CN2659656Y

CN2659656Y - Automatic tile maker

Info

Publication number: CN2659656Y
Application number: CN 03237795
Authority: CN
Inventors: 曹月伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-09-30
Filing date: 2003-09-30
Publication date: 2004-12-01
Anticipated expiration: 2013-09-30

Abstract

The utility model relates to an automatic tile making machine, which comprises essentially a wobble plate for a punching mechanism, a time-delay buffering pull bar, a gear rack, a module turnover box, a fixed tow bar, a movable tow bar and a flat key. Power output from an eccentric shaft, after being transmitted via a chain and chain wheels in rotation and being adjusted by a movable chain wheel and a fixed time plate, makes the time-delay buffering pull bar pull a tow module onto a working table via the wobble plate; when a punching head extrudes into a formed tile and lifts, the intermittently-moving time-delay buffering pull bar pushes backward the tow module and the formed tile; after the tow module totally leaves the working table, the time-delay buffering pull bar pushes the gear rack to engage with gears of the module turnover box so that the gears drive an umbrella wheel and a tow bar to rotate; the flat key below the tow bar makes the tow module follow the tow bar to rotate to a vertical position so that the tile can automatically fall off on a tile holder. Therefore, the utility model has the advantages of low labor cost, safe performance and high efficiency.

Description

Automatic tile maker

Technical field

The utility model relates to a kind of automatic tile press.

Technical background

The operation principle of tile press is that unbaked tile is placed on the lower brick mould, will go up by pressure mechanism watt to be embossed on the unbaked tile, after the unbaked tile moulding lower brick mould is hauled out, and the upset lower brick mould takes out unbaked tile, puts a new unbaked tile again and delivers in the forcing press.Existing tile press can adopt machinery to realize the process of pressing mold, but the process of sending into and taking out unbaked tile also needs manpower to finish, and labour intensity is big, and efficiency is low.

Summary of the invention

Thereby providing, the purpose of this utility model a kind ofly can send into and take out the automatic tile press that labour intensity was raised labour efficiency, reduced to unbaked tile automatically.

For achieving the above object, the utility model adopts following technical scheme:

Automatic tile maker described in the utility model comprises frame, with the punching mechanism that is arranged on the frame, punching mechanism comprises by electric motor driven drift, be installed in the Shang watt mould on the drift, it is characterized in that: the top in frame is provided with pinion shaft, pinion shaft one end is installed the belt pulley other end pinion is installed, belt pulley and motor are in transmission connection, pinion and the gear wheel engagement that is installed on the eccentric shaft, the centre of eccentric shaft is equipped with the eccentric wheel that drift and last watt mould are moved up and down, the other end of eccentric shaft is installed sprocket wheel, and be in transmission connection; the rocker box power shaft is positioned at an end of rocker box by bevel gear and the engagement of rocker box output shaft; connect the rocking arm dish on the rocker box output shaft; connect time-delay buffering pull bar by bearing pin on the eccentric position of rocking arm dish; time-delay buffering pull bar is connected with the mould that drags on being arranged on slide rail by hinged parallel draw bar; the end of parallel draw bar has tooth bar; the end of slide rail has bevel gear; this bevel gear and input bevel gear mesh by chain drive and the activity chain wheel disc that is installed on the rocker box power shaft; input bevel gear mesh by minor axis with import gear and fixedly connected, import the position that can be engaged with when gear is positioned at tooth bar and runs to end.

Above-mentioned time-delay buffering pull bar comprises slide block, slide block overcoat, draw bolt, spring, nut, overcoat, and slide block is installed in the slide block overcoat, and fixedlys connected with draw bolt, and the end that draw bolt puts in the overcoat is with spring, terminal attaching nut.

The rocker box power shaft is provided with time adjustment dish, this time adjustment dish comprises Moving plate and price fixing, Moving plate is fixedlyed connected with bevel gear by the rocker box power shaft, and price fixing is fixedlyed connected with the activity chain wheel disc by the rocker box power shaft, and Moving plate and price fixing are bolted to connection.

After adopting technique scheme, motor drags mould to move back and forth on slide rail by the rocking arm dribbling is moving, realizes sending into automatically and taking out unbaked tile; When dragging mould to move to the least significant end of slide rail, tooth bar on the parallel draw bar and input bevel gear engagement, thus drive the output bevel gear rotation, make and drag the mould upset, unbaked tile is anchored on the conveyer belt sends.This automatic tile press has overcome the shortcoming that labour intensity is big, efficiency is low, sends into and take out unbaked tile automatically, and labour intensity is low, efficiency is high.

Description of drawings

Fig. 1 is the structural representation of an embodiment of the present utility model;

Fig. 2 is the structural representation of time-delay buffering pull bar.

The specific embodiment

As shown in Figure 1, automatic tile maker described in the utility model is provided with C template frame in the middle of the body base, set up punching mechanism at the C template, and the right side is provided with rocker arm body, and sliding and running mechanism is set in the left side, and high order end is provided with the die turning-over device structure.

On before C template frame eccentric shaft 1 is set, eccentric wheel 2 is set in the middle of on the eccentric shaft 1, end is not by dress gear wheel 3, pinion 4 is set after level, one end of pinion shaft 5 is connected with motor pulley 7 by dress big belt pulley 6, one end is by dress pinion 4 and gear wheel 3 interlocks, below eccentric shaft 1, track is set, drift 8 is set in the track, drift 8 is connected with top eccentric wheel 2 by connecting rod 9, when starting motor 10, pinion 4 drives gear wheel 3, eccentric shaft 1, eccentric wheel 2, sprocket rotation, drift 8 is along with connecting rod 9, eccentric wheel 2 moves up and down in orbit, also is provided with sprocket wheel 11 on the eccentric shaft 1, sprocket wheel 11 forwards to by chain and intermediary's sprocket wheel 12 on the activity chain wheel disc 13 on the power shaft of following rocker box 14, and activity chain wheel disc 13 is connected with screw shaft with time adjustment dish.Time adjustment dish comprises with bolted Moving plate 28 and price fixing 29, and its effect is a relative position of regulating Moving plate 28 and price fixing 29 by bolt, thus the moving both vertically and the coordinate synchronization that rotatablely moves of rocking arm dish 16 of drift 8.2 umbrella wheels are set in the rocker box 14 take turns than rocking arm dish 16 speed on eccentric shaft 1 and the rocker box 14 are slowed down one times by 1: 2 umbrella, rocking arm dish 16 links to each other with time-delay buffering pull bar 17 by bearing pin 15.As shown in Figure 2, time-delay buffering pull bar 17 is made up of slide block 171, slide block overcoat 172, draw bolt 173, nut 175, spring 174, overcoat 176, slide block 171 is installed in the slide block overcoat 172, and fixedly connected with draw bolt 173, the end that draw bolt 173 puts in the overcoat 176 is with spring 174, terminal attaching nut 175.Bearing pin 15 pulling slide blocks 171 on the rocking arm dish 16, slide block overcoat 172 and slide block 171 have certain space, and spring just heads on overcoat and moves together when pulling slide block 171, and when pull bar stopped to move, bearing pin 15 just made slide block 171 do the certain clearance motion.

The left side of fuselage is provided with dovetail groove seat 18, parallel rocking arm 19, and parallel draw bar 19, moulding box 20 is turned in the high order end setting, and bevel gear connects input gear 27 by minor axis in the case.Another bevel gear is contained on the slide rail 26.Lateral shaft of not end traction of parallel draw bar 19, one end of axle is contained on the dovetail slide block that is parallel to drawbar, the other end is contained on the annular shift fork, the centre of lateral shaft is provided with one section tooth bar, drive shift fork and drag mould to move during parallel draw bar 19 motions to workbench, when moving correct position to, the slide block 171 of time-delay buffering pull bar 17 begins to prolong, at this moment, patrix and drift 8 downward punching presses drop on the patrix that drags mould 24, and drift lifts rapidly, and slide block 171 is got back to original position and begun to swivel motion, drag mould 24 to swivel motion when breaking away from workbench fully, the front end of tooth bar 25 and input gear 27 interlocks of turning over moulding box 20 rotatablely move input gear 27, and the Rotatable umbrella wheel drives another umbrella wheel and slide rail 26 rotates, flat key below the slide rail 26 makes and drags mould 24 to go to the upright position to a rollover, rack and pinion is along with the rotation of rocking arm dish 16, and parallel draw bar 19 comes and goes to returning, and drags mould 24 just to get back to horizontal level, and then get back to workbench, wait for punching press next time.

In Fig. 1, motor 10 drives big belt pulley 6, pinion shaft 5, pinion 4 interlock gear wheels 3, makes gear wheel 3 drive eccentric shaft 1, eccentric wheel 2 and sprocket wheel 11 and rotates, and under the rotary action of eccentric wheel 2, drift 8 pumps drift 8 by connecting rod 9.

In the embodiment shown in fig. 1, sprocket wheel 11 by chain power transmission on moving intermediary sprocket wheel 12 and activity chain wheel disc 13, activity chain wheel disc 13 is fixedlyed connected with the price fixing 29 usefulness screws on the rocker box power shaft 22, there are a plurality of holes can regulate on price fixing 29 and the Moving plate 28 accordingly in conjunction with the orientation, power is delivered on the rocking arm dish 16 by umbrella wheel on the rocker box power shaft 22; umbrella wheel and eccentric shaft 1 be to turn round with speed on the rocker box power shaft 22; number of teeth that umbrella is taken turns on the rocker box power shaft 22 is and half of another umbrella tooth number of its engagement that promptly rotary speed slows down half.

As shown in Figure 2, when rocking arm dish 16 moves clockwise, bearing pin 15 pulling slide blocks 171, draw bolt 173 and nut 175 make spring 174 head on overcoat 176 and travel forward, when overcoat 176 stopped to travel forward, slide block 171 moved to B point arc from A point shown in Figure 2 under the effect of bearing pin 15, move to the C point from the B point again, simultaneously, spring 174 one in works contract and stretch action, and slide block 171 is done circular motion.A point and C point are the intermittent movement of time-delay buffering pull bar.

Claims

1; Automatic tile maker; Comprise frame (21); With the punching mechanism that is arranged on the frame (21); Punching mechanism comprises the drift (8) that is driven by motor (10); Be installed in the upper watt mould on the drift (8); It is characterized in that: on the top of frame (21) pinion shaft (5) is set; Pinion shaft (5) one ends are installed belt pulley (6) other end pinion (4) are installed; Belt pulley (6) is in transmission connection with motor (10); Pinion (4) and gear wheel (3) engagement that is installed on the eccentric shaft (1); The centre of eccentric shaft (1) is equipped with the eccentric wheel (2) that drift (8) and upper watt mould are moved up and down; The other end of eccentric shaft (1) is installed sprocket wheel (11); And be in transmission connection by chain drive and the activity chain wheel disc (13) that is installed on the rocker box power shaft (22); Rocker box power shaft (22) is positioned at an end of rocker box (14) by bevel gear and rocker box output shaft (23) engagement; The upper connecting rocker arm dish (16) of rocker box output shaft (23); Connect time-delay buffer pull rod (17) by bearing pin (15) on the eccentric position of rocking arm dish (16); Time-delay buffer pull rod (17) is connected with drag mode (24) on being arranged on slide rail (26) by hinged parallel draw bar (19); The end of parallel draw bar (19) is with tooth bar (25); The end of slide rail (26) is with bevel gear; This bevel gear and input bevel gear engagement; The input bevel gear engagement is fixedly connected with input gear (27) by minor axis, and input gear (27) is positioned at the position that tooth bar (25) can be engaged with when running to end.

2, automatic tile maker according to claim 1, it is characterized in that: time-delay buffering pull bar (17) comprises slide block (171), slide block overcoat (172), draw bolt (173), spring (174), nut (175), overcoat (176), slide block (171) is installed in the slide block overcoat (172), and fixedly connected with draw bolt (173), the end that draw bolt (173) puts in the overcoat (176) is with spring (174), terminal attaching nut (175).

3, automatic tile maker according to claim 1, it is characterized in that: rocker box power shaft (22) is provided with time adjustment dish, this time adjustment dish comprises Moving plate (28) and price fixing (29), Moving plate (28) is fixedlyed connected with bevel gear by rocker box power shaft (22), price fixing (29) is fixedlyed connected with activity chain wheel disc (13) by rocker box power shaft (22), and Moving plate (28) and price fixing (29) are bolted to connection.