CN205112080U - Automatic tile machinery - Google Patents
Automatic tile machinery Download PDFInfo
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- CN205112080U CN205112080U CN201520684651.7U CN201520684651U CN205112080U CN 205112080 U CN205112080 U CN 205112080U CN 201520684651 U CN201520684651 U CN 201520684651U CN 205112080 U CN205112080 U CN 205112080U
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Abstract
The utility model discloses an automatic tile machinery installs at blank conveyer belt lateral part, including the punching machine, one side of punching machine is equipped with the automatic extracting device of follow -up, the opposite side of punching machine is equipped with automatic knockout mechanism, the automatic extracting device of follow -up is including getting the material support, it slides on the support and is equipped with from return feeding agencies to get the material, it gets material conveyor belt to be equipped with from return feeding agencies's below, get the material conveyor belt with be equipped with feeding mechanism between the punching machine, automatic knockout mechanism includes the ejection support, slide on the ejection support be equipped with reciprocating motion in the ejection support with unbaked tile between the punching machine snatchs the mechanism, the unbaked tile snatchs the mechanism below and is equipped with unbaked tile output mechanism. The utility model discloses can snatch the blank automatically and be used for the system tile, can take out the unbaked tile and the output of making moreover automatically, avoid causing the waste of blank, ensure the accuracy of work, improve work efficiency greatly, improve the yield of unbaked tile greatly.
Description
Technical field
The utility model relates to a kind of building material production facility, particularly relates to a kind of system watt machine.
Background technology
The operation principle of system watt machine is put on stamping machine by blank, is pressed on lower brick mould, makes satisfactory unbaked tile, then taken out by shaping unbaked tile by pressure mechanism by the upper watt mould brute force of stamping machine.In prior art, the mechanical arm that adopts carries out picking and placeing of blank more, although reduce the labour intensity of workman in a way, improves operating efficiency, but when capturing the blank that conveyer belt transports, frequent situation about using leisure moments, have impact on normal system watt, automaticity is not high.Meanwhile, more than ejection, adopt manual operation, cause operating efficiency low.
Utility model content
Technical problem to be solved in the utility model be to provide one can flexible automatic crawl blank for system watt, and automatically can take out the unbaked tile made and export, increasing work efficiency, improve the full-automatic tile making machine of unbaked tile yield rate.
For solving the problems of the technologies described above, the technical solution of the utility model is: full-automatic tile making machine, is arranged on blank conveyer belt sidepiece, comprises stamping machine, be provided with servo-actuated automatic fetching device between the side of described stamping machine and blank conveyer belt, the opposite side of described stamping machine is provided with automatic knockout mechanism; Described servo-actuated automatic fetching device comprises feeding support, on described feeding support slide be provided with move back and forth above described feeding support and blank conveyer belt from return material fetching mechanism, the described below from return material fetching mechanism is provided with feeding belt conveyor, is provided with feed mechanism between the discharge end of described feeding belt conveyor and described stamping machine; Described automatic knockout mechanism comprises ejection support, and described ejection support slides is provided with the unbaked tile grasping mechanism moved back and forth between described ejection support and described stamping machine, is provided with unbaked tile output mechanism below described unbaked tile grasping mechanism; Describedly comprise material grasping cylinder from return material fetching mechanism, described material grasping cylinder is connected with the material grasping slide be slidably mounted on described feeding support, described material grasping slide is provided with material grasping lift cylinder, described material grasping lift cylinder is connected with the material grasping elevating bracket be positioned at below described material grasping slide, described material grasping elevating bracket is provided with sucker sliding axle, described sucker sliding axle slidably connects material grasping sucker, described sucker sliding axle is arranged with lean described material grasping sucker material grasping from return spring.
As the improvement to technique scheme, described material grasping is corresponding with the throughput direction of blank conveyer belt from the elastic deformation direction of return spring; Described material grasping slide is provided with material grasping lifting guide pin bushing, is provided with the material grasping lifting guide pillar through described material grasping lifting guide pin bushing above described material grasping elevating bracket.
As the further improvement to technique scheme, described feed mechanism comprises the feeding flap of the discharge end being positioned at described feeding belt conveyor, the below of described feeding flap is connected with feeding lift cylinder, the both sides of described feeding flap are provided with feeding conveying help roll, and described feeding conveying help roll flushes setting with described feeding belt conveyor; Described feeding support is also provided with pusher cylinder, and described pusher cylinder is connected with the scraping wings sliding and be positioned at above described feeding flap; Described feeding flap comprises and is connected horizontally disposed feeding supporting plate with described feeding lift cylinder, and described feeding supporting plate is connected with the feeding baffle plate arranged straight down, and described feeding baffle plate correspondence keeps out the discharge end at described feeding belt conveyor.
As the further improvement to technique scheme, described unbaked tile grasping mechanism comprises unbaked tile and captures cylinder, described unbaked tile captures cylinder and is connected with the unbaked tile crawl slide be slidably mounted on described ejection support, described unbaked tile captures on slide and is provided with unbaked tile crawl lift cylinder, described unbaked tile captures lift cylinder and is connected with the unbaked tile crawl sucker be positioned at below described unbaked tile crawl slide, and described unbaked tile crawl sucker is connected with fueling injection equipment towards the end of described punching press pusher side.
As the further improvement to technique scheme, described unbaked tile output mechanism comprises the unbaked tile be arranged on described ejection support and exports cylinder, and described unbaked tile exports cylinder and is connected with the unbaked tile output slide sliding and be positioned at below described unbaked tile crawl sucker; The piston rod telescopic direction intersecting vertical that the piston rod telescopic direction of described unbaked tile output cylinder and described unbaked tile capture cylinder is arranged.
As the further improvement to technique scheme, the both sides of described feeding belt conveyor are provided with the blank guide plate be oppositely arranged, and blank guide plate described in two extends to described feed mechanism direction by blank belt direction and distance described in two between blank guide plate reduces gradually.
As improving especially further technique scheme, be interrupted between described servo-actuated automatic fetching device and described stamping machine, between described stamping machine and described automatic knockout mechanism and arrange.
As improving especially further technique scheme, described stamping machine comprises frame, described frame is provided with lower brick mould, the top of described frame is provided with pressure watt cylinder, described pressure watt cylinder is connected with the upper watt mould coordinated with lower brick mould, the both sides of described lower brick mould are provided with positive blanking device, described positive blanking device comprises positive base guide plate, described positive base guide plate is tilted to lower setting by feed mechanism to described lower brick mould direction, the bottom of described positive base guide plate is provided with positive base and promotes cylinder, described positive base promotes cylinder and is connected with the positive base push pedal being positioned at described lower brick mould side, described positive blanking device also comprises the positive base lift cylinder be arranged in described frame, positive base lift cylinder is connected with the positive base adjustable end stop being positioned at described lower brick mould opposite side.
As improving especially further technique scheme, described frame is also provided with waste material and releases cylinder, described waste material is released cylinder and is connected with the waste material release flap being positioned at described lower brick mould edge, the position described frame corresponding to described waste material release flap is provided with waste material chute, and the lower end outlet of described waste material chute is provided with waste material belt conveyor.
As improving especially further technique scheme, waste material pressure caving plate is provided with above the edge of described Shang watt mould, described waste material pressure caving plate is arranged with waste material pressure to fall bearing pin, the described waste material pressure bearing pin that falls is passed down through described waste material pressure caving plate and is arranged with waste material pressure to fall spring, and the fall lower end of bearing pin of described waste material pressure is connected with waste material and presses bottomed plate.
Owing to have employed technique scheme, full-automatic tile making machine, is arranged on blank conveyer belt sidepiece, comprises stamping machine, is provided with servo-actuated automatic fetching device between the side of described stamping machine and blank conveyer belt, and the opposite side of described stamping machine is provided with automatic knockout mechanism; Described servo-actuated automatic fetching device comprises feeding support, on described feeding support slide be provided with move back and forth above described feeding support and blank conveyer belt from return material fetching mechanism, the described below from return material fetching mechanism is provided with feeding belt conveyor, is provided with feed mechanism between the discharge end of described feeding belt conveyor and described stamping machine; Described automatic knockout mechanism comprises ejection support, and described ejection support slides is provided with the unbaked tile grasping mechanism moved back and forth between described ejection support and described stamping machine, is provided with unbaked tile output mechanism below described unbaked tile grasping mechanism.Describedly move back and forth above described feeding support and blank conveyer belt from return material fetching mechanism, capture the blank that blank conveyer belt is carried, and blank is placed on described feeding belt conveyor.Described from return material fetching mechanism capture blank time, can automatically with blank conveyer belt conveying adjust servo-actuated, guarantee the blank of motion to pick up, avoid the blank that uses leisure moments.Blank is transported on described feed mechanism by described feeding belt conveyor, and blank is delivered on described stamping machine by described feed mechanism again, and blank is pressed into unbaked tile by described stamping machine.Described unbaked tile grasping mechanism moves back and forth between described ejection support and described stamping machine, unbaked tile shaping in pressure watt die cavity on stamping machine described in automatic capturing, and unbaked tile is placed into described unbaked tile output mechanism, finally by described unbaked tile output mechanism, unbaked tile is exported.The utility model can when blank conveyer belt runs well, blank conveyer belt does not arrange any device, flexible automatic crawl blank is used for system watt, and automatically can take out the unbaked tile made and export, efficiently avoid the blank that uses leisure moments, avoid the waste causing blank, guarantee the accurate of work, ensure pressure watt, get the safety of bricklayer people, substantially increase operating efficiency, substantially increase the yield rate of unbaked tile.
Accompanying drawing explanation
The following drawings is only intended to schematically illustrate the utility model and explain, does not limit scope of the present utility model.Wherein:
Fig. 1 is the structural representation of the utility model embodiment;
Fig. 2 is the structural representation of the servo-actuated automatic fetching device of the utility model embodiment;
Fig. 3 is the top view of the servo-actuated automatic fetching device of the utility model embodiment;
Fig. 4 is the side portion structure schematic diagram from return material fetching mechanism of the utility model embodiment;
Fig. 5 is the structural representation of the automatic knockout mechanism of the utility model embodiment;
Fig. 6 is the top view of the automatic knockout mechanism of the utility model embodiment;
Fig. 7 is the structural representation of the stamping machine of the utility model embodiment;
Fig. 8 is the structural representation of A-A to side-looking of Fig. 7;
Fig. 9 is the partial enlarged drawing in the B portion of Fig. 8.
In figure: 1-stamping machine; 11-frame; 12-lower brick mould; 13-presses watt cylinder; 14-upper watt of mould; The positive base guide plate of 15-; The positive base of 16-promotes cylinder; The positive base push pedal of 17-; The positive base lift cylinder of 18-; The positive base adjustable end stop of 19-; 101-waste material releases cylinder; 102-waste material releases flap; 103-waste material chute; 104-waste material belt conveyor; 105-waste material pressure caving plate; 106-waste material pressure falls bearing pin; 107-waste material pressure falls spring; 108-waste material presses bottomed plate; The servo-actuated automatic fetching device of 2-; 21-feeding support; 22-feeding belt conveyor; The automatic knockout mechanism of 3-; 31-ejection support; 41-material grasping cylinder; 42-material grasping slide; 43-material grasping lift cylinder; 44-material grasping elevating bracket; 45-sucker sliding axle; 46-material grasping sucker; 47-material grasping is from return spring; 48-material grasping lifting guide pin bushing; 49-material grasping lifting guide pillar; 51-feeding supporting plate; 52-feeding baffle plate; 53-feeding lift cylinder; 54-feeding conveying help roll; 55-pusher cylinder; 56-scraping wings; 61-unbaked tile captures cylinder; 62-unbaked tile captures slide; 63-unbaked tile captures lift cylinder; 64-unbaked tile captures sucker; 65-fueling injection equipment; 71-unbaked tile exports cylinder; 72-unbaked tile exports slide; 8-blank guide plate; 91-blank; 92-blank conveyer belt.
Detailed description of the invention
Below in conjunction with drawings and Examples, set forth the utility model further.In the following detailed description, the mode only by illustrating describes some one exemplary embodiment of the present utility model.Undoubtedly, those of ordinary skill in the art can recognize, when not departing from spirit and scope of the present utility model, can revise by various different mode to described embodiment.Therefore, accompanying drawing is illustrative with being described in essence, instead of for limiting the protection domain of claim.
As shown in Figure 1, full-automatic tile making machine, is arranged on blank conveyer belt 92 sidepiece, comprises stamping machine 1, is provided with servo-actuated automatic fetching device 2 between the side of described stamping machine 1 and blank conveyer belt 92, and the opposite side of described stamping machine 1 is provided with automatic knockout mechanism 3; Described servo-actuated automatic fetching device 2 comprises feeding support 21, on described feeding support 21 slide be provided with move back and forth above described feeding support 21 and blank conveyer belt 92 from return material fetching mechanism, the described below from return material fetching mechanism is provided with feeding belt conveyor 22, is provided with feed mechanism between the discharge end of described feeding belt conveyor 22 and described stamping machine 1; Described automatic knockout mechanism 3 comprises ejection support 31, and described ejection support 31 slides is provided with the unbaked tile grasping mechanism moved back and forth between described ejection support 31 and described stamping machine 1, is provided with unbaked tile output mechanism below described unbaked tile grasping mechanism.Describedly move back and forth above described feeding support 21 and blank conveyer belt 92 from return material fetching mechanism, capture the blank 91 of conveying on blank conveyer belt 92, and blank 91 is placed on described feeding belt conveyor 22.Described from return material fetching mechanism capture blank 91 time, can automatically with blank conveyer belt 92 conveying adjust servo-actuated, guarantee the blank 91 of motion to pick up, avoid the blank 91 that uses leisure moments.Blank 91 is transported on described feed mechanism by described feeding belt conveyor 22, and blank 91 is delivered on described stamping machine 1 by described feed mechanism again, and blank 91 is pressed into unbaked tile by described stamping machine 1.Described unbaked tile grasping mechanism moves back and forth between described ejection support 31 and described stamping machine 1, unbaked tile shaping in pressure watt die cavity on stamping machine 1 described in automatic capturing, and unbaked tile is placed into described unbaked tile output mechanism, finally by described unbaked tile output mechanism, unbaked tile is exported.The present embodiment can when blank conveyer belt runs well, blank conveyer belt does not arrange any device, flexible automatic crawl blank is used for system watt, and automatically can take out the unbaked tile made and export, efficiently avoid the blank that uses leisure moments, avoid the waste causing blank, guarantee the accurate of work, ensure pressure watt, get the safety of bricklayer people, substantially increase operating efficiency, substantially increase the yield rate of unbaked tile.
Fig. 2, shown in Fig. 3 and Fig. 4, describedly comprise material grasping cylinder 41 from return material fetching mechanism, described material grasping cylinder 41 is connected with the material grasping slide 42 be slidably mounted on described feeding support 21, described material grasping slide 42 is provided with material grasping lift cylinder 43, described material grasping lift cylinder 43 is connected with the material grasping elevating bracket 44 be positioned at below described material grasping slide 42, described material grasping elevating bracket 44 is provided with sucker sliding axle 45, described sucker sliding axle 45 slidably connects material grasping sucker 46, described sucker sliding axle 45 is arranged with lean described material grasping sucker 46 material grasping from return spring 47.
The described operation principle from return material fetching mechanism is: described material grasping cylinder 41 drives described material grasping slide 42 to slide into above described blank conveyer belt 92, the action of described material grasping lift cylinder 43 drives described material grasping elevating bracket 44 to fall, and described material grasping sucker 46 is contacted with blank 91.Described material grasping sucker 46 is connected with source of the gas, is known technology to those skilled in the art, does not repeat them here.Control described material grasping sucker 46 to start to capture blank 91 in negative pressure state, when crawl just starts, blank 91 continues conveying on described blank conveyer belt 92, blank 91 drives described material grasping sucker 46 to slide along described sucker sliding axle 45, make described material grasping, from return spring 47, deformation occur, after described material grasping sucker 46 closely captures blank 91, blank 91 overcomes the frictional force of described blank conveyer belt 92, blank 91 is separated with described blank conveyer belt 92, and at described material grasping under the effect of the elastic-restoring force of return spring 47, described material grasping sucker 46 automatically resets.The action of described material grasping lift cylinder 43 drives described material grasping elevating bracket 44 to rise, described material grasping cylinder 41 drives described material grasping slide 42 to slide, drive above described material grasping sucker 46 and blank 91 to described feeding belt conveyor 22, the action of described material grasping lift cylinder 43 drives described material grasping elevating bracket 44 to fall, blank 91 is fallen on described feeding belt conveyor 22, the air pressure controlling described material grasping sucker 46 recovers normal loose cogging material 91, captures blank 91 and completes.
Described material grasping is corresponding with the throughput direction of blank conveyer belt 92 from the elastic deformation direction of return spring 47.Control described material grasping sucker 46 when just having started to capture blank 91, said structure can play good cushioning effect, make described material grasping sucker 46 automatically adjust servo-actuated with the conveying of blank conveyer belt 92, guarantee the blank 91 of motion to pick up, avoid the blank 91 that uses leisure moments.
Described material grasping slide 42 is provided with material grasping lifting guide pin bushing 48, is provided with the material grasping lifting guide pillar 49 through described material grasping lifting guide pin bushing 48 above described material grasping elevating bracket 44.Said structure facilitates the oscilaltion of described material grasping elevating bracket 44.
Described feed mechanism comprises the feeding flap of the discharge end being positioned at described feeding belt conveyor 22, the below of described feeding flap is connected with feeding lift cylinder 53, the both sides of described feeding flap are provided with feeding conveying help roll 54, and described feeding conveying help roll 54 flushes setting with described feeding belt conveyor 22; Described feeding support 21 is also provided with pusher cylinder 55, and described pusher cylinder 55 is connected with the scraping wings 56 sliding and be positioned at above described feeding flap.The operation principle of described feed mechanism is: when blank 91 is transported to described feeding belt conveyor 22 end, continues motion and transfers on described feeding flap gradually, and described feeding conveying help roll 54 is convenient to the transfer of auxiliary blank 91.After blank 91 is moved to described feeding flap, the action of described feeding lift cylinder 53, by described feeding flap jack-up to described stamping machine 1 height.The action of described pusher cylinder 55 drives described scraping wings 56, is pushed on described stamping machine 1 by the blank 91 on described feeding flap.Described pusher cylinder 55 return, described feeding lift cylinder 53 return repeat above-mentioned feeding process.
Described feeding flap comprises and is connected horizontally disposed feeding supporting plate 51 with described feeding lift cylinder 53, and described feeding supporting plate 51 is connected with the feeding baffle plate 52 arranged straight down, and described feeding baffle plate 52 correspondence keeps out the discharge end at described feeding belt conveyor 22.Described feeding supporting plate 51 is for holding up blank 91, and described feeding baffle plate 52, for keeping out blank 91, prevents blank 91 to land from described feeding belt conveyor 22 conveying, plays and keep out effect well when especially described feeding supporting plate 51 rises.
As shown in Figure 5 and Figure 6, described unbaked tile grasping mechanism comprises unbaked tile and captures cylinder 61, described unbaked tile captures cylinder 61 and is connected with the unbaked tile crawl slide 62 be slidably mounted on described ejection support 31, described unbaked tile captures on slide 62 and is provided with unbaked tile crawl lift cylinder 63, described unbaked tile captures lift cylinder 63 and is connected with the unbaked tile crawl sucker 64 be positioned at below described unbaked tile crawl slide 62, and described unbaked tile crawl sucker 64 is connected with fueling injection equipment 65 towards the end of described stamping machine 1 side.
The operation principle of described unbaked tile grasping mechanism is: after blank 91 is pressed into unbaked tile by described stamping machine 1, described unbaked tile captures cylinder 61 action, drive described unbaked tile to capture slide 62 to slide, making described unbaked tile capture sucker 64 is positioned at above described stamping machine 1, described unbaked tile captures lift cylinder 63 action, drive described unbaked tile to capture sucker 64 to fall to contacting with unbaked tile, control described unbaked tile crawl sucker 64 and start to capture unbaked tile in negative pressure state.Described unbaked tile captures lift cylinder 63 action, drive described unbaked tile to capture sucker 64 to rise, pick up unbaked tile to be separated with described stamping machine 1, described unbaked tile captures cylinder 61 action, drive described unbaked tile to capture slide 62 to slide, making described unbaked tile capture sucker 64 is positioned at above described unbaked tile output mechanism, and capture at described unbaked tile in the process of sucker 64 retraction, described fueling injection equipment 65 is to oil spout in the lower brick mould 12 of described stamping machine 1.Described unbaked tile captures lift cylinder 63 action, drives described unbaked tile to capture sucker 64 and falls, be put into by unbaked tile on described unbaked tile output mechanism, and the air pressure controlling described unbaked tile crawl sucker 64 recovers normally to unclamp unbaked tile, captures unbaked tile and completes.
Described unbaked tile output mechanism comprises the unbaked tile be arranged on described ejection support 31 and exports cylinder 71, and described unbaked tile exports cylinder 71 and is connected with the unbaked tile output slide 72 sliding and be positioned at below described unbaked tile crawl sucker 64.Described unbaked tile grasping mechanism captures unbaked tile and is put on described unbaked tile output slide 72, and described unbaked tile exports cylinder 71 action, drives described unbaked tile to export slide 72 and slides, exported by unbaked tile.
The piston rod telescopic direction intersecting vertical that the piston rod telescopic direction of described unbaked tile output cylinder 71 and described unbaked tile capture cylinder 61 is arranged.Extrude unbaked tile at described stamping machine 1, capture retrude through described unbaked tile crawl sucker 64 and be played back to release on described unbaked tile output slide 72, meet workman's work habit; Described unbaked tile output slide 72 and described unbaked tile export between cylinder 71 and also can be provided with pneumatic setting a table, the described pneumatic corner when unbaked tile is released of setting a table, be provided with in described pneumatic outer side of setting a table and also can be provided with checkout gear, whether removedly detect unbaked tile, be known technology to those skilled in the art, do not repeat them here.Said structure is convenient shifts out described ejection support 31 by unbaked tile, effectively can utilize space, save floor space.
The both sides of described feeding belt conveyor 22 are provided with the blank guide plate 8 be oppositely arranged, and blank guide plate 8 described in two extends to described feed mechanism direction by blank conveyer belt 92 direction and distance described in two between blank guide plate 8 reduces gradually.Described blank guide plate 8 can play position role of correcting well to blank 91, if blank 91 inclined position, in the process of conveying on described feeding belt conveyor 22, blank 91 touches described blank guide plate 8, described blank guide plate 8 stops makes blank 91 ajust, and guarantees that blank 91 finally exports from the centre position of described feeding belt conveyor 22.
Be interrupted between described servo-actuated automatic fetching device 2 and described stamping machine 1, between described stamping machine 1 and described automatic knockout mechanism 3 and arrange.Described servo-actuated automatic fetching device 2, described stamping machine 1 and described automatic knockout mechanism 3 are independently arranged, and are convenient to the dismounting of the pressure watt mould of described stamping machine 1.
As shown in Figure 7, described stamping machine 1 comprises frame 11, described frame 11 is provided with lower brick mould 12, the top of described frame 11 is provided with pressure watt cylinder 13, described pressure watt cylinder 13 is connected with the upper watt mould 14 coordinated with lower brick mould 12, the both sides of described lower brick mould 12 are provided with positive blanking device, described positive blanking device comprises positive base guide plate 15, described positive base guide plate 15 is tilted to lower setting by feed mechanism to described lower brick mould 12 direction, the bottom of described positive base guide plate 15 is provided with positive base and promotes cylinder 16, described positive base promotes cylinder 16 and is connected with the positive base push pedal 17 being positioned at described lower brick mould 12 side, described positive blanking device also comprises the positive base lift cylinder 18 be arranged in described frame 11, positive base lift cylinder 18 is connected with the positive base adjustable end stop 19 being positioned at described lower brick mould 12 opposite side.During described feed mechanism feeding, described scraping wings 56 pushes the blank 91 on described feeding flap, blank 91 tilts to move downward along described positive base guide plate 15, pushed to described lower brick mould 12, described positive base lift cylinder 18 drives described positive base adjustable end stop 19 to rise higher than described lower brick mould 12, described positive base promotes cylinder 16 and drives described positive base push pedal 17 to stretch out promotion blank 91, under the spacing stop of described positive base adjustable end stop 19, make blank 91 upright in described lower brick mould 12, guarantee that the finished product made is full, yield rate is high.Described positive base lift cylinder 18 drives described positive base adjustable end stop 19 to fall return after hours, and described positive base promotes cylinder 16 and drives described positive base push pedal 17 to retract.
As shown in Figure 8, described frame 11 is also provided with waste material and releases cylinder 101, described waste material is released cylinder 101 and is connected with the waste material release flap 102 being positioned at described lower brick mould 12 edge, the position described frame 11 corresponding to described waste material release flap 102 is provided with waste material chute 103, and the lower end outlet of described waste material chute 103 is provided with waste material belt conveyor 104.Described Shang watt mould 14 punching press is on described lower brick mould 12, the waste material be squeezed out is positioned at described waste material and releases on flap 102, described waste material is released cylinder 101 action and is driven described waste material to release flap 102, waste material is pushed out to described waste material chute 103, waste material slides to described waste material belt conveyor 104 for 103 times along described waste material chute and transfers out.
As shown in Figure 8 and Figure 9, waste material pressure caving plate 105 is provided with above the edge of described Shang watt mould 14, described waste material pressure caving plate 105 is arranged with waste material pressure to fall bearing pin 106, the described waste material pressure bearing pin 106 that falls is passed down through described waste material pressure caving plate 105 and is arranged with waste material pressure to fall spring 107, and the fall lower end of bearing pin 105 of described waste material pressure is connected with waste material and presses bottomed plate 108.When described Shang watt mould 14 punching press is on described lower brick mould 12, waste material is expressed into outside described Shang watt mould 14 and described lower brick mould 12, in described Shang watt mould 14 dropping process, described waste material presses bottomed plate 108 and described waste material pressure to fall bearing pin 105 by jack-up, compresses described waste material pressure simultaneously and to fall spring 107.After described Shang watt mould 14 lifts, described waste material pressure fall spring 107 restoring force effect under, described waste material presses bottomed plate 108 and described waste material pressure bearing pin 105 return that falls to fall, and the waste material pressure of described Shang watt mould 14 edge is fallen simultaneously.Coordinate described waste material to release flap 102 result of use better, described waste material is pressed bottomed plate 108 waste material pressure to be fallen described waste material and is released release on flap 102.
More than show and describe general principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and description just illustrates principle of the present utility model; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (10)
1. full-automatic tile making machine, is arranged on blank conveyer belt sidepiece, comprises stamping machine, it is characterized in that: be provided with servo-actuated automatic fetching device between the side of described stamping machine and blank conveyer belt, and the opposite side of described stamping machine is provided with automatic knockout mechanism; Described servo-actuated automatic fetching device comprises feeding support, on described feeding support slide be provided with move back and forth above described feeding support and blank conveyer belt from return material fetching mechanism, the described below from return material fetching mechanism is provided with feeding belt conveyor, is provided with feed mechanism between the discharge end of described feeding belt conveyor and described stamping machine; Described automatic knockout mechanism comprises ejection support, and described ejection support slides is provided with the unbaked tile grasping mechanism moved back and forth between described ejection support and described stamping machine, is provided with unbaked tile output mechanism below described unbaked tile grasping mechanism; Describedly comprise material grasping cylinder from return material fetching mechanism, described material grasping cylinder is connected with the material grasping slide be slidably mounted on described feeding support, described material grasping slide is provided with material grasping lift cylinder, described material grasping lift cylinder is connected with the material grasping elevating bracket be positioned at below described material grasping slide, described material grasping elevating bracket is provided with sucker sliding axle, described sucker sliding axle slidably connects material grasping sucker, described sucker sliding axle is arranged with lean described material grasping sucker material grasping from return spring.
2. full-automatic tile making machine as claimed in claim 1, is characterized in that: described material grasping is corresponding with the throughput direction of blank conveyer belt from the elastic deformation direction of return spring; Described material grasping slide is provided with material grasping lifting guide pin bushing, is provided with the material grasping lifting guide pillar through described material grasping lifting guide pin bushing above described material grasping elevating bracket.
3. full-automatic tile making machine as claimed in claim 1, it is characterized in that: described feed mechanism comprises the feeding flap of the discharge end being positioned at described feeding belt conveyor, the below of described feeding flap is connected with feeding lift cylinder, the both sides of described feeding flap are provided with feeding conveying help roll, and described feeding conveying help roll flushes setting with described feeding belt conveyor; Described feeding support is also provided with pusher cylinder, and described pusher cylinder is connected with the scraping wings sliding and be positioned at above described feeding flap; Described feeding flap comprises and is connected horizontally disposed feeding supporting plate with described feeding lift cylinder, and described feeding supporting plate is connected with the feeding baffle plate arranged straight down, and described feeding baffle plate correspondence keeps out the discharge end at described feeding belt conveyor.
4. full-automatic tile making machine as claimed in claim 1, it is characterized in that: described unbaked tile grasping mechanism comprises unbaked tile and captures cylinder, described unbaked tile captures cylinder and is connected with the unbaked tile crawl slide be slidably mounted on described ejection support, described unbaked tile captures on slide and is provided with unbaked tile crawl lift cylinder, described unbaked tile captures lift cylinder and is connected with the unbaked tile crawl sucker be positioned at below described unbaked tile crawl slide, and described unbaked tile crawl sucker is connected with fueling injection equipment towards the end of described punching press pusher side.
5. full-automatic tile making machine as claimed in claim 4, it is characterized in that: described unbaked tile output mechanism comprises the unbaked tile be arranged on described ejection support and exports cylinder, described unbaked tile exports cylinder and is connected with the unbaked tile output slide sliding and be positioned at below described unbaked tile crawl sucker; The piston rod telescopic direction intersecting vertical that the piston rod telescopic direction of described unbaked tile output cylinder and described unbaked tile capture cylinder is arranged.
6. full-automatic tile making machine as claimed in claim 1, it is characterized in that: the both sides of described feeding belt conveyor are provided with the blank guide plate be oppositely arranged, blank guide plate described in two extends to described feed mechanism direction by blank belt direction and distance described in two between blank guide plate reduces gradually.
7. full-automatic tile making machine as claimed in claim 1, is characterized in that: be interrupted arranging between described servo-actuated automatic fetching device and described stamping machine, between described stamping machine and described automatic knockout mechanism.
8. the full-automatic tile making machine as described in claims as arbitrary in claim 1 to 7, it is characterized in that: described stamping machine comprises frame, described frame is provided with lower brick mould, the top of described frame is provided with pressure watt cylinder, described pressure watt cylinder is connected with the upper watt mould coordinated with lower brick mould, the both sides of described lower brick mould are provided with positive blanking device, described positive blanking device comprises positive base guide plate, described positive base guide plate is tilted to lower setting by feed mechanism to described lower brick mould direction, the bottom of described positive base guide plate is provided with positive base and promotes cylinder, described positive base promotes cylinder and is connected with the positive base push pedal being positioned at described lower brick mould side, described positive blanking device also comprises the positive base lift cylinder be arranged in described frame, positive base lift cylinder is connected with the positive base adjustable end stop being positioned at described lower brick mould opposite side.
9. full-automatic tile making machine as claimed in claim 8, it is characterized in that: described frame is also provided with waste material and releases cylinder, described waste material is released cylinder and is connected with the waste material release flap being positioned at described lower brick mould edge, the position described frame corresponding to described waste material release flap is provided with waste material chute, and the lower end outlet of described waste material chute is provided with waste material belt conveyor.
10. full-automatic tile making machine as claimed in claim 9, it is characterized in that: above the edge of described Shang watt mould, be provided with waste material pressure caving plate, described waste material pressure caving plate is arranged with waste material pressure to fall bearing pin, the described waste material pressure bearing pin that falls is passed down through described waste material pressure caving plate and is arranged with waste material pressure to fall spring, and the fall lower end of bearing pin of described waste material pressure is connected with waste material and presses bottomed plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520684651.7U CN205112080U (en) | 2015-07-21 | 2015-09-06 | Automatic tile machinery |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520528854 | 2015-07-21 | ||
| CN2015205288547 | 2015-07-21 | ||
| CN201520684651.7U CN205112080U (en) | 2015-07-21 | 2015-09-06 | Automatic tile machinery |
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| CN205112080U true CN205112080U (en) | 2016-03-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520684651.7U Withdrawn - After Issue CN205112080U (en) | 2015-07-21 | 2015-09-06 | Automatic tile machinery |
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| CN (1) | CN205112080U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105128141A (en) * | 2015-07-21 | 2015-12-09 | 蒋学凯 | Full-automatic tile manufacturing machine |
| CN108067560A (en) * | 2017-11-22 | 2018-05-25 | 江苏科技大学 | Glass magnesium board ingot stripper and release method |
| CN112060310A (en) * | 2020-11-13 | 2020-12-11 | 佛山市泰纳机械设备有限公司 | Two-position double-pressure three-die full-automatic roof tile pressing machine and tile processing method |
| CN112123551A (en) * | 2020-08-08 | 2020-12-25 | 傅海冬 | Ecological stone drawing of patterns equipment for building |
| CN115045041A (en) * | 2022-07-21 | 2022-09-13 | 含山县光乾纺织有限公司 | Textile fiber cotton continuous forming device |
-
2015
- 2015-09-06 CN CN201520684651.7U patent/CN205112080U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105128141A (en) * | 2015-07-21 | 2015-12-09 | 蒋学凯 | Full-automatic tile manufacturing machine |
| CN108067560A (en) * | 2017-11-22 | 2018-05-25 | 江苏科技大学 | Glass magnesium board ingot stripper and release method |
| CN112123551A (en) * | 2020-08-08 | 2020-12-25 | 傅海冬 | Ecological stone drawing of patterns equipment for building |
| CN112060310A (en) * | 2020-11-13 | 2020-12-11 | 佛山市泰纳机械设备有限公司 | Two-position double-pressure three-die full-automatic roof tile pressing machine and tile processing method |
| CN115045041A (en) * | 2022-07-21 | 2022-09-13 | 含山县光乾纺织有限公司 | Textile fiber cotton continuous forming device |
| CN115045041B (en) * | 2022-07-21 | 2023-08-04 | 含山县光乾纺织有限公司 | Continuous forming device for textile fiber cotton |
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Granted publication date: 20160330 Effective date of abandoning: 20170616 |