CN208860381U - Potlery tile angle detecting equipment - Google Patents

Abstract

The utility model relates to potlery tile production technical field, in particular to a kind of potlery tile angle detecting equipment.The equipment includes the conveyer for being used for transmission potlery tile, the direction detection device for detecting potlery tile direction, direction detection device includes bracket, groove type photoelectric switch, oscillating rod and reset spring, bracket is installed on a conveyor, groove type photoelectric switch is arranged on bracket, and the top of conveyer is arranged in groove type photoelectric switch, the notch of groove type photoelectric switch opens up conveying direction of the direction towards potlery tile, has induction point on two opposite side walls of groove type photoelectric switch；It is rotatably connected on bracket in the middle part of oscillating rod, one end of oscillating rod is rotatably arranged in the notch of groove type photoelectric switch, the other end of oscillating rod and the accessible setting of potlery tile on a conveyor, the both ends of reset spring are connected with one end of oscillating rod and bracket respectively.The detection process of the utility model is not necessarily to personnel's handwork, high-efficient and at low cost, and is not influenced by dust atmosphere.

Description

Potlery tile angle detecting equipment

Technical field

The utility model relates to potlery tile production technical field, in particular to a kind of potlery tile angle detecting equipment.

Background technique

Potlery tile is as a kind of construction material, and the mode of overlap joint superposition is assemblied in roof usually before and after potlery tile length direction On.In addition, potlery tile sheet lows on one side the height while as length direction, and tiling is curved distinctive appearance structure,

On potlery tile packaging production line, it is inserted into the inside of flash when to prevent arrangement on the outside of low side, embryo material is into before kiln Transverse direction arrangement is consistent, and it is longitudinal be it is previous it is low while to the latter it is low while, previous flash to the latter flash, From kiln burn out after potlery tile conveyed by idler wheel, lead to potlery tile movement speed not due to rolling wheel wear etc. is many-sided Unanimously, there are the confusion phenomena of file dislocation, laterally intert into the potlery tile for putting opposite direction, require potlery tile defeated when due to tying up Send direction consistent, the inconsistent potlery tile in subsequent direction, which is transported to strapper and will affect, ties up process, it is therefore desirable to which direction is different The potlery tile of cause is chosen.

In the process of implementing the utility model, it is found by the applicant that in the prior art the prior art has at least the following problems:

In the prior art, the work that the inconsistent potlery tile in direction is chosen is relied primarily on into manual operation, artificial station is producing On line, eyes are stared at selected on a conveyor always.The mode of this hand picking has the following problems in actual production:

1, need to be equipped with several workers daily for single production line, and kiln is fired and do not stopped production for whole day 24 hours, is adopted Mechanism of working around the clock is taken, double-shift work is at least divided into, per tour is at least equipped with two workers and is on duty in turn, and a people makes an inspection tour one hour, Another person waits in turn, and with the increase of labour cost, the labour cost of great number will have a direct impact on packing cost；

2, kiln workshop condition is severe, is high-temperature dust environment, and the factors such as one side light will affect worker's eyesight, such as goes out Existing asthenopia will affect judgement, cause subsequent to run；Another aspect potlery tile transported out in kiln temperature be 60 to 70 degrees Celsius, worker needs long-term gloves of wearing to protect crawl, and in summer, dog days' weather worker is easy to appear the high temperature disease such as heatstroke Disease will affect normal production if cannot be replenished in time manually.

Utility model content

The purpose of this utility model is to overcome the deficiency of above-mentioned background technique, a kind of potlery tile angle detecting is provided and is set It is standby, to replace manually choosing the inconsistent potlery tile in direction.

In order to achieve the goal above, a kind of potlery tile angle detecting equipment provided by the utility model, the equipment includes using In conveyer, the direction detection device for detecting potlery tile direction of transmission potlery tile, the direction detection device includes bracket, slot Type optoelectronic switch, oscillating rod and reset spring, in which:

The bracket is mounted on the conveyer, has the pottery between the bracket and the working face of the conveyer Watt conveying space；

The groove type photoelectric switch is arranged on the bracket, and the conveyer is arranged in the groove type photoelectric switch Top, the notch of the groove type photoelectric switch open up conveying direction of the direction towards the potlery tile, the groove type photoelectric switch Two opposite side walls on have induction point；

It is rotatably connected in the middle part of the oscillating rod on the bracket, one end of the oscillating rod can be rotatably set In the notch of the groove type photoelectric switch, the other end of the oscillating rod can contact with the potlery tile on the conveyer and set It sets；

The both ends of the reset spring are connected with one end of the oscillating rod and the bracket respectively.

Further, the bracket includes installation seat plate, the first connector sleeve, upright bar and connecting rod, in which:

There are two the installation seat plate settings, and two installation seat plates are oppositely arranged on the both lateral sides of the conveyer On, the potlery tile conveys between two installation seat plates；

The upright bar and the installation seat plate are correspondingly arranged, and the upright bar is vertically set on the corresponding installation seat plate On；

The both ends of the connecting rod are connected in two upright bars by first connector sleeve respectively.

Further, the bracket further includes fixed plate, and the top of the fixed plate is provided with living for the connecting rod It is dynamic across first through hole, the fixed plate is movably coupled in the connecting rod, and the top of the fixed plate is additionally provided with Second through-hole, one end of the reset spring are connected on second through-hole.

Further, the lower part of the fixed plate is provided with third through-hole, and graphite copper sheathing is pressed in the third through-hole；

The direction detection device further includes shaft, and one end of the shaft is interference fitted in the graphite copper sheathing, institute The other end for stating shaft is rotatably arranged in the fourth hole of middle part setting of the oscillating rod.

Further, the lower part of the fixed plate is additionally provided with arcuate socket, and the arcuate socket is fixedly installed gag lever post, The other end of the oscillating rod is limited by the gag lever post.

Further, the bracket further includes mounting base, and the mounting base is fixedly connected on by two the first check lock levers In the fixed plate, two first check lock levers and the connecting rod are perpendicular, and the groove type photoelectric switch is arranged described In mounting base.

Further, one end of the oscillating rod is provided with the connecting hole for connecting with the reset spring other end, The other end of the oscillating rod is provided with rotationally idler wheel, and the idler wheel can contact with the potlery tile on the conveyer and set It sets.

Further, the equipment further includes shell, counter, warning light and electric-controlled box, wherein the bottom of the shell Opening, the shell are covered on the direction detection device, and the warning light and the electric-controlled box are mounted on the shell Top, the counter are connected with the direction detection device, and the counter and the warning light are and the electric-controlled box It is connected.

Preferably, the equipment further includes guide component, and there are two the guide component settings, two guide components It is oppositely arranged on the both lateral sides of the conveyer；

Each guide component includes guide backplate and adjustment mechanism, wherein

The guide backplate is vertically set on the conveyer, the adjustment component include fixed link, the second connector sleeve, Connection column, connecting plate and the second check lock lever, one end of the fixed link are fixedly connected on the lateral surface of the guide backplate On, the other end of the fixed link is connected on second connector sleeve, and the second connector sleeve movable set is in the connection On column, and second connector sleeve is locked on the connection column by second check lock lever, the connection column It is fixed on the conveyer by the connecting plate.

Further, one layer of wear-resisting soft-slab is surrounded by outside the medial surface of the guide backplate.

The technical solution of the utility model bring beneficial effect includes at least:

A kind of potlery tile angle detecting equipment provided by the utility model, on a conveyor due to bracket installation, bracket and defeated The space with potlery tile conveying between the working face of machine is sent, therefore potlery tile can transmit on a conveyor, and potlery tile tiling is convex Recessed warp architecture, in potlery tile conveying, the convex surface of potlery tile can be in first straight line, and the concave surface of potlery tile can be in and first straight line In parallel second straight line, when potlery tile is not in the same direction, the consistent potlery tile in convex surface and direction of the inconsistent potlery tile in direction it is recessed Face is in second straight line.

Since groove type photoelectric switch is arranged on bracket, and the top of conveyer, groove profile light is arranged in groove type photoelectric switch The notch of electric switch opens up conveying direction of the direction towards potlery tile, has sense on two opposite side walls of groove type photoelectric switch Ying Dian is rotatably connected on bracket in the middle part of oscillating rod, and one end of oscillating rod is rotatably arranged in groove type photoelectric switch Notch in, the other end of oscillating rod and the accessible setting of potlery tile on a conveyor, the both ends of reset spring respectively and are swung One end of bar and bracket connection.When the consistent potlery tile in direction is in conveying, one end of oscillating rod is in groove type photoelectric switch Between notch, groove type photoelectric switch is not run, and when there is the inconsistent potlery tile in direction, the convex surface of potlery tile will drive oscillating rod and turn Dynamic, to make one end of oscillating rod not between the notch of groove type photoelectric switch, triggering groove type photoelectric switch is run, and direction is different After the potlery tile conveying of cause passes through, under the action of reset spring, oscillating rod resets, and one end of oscillating rod is in groove type photoelectric switch Notch between, groove type photoelectric switch is not run, entire detection process be not necessarily to personnel's handwork, it is high-efficient and at low cost, and And it is not influenced by dust atmosphere.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of potlery tile angle detecting equipment of the utility model embodiment；

Fig. 2 is the schematic top plan view of Fig. 1；

Fig. 3 is the structural schematic diagram of the direction detection device in Fig. 1；

Fig. 4 is the front view that groove profile photoelectricity opens Fig. 3 when not running；

The front view of Fig. 3 when Fig. 5 is the open shop of groove profile photoelectricity；

Fig. 6 is the structural schematic diagram of the fixed plate of Fig. 3；

Fig. 7 is the connection schematic cross-sectional view of the fixed plate and oscillating rod in the utility model embodiment；

Fig. 8 is the structural schematic diagram of potlery tile difference operating status；

Fig. 9 is the structural schematic diagram that potlery tile detects working condition at runtime.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawings and embodiments, but the embodiment should not be understood For limitations of the present invention.

It should be noted that experimental method described in following embodiments is unless otherwise specified conventional method, institute Reagent and material are stated, unless otherwise specified, is commercially obtained；In the description of the present invention, term " transverse direction ", The instruction such as " longitudinal direction ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" Orientation or positional relationship be to be based on the orientation or positional relationship shown in the drawings, be merely for convenience of description the utility model and letter Change description, be not the device of indication or suggestion meaning or element must have a particular orientation, constructed with specific orientation and Operation, therefore should not be understood as limiting the present invention.

Fig. 1 is a kind of structural schematic diagram of potlery tile angle detecting equipment of the utility model embodiment, and Fig. 2 is bowing for Fig. 1 Depending on schematic diagram, referring to Fig. 1 and Fig. 2, the equipment of the utility model embodiment includes the conveyer 1 for being used for transmission potlery tile 4, for examining Survey 4 direction of potlery tile direction detection device 3, direction detection device 3 include bracket, groove type photoelectric switch 3.5, oscillating rod 3.10 with And reset spring 3.12.

In conjunction with Fig. 1, the bracket of the utility model embodiment is mounted on conveyer 1, the working face of bracket and conveyer 1 it Between the space that is conveyed with potlery tile 4, therefore potlery tile can transmit on a conveyor, and potlery tile tiling is convex-concave warp architecture, When potlery tile conveys, the convex surface of potlery tile can be in first straight line, and the concave surface of potlery tile can be in parallel with first straight line second On straight line, when potlery tile is not in the same direction, it is straight that the concave surface of the consistent potlery tile in convex surface and direction of the inconsistent potlery tile in direction is in second On line.

Fig. 3 is the structural schematic diagram of the direction detection device in Fig. 1, and Fig. 4 is that groove profile photoelectricity is opening Fig. 3 when not running just View, the front view of Fig. 3 when Fig. 5 is the open shop of groove profile photoelectricity.In conjunction with Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, the utility model is real The groove type photoelectric switch 3.5 for applying example is arranged on bracket, and the top of conveyer 1, groove profile light is arranged in groove type photoelectric switch 3.5 The notch of electric switch 3.5 opens up conveying direction of the direction towards potlery tile 4, two opposite side walls of groove type photoelectric switch 3.5 Upper to have induction point A, the middle part of oscillating rod 3.10 is rotatably connected on bracket, and one end of oscillating rod 3.10 is rotationally set It sets in the notch of groove type photoelectric switch 3.5, the other end of oscillating rod 3.10 and the accessible setting of potlery tile 4 on conveyer 1, The both ends of reset spring 3.12 are connected with one end of oscillating rod 3.10 and bracket respectively.When direction, consistent potlery tile is being conveyed When, one end of oscillating rod is between the notch of groove type photoelectric switch, and groove type photoelectric switch is not run (as shown in figure 4, oscillating rod 3.10 with installation seat plate 3.1 be in about 35 degree of angles), when there is the inconsistent potlery tile in direction, the convex surface of potlery tile will drive swing Bar rotation, to make one end of oscillating rod not between the notch of groove type photoelectric switch (as shown in figure 4, oscillating rod 3.10 and peace Filling seat board 3.1 is in about 30 degree of angles), triggering groove type photoelectric switch operation is resetting after the inconsistent potlery tile conveying in direction passes through Under the action of spring 3.12, oscillating rod resets, and one end of oscillating rod is between the notch of groove type photoelectric switch, and groove profile photoelectricity is opened Pass is not run, and entire detection process is not necessarily to personnel's handwork, high-efficient and at low cost, and is not influenced by dust atmosphere.

In conjunction with Fig. 1, Fig. 2 and Fig. 3, the bracket of the utility model embodiment further comprises that installation seat plate 3.1, first connects Set 3.2, upright bar 3.3 and connecting rod 3.4.

In conjunction with Fig. 1, Fig. 2 and Fig. 3, there are two the settings of installation seat plate 3.1 of the utility model embodiment, two installation seat plates 3.1 are oppositely arranged in the both lateral sides of conveyer 1, and potlery tile 4 conveys between two installation seat plates 3.1.

Further, the installation seat plate 3.1 of the utility model embodiment can be mounted on defeated by bolted connection It send on machine 1.

In conjunction with Fig. 3, the upright bar 3.3 of the utility model embodiment and installation seat plate 3.1 are correspondingly arranged, and upright bar 3.3 is vertically set It sets on corresponding installation seat plate 3.1.

Further, a screw hole can be set on installation seat plate 3.1, upright bar 3.3 is bolted to corresponding peace It fills on seat board 3.1.

In conjunction with Fig. 3, the both ends of the connecting rod 3.4 of the utility model embodiment pass through the first connector sleeve 3.2 respectively and are connected to In two upright bars 3.3.

Further, first connector sleeve 3.2 of the utility model embodiment is passed perpendicularly through by upright bar 3.3 and connecting rod 3.4, Third check lock lever 3.5 can be set on the first connector sleeve 3.2, two third check lock levers 3.5 pass through the first connector sleeve 3.2, And act against in upright bar 3.3, to realize the fixation of the first connector sleeve 3.2.

When the angle detecting to different types of potlery tile, the position of adjustable first connector sleeve 3.2, even if connecting rod 3.4 height is adjusted, that is, is suitable for the angle detecting of different types of potlery tile.

In conjunction with Fig. 3, the bracket of the utility model embodiment further includes fixed plate 3.8, and Fig. 6 is the structure of the fixed plate of Fig. 3 Schematic diagram, in conjunction with Fig. 3, Fig. 4, Fig. 5 and Fig. 6, the top of the fixed plate 3.8 of the utility model embodiment is provided with for connecting rod The first through hole 3.8a that 3.4 activities pass through, fixed plate 3 are movably coupled in connecting rod 3.4, and the top of fixed plate 3.8 is also set It is equipped with the second through-hole 3.8b, one end of reset spring 3.12 is connected on the second through-hole 3.8b.

Further, one end of reset spring 3.12 has hook, and one end of reset spring 3.12 is by being hung on The second through-hole 3.8b in fixed plate 3.8, to realize the connection of reset spring 3.12 and fixed plate 3.8.

Fig. 7 be the utility model embodiment in fixed plate and oscillating rod connection schematic cross-sectional view, in conjunction with Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7, the lower part of the fixed plate 3.8 of the utility model embodiment are provided with third through-hole 3.8c, third through-hole 3.8c It is inside pressed with graphite copper sheathing 3.15, and direction detection device 3 further includes shaft 3.14, one end of shaft 3.14 is interference fitted in stone In black copper sheathing 3.15, the other end of shaft 3.14 is rotatably arranged in the fourth hole of middle part setting of oscillating rod 3.10.

Further, in conjunction with Fig. 7, in the utility model embodiment, standing screw 3.11 is provided in shaft 3.14, this is solid Determine the inner hole that screw rod 3.11 sequentially passes through oscillating rod 3.10 and shaft 3.14, is fixed in admittedly using a head thread end with nut In the third through-hole 3.8c of fixed board 3.8.

The graphite copper sheathing 3.15 of the utility model embodiment is a kind of oilless bearing, and long service life can be non-maintaining, is swung Bar 3.10 is freely rotated in 3.15 inner ring of graphite copper sheathing by shaft 3.14 and is swung, 3.15 outer ring of graphite copper sheathing and fixed plate The third through-hole 3.8c of lower step is that interference fit cannot relatively move.

In conjunction with Fig. 6, the lower part of the fixed plate 3.8 of the utility model embodiment is additionally provided with arcuate socket 3.8d, in conjunction with Fig. 3, Fig. 4 and Fig. 5, the arcuate socket 3.8d of the utility model embodiment are fixedly installed gag lever post 3.13, the other end of oscillating rod 3.10 It is limited by gag lever post 3.13.

In conjunction with Fig. 3, the bracket of the utility model embodiment further includes mounting base 3.6, and mounting base 3.6 passes through two first locks Tight bar 3.7 is fixedly connected in fixed plate 3.8, and two the first check lock levers 3.7 and connecting rod 3.4 are perpendicular, groove type photoelectric switch 3.5 are arranged in mounting base 3.6.

In the utility model embodiment, fixed plate 3.8 is the fixation main part of direction detection device, passes through two first locks Tight position of the adjustable fixed plate 3.8 of bar 3.7 in connecting rod 3.4, to adapt to different types of potlery tile.

In conjunction with Fig. 3, Fig. 4, Fig. 5 and Fig. 7, in the utility model embodiment, one end of oscillating rod 3.10, which is provided with, to be used for The connecting hole connected with 3.12 other end of reset spring, the other end of oscillating rod 3.10 are provided with rotationally idler wheel 3.9, idler wheel 3.9 can contact setting with the potlery tile 4 on conveyer 1.

Further, the other end of reset spring 3.12 has hook, and the other end of reset spring 3.12 is hung by hook It is located in the connecting hole of one end of oscillating rod 3.10, to realize the connection of reset spring 3.12 and oscillating rod 3.10.

Further, in the utility model embodiment, the middle part of idler wheel 3.9 has a roller shaft, and roller shaft is fixed on On oscillating rod, idler wheel flexible rotating on roller shaft, it is rolling friction that idler wheel is contacted with potlery tile, does not injure tiling, and pass through The limitation of gag lever post 3.13, idler wheel is not contacted with potlery tile concave surface when making the other end initial setting position of oscillating rod 3.10, can be subtracted Few friction, improves idler wheel service life.

In conjunction with Fig. 1, the equipment of the utility model embodiment further includes shell 5, counter 6, warning light 7 and electric-controlled box 8, In, the bottom of shell 5 is open, and shell 5 is covered on direction detection device 3, to be protected to direction detection device 3, alarm Lamp 7 and electric-controlled box 8 are mounted on the top of shell 5, and counter 6 and direction detection device 3 connect, and counter 6 and warning light 7 are equal It is connected with electric-controlled box 8, when direction detection device 3 detects the inconsistent potlery tile 4 in direction, 8 signal an alert of electric-controlled box To warning light 7, warning light 7 is sounded an alarm, meanwhile, electric-controlled box 8 also issues count signal to counter 6, and counter 6 starts to count Number, staff carry out detection processing to the potlery tile of the different directions of discovery.

In conjunction with Fig. 1, in the utility model embodiment, counter 6 can be mounted on angle detecting dress by a connecting plate 9 Set on any one installation seat plate 3.1 on 3, specifically, counter 6 is arranged in one end of connecting plate 9, connecting plate 9 it is another End is provided with kidney slot 9.1, and connecting plate 9 is fixed on installation seat plate 3.1 by the selection suitable position of kidney slot 9.1, can To adjust the position of counter 6, required based on the conveying for not interfering potlery tile 4.

In conjunction with Fig. 1 and Fig. 2, the equipment of the utility model embodiment further includes guide component 2, and guide component 2 is provided with two A, two guide components 2 are oppositely arranged on the both lateral sides of conveyer 1.Guide component can be oriented to the potlery tile of conveying, with Keep potlery tile mobile by preset direction.

In the utility model embodiment, the spacing for two guide components being oppositely arranged preferably only and a potlery tile width Size is consistent, and energy potlery tile so successively conveys in order, guarantees that direction detection device operates normally.

Further, in conjunction with Fig. 1 and Fig. 2, in the utility model embodiment, each guide component includes guide backplate 2.1 and adjustment component, wherein adjustment component include fixed link 2.2, the second connector sleeve 2.3, connection column 2.4, connecting plate 2.5 And second check lock lever 2.6, guide backplate 2.1 are vertically set on conveyer 1, one end of fixed link 2.2, which is fixedly connected on, leads On the lateral surface for expecting backplate 2.1, the other end of fixed link 2.2 is connected on the second connector sleeve 2.3,2.3 activity of the second connector sleeve It is sleeved on connection column 2.4, and second connector sleeve 2.3 is locked on connection column 2.4 by the second check lock lever 2.6, even Column 2.4 is connect to be fixed on conveyer 1 by connecting plate 2.5.

Further, the connecting plate 2.5 in the utility model embodiment can be installed on a conveyor by screw,

In the utility model embodiment, the other end of fixed link 2.2 be may be threadably coupled on the second connector sleeve 2.3, this Spacing between adjustable two opposite guide backplates 2.1 of sample, to adapt to the conveying of the potlery tile of different in width.

In addition, since movable be sleeved on of the second connector sleeve 2.3 connects on column 2.4, leading in the utility model embodiment The locking of the second check lock lever 2.6 is crossed, the second connector sleeve 2.3 can be locked on the different height of connection column 2.4, in this way may be used To adjust the distance between guide backplate and conveyer 1, which is preferably 2mm to 5mm, not interfere potlery tile on a conveyor Conveying.

In the utility model embodiment, the outside of each guide backplate 2.1 is at least provided with two adjustment mechanisms, with equilibrium Ground is supported adjustment to water conservancy diversion backplate 2.1.

Further, it is surrounded by one layer of wear-resisting soft-slab outside the medial surface of the guide backplate 2.1 of the utility model embodiment, one It to the wear-resisting of guide backplate when aspect can reduce potlery tile transport, on the other hand can also avoid contacting with potlery tile, potlery tile is produced Raw damage.

In conjunction with Fig. 1, in the utility model embodiment, the outside bending in the two sides of guide backplate 2.1, to increase potlery tile conveying When operating space, facilitate potlery tile to convey.

Fig. 8 is the structural schematic diagram of potlery tile difference operating status, and Fig. 9 is the structure that potlery tile detects working condition at runtime Schematic diagram, it is convex surface at decorative pattern in figure that in conjunction with Fig. 8 and Fig. 9, height is different on the inside of the potlery tile both ends of the utility model embodiment, Do not have at decorative pattern for concave surface, it is normal pack be divided on pipeline all high faces front and all bottom surfaces at two kinds of front in the same direction Transmission mode；When normal high face is mixed into potlery tile of the bottom surface in front on the potlery tile pipeline in front, that is, it is mixed into not in the same direction Potlery tile needs to detect；Potlery tile tiling is convex-concave warp architecture, and when potlery tile is not in the same direction, it is L that intermediate convex surface has distance each other Spacing, when the idler wheel on oscillating rod L staggered positions operation when, swing oscillating rod from potlery tile concave surface to convex surface, Groove type photoelectric switch is caused to start.

The course of work of the utility model embodiment is as follows:

Firstly, potlery tile 4 moves on conveyer 1, and after guide backplate 2.1 contacts in potlery tile 4 and guide component 2, potlery tile 4 It is introduced to 3 device lower detection zone of angle detecting, is divided into all high faces on normal packaging pipeline and exists in front and all bottom surfaces Two kinds of transmission modes in the same direction in front, the corresponding potlery tile concave surface position of band shaft roller 3.9, reset spring 3.12 are on oscillating rod 3.10 Nature, the induction point A of 3.10 shield slot type optoelectronic switch 3.5 of oscillating rod, groove type photoelectric switch 3.5 do not start.

When being mixed into potlery tile not in the same direction on normal potlery tile pipeline in the same direction, the idler wheel 3.9 on oscillating rod 3.10 is corresponding Potlery tile convex surface position, swings oscillating rod 3.10 from potlery tile concave surface to convex surface, and reset spring 3.12 is elongation state, swings The induction point A of the not shield slot type optoelectronic switch 3.5 of bar 3.10 causes groove type photoelectric switch 3.5 to start, detection and normal movement side To opposite potlery tile, potlery tile direction detection device 3 senses signal, is alarmed by warning light 7, is counted by counter 6, Subsequent make is notified to change nyctitropic movement.

The angle detecting equipment of the utility model embodiment can non-stop run, do not influenced, adapted to different by temperature environment The potlery tile production line of type meets kiln firing and does not stop production for whole day 24 hours, improves efficiency, reduce costs, and the equipment Structure is simple, is passive detection, is changed by adjust automatically displacement to cause to incude, at low cost.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model Within the scope of shield.

Claims (10)

1. a kind of potlery tile angle detecting equipment, which is characterized in that the equipment include be used for transmission potlery tile (4) conveyer (1), For detecting the direction detection device (3) in potlery tile (4) direction, the direction detection device (3) includes bracket, groove type photoelectric switch (3.5), oscillating rod (3.10) and reset spring (3.12), in which:

The bracket is mounted on the conveyer (1), is had between the bracket and the working face of the conveyer (1) described The space of potlery tile (4) conveying；

The groove type photoelectric switch (3.5) is arranged on the bracket, and the groove type photoelectric switch (3.5) is arranged described defeated The top of machine (1) is sent, the notch of the groove type photoelectric switch (3.5) opens up conveying direction of the direction towards the potlery tile (4), There is induction point (A) on two opposite side walls of the groove type photoelectric switch (3.5)；

It is rotatably connected on the bracket in the middle part of the oscillating rod (3.10), one end of the oscillating rod (3.10) can turn Be arranged in the notch of the groove type photoelectric switch (3.5) dynamicly, the other end of the oscillating rod (3.10) in the conveying The accessible setting of potlery tile (4) on machine (1)；

The both ends of the reset spring (3.12) are connected with one end of the oscillating rod (3.10) and the bracket respectively.

2. a kind of potlery tile angle detecting equipment according to claim 1, which is characterized in that the bracket includes installation seat plate (3.1), the first connector sleeve (3.2), upright bar (3.3) and connecting rod (3.4), in which:

There are two installation seat plate (3.1) settings, and two installation seat plates (3.1) are oppositely arranged on the conveyer (1) Both lateral sides on, the potlery tile (4) conveys between two installation seat plates (3.1)；

The upright bar (3.3) and the installation seat plate (3.1) are correspondingly arranged, and the upright bar (3.3) is vertically set on corresponding institute It states on installation seat plate (3.1)；

The both ends of the connecting rod (3.4) are connected to two upright bars (3.3) by first connector sleeve (3.2) respectively On.

3. a kind of potlery tile angle detecting equipment according to claim 2, which is characterized in that the bracket further includes fixed plate (3.8), the top of the fixed plate (3.8) is provided with the first through hole (3.8a) passed through for the connecting rod (3.4) activity, institute It states fixed plate (3.8) to be movably coupled on the connecting rod (3.4), the top of the fixed plate (3.8) is additionally provided with second Through-hole (3.8b), one end of the reset spring (3.12) are connected on second through-hole (3.8b).

4. a kind of potlery tile angle detecting equipment according to claim 3, which is characterized in that under the fixed plate (3.8) Portion is provided with third through-hole (3.8c), is pressed with graphite copper sheathing (3.15) in the third through-hole (3.8c)；

The direction detection device (3) further includes shaft (3.14), and one end of the shaft (3.14) is interference fitted in the stone In black copper sheathing (3.15), the other end of the shaft (3.14) is rotatably arranged in the middle part setting of the oscillating rod (3.10) Fourth hole in.

5. a kind of potlery tile angle detecting equipment according to claim 4, which is characterized in that under the fixed plate (3.8) Portion is additionally provided with arcuate socket (3.8d), and the arcuate socket (3.8d) is fixedly installed gag lever post (3.13), the oscillating rod (3.10) the other end is limited by the gag lever post (3.13).

6. a kind of potlery tile angle detecting equipment according to claim 3, which is characterized in that the bracket further includes mounting base (3.6), the mounting base (3.6) is fixedly connected on the fixed plate (3.8) by two the first check lock levers (3.7), and two First check lock lever (3.7) and the connecting rod (3.4) are perpendicular, and the groove type photoelectric switch (3.5) is arranged in the peace It fills on seat (3.6).

7. a kind of potlery tile angle detecting equipment according to claim 1-6, which is characterized in that the oscillating rod (3.10) one end is provided with the connecting hole for connecting with the reset spring (3.12) other end, the oscillating rod (3.10) The other end be provided with rotationally idler wheel (3.9), the idler wheel (3.9) can connect with the potlery tile (4) on the conveyer (1) Touching setting.

8. a kind of potlery tile angle detecting equipment according to claim 1-6, which is characterized in that the equipment is also wrapped Include shell (5), counter (6), warning light (7) and electric-controlled box (8), wherein the bottom of the shell (5) is open, the shell (5) it is covered on the direction detection device (3), the warning light (7) and the electric-controlled box (8) are mounted on the shell (5) Top, the counter (6) and the direction detection device (3) connection, and the counter (6) and the warning light (7) It is connected with the electric-controlled box (8).

9. a kind of potlery tile angle detecting equipment according to claim 1-6, which is characterized in that the equipment is also wrapped Guide component is included, there are two the guide component settings, and two guide components are oppositely arranged on the cross of the conveyer (1) To two sides；

Each guide component includes guide backplate (2.1) and adjustment mechanism, wherein the guide backplate (2.1) is vertical It is arranged on the conveyer (1), the adjustment mechanism includes fixed link (2.2), the second connector sleeve (2.3), connection column (2.4), one end of connecting plate (2.5) and the second check lock lever (2.6), the fixed link (2.2) is fixedly connected on the guide On the lateral surface of backplate (2.1), the other end of the fixed link (2.2) is connected on second connector sleeve (2.3), and described Two connector sleeves (2.3) movable set is on the connection column (2.4), and by second check lock lever (2.6) by described the Two connector sleeves (2.3) are locked on the connection column (2.4), and the connection column (2.4) is solid by the connecting plate (2.5) It is fixed to be arranged on the conveyer (1).

10. a kind of potlery tile angle detecting equipment according to claim 9, which is characterized in that the guide backplate (2.1) One layer of wear-resisting soft-slab is surrounded by outside medial surface.