CN205600880U - Final trimming saw - Google Patents
Final trimming saw Download PDFInfo
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- CN205600880U CN205600880U CN201620366028.1U CN201620366028U CN205600880U CN 205600880 U CN205600880 U CN 205600880U CN 201620366028 U CN201620366028 U CN 201620366028U CN 205600880 U CN205600880 U CN 205600880U
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Abstract
The utility model provides a final trimming saw, final trimming saw include loading attachment, grow while sawing the device, panel passes through loading attachment in proper order, grows while sawing the device. Loading attachment includes push pedal mechanism, guiding mechanism, push pedal mechanism is fixed on guiding mechanism, and can the edge do on the guiding mechanism go forward, backward movement, it is long that the device wraps rubbing board material moving mechanism while sawing, compared with the prior art, the utility model provides a final trimming saw, simple structure, panel feed the smoothness, and every link closely cooperates, and at next link during operation, a last link begins to prepare next task, links up closely, and work efficiency is high.
Description
Technical field
This utility model relates to sheet material production and processing technical field, specifically a kind of board edge sawing machine.
Background technology
Along with the development of science and technology, sheet fabrication industry the most gradually realizes full-automation.Wherein, full-automatic trimming machine has liberated the both hands of part operation personnel.
For automatic edge sawing machine, it mainly applies and cuts the long and short limit of sheet material, so that board dimension meets the requirements.In prior art, the feed mechanism of some automatic edge sawing machines can't be fully achieved full-automation, or has been carried out full-automatic Sawing machine, and it passes through vacuum adsorption principle, it is achieved self-feeding.But, this kind of vacuum absorption device, once can only carry one block of sheet material, for the abrasive cutoff saw of the high workload performance in Sawing machine, only one block of sheet material of cutting is beyond doubt in waste resource, reduce the work efficiency of Sawing machine, and owing to plate construction loosens, when vac sorb, powerful vacuum pump need to be expended, guarantee sheet material is adsorbed, and such powerful vacuum pump makes production cost lift again.
And Sawing machine on the market, it has the long limit to sheet material, minor face carries out the mechanism of cutting, and generally Sawing machine has long limit Sawing machine structure and minor face Sawing machine structure simultaneously, and the two is at right angles arranged, and uses therebetween transfer to realize turning to feeding.Wherein, transfer is made up of many rotary shafts, and sheet material advances under the rotation of rotary shaft.Such transfer, its structure is complicated, and during sheet material feeding, is likely to be due to the offset deviation of one of them rotary shaft and makes sheet material displacement or feeding have some setbacks.Also have a kind of Sawing machine can the trimming simultaneously of four limits, but, such Sawing machine is when trimming, and the staff on limit and remaining equipment are all in waiting state, and work efficiency is undesirable.
Utility model content
The purpose of this utility model is high in order to solve automatic edge sawing machine production cost in prior art, once can only carry the defect of one block of sheet material, it is provided that the automatic feeding of a kind of Sawing machine solves the problems referred to above.
This utility model is to be achieved through the following technical solutions above-mentioned technical purpose:
A kind of Sawing machine, described Sawing machine includes feeding device, saw limit, long limit device；Sheet material sequentially passes through feeding device, saw limit, long limit device；
Described feeding device includes rushing board mechanism, guiding mechanism；Described rushing board mechanism is fixed on described guiding mechanism, and can do along described guiding mechanism advance, setback；Described guiding mechanism includes track and slide block；Described slide block slides on institute's track；Described rushing board mechanism includes that the first horizontal arm, one end of described first horizontal arm are fixed on described slide block, and the other end is vertically and fixedly provided with cylinder；The push rod of described cylinder is downward；The push rod of described cylinder is vertically and fixedly provided with push pedal；It is further fixed on pressing wheel mechanism on described rushing board mechanism；Described pressing wheel mechanism includes the second horizontal arm；One end of described second horizontal arm is fixed on described first horizontal arm, the direction that the other end advances towards described rushing board mechanism；The direction that described second horizontal arm advances towards described rushing board mechanism is vertically and fixedly provided with upright arm；The lower end of described upright arm is fixed with threeth horizontal arm parallel with described second horizontal arm；One end of described 3rd horizontal arm is fixed with pinch roller assembly；The other end of described 3rd horizontal arm uses elastic component to be fixed on the top of described upright arm；Described pinch roller assembly all includes fourth horizontal arm vertical with described 3rd horizontal arm and two arched arms；Described two arched arm symmetries are fixed on the two ends of described 4th horizontal arm；The nock of described two arched arms is down；The low side of described two arched arms is respectively and fixedly provided with pinch roller；
Saw limit, described long limit device includes sheet material travel mechanism；Described travel mechanism includes the first carrying platform of sheet material, the second carrying platform and conveying mechanism；Described second carrying platform is made to advance or setback on described conveying mechanism；Described second carrying platform is in the middle of described first carrying platform；Sheet material is pushed on described second carrying platform by described rushing board mechanism；Described first carrying platform makees elevating movement；Upper surface when described first carrying platform is increased to peak is higher than the upper level of described second carrying platform；The first carrying platform drop to the upper level less than described second carrying platform of the height of its upper surface during minimum point.
Preferably, described second carrying platform is rectangle sheet material；Two width edge of described second carrying platform are respectively storage end and supply side；Described storage end and supply side are respectively fixed with press plate mechanism；Described press plate mechanism includes power set and presser device；Described power set and described presser device are each attached on described second carrying platform；Described power set drive the motion of described presser device.
Preferably, described first carrying platform includes two pressure pins and lowering or hoisting gear；Described two pressure pins are respectively at second carrying platform both sides along direction of advance；Described lowering or hoisting gear is the second cylinder that push rod moves upward；Described pressure pin is fixed on the push rod of described second cylinder；Described second cylinder drives described pressure pin to make elevating movement.
Preferably, described guiding mechanism is line slideway.
Preferably, the push rod end horizontal direction of described cylinder is fixed with pressing plate；Described pressing plate forms a L-shaped position limiting structure with described push pedal.
Preferably, the upper surface of described pressing plate is fixed on the push rod top of described cylinder；One end of described pressing plate is towards described push pedal, and the other end is towards described rushing board mechanism direction of advance and is bent upwards.
Preferably, lower surface when described pinch roller lower surface and described pressing plate are pressed down is in same plane.
Preferably, the intermediate arm body of described 3rd horizontal arm is rotationally connected with described upright arm.
Preferably, described elastic component is spring.
Preferably, described push pedal removably connects with described cylinder；The adjustment on height is made in described push pedal relative to described cylinder.
Of the present utility model compared with prior art, have the advantage that
1. use guiding mechanism and the perfect cooperation of rushing board mechanism, it is achieved push the purpose of multi-sheets successively；Delivery device arranges pressing plate and pinch roller, it is ensured that though sheet material push during receive resistance, also will not send sheet material arch upward eject situation；Push pedal is with bolts with ejecting rod of cylinder, can freely increase and decrease the plate number pushed according to the ability to work of Sawing machine；Being rotationally connected of arched arm and upright arm in pinch roller assembly, and the design of elastic component, make pinch roller assembly coordinate with pressing plate more tacit；
2. using the vertical cooperation of the first carrying platform and the second carrying platform, the overall structure making Sawing machine is more compact；Pressure pin and the second wooden carrying platform due to metal material, make pressure pin when receiving sheet material, the resistance that sheet material receives is little, and the resistance that sheet material is transported by the second carrying platform and sheet material is subject to when cut by buck greatly, thus is accomplished to accomplish, at each environment, the purpose that power is saved most；. press plate mechanism more makes sheet material not be subjected to displacement when cut, to meet the dimension precision requirement of final finished；Press plate mechanism simple in construction, and multiple separate press plate mechanism is set on the second carrying platform, even if there being press plate mechanism malfunctioning in Yun Hanging, do not interfere with the properly functioning of other press plate mechanisms, and convenience easy to maintenance yet；Two press plate mechanisms it are respectively provided with at the second carrying platform two ends, four press plate mechanisms, 4 compressions to sheet material, make pressing plate effect the most steady；Alignment baffle plate is set in the second carrying platform end, it is achieved the automatic aligning function to multi-sheets；
3., by being respectively provided with more than one the most independent press plate mechanism at the second carrying platform two ends, when one of them damages, nor affect on remaining press plate mechanism and run, improve the operational efficiency of equipment, and easy to maintenance；Two press plate mechanisms it are respectively provided with at the second carrying platform two ends, four press plate mechanisms, 4 compressions to sheet material, make pressing plate effect the most steady；Alignment baffle plate is set in the second carrying platform end, it is achieved the automatic aligning function to multi-sheets；
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of a kind of Sawing machine of this utility model；
Fig. 2 is the overall structure schematic diagram of the feeding device of a kind of Sawing machine of this utility model；
Fig. 3 is the feeding device position relationship structural representation with elevator of a kind of Sawing machine of this utility model；
The push pedal that Fig. 4 provides for a kind of Sawing machine of this utility model and the structural representation of cylinder；
Fig. 5 is travel mechanism's overall structure schematic diagram of a kind of Sawing machine of this utility model；
Fig. 6 is the position relationship structural representation of the first carrying platform and the second carrying platform in Fig. 5；
Fig. 7 is Fig. 5 center platen mechanism and the structural representation of the second carrying platform；
Fig. 8 is that Fig. 7 center platen mechanism is to the structural representation after plate compact；
Fig. 9 is the overall structure schematic diagram of buck in a kind of Sawing machine of this utility model；
Figure 10 is the overall structure schematic diagram of transfer in a kind of Sawing machine of this utility model；
Figure 11 is the structural representation that in Figure 10, mechanism cleared away by the second conveyer belt and clout；
Figure 12 is the right TV structure schematic diagram of clout cleaning mechanism in Figure 11.
Detailed description of the invention
By making, architectural feature of the present utility model and effect of being reached are had a better understanding and awareness, coordinate detailed description in order to preferred embodiment and accompanying drawing, be described as follows:
As it is shown in figure 1, a kind of Sawing machine, including feeding device A, long limit saw limit device C, transfer E3, minor face saw limit device F；Sheet material sequentially passes through feeding device A, long limit saw limit device C, transfer E3, minor face saw limit device F.Long limit saw limit device C and minor face saw limit device F is respectively at the adjacent dual-side of transfer E3, and the horizontal direction angle of long limit saw limit device C and minor face saw limit device F is 90 °.
As in figure 2 it is shown, a kind of Sawing machine, feeding device includes rushing board mechanism A1, guiding mechanism A2；Rushing board mechanism A1 is fixed on guiding mechanism A2, and can do along guiding mechanism A2 advance, setback.Guiding mechanism A2 includes track A21 and slide block A22, and slide block A22 slides on institute track A21.Rushing board mechanism A1 includes that the first horizontal arm A11, one end of the first horizontal arm A11 are fixed on slide block A22, and the other end is vertically and fixedly provided with cylinder A12；The push rod of cylinder A12 is downward；The push rod of cylinder A12 is vertically and fixedly provided with push pedal A13.
Sheet material is during pushed, and its one end stress, when the other end is somewhat by some resistances, sheet material easily arches upward, and serious meeting causes the sheet material ejection that fractures to hurt sb.'s feelings.So, this utility model is further fixed on pressing wheel mechanism A15 on rushing board mechanism A1.
Pressing wheel mechanism A15 includes the second horizontal arm A151, one end of second horizontal arm A151 is fixed on the first horizontal arm A11, the direction that the other end advances towards rushing board mechanism A1, the direction that the second horizontal arm A151 advances towards rushing board mechanism A1 is vertically and fixedly provided with upright arm A152；The lower end of upright arm A152 is fixed with the threeth horizontal arm A156 parallel for horizontal arm A152 with second.One end of 3rd horizontal arm A156 is fixed with pinch roller assembly；The other end of the 3rd horizontal arm A156 uses elastic component A154 to be fixed on the top of described upright arm A152.
Pinch roller assembly includes the fourth horizontal arm A157 vertical for horizontal arm A156 with the 3rd and two arched arm A153；Two arched arm A153 symmetries are fixed on the two ends of the 4th horizontal arm A157；The nock of two arched arm A153 is down；The low side of two arched arm A153 is respectively and fixedly provided with pinch roller A155.
In order to make pressing wheel mechanism A15 more flexible, the arm body of the 3rd horizontal arm A156 that this utility model provides is rotationally connected with upright arm A152.Elastic component A154 one end is at the 3rd horizontal arm A156, and the other end is fixed on the top of upright arm A152.
The guiding mechanism A2 that this utility model provides is line slideway.
The push rod end horizontal direction of the cylinder A12 that this utility model provides is further fixed on pressing plate A14, pressing plate A14 and push pedal A13 and forms a L-shaped position limiting structure.The upper surface of pressing plate A14 is fixed on the push rod top of cylinder A12, and one end of pressing plate A14 is towards push pedal A13, and the other end is towards push pedal A13 device direction of advance.Due to sheet material before cutting, its four limit is the most crude, the especially lagging fold out-of-flatness of surrounding, the pressing plate A14 that this utility model provides is bent upwards towards one end of push pedal A13 device direction of advance, so design of bending, make pressing plate A14 with web contact during, it is to avoid pressing plate A14 is impeded by lagging.
The bottom when bottom of pinch roller A155 is pressed down with pressing plate A14 is contour.The elastic component A154 that this utility model provides is spring.
As shown in Figure 4, owing to sheet material material is different, same abrasive machine is when cutting unlike material sheet material, and its cutting power is different.So, the push pedal A13 that this utility model provides and cylinder A12 push rod are by removably connecting, as bolt connects.Push pedal A13 offers two row screw A131, according to different demands, adjusts the height of push pedal A13, to reach to push the sheet material of varying number, adapt to the cutting power of abrasive cutoff saw.
As it is shown on figure 3, automatic edge sawing machine is provided with elevator A3 at the supplied materials end of automatic charging device, elevator A3 is arranged on below ground；Feeding end at automatic charging device is provided with material receiving A4.As it is shown in figure 5, long limit saw limit device C includes sheet material travel mechanism.Travel mechanism includes the first carrying platform C1 of sheet material, the second carrying platform C2 and conveying mechanism C3.Second carrying platform C2 makees to advance or setback on conveying mechanism C3；Second carrying platform C2 is in the middle of the first carrying platform C1.First carrying platform C1 makees elevating movement；Upper surface when first carrying platform C1 is increased to peak is higher than the upper level of the second carrying platform C2.First carrying platform C1 drops to the height of its upper surface upper level less than the second carrying platform C2 during minimum point.It is additionally provided with press plate mechanism B2 on second carrying platform C2；Press plate mechanism B2 includes power set and presser device.Power set and presser device are each attached on the second carrying platform C2；Power set drive presser device motion.
As shown in Figure 6, the first carrying platform C1 includes pressure pin C11 and lowering or hoisting gear, and the second carrying platform C2 is provided with pressure pin C11 along the both sides level respectively of direction of advance, and lowering or hoisting gear is the second cylinder C12 that push rod sets up；Pressure pin C11 is fixed on the push rod of the second cylinder C12, and the second cylinder C12 drives pressure pin C11 to make elevating movement.The pressure pin C11 of the second carrying platform C2 both sides is parallel to each other.
As it is shown in figure 5, the conveying mechanism C3 that this utility model provides can be a variety of form, such as chain conveying mechanism, gear conveying mechanism etc., in the present embodiment, with line slideway as optimum selection.Second carrying platform C2 makees forward-reverse on line slideway and moves back and forth.
Under original state, pressure pin C11 is delivered to peak by the second cylinder C12, when sheet material is conveyed through, first held by pressure pin C11, after sheet material is stable on pressure pin C11, the second cylinder C12 resets, and makes pressure pin C11 drop to below the second carrying platform C2, now, sheet material is held by the second carrying platform C2, after then sheet material is fixed by startup press plate mechanism B2, can start rectilinear orbit and the second carrying platform C2 is transported to destination, during transport, complete the work of the trimming to sheet material.After sheet material a trimming, enter transfer E3.
The pressure pin C11 that this utility model provides can be that the material that frictional resistance is little is made, such as metal.When sheet material is pushed, to time on pressure pin C11, the frictional force between sheet material and pressure pin C11 is little, saves power.Second carrying platform C2 then needs the material using big frictional resistance to make, such as shaggy timber.Because the second carrying platform C2 can shake through abrasive cutoff saw, sheet material a with sheet material under the cutting of abrasive cutoff saw, the big frictional resistance between the second carrying platform C2 and sheet material can reduce the probability of sheet material displacement.
As shown in Figure 7, Figure 8, the second carrying platform C2 is rectangle sheet material, and two width edge of the second carrying platform C2 are respectively storage end and supply side, storage end and supply side and are respectively fixed with press plate mechanism B2.The press plate mechanism B2 that this utility model provides includes pedestal B21, gear B the 22, second arched arm B23.Pedestal B21 is fixed on the end of the second carrying platform C2；Gear B 22 is connected by bearing with pedestal B21, and the axle of gear B 22 is vertical with the second carrying platform C2 motion path.One end of second arched arm B23 is fixed in gear B 22, and the other end is fixed with depression bar B24；Second arched arm B23 extends to the second carrying platform C2 direction of advance；The nock of the second arched arm B23 is upwards.
The power set that this utility model provides are cylinder B25, the ram surface of cylinder B25 is provided with the tooth engaged with gear B 22, push rod engages with the bottom of gear B 22 and contacts, push rod rotates towards the second carrying platform C2 early stage direction motion driven gear B22, gear B 22 drives the second arched arm B23 to make circular motion, second arched arm B23 drives depression bar B24 to be pressed on sheet material B5, and when depression bar B24 is vertical with the second arched arm B23, pressing plate effect is best.
In order to make sheet material B5 on the second carrying platform C2 more stable, storage end and the supply side of the second carrying platform C2 that this utility model provides are respectively and fixedly provided with two press plate mechanism B2.
The centre position of two press plate mechanism B2 is additionally provided with alignment baffle plate B3.The alignment baffle plate B3 purpose that this utility model provides is, when multi-sheets B5 conveying comes, to utilize alignment baffle plate B3 to be alignd by multi-sheets B5.Baffle plate B3 includes the second cylinder B31；Second cylinder B31 is horizontally fixed on the bottom of the second carrying platform C2 end；The push rod of the second cylinder B31 is to the second carrying platform C2 forward direction motion of moving.The push rod end of the second cylinder B31 is also vertically and fixedly provided with baffle plate B32, baffle plate B32 and upwardly extends.When multi-sheets B5 delivers on the second carrying platform C2, drive baffle plate B32 that sheet material B5 is done work by the reseting movement of the second cylinder B31, thus realize the purpose alignd by sheet material B5.As a same reason, it is also possible to the other dual-side at the second carrying platform is also provided with alignment means (not shown), it is to realize the alignment function to sheet material four limit.
Certainly, in order to realize automation mechanized operation, press plate mechanism B2 and baffle plate B3 uses automatic controller (not shown) to control.Can install a probe in setting position, when probe senses that sheet material B5 runs to setting position, i.e. send a signal to controller, controller sends run signal to alignment baffle plate B3, and sheet material a is alignd by the second cylinder B31 startup.Afterwards, controller sends signal to cylinder B25, and cylinder B25 drives the second arched arm B23 to move by gear B 22, and the second arched arm B23 drives depression bar B23 motion, and final depression bar B23 pushes down sheet material a.Finally, the second carrying platform B1 drives sheet material a to run to next process (saw limit) the most on the mobile device.
As inscribed shown in 1, the minor face saw limit device F that this utility model provides has the 3rd carrying platform F1.Either the second carrying platform C2, or the 3rd carrying platform F1, it is all arranged with buck D2 along the both sides of sheet material moving direction.
As it is shown in figure 9, buck D2 includes the stand D22 of table top D21 and supporting bable tops D21；Table top D21 is provided with away kerf；Buck D2 also includes circular sawing machine；Circular sawing machine is in below table top D21, and a part of the saw blade D23 of circular sawing machine to pass away kerf from bottom to top exposed above table top D21；The upper and lower walking kerf is equipped with dust cover D24；Presser device D25 it is further fixed on table top D21.
Presser device D25 includes support D251；Support D251 includes vertical rod and cross bar；Vertical rod is fixed on table top D21 and is in the outside of saw blade D23；One end of cross bar is fixed on the end of vertical rod；The other end of cross bar is vertically and fixedly provided with cylinder D252；The piston rod of cylinder D252 moves downward；The end of piston rod is fixed with pinch roller D253；Pinch roller D253 is in the supplied materials end of saw blade D23.
When multi-sheets is superimposed, some chips may be mingled with between sheet material and sheet material, make sheet material be uneven.Sheet material is through pinch roller D253, and the resistance that the downforce of pinch roller D253 can make sheet material advance becomes big, especially runs into the rugged situation of sheet material.In order to make pinch roller D253 can realize the function of pressing plate, the most additionally increasing the advance resistance of sheet material, the cylinder D252 piston rod that this utility model provides is connected for elasticity with pinch roller D253.The end of cylinder D252 piston rod is provided with cavity, and the built-in elastic component D254 of cavity, pinch roller D253 is fixed on elastic component, and pinch roller D253 can move along the axle of elastic component D254.Employing is so designed that, pinch roller D253 can regulate down voluntarily according to sheet material height situation and press height, makes sheet material advance and is not obstructed.The elastic component D254 that this utility model provides can be spring, or other have the elastic component of equal function.
Offer suction port D242, suction port D242 on dust cover D24 to be connected with vacuum cleaner.
The side bottom of upper dust shield D24 has outside flange D241；Flange D241 is horizontal.Flange D241 lower surface is close but do not contact away from sheet material.When sheet material floats, flange D241 can control not allow sheet material continue to float in time.
Such as Figure 10, shown in 11, transfer E3E3 includes connecting gear E31, rushing board mechanism E32.Connecting gear E31 receives the sheet material a, rushing board mechanism E32 sent from long limit Sawing machine structure C and the sheet material a on connecting gear E31 pushes to minor face Sawing machine structure F.Rushing board mechanism E32 is in the top of connecting gear E31；The operating path of connecting gear E31 and rushing board mechanism E32 is 90 ° of angles.
Long limit Sawing machine structure C has the second carrying platform C2 and conveying mechanism C3；Second carrying platform C2 moves on conveying mechanism C3.Second carrying platform C2 drives sheet material a to move to transfer E3E3；Second carrying platform C2 width is less than the sheet material a width behind long limit Sawing machine structure C saw limit.
As it is shown in figure 1, the connecting gear E31 that is supplied to of this utility model and the second carrying platform C2 is contour.Connecting gear E31 includes the first conveyer belt E311, the second conveyer belt E312；First conveyer belt E311 is parallel with the second conveyer belt E312；The spacing between first conveyer belt E311 and the second conveyer belt E312 width more than the second carrying platform C2, and the width less than the sheet material a behind long limit Sawing machine structure E1 saw limit.The conveying mechanism C3 that this utility model provides extends between the first conveyer belt E311 and the second conveyer belt E312, and the second carrying platform C2 moves between the first conveyer belt E311 and the second conveyer belt C22 along conveying mechanism C3 with sheet material a.It is so designed that, when the second carrying platform C2 moves to connecting gear E31 splicing end, such line space design, it is possible to achieve the first conveyer belt E311 and the second conveyer belt E312 receives sheet material a the purpose lifted smoothly.Sheet material a is held by the second carrying platform C2, the first conveyer belt E311, the second conveyer belt simultaneously, and is driven and moves on.
As shown in figure 11, the height of the first conveyer belt E311 that this utility model provides is fixed, and the second conveyer belt E312 is that bottom is provided with the lowering or hoisting gear that can drive the second conveyer belt E312 lifting.Wherein, long limit Sawing machine structure C is in the first conveyer belt E311 and the originating terminal of the second conveyer belt E312, and minor face Sawing machine structure E2 is in outside the first conveyer belt E311.
The lowering or hoisting gear of the second conveyer belt E312 includes the fixed mount E3121 for fixing the second conveyer belt E312, and one group of first cylinder E3122 that fixed mount E3121 can be driven to lift.The first cylinder E3122 that this utility model provides is two, is separately positioned on the two ends of the first conveyer belt E311.
As shown in figure 12, the end, two ends of the second conveyer belt E312 that this utility model provides is additionally provided with clout cleaning mechanism E33.Clout cleaning mechanism E33 includes pedestal E331；On pedestal E331, rotation is fixed with cross bar E332；Cross bar E332 is parallel with the second conveyer belt E312；It is fixed with two on cross bar E332 and sweeps bar E333；Sweep bar E333 for two and be respectively at the two ends of the second conveyer belt E312；Dowel steel E334 it is further fixed on cross bar E332；Dowel steel E334 is vertical with cross bar E332；The end of dowel steel E334 is fixed with the second cylinder E335；The push rod end of dowel steel E334 and the second cylinder E335 is hinged；Second cylinder E335 promotes dowel steel E334 to drive cross bar E332 rotation；Cross bar E332 drive is swept bar E333 and is made circular motion with cross bar E332 for axle.Cross bar E332 is in below the second conveyer belt E312；Second cylinder E335 is between the first conveyer belt E311 and the second conveyer belt E312；The height sweeping bar E333 upper end drops to height during minimum point higher than the second conveyer belt E312, and the not higher than second conveyer belt E312 is increased to the height of peak.Second conveyer belt E312 is shorter than the length of sheet material, so, sheet material is behind long limit Sawing machine structure E1 saw limit, and when dropping on the second conveyer belt E312, the two ends of the second conveyer belt E312 are all stretched out at the two ends of clout, it is simple to sweeps bar E333 and clears away work.
Second conveyer belt E312 is shorter than the length of sheet material a, so, sheet material a is behind long limit Sawing machine structure E1 saw limit, and when dropping on the second conveyer belt E312, the two ends of the second conveyer belt E312 are all stretched out at the two ends of clout, it is simple to sweeps bar E333 and clears away work.
After sheet material a is by long limit Sawing machine structure C saw limit, slowly falling into connecting gear, i.e. fall on the first conveyer belt E311 and the second conveyer belt E312, the second conveyer belt E312 and the first conveyer belt E311 now are contour, and the i.e. first cylinder E3122 is in acting state.Simultaneously fall in the clout also amputated that the first conveyer belt E311 and second transmits on E312.When sheet material a entirely falls within the first conveyer belt E311 and the second conveyer belt E312, first cylinder E3122 resets and drives the second conveyer belt E312 to decline, decline with clout simultaneously, and sheet material a is lifted by the first conveyer belt E311 and the second carrying platform C2, now, start the second cylinder E335, sweep and clout is beaten the outside to the second conveyer belt E312 by bar E333 motor process.
Certainly, in order to realize being moved by the sheet material on transfer E3 to minor face saw limit device F, feeding device A is also filled in the outside of the first conveyer belt E311.Sheet material is pushed to the 3rd carrying platform F1 from transfer E3 by feeding device A, and completes the limit work of minor face saw.In order to reduce the resistance that sheet material a advances, one block of glass can be laid on the 3rd carrying platform F1.
Leaving space between transfer E3E3 and minor face Sawing machine structure E2 that this utility model provides, when sheet material a pushes minor face Sawing machine structure E2 to from transfer E3E3, another long limit clout of sheet material a falls from space.
Of the present utility model ultimate principle, principal character and of the present utility model advantage have more than been shown and described.Skilled person will appreciate that of the industry; this utility model is not restricted to the described embodiments; simply principle of the present utility model described in above-described embodiment and description; on the premise of without departing from this utility model spirit and scope, this utility model also has various changes and modifications, and these changes and improvements both fall within the range of claimed this utility model.The protection domain that this utility model requires is defined by appending claims and equivalent thereof.
Claims (6)
1. a Sawing machine, described Sawing machine includes feeding device, saw limit, long limit device；Sheet material sequentially passes through feeding device, saw limit, long limit device；It is characterized in that:
Described feeding device includes rushing board mechanism, guiding mechanism；Described rushing board mechanism is fixed on described guiding mechanism, and can do along described guiding mechanism advance, setback；Described guiding mechanism includes track and slide block；Described slide block slides on institute's track；Described rushing board mechanism includes that the first horizontal arm, one end of described first horizontal arm are fixed on described slide block, and the other end is vertically and fixedly provided with cylinder；The push rod of described cylinder is downward；The push rod of described cylinder is vertically and fixedly provided with push pedal；It is further fixed on pressing wheel mechanism on described rushing board mechanism；Described pressing wheel mechanism includes the second horizontal arm；One end of described second horizontal arm is fixed on described first horizontal arm, the direction that the other end advances towards described rushing board mechanism；The direction that described second horizontal arm advances towards described rushing board mechanism is vertically and fixedly provided with upright arm；The lower end of described upright arm is fixed with threeth horizontal arm parallel with described second horizontal arm；One end of described 3rd horizontal arm is fixed with pinch roller assembly；The other end of described 3rd horizontal arm uses elastic component to be fixed on the top of described upright arm；Described pinch roller assembly all includes fourth horizontal arm vertical with described 3rd horizontal arm and two arched arms；Described two arched arm symmetries are fixed on the two ends of described 4th horizontal arm；The nock of described two arched arms is down；The low side of described two arched arms is respectively and fixedly provided with pinch roller；
The push rod end horizontal direction of described cylinder is fixed with pressing plate；Described pressing plate forms a L-shaped position limiting structure with described push pedal；The upper surface of described pressing plate is fixed on the push rod top of described cylinder；One end of described pressing plate is towards described push pedal, and the other end is towards described rushing board mechanism direction of advance and is bent upwards；Lower surface when described pinch roller lower surface and described pressing plate are pressed down is in same plane；Described push pedal is removably connected by bolt with described cylinder；Described push pedal longitudinally offers two row screws, so that the adjustment on height is made in described push pedal relative to described cylinder；
Saw limit, described long limit device includes sheet material travel mechanism；Described travel mechanism includes the first carrying platform of sheet material, the second carrying platform and conveying mechanism；Described second carrying platform is made to advance or setback on described conveying mechanism；Described second carrying platform is in the middle of described first carrying platform；Sheet material is pushed on described second carrying platform by described rushing board mechanism；Described first carrying platform makees elevating movement；Upper surface when described first carrying platform is increased to peak is higher than the upper level of described second carrying platform；The first carrying platform drop to the upper level less than described second carrying platform of the height of its upper surface during minimum point.
A kind of Sawing machine the most according to claim 1, it is characterised in that: described second carrying platform is rectangle sheet material；Two width edge of described second carrying platform are respectively storage end and supply side；Described storage end and supply side are respectively fixed with press plate mechanism；Described press plate mechanism includes power set and presser device；Described power set and described presser device are each attached on described second carrying platform；Described power set drive the motion of described presser device.
A kind of Sawing machine the most according to claim 1, it is characterised in that: described first carrying platform includes two pressure pins and lowering or hoisting gear；Described two pressure pins are respectively at second carrying platform both sides along direction of advance；Described lowering or hoisting gear is the second cylinder that push rod moves upward；Described pressure pin is fixed on the push rod of described second cylinder；Described second cylinder drives described pressure pin to make elevating movement.
A kind of Sawing machine the most according to claim 1, it is characterised in that: described guiding mechanism is line slideway.
A kind of Sawing machine the most according to claim 1, it is characterised in that: the intermediate arm body of described 3rd horizontal arm is rotationally connected with described upright arm.
A kind of Sawing machine the most according to claim 1, it is characterised in that: described elastic component is spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620366028.1U CN205600880U (en) | 2016-04-26 | 2016-04-26 | Final trimming saw |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620366028.1U CN205600880U (en) | 2016-04-26 | 2016-04-26 | Final trimming saw |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205600880U true CN205600880U (en) | 2016-09-28 |
Family
ID=56971441
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620366028.1U Expired - Fee Related CN205600880U (en) | 2016-04-26 | 2016-04-26 | Final trimming saw |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205600880U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108689148A (en) * | 2018-05-29 | 2018-10-23 | 重庆顺翔力通智能装备有限公司 | Push structure and feeding equipment |
| CN116117930A (en) * | 2023-02-15 | 2023-05-16 | 群升集团有限公司 | Apparatus for producing with steel timber detects processing location |
| CN116252359A (en) * | 2023-02-08 | 2023-06-13 | 群升集团有限公司 | Four-head edge saw type cutting machine for wooden door |
-
2016
- 2016-04-26 CN CN201620366028.1U patent/CN205600880U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108689148A (en) * | 2018-05-29 | 2018-10-23 | 重庆顺翔力通智能装备有限公司 | Push structure and feeding equipment |
| CN108689148B (en) * | 2018-05-29 | 2023-11-17 | 重庆顺翔力通智能装备有限公司 | Propelling structure and feeding device |
| CN116252359A (en) * | 2023-02-08 | 2023-06-13 | 群升集团有限公司 | Four-head edge saw type cutting machine for wooden door |
| CN116117930A (en) * | 2023-02-15 | 2023-05-16 | 群升集团有限公司 | Apparatus for producing with steel timber detects processing location |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160928 Termination date: 20210426 |