to Cross the mutual cooperation of sliding block and guide rail and realize moving beam 9 and be located at frame 1 with being moved horizontally along the direction of advance a of glass On.Certainly, the set location of guide rail and sliding block can also exchange, and moving beam 9 can be along the horizontal shiftings of direction of advance a of glass The mode in frame 1 is not limited to the mode that sliding block cooperates with guide rail dynamicly, can also use other modes.

Further, as shown in figure 1, in the present embodiment, lower drive mechanism includes being articulated with moving beam 9 on first The first actuator 10 that link assembly and drive link component rotate on moving beam 9, flanging crossbeam 2 is in moving beam 9 Lower section is connected with link assembly.By rotation of the link assembly on moving beam 9 flanging crossbeam 2 can be driven to relatively move horizontal stroke Beam 9 moves up and down, and is moved up and down so as to realize by lower drive mechanism driving flanging crossbeam 2 on first.

In the present embodiment, link assembly includes first connecting rod 11, pull bar 12 and second connecting rod 13, first connecting rod 11 and second Connecting rod 13 is disposed on moving beam 9, and the middle part of first connecting rod 11 and second connecting rod 13 is cut with scissors with the phase of moving beam 9 Connect, the lower end of first connecting rod 11 and second connecting rod 13 is hinged with flanging crossbeam 2, first connecting rod 11 and second connecting rod 13 it is upper The both ends respectively with pull bar 12 are held to be hinged, the first actuator 10 is connected with first connecting rod 11 and drives first connecting rod 11 to rotate. The rotation of first connecting rod 11 drives second connecting rod 13 to rotate therewith by the transmission of pull bar 12, by first connecting rod 11 and second The rotation of connecting rod 13 drives connected flanging crossbeam 2 to move up and down simultaneously.

Preferably, the first connecting rod 11 in the present embodiment is identical with the shape of second connecting rod 13, and includes angled the The intersection of one kink and the second kink, the first kink and the second kink is be hinged with moving beam 9, the first kink Lower end and flanging crossbeam 2 it is be hinged, the upper end of the second kink and pull bar 12 are be hinged, and pull bar 12 and moving beam 9 and flanging are horizontal Beam 2 is parallel, and the first actuator 10 is arranged on moving beam 9, the second kink of the first actuator 10 and first connecting rod 11 Connection, and along the direction push-and-pull first connecting rod 11 parallel to moving beam 9, make first connecting rod 11 curved around the first kink and second The intersection of folding part, the i.e. hinged place of first connecting rod 11 and moving beam 9 rotate, so as to which drivening rod component integrally occurs Rotate.

The first actuator 10 in the present embodiment can be expansion link, and the form of expansion link is not limited to, and can use gas Cylinder or hydraulic cylinder or electric pushrod.

Further, as shown in figures 1 and 3, in the present embodiment, horizontal drive mechanism includes being rotatably arranged in frame 1 The drive component and connection power transmission shaft 14 that the upper and power transmission shaft 14 parallel with moving beam 9, driving power transmission shaft 14 rotate are with moving The connection component of dynamic crossbeam 9, direction of advance a water of the moving beam 9 along glass is promoted by connection component when power transmission shaft 14 rotates Translation is dynamic, it is achieved thereby that driving direction of advance a water of the flanging crossbeam 2 along glass by horizontal drive mechanism driving moving beam 9 Translation is dynamic.

In the present embodiment, power transmission shaft 14 is rotatably arranged in frame 1 by bearing block 15, it is preferable that power transmission shaft 14 Both ends and middle part be respectively rotatably coupled by a bearing block 15 with frame 1.Power transmission shaft 14 is parallel with moving beam 9 to be set Put, and the both ends of power transmission shaft 14 are connected by one group of connection component with the both ends of moving beam 9 respectively.Drive component is arranged on In frame 1, and drive component is connected at the middle part of power transmission shaft 14 with power transmission shaft 14.Thus the stability of transmission and reliable can be increased Property.

Preferably, as shown in Figures 2 and 3, what the drive component in the present embodiment included being fixedly connected with power transmission shaft 14 turns The second actuator 17 that lever 16 and driving rotating bar 16 rotate.One end of rotating bar 16 is fixedly connected with power transmission shaft 14, is rotated The other end of bar 16 is connected with the second actuator 17, and the end for driving rotating bar 16 by the second actuator 17 rotates, so as to drive Power transmission shaft 14 rotates therewith.The second actuator 17 in the present embodiment can be expansion link, the form of expansion link not office Limit, can use cylinder or hydraulic cylinder or electric pushrod.Key connection can be used between rotating bar 16 and power transmission shaft 14.

Connection component in the present embodiment includes the connecting rod 19 of head rod 18 and second, one end of head rod 18 It is fixedly connected with power transmission shaft 14, the other end of head rod 18 and one end of the second connecting rod 19 are hinged, the second connecting rod 19 The other end be fixedly connected with moving beam 9, and the second connecting rod 19 is set parallelly with the direction of advance a of glass.Work as biography When moving axis 14 rotates, the concomitant rotation of head rod 18 is driven, the second connecting rod is promoted by the rotation of head rod 18 19 move horizontally along the direction of advance a of glass, so as to promote direction of advance a of the moving beam 9 along glass to move horizontally.

Further, as shown in Fig. 2 the present embodiment is respectively provided with one in direction of advance a of the moving beam 9 along glass both sides Position-limit mechanism 20, for limiting maximum displacement when direction of advance a of the moving beam 9 along glass is moved horizontally, prevent mobile horizontal stroke The displacement of beam 9 is excessive, causes flanging crossbeam 2 and breaks that the distance to stagger between disconnected crossbeam 3 is excessive and to be unfavorable for breaking for glass 6 disconnected.

Preferably, as shown in figure 4, the position-limit mechanism 20 of the present embodiment includes block piece 21 and adjusting screw 22, block piece 21 is logical Screw 22 is overregulated in frame 1, and block piece 21 is oppositely arranged with moving beam 9.Block piece 21 is located at adjusting screw 22 One end, the other end of adjusting screw 22 are threadedly coupled with frame 1, and block piece 21 and movement can be adjusted by turning adjusting screw 22 The distance between crossbeam 9.Preferably, block piece 21 is made of rubber.

Further, as shown in figure 1, the present embodiment is broken disconnected crossbeam 3 and can slided up and down in frame 1.About second Drive mechanism includes the 3rd actuator 23 being connected respectively with breaking the both ends of disconnected crossbeam 3, and two the 3rd actuators 23 lead to respectively A mounting bracket 24 is crossed in frame 1, breaking disconnected crossbeam 3 by two the 3rd drivings simultaneously of actuator 23 moves up and down.This implementation The 3rd actuator 23 in example can be expansion link, and the form of expansion link is not limited to, and can use cylinder or hydraulic cylinder or electricity Dynamic push rod.Preferably, the 3rd actuator 23 use servo electric cylinders, it can be driven break disconnected crossbeam 3 move up top pressure impact The speed of glass 6 and the size of power carry out setting adjustment.

In the present embodiment, a sliding block is respectively equipped with the both ends for breaking disconnected crossbeam 3, with breaking the two of disconnected crossbeam 3 in frame 1 Corresponding position is held to be respectively equipped with a guide rail along the vertical direction, the sliding block is slidingly disposed in the guide rail, passes through cunning The mutual cooperation of block and guide rail, which realizes, breaks disconnected crossbeam 3 and can slide up and down in frame 1.Certainly, guide rail and sliding block are set Seated position can also exchange, and the mode broken disconnected crossbeam 3 and can slided up and down in frame 1 is not limited to sliding block with leading The mode that rail cooperates, can also use other modes.

Further, as shown in Fig. 2 the pressing roll mechanism of the present embodiment includes the pressure roller 25 being in contact with glass 6 and regulation pressure The adjusting part of the upper-lower position of roller 25.According to the different-thickness size for the glass 6 for treating sliver, it can be adjusted and pressed by adjusting part The upper-lower position of roller 25, ensure that pressure roller 25 is in contact with the upper surface of the glass 6 of process and does not hinder the advance of glass 6.

As shown in figures 1 and 3, the adjusting part of the present embodiment includes what is operated handwheel 26 and be connected with operation handwheel 26 Rotating beam 27, pressure roller 25 the lower section of rotating beam 27 it is parallel with rotating beam 27 connect, and pressure roller 25 and flanging are horizontal Beam 2 is parallel.Manually rotating operation handwheel 26 can make rotating beam 27 rotate, and be swung therewith with dynamic pressure roller 25, So as to reach the purpose of the regulation upper-lower position of pressure roller 25.Preferably, it is provided with and slows down between operation handwheel 26 and rotating beam 27 Gear-box 28, the rotary shaft of handwheel 26 and the input axis connection of reduction gear box 28 are operated, manually rotating operation handwheel 26, Reduction gear box 28 is driven to rotate, the output shaft of reduction gear box 28 is connected with rotating beam 27.Pass through reduction gear box 28 Effect can realize the fine setting of the upper-lower position of pressure roller 25, meet less regulatory demand, and increase degree of regulation.

Further, latch assembly 29 is provided with the rotary shaft of operation handwheel 26, when rotating operation handwheel 26 makes pressure roller 25 Upper-lower position regulation in place after, by latch assembly 29 to operation handwheel 26 carry out locking positioning.Preferably, the lock of the present embodiment Tight component 29 includes sleeve pipe, locking member, trip bolt and support base, and sleeve pipe is set in the rotary shaft of operation handwheel 26, locking One end of part is connected with trip bolt, and the other end of locking member radially penetrates rotatably the tube wall of sleeve pipe, trip bolt edge Sleeve pipe being radially arranged and being threadedly coupled with support base, and support base is arranged on reduction gear box 28.Can when tightening trip bolt Fastener is set to be pressed in the rotary shaft of operation handwheel 26, so as to limit the rotation of operation handwheel 26；Unscrew trip bolt then may be used Fastener is left the rotary shaft of operation handwheel 26, rotate operation handwheel 26.Certainly, the form of latch assembly 29 is not The present embodiment is confined to, can also be taken other form.

Further, as shown in Fig. 2 in the present embodiment, it is additionally provided with frame 1 and the chip having no progeny is broken to glass 6 blows The blowing mechanism 30 swept.Blowing mechanism 30 includes a scavenging conduit 31, and scavenging conduit 31 is arranged in frame 1 by support 32, purging Pipe 31 is arranged on the side of flanging crossbeam 2 parallelly with flanging crossbeam 2, and scavenging conduit 31 is provided with multiple openings towards flanging Crossbeam 2 and the purge hole for breaking the passage 4 between disconnected crossbeam 3.Source of the gas is introduced into scavenging conduit 31, then can be by purge hole to passage Glass 6 in 4 is purged, and so as to clean out chip and the dirty debris on glass 6, ensures the surface quality of glass 6.It is passed through purging Source of the gas in pipe 31 can be compressed air.

Preferably, as shown in figure 1, to adjust the blowing angle of purge hole on scavenging conduit 31, the present embodiment is in scavenging conduit 31 One end be provided with a rotary handle 33, rotary handle 33 is fixedly connected with scavenging conduit 31, manually rotate rotary handle 33, can Scavenging conduit 31 is driven to rotate, you can the blowing angle of purge hole on regulation scavenging conduit 31, to ensure that purge hole can effectively purge glass Chip and dirty debris on glass 6.Rotary handle 33 can use key connection with scavenging conduit 31.

Further, positioning component 34 is provided with rotary handle 33, makes to purge on scavenging conduit 31 when rotating rotary handle 33 After the blowing angle regulation in place in hole, positioning and locking is carried out to rotary handle 33 by positioning component 34.Preferably, the present embodiment Positioning component 34 includes positioning screw and keeper, and positioning screw is arranged in rotary handle 33, and positioning screw and rotary handle 33 threaded connections, keeper is arranged on the end of positioning screw, and keeper is oppositely arranged with frame 1.During screwed in place screw Keeper can be made to be pressed in frame 1, so that rotary handle 33 is relatively fixed with frame 1, reach positioning and locking rotary handle 33 purpose；Unscrewing positioning screw then can make keeper leave frame 1, rotate rotary handle 33.Certainly, positioning component 34 form is not limited to the present embodiment, can also use other forms.

Further, as shown in Fig. 2 the present embodiment is provided with the testing agency detected to the position of glass 6 in frame 1 35.Testing agency 35 is arranged on the side that glass 6 initially enters in frame 1, for detecting the progressive position of glass 6, and will inspection The positional information measured is sent to the transmitting device of conveying glass 6, so as to realize that transmitting device is temporary according to the progressive position of glass 6 Stop or what is continued to run with automatically controls.Testing agency 35 can use position sensor.

Further, in the present embodiment, the first actuator 10, the second actuator 17 and the 3rd actuator 23 are and control unit Connection, by control unit according to operation of the pre-set programs to the first actuator 10, the second actuator 17 and the 3rd actuator 23 Automatically controlled, the glass breaker of the present embodiment can realize being automatically brought into operation for glass sliver and deburring, automaticity Height, stable operation, efficiency high.Control unit in the present embodiment can use the controller of prior art, such as single-chip microcomputer or PLC Controller.

In summary, the glass breaker of the present embodiment, driven by lower drive mechanism on first and moved down on flanging crossbeam 2 Dynamic, horizontal drive mechanism driving flanging crossbeam 2 is moved horizontally along the direction of advance a of glass, lower drive mechanism driving is broken on second Disconnected crossbeam 3 moves up and down and the mate-assist of two pressing roll mechanisms, sliver can be carried out to glass 6 simultaneously and deburring operates, Process is simple and reliable, can greatly improve operating efficiency, ensures the sliver of glass 6 and deburring quality.

Described above is only preferred embodiment of the present utility model, it is noted that for the common skill of the art For art personnel, on the premise of the utility model technical principle is not departed from, some improvement and replacement can also be made, these change Enter and replace and also should be regarded as the scope of protection of the utility model.

Claims (12)

1. a kind of glass breaker, it is characterised in that including frame (1), flanging crossbeam (2) and be located at the flanging crossbeam relatively (2) lower section and formed between the flanging crossbeam (2) and to break disconnected crossbeam (3) for the passage (4) by glass (6), it is described Frame (1) is provided with about the first driving for being connected with the flanging crossbeam (2) and driving the flanging crossbeam (2) to move up and down Mechanism, the direction of advance (a) for being connected with the flanging crossbeam (2) and driving the flanging crossbeam (2) along the glass (6) are horizontal Mobile horizontal drive mechanism, with it is described break disconnected crossbeam (3) be connected and drive it is described break disconnected crossbeam (3) and move up and down second on Lower drive mechanism and the pressing roll mechanism positioned at the both sides of direction of advance (a) of the flanging crossbeam (2) along the glass, it is described Pressing roll mechanism is located at the top of the glass (6)；Lower drive mechanism, the horizontal drive mechanism and described second on described first Upper lower drive mechanism is connected with a control unit.

2. glass breaker according to claim 1, it is characterised in that in the flanging crossbeam (2) and described break disconnected horizontal stroke Be respectively equipped with the relative surface of beam (3) edge-pressing strip (7) and under break broken strip (8).

3. glass breaker according to claim 1, it is characterised in that also including moving beam (9), the moving beam (9) it is located in the frame (1) with being moved horizontally along the direction of advance (a) of the glass, lower drive mechanism on described first It is arranged at the flanging crossbeam (2) on the moving beam (9), and the flanging crossbeam (2) and the moving beam (9) Parallel, the horizontal drive mechanism is connected with the moving beam (9) and drives the moving beam (9) to drive the flanging Direction of advance (a) of the crossbeam (2) along the glass moves horizontally.

4. glass breaker according to claim 3, it is characterised in that lower drive mechanism includes being articulated with described first The first drive that link assembly and the driving link assembly on the moving beam (9) rotate on the moving beam (9) Moving part (10), the flanging crossbeam (2) are connected in the lower section of the moving beam (9) with the link assembly.

5. glass breaker according to claim 4, it is characterised in that the link assembly include first connecting rod (11), Pull bar (12) and second connecting rod (13), the first connecting rod (11) and the second connecting rod (13) are disposed on described mobile horizontal On beam (9) and middle part is hinged with the moving beam (9), the lower end of the first connecting rod (11) and the second connecting rod (13) It is hinged with the flanging crossbeam (2), and both ends of the upper end respectively with the pull bar (12) are hinged, first actuator (10) it is connected with the first connecting rod (11) and drives the first connecting rod (11) to rotate.

6. glass breaker according to claim 3, it is characterised in that the horizontal drive mechanism includes rotationally setting In in the frame (1) and the power transmission shaft (14) parallel with the moving beam (9), the driving power transmission shaft (14) rotate Drive component and the connection power transmission shaft (14) and the connection component of the moving beam (9), when the power transmission shaft (14) rotates Direction of advance (a) of the moving beam (9) along the glass is promoted to move horizontally by the connection component.

7. glass breaker according to claim 1, it is characterised in that it is described break disconnected crossbeam (3) and can slide up and down to set In in the frame (1).

8. glass breaker according to claim 7, it is characterised in that on described second lower drive mechanism include respectively with The 3rd actuator (23) that the both ends for breaking disconnected crossbeam (3) are connected, the 3rd actuator (23) are servo electric cylinders.

9. glass breaker according to claim 1, it is characterised in that the pressing roll mechanism includes and the glass (6) The pressure roller (25) and the adjusting part of regulation pressure roller (25) upper-lower position being in contact.

10. glass breaker according to claim 1, it is characterised in that be additionally provided with the frame (1) to the glass (6) blowing mechanism (30) that the chip having no progeny is purged is broken.

11. glass breaker according to claim 1, it is characterised in that the frame (1) is provided with to the glass (6) testing agency (35) that position is detected.

12. glass breaker according to claim 1, it is characterised in that the glass (6) is delivered to institute by transmitting device Glass breaker is stated, the conveying device is connected with described control unit；Direction of advance of the glass (6) along the glass (a) rear edge (61), main part (62) and preceding edge (63) are included successively, from the preceding edge (63) to the rear edge (61) Draw the line of cut for having a plurality of direction of advance (a) perpendicular to the glass to parallel interval；The glass breaker can be to institute State glass (6) carry out successively the preceding edge (63) deburring break disconnected operation, the multiple sliver of the main part (62) breaks disconnected behaviour Disconnected operation is broken in the deburring of edge (61) after making and being described.