CN203938261U - The continuous splicing apparatus of many group laths - Google Patents

Abstract

The utility model discloses the continuous splicing apparatus of a kind of many group laths, it comprises the transfer gantry and the splicing support that are respectively equipped with belt conveyor; Transfer gantry and splicing support are horizontal; The front end of splicing support is corresponding side by side with the tail end of transfer gantry, and corresponding position is provided with handover push pedal support side by side; Transfer push pedal support and be provided with the chain with push pedal; The two ends of transfer gantry are respectively equipped with automatic glue application roller bearing and baffle plate; The tail end of splicing support is provided with baffle plate; One side of splicing support tail end is provided with postive stop baffle; Postive stop baffle is provided with the chain with shift fork; The tail end of splicing support is provided with and the interconnective push pedal of the expansion link that promotes cylinder; Push pedal is corresponding with the mutual level of postive stop baffle and vertical corresponding respectively with shift fork; On postive stop baffle, baffle plate and handover push pedal support, be respectively equipped with sensing probe; Motor is connected with power controling box with sensing probe; Cylinder and promotion cylinder are communicated with air pump respectively.The utility model automation splicing, work efficiency is high, safe.

Description

The continuous splicing apparatus of many group laths

technical fieldthe utility model belongs to lath splicing field, is specifically related to a kind of device that can organize the continuous splicing of lath head and the tail automation more.

background technologyin prior art, the remaining discarded lath of cuts sheet material in splicing, mostly be by workman platform or above load-transfer device with hand one rule batten is placed on to platform or above load-transfer device and put neatly, then be transported to hot press or side compression machine the inside, and the length of lath is diversified in specifications, so just require workman in putting, to need position and the pros and cons of correct arrangement lath, if need to clear in time when running into rugged lath or having inferior-quality lath, as slow a little at the process medium velocity of cleaning, will affect whole load-transfer device paving and send the speed of lath, the speed of workman being picked to fertilizer has very high requirement, and workman a little accidentally will be by machine strand wound finger in the time picking, poor stability, workman's the state of mind needs high concentration, labour intensity is large, this mode is the demand that all can not meet present social productive forces in output or production efficiency.

summary of the inventionthe purpose of this utility model be solve that prior art exists that artificial splicing lath is wasted time and energy, labour intensity is large, the technical matters of inefficiency and poor stability, provide a kind of many group laths continuous splicing apparatus.

The utility model one is organized the continuous splicing apparatus of lath more, and its main points are that it comprises transfer gantry and splicing support; Carry transfer gantry and on splicing support, be respectively equipped with the belt conveyor being connected by motor-driven; Described transfer gantry is arranged on a side of splicing support mutually horizontal; The front end of described splicing support and the tail end of transfer gantry are mutually corresponding side by side, and corresponding position arranged side by side is provided with two ends and is separately fixed at the handover push pedal support on transfer gantry and splicing support; Described handover push pedal support is provided with by the driven by motor chain being in transmission connection that circulates, and chain is provided with push pedal; The two ends of described transfer gantry are respectively equipped with automatic glue application roller bearing and drive the baffle plate of lifting by cylinder; The tail end of described splicing support is fixed with baffle plate; One side of described splicing support tail end is provided with postive stop baffle; Described postive stop baffle is provided with the chain connecting by motor-driven and be provided with shift fork; The baffle plate place of described splicing support tail end is provided with push pedal; Described push pedal interconnects with the promotion Telescopic-cylinder bar being arranged on postive stop baffle; Described push pedal is corresponding with the mutual level of postive stop baffle and vertical corresponding respectively with shift fork; Described postive stop baffle is provided with the sensing probe mutual corresponding with shift fork; The baffle plate of described splicing support tail end is provided with sensing probe; Described handover push pedal support is provided with the sensing probe mutual corresponding with push pedal; Described motor is connected with power controling box by wire with sensing probe; Described cylinder and promotion cylinder are communicated with air pump by tracheae respectively.

The utility model is rational in infrastructure, novel in design, lath after gluing arrives liftable baffle plate place unified alignment under the transmission of belt conveyor, then push pedal is transferred to the lath level of having alignd on transfer gantry on splicing support under the transmission of chain, there is again belt to be sent to the baffle plate place of its tail end, drive push pedal that lath is squeezed to postive stop baffle place by promoting cylinder contraction, chain-driving shift fork rotates, and the head and the tail docking of lath being carried out to a rule by shift fork pushes.The utility model has solved that prior art manually splices that lath wastes time and energy, labour intensity large, the technical matters of inefficiency and poor stability.

brief description of the drawingsfig. 1 is structural representation front view of the present utility model;

Fig. 2 is structural representation birds-eye view of the present utility model;

Fig. 3 is structural representation right elevation of the present utility model;

Fig. 4 is structural representation block diagram of the present utility model;

Fig. 5 is many group assembled state structural representations of the present utility model.

In figure 1, automatic glue application roller bearing 2, push pedal 3, push pedal 4, promote cylinder 5, sensing probe 6, motor 7, postive stop baffle 8, baffle plate 9, jigsaw support 10, motor 11, cylinder 12, baffle plate 13, transfer gantry 14, motor 15, belt conveyor 16, transfer push pedal support 17, chain 18, shift fork 19, belt conveyor 20, sensing probe 21, sensing probe 22, chain

detailed description of the inventionwith reference to the accompanying drawings, the utility model one is organized the continuous splicing apparatus of lath more, and it comprises transfer gantry 13 and splicing support 9; Carry on transfer gantry 13 and splicing support 9 and be respectively equipped with the belt conveyor 15,19 being in transmission connection by motor 14,10; Described transfer gantry 13 is arranged on a side of splicing support 9 mutually horizontal; The tail end of the front end of described splicing support 9 and transfer gantry 13 is mutually corresponding side by side, and corresponding position arranged side by side is provided with two ends and is separately fixed at the handover push pedal support 16 on transfer gantry 13 and splicing support 9; Described handover push pedal support 16 is provided with by the driven by motor chain 22 being in transmission connection that circulates, and chain is provided with push pedal 2; The two ends of described transfer gantry 13 are respectively equipped with automatic glue application roller bearing 1 and drive the baffle plate 12 of lifting by cylinder 11; The tail end of described splicing support 9 is fixed with baffle plate 8; One side of described splicing support 9 tail ends is provided with postive stop baffle 7; Described postive stop baffle 7 is provided with that be in transmission connection by motor 6 and is provided with the chain 17 of shift fork 18; Baffle plate 8 places of described splicing support 9 tail ends are provided with push pedal 3; Described push pedal 3 be arranged on the expansion link that promotes cylinder 4 on postive stop baffle 7 and interconnect; Described push pedal 3 is corresponding and vertical corresponding with the mutual level of postive stop baffle 7 respectively with shift fork 18; Described postive stop baffle 7 is provided with the sensing probe 22 mutual corresponding with shift fork 18; The baffle plate 8 of described splicing support 9 tail ends is provided with sensing probe 5; Described handover push pedal support 16 is provided with the sensing probe 21 mutual corresponding with push pedal 2; Described motor 6,10,14 is connected with power controling box by wire with sensing probe 5,21,22; Described cylinder 11 and promotion cylinder 4 are communicated with air pump by tracheae respectively.

Principle of work of the present utility model: when splicing, first be placed on the belt conveyor 15 of transfer gantry 13 edge-on lath different in size, first pass through automatic glue application roller bearing 1, when lath is by gluing roller bearing 1 time, edge-on lath is just coated with gluing topmost, after gluing, continuing to follow belt conveyor 15 moves ahead, walk to transfer gantry 13 tail ends and can contact a baffle plate 12, this baffle plate 12 drives lifting by a cylinder 11, block the lath moving, belt conveyor 15 is rotating always, the unified alignment of prerequisite lower front end transfixion that lath withstands at baffle plate 12, if now lath be uneven or lath off quality, can automatically be screened by baffle plate 12, then by transferring the rotation of chain 22 on push pedal support 16, drive push pedal 2 to rotate and the lath level of transfixion and alignment is transferred on splicing support 9, drive push pedal 3 constantly lath to be applied to the thrust of level and the postive stop baffle 7 that aligns by promoting cylinder 4 again, because shift fork 18 is vertical corresponding with postive stop baffle 7, when shift fork 18 rotates half cycle, can automatically push that piece lath at the most close postive stop baffle 7 places, make it to move forward, constantly apply horizontal thrust and the continuous circulation rotating of shift fork 18 owing to promoting cylinder 4, lath can constantly carry out the corresponding propelling movement of head and the tail under the promotion of shift fork 18, finally reach the object of lath head and the tail splicing, it can be endless that the lath of splicing can splice propelling movement endlessly.

This device can carry out many group combinations and assembled use corresponding to level as required, when assembled, the postive stop baffle in every group of equipment 7 need be staggered successively, the one, the lath of being convenient to splicing constantly advances in the horizontal, the 2nd, the lath of being convenient to every group of equipment splicing can mutually align in the vertical and constantly increase the longitudinal columns of lath, to increase the width of the rear lath of splicing, when the combined and spliced use of many groups, belt conveyor 15 on each group transfer gantry 13 is ceaselessly being carried lath, in every group of equipment, transferring push pedal 2 on push pedal support 16 transfers the opportunity of lath and is decided by the sensing probe 5 on the rear end-stopping plate 8 of splicing support 9 to splicing support 9, that is to say in the time that the sensing probe 5 on the rear end-stopping plate 8 of splicing support 9 detects that push pedal 3 moves to relevant position, automatically the cylinder 11 on control transfer gantry 13 is by baffle plate 12 liftings, to block the lath moving ahead on transfer gantry 13, and then by the push pedal 2 of transferring on push pedal support 16, lath level is moved to splicing on splicing support 9, belt on every group of equipment transfer gantry 13 is constantly carried lath, and sensing probe 5 on splicing support 9 can be according to the lifting that need to adjust transfer gantry 13 overhead gages 12 of each group, so every group of equipment can splice lath endlessly, therefore, the group number of assembled equipment has directly determined the width of lath, and to splice the stave lengths be endless to every group of equipment like this, and width can arrange again corresponding group of number as required, thereby reaches the board material splice object that we need.

Claims (1)

1. the continuous splicing apparatus of group lath more than, is characterized in that it comprises transfer gantry and splicing support; Carry transfer gantry and on splicing support, be respectively equipped with the belt conveyor being connected by motor-driven; Described transfer gantry is arranged on a side of splicing support mutually horizontal; The front end of described splicing support and the tail end of transfer gantry are mutually corresponding side by side, and corresponding position arranged side by side is provided with two ends and is separately fixed at the handover push pedal support on transfer gantry and splicing support; Described handover push pedal support is provided with by the driven by motor chain being in transmission connection that circulates, and chain is provided with push pedal; The two ends of described transfer gantry are respectively equipped with automatic glue application roller bearing and drive the baffle plate of lifting by cylinder; The tail end of described splicing support is fixed with baffle plate; One side of described splicing support tail end is provided with postive stop baffle; Described postive stop baffle is provided with the chain connecting by motor-driven and be provided with shift fork; The baffle plate place of described splicing support tail end is provided with push pedal; Described push pedal be arranged on the expansion link that promotes cylinder on postive stop baffle and interconnect; Described push pedal is corresponding with the mutual level of postive stop baffle and vertical corresponding respectively with shift fork; Described postive stop baffle is provided with the sensing probe mutual corresponding with shift fork; The baffle plate of described splicing support tail end is provided with sensing probe; Described handover push pedal support is provided with the sensing probe mutual corresponding with push pedal; Described motor is connected with power controling box by wire with sensing probe; Described cylinder and promotion cylinder are communicated with air pump by tracheae respectively.