CN104165523B - The saggar automatic material-absorbing device of electronic kiln automatic production line - Google Patents
The saggar automatic material-absorbing device of electronic kiln automatic production line Download PDFInfo
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- CN104165523B CN104165523B CN201410409136.8A CN201410409136A CN104165523B CN 104165523 B CN104165523 B CN 104165523B CN 201410409136 A CN201410409136 A CN 201410409136A CN 104165523 B CN104165523 B CN 104165523B
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Abstract
A saggar automatic material-absorbing device for electronic kiln automatic production line, belongs to electronic kiln technical field of auxiliary facilities.Comprise frame, fixing saggar conveying roller front support beam and saggar conveying roller rear support beam on it, protective housing before the right-hand member of saggar conveying roller front support beam is established, establishes rear defence protecting box at the right-hand member of saggar conveying roller rear support beam; Saggar conveying roller driving mechanism, is located in frame, is connected with saggar conveying roller sprocket wheel; Holding structure before saggar, is located at the bottom of front protective housing; Holding structure after saggar, is located at the bottom of rear defence protecting box; Suction tube and suction tube displacement movement mechanism, suction tube is fixed in suction tube displacement movement mechanism, and suction tube displacement movement mechanism is located in rear defence protecting box; Saggar passage mechanism for opening/closing, is located in frame, also corresponds between two adjacent saggar conveying rollers simultaneously.There is good automation suction efficiency; The hyperthermia radiation invasion and attack of saggar can not be subject to; Light labor intensity; Improve the environment of Work places; Absorb excellent effect.
Description
Technical field
The invention belongs to electronic kiln technical field of auxiliary facilities, be specifically related to a kind of saggar automatic material-absorbing device of electronic kiln automatic production line, the electronic powder material burnt till for row being gone out completing in the saggar of electronic kiln is absorbed.
Background technology
Known to those of skill in the art, electronic powder raw material need be loaded saggar (saggar also claims crucible) when (also claiming sintering) being burnt till to electronic powder material by electronic kiln, enter electronic kiln by saggar together with electronic powder raw material to burn till, carried electronic powder material (grog) kiln discharge burnt till by saggar after burning till, and arrive saggar batch turning station and pour in magazine, the empty boxes alms bowl fallen except electronic powder material again loads the electronic powder raw material that await burning till through subsequent work stations and introduces kiln and burns till, so circulate again and again and meet the turnover instructions for use of saggar.
Above mentioned electronic powder material as color phosphor, lamp powder, barium titanate, strontium titanates, yttria, titanium dioxide, zirconium dioxide, bismuth oxide, aluminium oxide, lead zirconate titanate, ferromagnetic oxide powder and LiFePO4, etc.
In prior art, the mode of saggar discharging mainly contains following two kinds: one is remove; Two is absorb.Namely the saggar (material in saggar has completed and burnt till) coming from electronic kiln is carried to batch turning station and pours in material stock container by the material in saggar except referring to by workman by the former; Namely the latter absorbs and refers to that the material in saggar is absorbed by the suction gun (custom claim suction nozzle) holding the principle just as the dust catcher seen in daily life by workman's hand.There is corresponding shortcoming separately in these two kinds of modes, with regard to the former: one is that the saggar temperature of burner hearth owing to just coming from electronic kiln is higher, also be difficult to touch saggar even if the hand of workman has gloves on, thus need to wait for saggar be cooled to be enough to can confession workman hold in hands and temperature time be just able to batch turning; Two is because the material temperature in saggar and saggar when batch turning is far above normal temperature, and thus the impact of workman's thermal radiation is comparatively serious; Three is because the labour intensity of artificial batch turning is large, because of but not gas strengthen power powerhouse and be difficult to be competent at, so there is fastidious property to the manpower of this work and physique; Four is owing to having when batch turning dust to kick up and disperse, thus not only polluting the environment of operation field, and easily undermine the health of workman; Five be electronic powder material owing to burning till when pouring out saggar more or less (being only degree difference) there is sticky alms bowl phenomenon, so-called sticky alms bowl phenomenon refers to that the electronic powder material burnt till residues in saggar, if not by concentrating or claiming the not most grog adhered in saggar to remove, so pollution can be produced when loading and await the electronic powder raw material burnt till once again and even have a strong impact on the quality of burning till material.With regard to the latter: owing to needing artificial participation equally, thus except can appropriateness alleviate except the operation intensity of workman, all the other shortcomings still cannot be exempted.
In view of this, be necessary to continue to improve, the applicant has done useful design for this reason, finally defines technical scheme described below, and has carried out simulated test in the applicant plant area taking under secrecy provision, and result proves practicable.
Summary of the invention
Task of the present invention is to provide a kind of contributing to get from using raising operating efficiency in saggar by the electronic powder material in the saggar of row flake hearth-tapping in time with the operating type of automation, the limbs being conducive to exempting online assignment personnel directly contact with saggar and use and prevent high temperature from having an impact to online assignment personnel, be of value to the labour intensity that significantly alleviates online assignment personnel and use and embody good hommization effect, have and be convenient to prevent dust from kicking up and disperse and use the environment that improves operation field and protect the health of online assignment personnel and have the saggar automatic material-absorbing device of being good at embodying and the completeness of saggar feeding being used to the electronic kiln automatic production line ensureing the turnover result of use that saggar is good.
Task of the present invention has been come like this, a kind of saggar automatic material-absorbing device of electronic kiln automatic production line, comprise a frame, a saggar conveying roller front support beam and a saggar conveying roller rear support beam is fixed with level on the top of this frame, before saggar conveying roller, rear support beam is parallel, and between this saggar conveying roller front support beam and saggar conveying roller rear support beam, be provided with saggar conveying roller rotationally with space state, saggar conveying roller is positioned at saggar conveying roller and is fixed with saggar conveying roller sprocket wheel towards one end of saggar conveying roller front support beam or towards one end of saggar conveying roller rear support beam, wherein: protective housing before the right-hand member of saggar conveying roller front support beam is provided with, and saggar conveying roller rear support beam right-hand member and be provided with a rear defence protecting box corresponding to the position of front protective housing, one for ordering about the saggar conveying roller driving mechanism of described saggar conveying roller motion, and this saggar conveying roller driving mechanism is arranged in described frame, and is connected with described saggar conveying roller chain gear transmission, holding structure before one saggar, before this saggar, holding structure is arranged on the bottom of described front protective housing, holding structure after one saggar, after this saggar, holding structure is arranged on the bottom of described rear defence protecting box and corresponding with holding structure before described saggar, one for jointly seizing the suction tube and of the saggar suction under state on both sides by the arms for making the suction tube displacement movement mechanism of suction tube displacement movement to be transported to by described saggar conveying roller between the forward and backward holding structure of described saggar and to be in by the forward and backward holding structure of saggar, suction tube is fixed in suction tube displacement movement mechanism, and be connected with negative pressure aspiration device by pipeline, the position of suction tube displacement movement mechanism after corresponding to described saggar above holding structure is arranged in described rear defence protecting box, one saggar passage mechanism for opening/closing, the position that this saggar passage mechanism for opening/closing is corresponding to the left side between the forward and backward holding structure of described saggar is arranged in described frame, and this saggar passage mechanism for opening/closing also corresponds between two adjacent described saggar conveying rollers simultaneously.
In a specific embodiment of the present invention, described saggar conveying roller driving mechanism comprises conveying roller drive motors, conveying roller drives reduction box, drive sprocket, left, right changed course sprocket wheel, transition sprocket wheel and driving chain, conveying roller drive motors and conveying roller drive reduction box transmission to coordinate, and be fixed on the left end of described frame together with conveying roller drive motors by conveying roller driving reduction box, drive sprocket is fixed on conveying roller and drives on the reduction gearbox output shaft of reduction box, left changed course sprocket wheel is with described saggar conveying roller sprocket wheel and be arranged on the left end of frame rotationally in the position of side-lower corresponding to saggar conveying roller sprocket wheel, right changed course sprocket wheel is arranged on equally the right-hand member of frame rotationally with saggar conveying roller sprocket wheel equally in the position of the side-lower corresponding to saggar conveying roller sprocket wheel, the quantity of transition sprocket wheel has a pair, and be arranged on rotationally in frame corresponding to the position above drive sprocket, driving chain is nested with at drive sprocket, left changed course sprocket wheel, on right changed course sprocket wheel and transition sprocket wheel, and connect with described saggar conveying roller sprocket wheel simultaneously.
In another specific embodiment of the present invention, before described saggar, holding structure comprises saggar front clamp acting cylinder, saggar front clamp acting cylinder seat, fore-clamp casket panel seat, fore-clamp casket plate, the left pinch of fore-clamp casket plate and the right pinch of fore-clamp casket plate, saggar front clamp acting cylinder seat to be fixed in described front protective housing and to be positioned at the bottom of front protective housing, saggar front clamp acting cylinder is fixed on saggar front clamp acting cylinder seat, the saggar front clamp acting cylinder post of this saggar front clamp acting cylinder is towards holding structure after described saggar, the middle position of the length direction of fore-clamp casket panel seat and the end of saggar front clamp acting cylinder post are fixed, and be respectively fixed with a fore-clamp casket panel seat guide rod at the left end of fore-clamp casket panel seat and right-hand member, the cylinder body of this fore-clamp casket panel seat guide rod and described saggar front clamp acting cylinder is slidably matched, middle part and the fore-clamp casket panel seat of the length direction of fore-clamp casket plate are fixed, the left pinch of fore-clamp casket plate is fixed on the left end of fore-clamp casket plate, the right pinch of fore-clamp casket plate is fixed on the right-hand member of fore-clamp casket plate, at the left pinch of fore-clamp casket plate towards the side of holding structure after saggar and the left end being positioned at the left pinch of fore-clamp casket plate is fixed with the left pinch fixture block of a fore-clamp casket plate, at the right pinch of fore-clamp casket plate towards the side of holding structure after saggar and the right-hand member being positioned at the right pinch of fore-clamp casket plate is fixed with the right pinch fixture block of a fore-clamp casket plate, after described saggar, holding structure comprises clamping action cylinder after saggar, clamping action cylinder seat after saggar, turning rolls and one group of roller, after saggar, clamping action cylinder seat to be fixed in described rear defence protecting box and to be positioned at the bottom of rear defence protecting box, and clamping action cylinder seat is corresponding with described saggar front clamp acting cylinder seat after this saggar, after saggar, clamping action cylinder to be fixed on after saggar on clamping action cylinder seat, and after this saggar clamping action cylinder saggar after clamping action cylinder post towards holding structure before described saggar, after the middle part of the length direction of turning rolls and saggar, the end of clamping action cylinder post is fixed, and the left end of this turning rolls and right-hand member are respectively fixed with a turning rolls guide rod, after this turning rolls guide rod and saggar, the cylinder body of clamping action cylinder is slidably matched, one group of roller is arranged on the side of turning rolls towards holding structure before saggar rotationally, described suction tube displacement movement mechanism is corresponding to the top of clamping action cylinder after described saggar, on described suction tube and the upper end being positioned at suction tube is equipped with a suction tube joint, this suction tube joint is connected with described negative pressure aspiration device by pipeline, before the described saggar passage mechanism for opening/closing be arranged in described frame corresponds to described saggar, left side between rear clamping action cylinder and the middle part simultaneously corresponded between two adjacent described saggar conveying rollers.
In another specific embodiment of the present invention, after described saggar front clamp acting cylinder and saggar, clamping action cylinder is cylinder or oil cylinder.
In another specific embodiment of the present invention, described suction tube displacement movement mechanism comprises upper rail frame, screw drive motor, screw rod, left and right displacement sliding panel, upper and lower displacement acting cylinder, lower guideway frame, screw mandrel drive motors, screw mandrel and lower guideway frame lifting position signal picker, upper rail frame to be fixed in described rear defence protecting box and to be positioned at the top of rear defence protecting box, a pair cross slide way is fixed with towards the side of left and right displacement sliding panel at this upper rail frame, this self walks abreast to cross slide way, a driving lever slot to make way is being offered on upper rail frame and corresponding to the position between a pair cross slide way, screw drive motor is fixed on the right-hand member end face of upper rail frame, screw rod is positioned at the upper rail frame chamber of upper rail frame, the left end of this screw rod is bearing in the left end of upper rail frame rotationally, and the right-hand member of screw rod and screw drive motor are in transmission connection, this screw rod is equipped a bolt and nut, this bolt and nut is fixed with a driving lever towards the side of left and right displacement sliding panel, left and right displacement sliding panel is slidably matched towards the side of upper rail frame and a pair described cross slide way, and a driving lever probe hole is offered in the middle position of this left and right displacement sliding panel, described driving lever corresponds to the position of described driving lever slot to make way and to be stretched over outside upper rail frame chamber and to be insinuated in driving lever probe hole, upper and lower displacement acting cylinder and left and right displacement sliding panel are fixed back to the side of a pair cross slide way, and the upper and lower displacement acting cylinder post of this upper and lower displacement acting cylinder towards under, guide rail bracket fixed connecting plate is fixed with at the end of this upper and lower displacement acting cylinder post, a fixed connecting plate guide pillar is respectively fixed with at the left end of this lower guideway frame fixed connecting plate and right-hand member, the cylinder body of fixed connecting plate guide pillar and upper and lower displacement acting cylinder is slidably matched, lower guideway frame corresponds to the below of upper rail frame, rear end and the described lower guideway frame fixed connecting plate of this lower guideway frame are fixed, on the chamber wall on a left side, a movable nut guide rail is fixed with in the lower guideway frame chamber of this lower guideway frame, screw mandrel drive motors is fixed on the rear end end face of lower guideway frame, screw mandrel is positioned at lower guideway frame chamber, the front end of this screw mandrel is bearing in the front end of lower guideway frame rotationally, and the rear end of screw mandrel and screw mandrel drive motors are in transmission connection, screw mandrel is equipped a movable nut, this movable nut coordinates towards the side of movable nut guide rail with movable nut slide, and movable nut is fixed towards the side of described suction tube and suction tube, lower guideway frame lifting position signal picker is fixed on lower guideway frame, and be positioned at the accent position, front end in lower guideway frame chamber.
Also have in a specific embodiment of the present invention, described upper and lower displacement acting cylinder is cylinder or oil cylinder; Described guide rail bracket lifting position signal picker is travel switch, microswitch, position proximity switch, tongue tube or hall sensing element.
More of the present invention and in a specific embodiment, described suction tube is provided with a suction tube anchor ear in the position corresponding to described movable nut, and this suction tube anchor ear and movable nut are fixed.
In an of the present invention and then specific embodiment, described frame is configured with acting cylinder holder bearing cross beam in the position of below corresponding to described saggar passage mechanism for opening/closing, described saggar passage mechanism for opening/closing comprises passage and opens and closes acting cylinder seat, passage opens and closes acting cylinder, rebound and baffle plate, passage opens and closes acting cylinder seat and is fixed on described acting cylinder holder bearing cross beam, passage opens and closes acting cylinder and is fixed on passage keying acting cylinder seat, and the passage that this passage opens and closes acting cylinder opens and closes acting cylinder post towards upper, the end that rebound and passage open and close acting cylinder post is fixed, baffle plate and rebound are fixed, before this baffle plate corresponds to described saggar simultaneously, left side between rear clamping action cylinder and the middle position corresponded between two adjacent saggar conveying rollers.
Of the present invention again more and in a specific embodiment, it is cylinder or oil cylinder that described passage opens and closes acting cylinder.
In an again of the present invention and then specific embodiment, be equipped with a suction tube in the lower end of described suction tube and regulate tube head.
One of technique effect of technical scheme provided by the invention, when between by saggar conveying roller the saggar coming from burner hearth being caused corresponding to the forward and backward holding structure of saggar and when being in the state of being seized on both sides by the arms by the forward and backward holding structure of saggar, suction tube can be made in the state of displacement by automatic for the electronic powder material in saggar sucking-off saggar by suction tube displacement movement mechanism, thus there is good automation suction efficiency; Two, due to without the need to holding saggar in hands by online assignment personnel, and online assignment personnel away from saggar, thus can not be subject to the hyperthermia radiation invasion and attack of saggar; Three, owing to being mechanization automatic material-absorbing, thus significantly can alleviate the labour intensity of workman, embody desirable hommization effect, and can human resources be saved; Four, because suction tube there will not be when negative-pressure suction dust to kick up diffusing phenomenon, thus significantly can improve the environment of Work places, avoid dust to undermine workers ' health; Five, because suction tube is negative-pressure suction, thus can embody excellent absorption effect, guarantee that saggar meets clean turnover instructions for use.
Accompanying drawing explanation
Fig. 1 is embodiments of the invention structure chart.
Fig. 2 is the sectional view of Fig. 1.
Detailed description of the invention
In order to enable the auditor of Patent Office especially the public clearly understand technical spirit of the present invention and beneficial effect, applicant will elaborate below by way of example, but be not all the restriction to the present invention program to the description of embodiment, any conceive according to the present invention done be only pro forma but not substantial equivalent transformation and all should be considered as technical scheme category of the present invention.
Everyly in the following description relate to upper and lower, left and right, the concept of directionality (or claim directionality) of front and rear is all for the location status residing for the figure be described, object is to facilitate public understanding, thus can not be understood as being particularly limited to technical scheme provided by the invention.
Refer to Fig. 1, show the frame 1 of a frame-like, this frame 1 is supported on terrace with the position of the discharging opening of electronic kiln or other rational position by its rack support leg 15 spaced apart in a state of use, preferred scheme can arrange supporting leg adjusting screw(rod) 151 in the bottom of each rack support leg 15, can ensure that frame 1 is in level by the adjustment to supporting leg adjusting screw(rod) 151.Saggar conveying roller front support beam 11 and a saggar conveying roller rear support beam 12 is fixed with level on the top of this frame 1, the forward and backward backbar of saggar conveying roller 11,12 parallel at length direction, and saggar conveying roller 13 is provided with rotationally with space state between this saggar conveying roller front support beam 11 and saggar conveying roller rear support beam 12.For the location status shown in Fig. 1, saggar conveying roller front support beam 11 is positioned at the top of the front side of the length direction of frame 1, and saggar conveying roller rear support beam 12 is positioned at the top of the rear side of the length direction of frame 1.In the present embodiment, saggar conveying roller 13 is positioned at saggar conveying roller 13 and is fixed with saggar conveying roller sprocket wheel 131 towards one end (rear end of state shown in Fig. 1) of saggar conveying roller rear support beam 12, wherein: protective housing 111 before the right-hand member of saggar conveying roller front support beam 11 is provided with, and saggar conveying roller rear support beam 12 right-hand member and be provided with a rear defence protecting box 121 corresponding to the position of front protective housing 111.Applicant it should be noted that: if saggar conveying roller sprocket wheel 131 to be fixed on saggar conveying roller 13 one end (front end of state shown in Fig. 1) towards saggar conveying roller front support beam 11, so should to be considered as equivalent substitution and still to belong to technology contents category disclosed by the invention.To be fixed with by lasso hold-down screw 1321 at the middle part of saggar conveying roller 13 bottom the saggar be spaced for a pair and to contact lasso 132; significantly reduce saggar conveying roller 13 by this to contacting lasso 132 bottom saggar and saggar 9(Fig. 2 shows) the contact area of bottom; the energy consumption of the saggar conveying roller driving mechanism 2 that the power can saved on the one hand for ordering about saggar conveying roller 13 motion will be mentioned below being; the translational speed of saggar 9 can be accelerated on the other hand, then the roll body of saggar conveying roller 13 can be protected on the one hand.In addition, when the size specification of saggar 9 changes, so can, by realizing contacting the position adjustment of lasso 132 on saggar conveying roller 13 bottom saggar, its (contacting lasso 132 bottom saggar) be adapted with the saggar 9 of change in size.
Give one for ordering about the saggar conveying roller driving mechanism 2 of aforesaid saggar conveying roller 13 motion, this saggar conveying roller driving mechanism 2 is arranged in aforementioned frame 1, and is in transmission connection with aforesaid saggar conveying roller sprocket wheel 131; Give holding structure 3 before a saggar, before this saggar, holding structure 3 is arranged on the bottom of aforementioned front protective housing 111; Give holding structure 4 after a saggar, after this saggar, holding structure 4 is arranged on the bottom of aforementioned rear defence protecting box 121 and corresponding with holding structure before saggar 3; Give one for jointly seizing the suction tube 5 and of saggar 9 suction under state on both sides by the arms for making the suction tube displacement movement mechanism 6 of suction tube 5 displacement movement to be transported to by aforementioned saggar conveying roller 13 between the forward and backward holding structure of saggar 3,4 and to be in by the forward and backward holding structure 3,4 of saggar, suction tube 5 is fixed in suction tube displacement movement mechanism 6, and be connected with negative pressure aspiration device by pipeline, the position of suction tube displacement movement mechanism 6 after corresponding to saggar above holding structure 4 is arranged in aforesaid rear defence protecting box 121; Give a saggar passage mechanism for opening/closing 7, the position that this saggar passage mechanism for opening/closing 7 is corresponding to the left side between the forward and backward holding structure of aforementioned saggar 3,4 is arranged in aforementioned frame 1, and this saggar passage mechanism for opening/closing 7 also corresponds in the neutral gear between two adjacent described saggar conveying rollers 13, and this neutral gear also can be described as saggar conveying roller gap simultaneously.
Above mentioned saggar conveying roller driving mechanism 2 preferably but not the structure be definitely limited to is as follows: comprise conveying roller drive motors 21, conveying roller drives reduction box 22, drive sprocket 23, left, right changed course sprocket wheel 24, 25, transition sprocket wheel 26 and driving chain 27, conveying roller drive motors 21 and conveying roller drive reduction box 22 transmission to coordinate, and drive reduction box 22 to be fixed on deceleration block 222(Fig. 2 together with conveying roller drive motors 21 by conveying roller to indicate) on, deceleration block 222 is formed in the left end of aforementioned frame 1, drive sprocket 23 is fixed on conveying roller and drives on the reduction gearbox output shaft 221 of reduction box 22, left changed course sprocket wheel 24 is with aforementioned saggar conveying roller sprocket wheel 131 and be arranged on the left end of frame 1 rotationally by left changed course sprocket shaft 241 in the position of side-lower corresponding to saggar conveying roller sprocket wheel 131, quantity due to saggar conveying roller 13 has spaced apart before saggar conveying roller from left to right, rear support beam 11, one group between 12, therefore below the left side of aforesaid left changed course sprocket wheel 24 corresponding to the saggar conveying roller sprocket wheel 131 be on a saggar conveying roller 13 of high order end.The same right-hand member being arranged on saggar conveying roller sprocket wheel 131 and equally frame 1 in the position of side-lower corresponding to saggar conveying roller sprocket wheel 131 by right changed course sprocket shaft 251 rotationally of right changed course sprocket wheel 25, as the description to left changed course sprocket wheel 24, this right changed course sprocket wheel 25 is corresponding to the lower right-hand side of the saggar conveying roller sprocket wheel 13 be on a saggar conveying roller 13 of low order end.The quantity of transition sprocket wheel 26 has a pair, and be arranged on the sprocket shaft fixed head 2611 fixing with saggar conveying roller rear support beam 12 corresponding to the position above drive sprocket 23 rotationally by transition sprocket shaft 261, driving chain 27 is nested with on drive sprocket 23, left changed course sprocket wheel 24, right changed course sprocket wheel 25 and transition sprocket wheel 26, and connects with described saggar conveying roller sprocket wheel 131 simultaneously.
By the operation to not shown electric control box, conveying roller drive motors 21 is worked, drive conveying roller to drive reduction box 22 by this conveying roller drive motors 21 and drive reduction box 22 to slow down by conveying roller, drive sprocket 23 is driven by reduction gearbox output shaft 221, driving chain 27 is driven by drive sprocket 23, because driving chain 27 and saggar conveying roller sprocket wheel 131 transmission on all saggar conveying rollers 13 connect, thus saggar conveying roller 13 is driven by driving chain 27 by saggar conveying roller sprocket wheel 131, moved being loaded with the saggar 9 completing the electronic powder material burnt till to left from the right of location status shown in Fig. 1 by saggar conveying roller 13, until move to corresponding to before aforesaid saggar, rear holding structure 3, during position between 4, because the left side of saggar 9 contacts with saggar passage mechanism for opening/closing 7, namely suffer the obstruction of saggar passage mechanism for opening/closing 7 and temporarily stop being moved to the left.
Please continue to refer to Fig. 1, before aforesaid saggar, holding structure 3 comprises saggar front clamp acting cylinder 31, saggar front clamp acting cylinder seat 32, fore-clamp casket panel seat 33, fore-clamp casket plate 34, the left pinch of fore-clamp casket plate 35 and the right pinch 36 of fore-clamp casket plate, saggar front clamp acting cylinder seat 32 adopts front clamp acting cylinder seat hold-down screw 321 to be fixed in aforesaid front protective housing 111 and is positioned at the bottom of front protective housing 111, saggar front clamp acting cylinder 31 adopts screw to be fixed on saggar front clamp acting cylinder seat 32 equally, the saggar front clamp acting cylinder post 311 of this saggar front clamp acting cylinder 31 is towards holding structure 4 after aforesaid saggar, the middle position of the length direction of fore-clamp casket panel seat 33 and the end of saggar front clamp acting cylinder post 311 are fixed, and be respectively fixed with a fore-clamp casket panel seat guide rod 331 at the left end of fore-clamp casket panel seat 33 and right-hand member, this fore-clamp casket panel seat guide rod 331 is slidably matched with the cylinder body of aforementioned saggar front clamp acting cylinder 31, middle part and the fore-clamp casket panel seat 33 of the length direction of fore-clamp casket plate 34 are fixed, the left pinch 35 of fore-clamp casket plate is fixed on the left end of fore-clamp casket plate 34, the right pinch 36 of fore-clamp casket plate is fixed on the right-hand member of fore-clamp casket plate 34, at the left pinch of fore-clamp casket plate 35 towards the side of holding structure 4 after saggar and the left end being positioned at the left pinch of fore-clamp casket plate 35 is fixed with the left pinch fixture block 351 of a fore-clamp casket plate, at the right pinch of fore-clamp casket plate 36 towards the side of holding structure 4 after saggar and the right-hand member being positioned at the right pinch of fore-clamp casket plate 36 is fixed with the right pinch fixture block 361 of a fore-clamp casket plate.
As shown in Figure 1, respectively offer a pair self parallel pinch adjustment tank 341 at the left end of fore-clamp casket plate 34 and right-hand member, the left pinch of aforesaid fore-clamp casket plate 35 is being fixed corresponding to the position of pinch adjustment tank 341 of left end and the left end of fore-clamp casket plate 34 that are positioned at fore-clamp casket plate 34 by left pinch hold-down screw 352.Equally, the right pinch of aforesaid fore-clamp casket plate 36 is fixed in the position of pinch adjustment tank 341 of the right-hand member corresponding to aforementioned fore-clamp casket plate 34 and the right-hand member of fore-clamp casket plate 34 by right pinch hold-down screw 362.It can thus be appreciated that the left and right pinch 35,36 of fore-clamp casket plate can regulate in the length range of pinch adjustment tank 341.
After aforesaid saggar, holding structure 4 comprises clamping action cylinder 41 after saggar, clamping action cylinder seat 42 after saggar, turning rolls 43 and one group of roller 44, after saggar, clamping action cylinder seat 42 adopts rear clamping action cylinder seat hold-down screw 421 to be fixed in aforesaid rear defence protecting box 121 and is positioned at the bottom of rear defence protecting box 121, after this saggar, clamping action cylinder seat 42 is corresponding with aforesaid saggar front clamp acting cylinder seat 32, after saggar, clamping action cylinder 41 to be screwed after saggar on clamping action cylinder seat 42, and after this saggar clamping action cylinder 41 saggar after clamping action cylinder post 411 towards holding structure 3 before aforementioned saggar, after the middle part of the length direction of turning rolls 43 and saggar, the end of clamping action cylinder post 411 is fixed, and the left end of this turning rolls 43 and right-hand member are respectively fixed with a turning rolls guide rod 431, after this turning rolls guide rod 431 and saggar, the cylinder body of clamping action cylinder 41 is slidably matched, one group of roller 44 is respectively arranged on the side of turning rolls 43 towards holding structure 3 before saggar rotationally with roller shaft 441, aforesaid suction tube displacement movement mechanism 6 is corresponding to the top of clamping action cylinder 41 after saggar.
On aforementioned suction tube 5 and the upper end being positioned at suction tube 5 is equipped with a suction tube joint 51, this suction tube joint 51 by the pipeline flexible pipe of flexion (can) with negative pressure aspiration device as negative-pressure air fan or similar device are connected.Suction tube 51 is also equipped a suction tube anchor ear 52, by this suction tube anchor ear 52, suction tube 5 is fixedly connected with suction tube displacement movement mechanism 6 that is above mentioned and that also will describe in detail below.And then, also adopt in the lower end of suction tube 5 and regulate tube head screw 531 to be fixed with a suction tube adjustment tube head 53.Be arranged on aforementioned saggar passage mechanism for opening/closing in frame 17 and correspond to the left side between aforementioned saggar forward and backward clamping action cylinder 31,41 and the position placed in the middle simultaneously corresponding to the length direction between two adjacent described saggar conveying rollers 13.
In the present embodiment, after aforesaid saggar front clamp acting cylinder 31 and saggar, clamping action cylinder 41 is cylinder, but does not repel use oil cylinder, if that is replace cylinder with oil cylinder, so should be considered as not departing from technical connotation category disclosed by the invention.
When to before being positioned at saggar, rear holding structure 3, when the front side of the saggar 9 between 4 and rear side are seized on both sides by the arms simultaneously, so saggar front clamp acting cylinder 31 works, saggar front clamp acting cylinder post 311 stretches out outside cylinder body, promote fore-clamp casket panel seat 33, because the middle part of the length direction of fore-clamp casket plate 34 and aforementioned casket panel seat 33 are fixed, thus fore-clamp casket plate 34 is driven to move by fore-clamp casket panel seat 33, again because fore-clamp casket plate is left, right pinch 35, 36 left end and the right-hand members being individually fixed in fore-clamp casket plate 34, therefore drive fore-clamp casket plate left by fore-clamp casket plate 34, right pinch 35, 36 towards the direction displacement of the front side wall of saggar 9, until make fore-clamp casket plate left pinch fixture block 351 and the right pinch fixture block 361 of fore-clamp casket plate contact with the front side wall (outer wall) of saggar 9, meanwhile, after saggar, clamping action cylinder 41 works, and after saggar, clamping action cylinder post 411 stretches out outside cylinder body, and drives turning rolls 43 towards the direction displacement of the rear wall (outer wall) of saggar 9, until make one group of roller 44 contact with the rear wall of saggar 9.Thus jointly saggar 9 is seized on both sides by the arms by the forward and backward holding structure 3,4 of saggar, saggar 9 can not move because of the motion of saggar conveying roller 13, and due to contrary with aforementioned process to the release of saggar 9, thus applicant repeats no more.
Please still see Fig. 1, aforesaid suction tube displacement movement mechanism 6 comprises upper rail frame 61, screw drive motor 62, screw rod 63, left and right displacement sliding panel 64, upper and lower displacement acting cylinder 65, lower guideway frame 66, screw mandrel drive motors 67, screw mandrel 68 and lower guideway frame lifting position signal picker 69, upper rail frame 61 to be fixed in aforementioned rear defence protecting box 121 and to be positioned at the top of rear defence protecting box 121, a pair cross slide way 611 is fixed with towards the length direction of the side of left and right displacement sliding panel 64 at this upper rail frame 61, this self walks abreast to cross slide way 611, a driving lever slot to make way 612 is being offered on upper rail frame 61 and corresponding to the position between a pair cross slide way 611.Screw drive motor 62 is for having the motor of rotating function, and be fixed on the right-hand member end face of upper rail frame 61 with horizontal boom state, screw rod 63 is positioned at the upper rail frame chamber 613 of upper rail frame 61, the left end of this screw rod 63 is bearing in the left end of upper rail frame 61 rotationally by Screw rod bearings seat, and the right-hand member of screw rod 63 and screw drive motor 62 are in transmission connection, this screw rod 63 is equipped a bolt and nut 631, and namely this bolt and nut 631 is fixed with a driving lever 6311 towards the front side of location status shown in Fig. 1 towards the side of left and right displacement sliding panel 64.Left and right displacement sliding panel 64 is slidably matched towards the side of upper rail frame 61 and aforesaid a pair cross slide way 611, and offer a driving lever probe hole 641 in the middle position of this left and right displacement sliding panel 64, it is outer and be insinuated in driving lever probe hole 641 that the position that aforesaid driving lever 6311 corresponds to driving lever slot to make way 612 is stretched over upper rail frame chamber 613.Upper and lower displacement acting cylinder 65 and left and right displacement sliding panel 64 are fixed back to the side of a pair cross slide way 611, and the upper and lower displacement acting cylinder post 651 of this upper and lower displacement acting cylinder 65 towards under, guide rail bracket fixed connecting plate 6511 is fixed with at the end of this upper and lower displacement acting cylinder post 651, respectively be fixed with a fixed connecting plate guide pillar 65111 at the left end of this lower guideway frame fixed connecting plate 6511 and right-hand member, fixed connecting plate guide pillar 65111 is slidably matched with the cylinder body of upper and lower displacement acting cylinder 65.Lower guideway frame 66 corresponds to the below of upper rail frame 61, the rear end of this lower guideway frame 66 and aforementioned lower guideway frame fixed connecting plate 6511 are fixed, in the lower guideway frame chamber 661 of this lower guideway frame 66 on the chamber wall on a left side and the length direction being positioned at this chamber wall is fixed with a movable nut guide rail 6611.Screw mandrel drive motors 67 is for having the motor of rotating function, and be fixed on the rear end end face of lower guideway frame 66 with horizontal boom state, screw mandrel 68 is positioned at lower guideway frame chamber 661, the front end of this screw mandrel 68 is bearing in the front end of lower guideway frame 66 rotationally by screw mandrel supporting base, and the rear end of screw mandrel 68 and screw mandrel drive motors 67 are in transmission connection, screw mandrel 68 is equipped a movable nut 681, this movable nut 681 is slidably matched towards the side of movable nut guide rail 6611 and movable nut guide rail 6611, and movable nut 681 is fixing with suction tube 5 towards the side of aforementioned suction tube 5, specifically, anchor ear fixed head 6811 is configured with towards the side of suction tube 5 at movable nut 681, aforesaid suction tube anchor ear 52 is fixed with this anchor ear fixed head 6811, and limited by anchor ear nut 521.Lower guideway frame lifting position signal picker 69 is fixed on lower guideway frame 66, and is positioned at the accent position, front end in lower guideway frame chamber 661.
In the present embodiment, aforesaid upper and lower displacement acting cylinder 65 adopts cylinder, specifically as the description to the forward and backward clamping action cylinder 31,41 of saggar.In addition, in the present embodiment, aforesaid guide rail bracket lifting position signal picker 69 is selected with travel switch, if but use microswitch, position proximity switch, tongue tube and even hall sensing element instead, so should be considered as equivalence technological means and still belong to technology contents category disclosed by the invention.
When the screw drive motor 62 with rotating function works, screw rod 63 is driven to move by it, by screw rod 63, bolt and nut 631 is moved, left and right displacement sliding panel 64 is driven to move on a pair cross slide way 611 by driving lever 6311, because left and right displacement sliding panel 64 towards upper rail frame 61 side and be fixed with sliding panel slide block 642 corresponding to the position of a pair cross slide way 611, sliding panel slide block 642 and a pair cross slide way 611 are slidably matched.So left and right displacement sliding panel 64 can be made to follow a pair cross slide way 611 by the rotating work of screw drive motor 62 to move to the left or to the right.Because upper and lower displacement acting cylinder 65 and left and right displacement sliding panel 64 are fixed, thus drive its left and right displacement by left and right displacement sliding panel 64.The lower guideway frame fixed connecting plate 6511 fixed due to lower guideway frame 66 and the upper and lower displacement acting cylinder post 651 of upper and lower displacement acting cylinder 65 is again fixed, thus when upper and lower displacement acting cylinder 65 following left displacement sliding panel 64 left and right displacement, then this lower guideway frame 66 also correspondingly left and right displacement.When upper and lower displacement acting cylinder 65 works, such as, when upper and lower displacement acting cylinder post 651 stretches out and namely moves downward outside cylinder body, just drive lower guideway frame 66 to bottom offset, vice versa.When the screw mandrel drive motors 67 with rotating function works, then screw mandrel 68 is driven to move by it, movable nut 681 is driven to follow the displacement of movable nut guide rail 6611 by screw mandrel 68, because suction tube 5 is fixed by the anchor ear fixed head 6811 of its suction tube anchor ear 52 with movable nut 681, thus suction tube 5 is driven to move forward and backward accordingly by movable moving forward and backward of nut 681, thus can ensure that suction tube 5 moves in saggar chamber with incremental zigzag state in the process to saggar 9 suction, and suction tube 5 can also be ensured up and leave saggar 9, descending and enter saggar 9.
Aforesaid frame 1 is configured with acting cylinder holder bearing cross beam 14 in the position of below corresponding to aforementioned saggar passage mechanism for opening/closing 7.Aforesaid saggar passage mechanism for opening/closing 7 comprises passage and opens and closes acting cylinder seat 71, passage opens and closes acting cylinder 72, rebound 73 and baffle plate 74, passage opens and closes acting cylinder seat 71 and is preferably fixed on aforementioned acting cylinder holder bearing cross beam 14 with welding manner, passage opens and closes acting cylinder 72 screw 722 and is fixed on passage keying acting cylinder seat 71, and the passage that this passage opens and closes acting cylinder 72 opens and closes acting cylinder post 721 towards upper, the end that rebound 73 and passage open and close acting cylinder post 721 is fixed, baffle plate 74 parting of baffle bolt 741 and rebound 73 are fixed, before this baffle plate 74 corresponds to aforementioned saggar simultaneously, rear clamping action cylinder 31, left side between 41 and the middle position corresponded between two adjacent saggar conveying rollers 13.
In the present embodiment, aforesaid passage keying acting cylinder 72 is selected with cylinder, specifically as the description to the forward and backward clamping action cylinder 31,41 of aforementioned saggar.
When channeling cylinder 72 works, such as when namely its passage keying acting cylinder post 721 stretches upwards to cylinder extracorporeal movement, open and close acting cylinder post 721 by passage and drive rebound 73, baffle plate 74 is driven by rebound 73, baffle plate 74 is protruded upward in the neutral gear between two adjacent saggar conveying rollers 13, saggar 9 is stoped to move to left lateral, otherwise with example.
Because in many situations, saggar 9 debouches the burner hearth of electronic kiln with saggar lid 91, thus lid is taken off in order to embody automation, i.e. aforesaid suction cover, the present invention is provided with the suction cover mechanism 8 of a saggar lid on automatic sucking saggar at the left end of aforementioned frame 1, this suction cover mechanism 8 is fixed with the left end of saggar carriage front support beam 11 and saggar carriage rear support beam 12 in the position in the left side corresponding to aforementioned forward and backward protective housing 111,121 simultaneously, and corresponds to the top of aforementioned saggar conveying roller 13 with airborne.
Above mentioned suction cover mechanism 8 comprises tank tower 81, casing 82, sucker fixed seat horizontal displacement acting cylinder 83, sucker fixed seat upper and lower displacement acting cylinder fixed head 84, sucker fixed seat upper and lower displacement acting cylinder 85, sucker fixed seat 86 and sucker 87, tank tower 81 and the left end of aforementioned frame 1 are fixed and are fixed with the side of aforementioned saggar carriage front support beam 11 back to aforementioned saggar carriage rear support beam 12 and fix with the side of saggar carriage rear support beam 12 back to saggar carriage front support beam 11 simultaneously, casing 82 to be formed on tank tower 81 and to correspond to the top of aforementioned saggar conveying roller 13 with airborne, and simultaneously with aforementioned before, rear defence protecting box 111, 121 link.In the casing chamber 821 of casing 82 and the below being positioned at casing chamber 821 be configured with namely every being provided with a dividing plate 822.Sucker fixed seat horizontal displacement acting cylinder 83 is fixed on the tank tower crossbeam 811 of tank tower 81 by acting cylinder supporting base 832 with horizontal boom state, the horizontal displacement acting cylinder post 831 of this sucker fixed seat horizontal displacement acting cylinder 83 is towards sucker fixed seat upper and lower displacement acting cylinder fixed head 84, and the middle position of the length direction of this sucker fixed seat upper and lower displacement acting cylinder fixed head 84 and the end of horizontal displacement acting cylinder post 831 are fixed, a slide-and-guide bar 841 is respectively fixed with at the two ends of this sucker fixed seat upper and lower displacement acting cylinder fixed head 84 and towards the side of sucker fixed seat horizontal displacement acting cylinder 83, slide-and-guide bar 841 and guide post guide pin bushing seat 8411 are slidably matched and walk abreast with horizontal displacement acting cylinder post 831, guide post guide pin bushing seat 8411 adopts screw to be fixed on aforementioned tank tower crossbeam 811.Sucker fixed seat upper and lower displacement acting cylinder 85 and sucker fixed seat upper and lower displacement acting cylinder fixed head 84 are fixed back to the middle position of the side of slide-and-guide bar 841, and the upper and lower displacement acting cylinder post 851 of this sucker fixed seat upper and lower displacement acting cylinder 85 towards under, sucker fixed seat 86 is fixed by the end of cylinder post fixed head 861 with the upper and lower displacement acting cylinder post 851 of sucker fixed seat upper and lower displacement acting cylinder 85, a cylinder post fixed head guide rod 8611 is respectively fixed with at the two ends of cylinder post fixed head 861, this cylinder post fixed head guide rod 8611 is slidably matched with the cylinder body of sucker fixed seat upper and lower displacement acting cylinder 85, the quantity of sucker 87 has one group (to be illustrated as four, but be not limited to four), this group sucker 87 is positioned at the below of sucker fixed seat 86 and fixes with state (being distributed in four bights of sucker fixed seat 86) spaced apart and sucker fixed seat 86, wherein: aforementioned sucker fixed seat 86 corresponds to front, rear defence protecting box 111, between 121, and correspond to the top of dividing plate 822.
Preferably, aforesaid sucker fixed seat horizontal displacement acting cylinder 83 and aforesaid sucker fixed seat upper and lower displacement acting cylinder 85 are cylinder, specifically as the description to the forward and backward clamping action cylinder 31,41 of saggar.Aforesaid sucker 87 has an air intake duct interface 871, and this air intake duct interface 871 is stretched over sucker fixed seat 86 towards the top of upper side and is connected with depression generator by negative pressure line.Depression generator is as vavuum pump or similar device.
Refer to Fig. 2 and composition graphs 1, be loaded with the saggar 9 completing the electronic powder material burnt till to move from the right-hand member of frame 1 to left end, specifically: under the work of aforementioned saggar conveying roller driving mechanism 2, saggar conveying roller 13 is kept in motion, so saggar 9 shows from the saggar entrance 16(Fig. 2 between aforesaid forward and backward protective housing 111,121) enter between forward and backward protective housing 111,112, until saggar 9 touches the baffle plate 74 of aforementioned saggar passage mechanism for opening/closing 7 and stops mobile.Now, the forward and backward side of saggar 9 is clamped by the description of the forward and backward clamping device 3,4 of saggar simultaneously above by applicant.Then suction cover mechanism 8 works, first be cylinder by sucker fixed seat horizontal displacement acting cylinder 83(the present embodiment) work, horizontal displacement acting cylinder post 831 stretches outside cylinder body, by horizontal displacement acting cylinder post 831, sucker fixed seat upper and lower displacement acting cylinder fixed head 84 is passed to the right, because sucker fixed seat upper and lower displacement acting cylinder 85 and sucker fixed seat upper and lower displacement acting cylinder fixed head 84 are fixed, thus sucker fixed seat upper and lower displacement acting cylinder 85 is with the synchronous displacement to the right of sucker fixed seat upper and lower displacement acting cylinder fixed head 84, simultaneously by sucker fixed seat upper and lower displacement acting cylinder 85 with sucker fixed seat 86 displacement to the right, until saggar lid 91(Fig. 2 that sucker fixed seat 86 corresponds to saggar 9 shows) top.Again then, sucker fixed seat upper and lower displacement acting cylinder 85 works, and namely its upper and lower displacement acting cylinder post 851 stretches downwards outside cylinder body, and drive sucker fixed seat 86 descending, the one group of sucker 87 be directly fixed on sucker fixed seat 86 contacts with saggar lid 91.In addition, under the work of depression generator, the pipeline that the air intake duct interface 871 due to sucker 87 connects makes sucker 87 produce negative pressure, thus is held by saggar lid 81 by sucker 87.Then sucker fixed seat upper and lower displacement acting cylinder 85 reverse operation again, upper and lower displacement acting cylinder post 851 is up, drives sucker fixed seat 86 up, saggar lid 91 is left top that saggar 9(is in saggar 9).And then then sucker fixed seat horizontal displacement acting cylinder 83 reverse operation, by aforementioned inverse process until make sucker fixed seat 86 be in by the position corresponding to the top of dividing plate 822 shown in Fig. 1 and Fig. 2 together with the saggar lid 91 held by sucker 87.And then then, upper and lower displacement acting cylinder 65 works, upper and lower displacement acting cylinder post 651 stretches namely to bottom offset outside cylinder body, drive lower guideway frame 66 descending, make suction tube 5 descending and enter in saggar 9, the degree following guide rail bracket lifting position signal picker 69 that upper and lower displacement acting cylinder post 651 stretches outside cylinder body touches saggar 9 and is limited.Now belong to outside plant structural system negative pressure aspiration device work under, make suction tube 5 produce negative pressure, by suction tube 5 by the electronic powder material in saggar 9 through pipeline 511 sucking-off that is connected with suction tube joint 51.In the process of suction tube 5 pairs of saggars 9 suction, aforesaid screw drive motor 62 and screw mandrel drive motors 67 are in duty together, to make suction tube 5 (namely suction tube 5 is with zigzagging) realization suction to saggar 9 under the incremental state of above-described compound motion all around by applicant, until after exhausting, upper and lower displacement acting cylinder 65 reverse operation, makes sucker tube 5 recess saggar 9.Again then, aforesaid suction cover mechanism 8 task again, until saggar lid 91 is back to saggar, then suction cover mechanism 8 reverse operation be in the state shown in Fig. 1 again, and the forward and backward holding structure of saggar 3,4 pairs of saggars 9 discharge.Last saggar passage mechanism for opening/closing 7 works, the passage keying acting cylinder post 721 that passage opens and closes acting cylinder 72 is descending, baffle plate 74 is made to come downwards to the below of saggar conveying roller 13, passage is opened, the saggar 9 absorbing the sky after electronic powder material moves to right lateral, takes over and what arrive is another i.e. next saggar 9 awaiting suction.
Claims (10)
1.
a kind of saggar automatic material-absorbing device of electronic kiln automatic production line, it is characterized in that comprising a frame (1), saggar conveying roller front support beam (11) and saggar conveying roller rear support beam (12) is fixed with level on the top of this frame (1), before saggar conveying roller, rear support beam (11,12) parallel, and between this saggar conveying roller front support beam (11) and saggar conveying roller rear support beam (12), be provided with saggar conveying roller (13) rotationally with space state, go up at saggar conveying roller (13) and be positioned at saggar conveying roller (13) and be fixed with saggar conveying roller sprocket wheel (131) towards one end of saggar conveying roller front support beam (11) or towards one end of saggar conveying roller rear support beam (12), wherein: protective housing (111) before the right-hand member of saggar conveying roller front support beam (11) is provided with, and saggar conveying roller rear support beam (12) right-hand member and be provided with a rear defence protecting box (121) corresponding to the position of front protective housing (111), one for ordering about the saggar conveying roller driving mechanism (2) that described saggar conveying roller (13) moves, this saggar conveying roller driving mechanism (2) is arranged in described frame (1), and is in transmission connection with described saggar conveying roller sprocket wheel (131), holding structure (3) before one saggar, before this saggar, holding structure (3) is arranged on the bottom of described front protective housing (111), holding structure (4) after one saggar, after this saggar, holding structure (4) is arranged on the bottom of described rear defence protecting box (121) and corresponding with holding structure (3) before described saggar, one for before being transported to described saggar by described saggar conveying roller (13), rear holding structure (3, 4) be in by before saggar between, rear holding structure (3, 4) suction tube (5) and of the saggar suction under state is jointly seized on both sides by the arms for making the suction tube displacement movement mechanism (6) of suction tube (5) displacement movement, suction tube (5) is fixed in suction tube displacement movement mechanism (6), and be connected with negative pressure aspiration device by pipeline, the position of suction tube displacement movement mechanism (6) top of holding structure (4) after corresponding to described saggar is arranged in described rear defence protecting box (121), one saggar passage mechanism for opening/closing (7), the position that this saggar passage mechanism for opening/closing (7) is corresponding to the left side between the forward and backward holding structure of described saggar (3,4) is arranged in described frame (1), and this saggar passage mechanism for opening/closing (7) also corresponds between two adjacent described saggar conveying rollers (13) simultaneously.
2.
the saggar automatic material-absorbing device of electronic kiln automatic production line according to claim 1, it is characterized in that described saggar conveying roller driving mechanism (2) comprises conveying roller drive motors (21), conveying roller drives reduction box (22), drive sprocket (23), left, right changed course sprocket wheel (24, 25), transition sprocket wheel (26) and driving chain (27), conveying roller drive motors (21) and conveying roller drive reduction box (22) transmission to coordinate, and drive reduction box (22) to be fixed on the left end of described frame (1) together with conveying roller drive motors (21) by conveying roller, drive sprocket (23) is fixed on conveying roller and drives on the reduction gearbox output shaft (221) of reduction box (22), left changed course sprocket wheel (24) is with described saggar conveying roller sprocket wheel (131) and be arranged on the left end of frame (1) rotationally in the position of side-lower corresponding to saggar conveying roller sprocket wheel (131), right changed course sprocket wheel (25) is same is arranged on the right-hand member of frame (1) equally rotationally with saggar conveying roller sprocket wheel (131) in the position of the side-lower corresponding to saggar conveying roller sprocket wheel (131), the quantity of transition sprocket wheel (26) has a pair, and be arranged in frame (1) rotationally in the position of the top corresponding to drive sprocket (23), driving chain (27) is nested with in drive sprocket (23), left changed course sprocket wheel (24), on right changed course sprocket wheel (25) and transition sprocket wheel (26), and connect with described saggar conveying roller sprocket wheel (131) simultaneously.
3.
the saggar automatic material-absorbing device of electronic kiln automatic production line according to claim 1, before it is characterized in that described saggar, holding structure (3) comprises saggar front clamp acting cylinder (31), saggar front clamp acting cylinder seat (32), fore-clamp casket panel seat (33), fore-clamp casket plate (34), the left pinch of fore-clamp casket plate (35) and the right pinch of fore-clamp casket plate (36), saggar front clamp acting cylinder seat (32) to be fixed in described front protective housing (111) and to be positioned at the bottom of front protective housing (111), saggar front clamp acting cylinder (31) is fixed on saggar front clamp acting cylinder seat (32), saggar front clamp acting cylinder post (311) of this saggar front clamp acting cylinder (31) is towards holding structure (4) after described saggar, the middle position of the length direction of fore-clamp casket panel seat (33) and the end of saggar front clamp acting cylinder post (311) are fixed, and be respectively fixed with fore-clamp casket panel seat guide rod (331) at the left end of fore-clamp casket panel seat (33) and right-hand member, this fore-clamp casket panel seat guide rod (331) is slidably matched with the cylinder body of described saggar front clamp acting cylinder (31), the middle part of the length direction of fore-clamp casket plate (34) and fore-clamp casket panel seat (33) are fixed, the left pinch of fore-clamp casket plate (35) is fixed on the left end of fore-clamp casket plate (34), the right pinch of fore-clamp casket plate (36) is fixed on the right-hand member of fore-clamp casket plate (34), at the left pinch of fore-clamp casket plate (35) towards the side of holding structure (4) after saggar and the left end being positioned at the left pinch of fore-clamp casket plate (35) is fixed with the left pinch fixture block (351) of a fore-clamp casket plate, at the right pinch of fore-clamp casket plate (36) towards the side of holding structure (4) after saggar and the right-hand member being positioned at the right pinch of fore-clamp casket plate (36) is fixed with the right pinch fixture block (361) of a fore-clamp casket plate, after described saggar, holding structure (4) comprises clamping action cylinder (41) after saggar, clamping action cylinder seat (42) after saggar, turning rolls (43) and one group of roller (44), after saggar, clamping action cylinder seat (42) to be fixed in described rear defence protecting box (121) and to be positioned at the bottom of rear defence protecting box (121), and clamping action cylinder seat (42) is corresponding with described saggar front clamp acting cylinder seat (32) after this saggar, after saggar, clamping action cylinder (41) to be fixed on after saggar on clamping action cylinder seat (42), and after this saggar clamping action cylinder (41) saggar after clamping action cylinder post (411) towards holding structure (3) before described saggar, after the middle part of the length direction of turning rolls (43) and saggar, the end of clamping action cylinder post (411) is fixed, and the left end of this turning rolls (43) and right-hand member are respectively fixed with a turning rolls guide rod (431), after this turning rolls guide rod (431) and saggar, the cylinder body of clamping action cylinder (41) is slidably matched, one group of roller (44) is arranged on the side of turning rolls (43) towards holding structure (3) before saggar rotationally, described suction tube displacement movement mechanism (6) is corresponding to the top of clamping action cylinder (41) after described saggar, described suction tube (5) is upper and the upper end being positioned at suction tube (5) is equipped with a suction tube joint (51), this suction tube joint (51) is connected with described negative pressure aspiration device by pipeline, be arranged on described saggar passage mechanism for opening/closing (7) in described frame (1) corresponding to before described saggar, rear clamping action cylinder (31,41) left side between and the middle part simultaneously corresponded between two adjacent described saggar conveying rollers (13).
4.
the saggar automatic material-absorbing device of electronic kiln automatic production line according to claim 3, after it is characterized in that described saggar front clamp acting cylinder (31) and saggar, clamping action cylinder (41) is cylinder or oil cylinder.
5.
the saggar automatic material-absorbing device of electronic kiln automatic production line according to claim 3, it is characterized in that described suction tube displacement movement mechanism (6) comprises upper rail frame (61), screw drive motor (62), screw rod (63), left and right displacement sliding panel (64), upper and lower displacement acting cylinder (65), lower guideway frame (66), screw mandrel drive motors (67), screw mandrel (68) and lower guideway frame lifting position signal picker (69), upper rail frame (61) to be fixed in described rear defence protecting box (121) and to be positioned at the top of rear defence protecting box (121), a pair cross slide way (611) is fixed with towards the side of left and right displacement sliding panel (64) at this upper rail frame (61), this self walks abreast to cross slide way (611), go up at upper rail frame (61) and offering a driving lever slot to make way (612) corresponding to the position between a pair cross slide way (611), screw drive motor (62) is fixed on the right-hand member end face of upper rail frame (61), screw rod (63) is positioned at the upper rail frame chamber (613) of upper rail frame (61), the left end of this screw rod (63) is bearing in the left end of upper rail frame (61) rotationally, and the right-hand member of screw rod (63) and screw drive motor (62) are in transmission connection, this screw rod (63) is equipped a bolt and nut (631), this bolt and nut (631) is fixed with a driving lever (6311) towards the side of left and right displacement sliding panel (64), left and right displacement sliding panel (64) is slidably matched towards the side of upper rail frame (61) and described a pair cross slide way (611), and a driving lever probe hole (641) is offered in the middle position of this left and right displacement sliding panel (64), described driving lever (6311) is stretched over upper rail frame chamber (613) and be insinuated in driving lever probe hole (641) outward corresponding to the position of described driving lever slot to make way (612), upper and lower displacement acting cylinder (65) and left and right displacement sliding panel (64) are fixed back to the side of a pair cross slide way (611), and the upper and lower displacement acting cylinder post (651) of this upper and lower displacement acting cylinder (65) towards under, guide rail bracket fixed connecting plate (6511) is fixed with at the end of this upper and lower displacement acting cylinder post (651), a fixed connecting plate guide pillar (65111) is respectively fixed with at the left end of this lower guideway frame fixed connecting plate (6511) and right-hand member, fixed connecting plate guide pillar (65111) is slidably matched with the cylinder body of upper and lower displacement acting cylinder (65), lower guideway frame (66) is corresponding to the below of upper rail frame (61), the rear end of this lower guideway frame (66) and described lower guideway frame fixed connecting plate (6511) are fixed, on the chamber wall on a left side, a movable nut guide rail (6611) is fixed with in the lower guideway frame chamber (661) of this lower guideway frame (66), screw mandrel drive motors (67) is fixed on the rear end end face of lower guideway frame (66), screw mandrel (68) is positioned at lower guideway frame chamber (661), the front end of this screw mandrel (68) is bearing in the front end of lower guideway frame (66) rotationally, and the rear end of screw mandrel (68) and screw mandrel drive motors (67) are in transmission connection, screw mandrel (68) is equipped a movable nut (681), this movable nut (681) is slidably matched towards the side of movable nut guide rail (6611) and movable nut guide rail (6611), and movable nut (681) is fixing with suction tube (5) towards the side of described suction tube (5), lower guideway frame lifting position signal picker (69) is fixed on lower guideway frame (66), and be positioned at the accent position, front end in lower guideway frame chamber (661).
6.
the saggar automatic material-absorbing device of electronic kiln automatic production line according to claim 5, is characterized in that described upper and lower displacement acting cylinder (65) is cylinder or oil cylinder; Described guide rail bracket lifting position signal picker (69) is travel switch, microswitch, position proximity switch, tongue tube or hall sensing element.
7.
the saggar automatic material-absorbing device of electronic kiln automatic production line according to claim 5, it is characterized in that going up at described suction tube (5) and the position corresponding to described movable nut (681) being provided with a suction tube anchor ear (52), this suction tube anchor ear (52) is fixed with movable nut (681).
8.
the saggar automatic material-absorbing device of electronic kiln automatic production line according to claim 3, it is characterized in that going up in described frame (1) and being configured with acting cylinder holder bearing cross beam (14) in the position of the below corresponding to described saggar passage mechanism for opening/closing (7), described saggar passage mechanism for opening/closing (7) comprises passage and opens and closes acting cylinder seat (71), passage opens and closes acting cylinder (72), rebound (73) and baffle plate (74), passage opens and closes acting cylinder seat (71) and is fixed on described acting cylinder holder bearing cross beam (14), passage opens and closes acting cylinder (72) and is fixed on passage keying acting cylinder seat (71), and the passage that this passage opens and closes acting cylinder (72) opens and closes acting cylinder post (721) towards upper, the end that rebound (73) and passage open and close acting cylinder post (721) is fixed, baffle plate (74) is fixed with rebound (73), before this baffle plate (74) corresponds to described saggar simultaneously, rear clamping action cylinder (31, 41) left side between and the middle position corresponded between two adjacent saggar conveying rollers (13).
9.
the saggar automatic material-absorbing device of electronic kiln automatic production line according to claim 8, it is characterized in that described passage opens and closes acting cylinder (72) is cylinder or oil cylinder.
10.
the saggar automatic material-absorbing device of the electronic kiln automatic production line according to claim 1 or 3 or 4 or 7, is characterized in that being equipped with a suction tube in the lower end of described suction tube (5) regulates tube head (53).
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| CN201410409136.8A CN104165523B (en) | 2014-08-19 | 2014-08-19 | The saggar automatic material-absorbing device of electronic kiln automatic production line |
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| CN201410409136.8A CN104165523B (en) | 2014-08-19 | 2014-08-19 | The saggar automatic material-absorbing device of electronic kiln automatic production line |
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| CN105344934A (en) * | 2015-11-26 | 2016-02-24 | 安徽全柴动力股份有限公司 | Automatic mold sheet moving-out device, use method and application |
| CN107185661B (en) * | 2017-06-12 | 2019-01-08 | 上海陆达包装机械制造有限公司 | saggar material crusher |
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| CN104165523A (en) | 2014-11-26 |
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