CN2878047Y

CN2878047Y - Shunt transportation device of fabric bag grooving machine

Info

Publication number: CN2878047Y
Application number: CNU2005201332161U
Authority: CN
Inventors: 张瑞兴
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-11-18
Filing date: 2005-11-18
Publication date: 2007-03-14
Anticipated expiration: 2015-11-18

Abstract

A distributary conveyor of a packaging pouch grooving machines comprises a cutting mechanism, a grabbing mechanism and a plurality of sewing mechanisms, wherein a distributary conveyor is equipped between the grabbing mechanism and the sewing mechanism, the distributary conveyor comprises a diverter and a driving member, the diverter can adapt with the grabbing mechanism and accept the entrance of packaging pouches, the driving member can drive the diverter to sway and move up and down repetitively, the diverter can guide the packaging pouches to be transferred to different sewing mechanisms, thereby achieving the effect of increasing productivity.

Description

The shunting conveying device of woven bag grooving machine

Technical field

The utility model relates to a kind of woven bag grooving machine, particularly relates to a kind of shunting conveying device of woven bag grooving machine of multiplicable lifting prouctiveness.

Background technology

Referring to shown in Figure 1, general woven bag grooving machine 10 then has a feed mechanism 11 respectively by preceding, one cutting mechanism 12, one grabs a bag mechanism 13 and a sewing mechanism 14, this feed mechanism 11 can for pack into one in the form of a roll woven bag (figure do not show) and be delivered in the cutting mechanism 12, cutting mechanism 12 inside have a cut-off knife 121, can be to the woven bag section of cutting into of continuous shape, all be permeable type through the woven bag after cutting owing to two-port, therefore must utilize sewing mechanism that a port sewing is wherein sealed, referring to shown in Figure 2, this is grabbed bag mechanism 13 and has a conveyer belt roller set 131 and one first pinch roller 132, this sewing mechanism 14 also has a conveyer belt roller set 141 and one second pinch roller 142 relatively, this grabs bag mechanism 13 can grasp the woven bag 100 cut out on conveyer belt roller set 131, utilize 132 pairs of woven bag 100 crampings of first pinch roller to carry, when treating that woven bag 100 arrives the conveyer belt roller set 141 of sewing mechanism 14, first pinch roller 132 can upwards jump out of and second pinch roller 142 can press down, woven bag 100 can be changeed by the conveyer belt roller set 141 of sewing mechanism 14 to be carried, again referring to shown in Figure 1, has a sewing machine 143 in the sewing mechanism 14, when woven bag 100 arrives sewing machine 143 positions, sewing machine 143 can carry out sewing along woven bag 100 bases, just can obtain a complete woven bag finished product after finishing.

Though above-mentioned grooving machine 10 can be finished the joint-cutting operation to woven bag; yet its work flow has the continuity problem to need badly solves; because cutting of cutting mechanism 12 moved simply; the processing operation time is short; the work flow of leading portion machinery is fastish; but the sewing mechanism 14 of back segment utilizes 143 pairs of woven bags 100 of sewing machine to carry out sewing along the base; the sewing slow motion; the operation of back segment sewing is waited in woven bag 100 accumulation always that causes leading portion to cut; the production line flow process just can be stuck in this place and can't link up; even the possibility of the shutdown of causing arranged; the operator can downgrade the running speed of cutting mechanism 12 usually; in order to cooperate the time of sewing mechanism 14; but thus, can seriously reduce the prouctiveness of whole grooving machine 10 again, therefore how not reduce under the prouctiveness; the problem that the section operating speed differs before and after overcoming is the target that the dealer makes great efforts to improve always.

The utility model content

The utility model purpose is to provide a kind of shunting conveying device that production capacity doubles the woven bag grooving machine of effect that reaches.

The utility model provides a kind of shunting conveying device of woven bag grooving machine, this grooving machine has a cutting mechanism that can cut a woven bag, one can grasp the bag mechanism of grabbing of woven bag, but and the sewing mechanism on a plurality of sewing woven bags base, wherein, one shunting conveying device is arranged on grabs bag mechanism and place, sewing mechanism centre position, include a current divider and and can turn the driver element that current divider is swung up and down repeatedly, this current divider has an inlet that can supply woven bag to enter corresponding to an end of grabbing bag mechanism, end corresponding to sewing mechanism has the guiding outlet that woven bag can be sent, and this driver element can drive the position that current divider guiding outlet is rocked to predetermined sewing mechanism.

The shunting conveying device of woven bag grooving machine described in the utility model, wherein, this current divider side is provided with a rotating shaft, and this driver element includes a servo motor, this servo motor have one can be just the output shaft of contrary bidirectional movement, but this this rotating shaft of output shaft transmission is turned round repeatedly.

The shunting conveying device of woven bag grooving machine described in the utility model, wherein, this current divider is provided with two row's guide plates up and down, and the guide plate end just forms this guiding outlet.

Effect of the present utility model is to utilize current divider to make woven bag be delivered to different sewing mechanism respectively to carry out sewing, can digest the output under the cutting mechanism working at high speed, and the means of shunting whereby are to reach the effect that production capacity doubles.

Description of drawings

Fig. 1 is the combination vertical view of general grooving machine, illustrates that general grooving machine has a feed mechanism, a cutting mechanism, is grabbed a bag mechanism and a sewing mechanism;

Fig. 2 is the action schematic diagram of above-mentioned grooving machine, illustrates that a woven bag is transported to the situation of sewing mechanism by grabbing bag mechanism;

Fig. 3 is the combination vertical view of shunting conveying device one preferred embodiment of the utility model woven bag grooving machine, illustrates that the utility model includes a feed mechanism, a cutting mechanism, is grabbed bag mechanism, shunting conveying device and two groups of sewing mechanisms;

Fig. 4 is the front view of Fig. 3, and this shunting conveying device and the position that concerns of grabbing bag mechanism, sewing mechanism are described;

Fig. 5 is the stereogram of the foregoing description, illustrates that this shunting conveying device includes a current divider and a driver element;

Fig. 6 is the action diagram of the foregoing description, illustrates that this current divider can swing up and down shunting and carry woven bag to different sewing mechanism to carry out sewing;

Fig. 7 is the action diagram of the foregoing description, and the sewing mechanism that this current divider can be fixed and be directed to normal operation is described.

The specific embodiment

Aforementioned and other technology contents, characteristics and effect about the utility model, below in the explanation of a preferred embodiment of cooperation referenced in schematic, can clearly present, be elaborated below by most preferred embodiment and accompanying drawing shunting conveying device to the utility model woven bag grooving machine.

Referring to Fig. 3 and shown in Figure 4, the shunting conveying device of the utility model woven bag grooving machine is in a preferred embodiment, the structure of this grooving machine 20 is similar with general grooving machine, has a board 21 that is L type turnover shape equally, be provided with at the front-end position place of board 21 one can install a drum woven bag (figure does not show) but feed mechanism 1 and the cutting mechanism 2 that cuts of a drawing woven bag, be provided with in the middle turning point of board 21 one can grasp the woven bag that cuts grab bag mechanism 3, grab bag mechanism 3 and have a conveyer belt roller set 301 that can move woven bag transportation, more specifically, the utility model is provided with two groups of sewing mechanisms 4 up and down in the back fragment position of board 21, every group of sewing mechanism 4 all is provided with the conveyer belt roller set 402 that a sewing machine 401 and is positioned at place, sewing machine 401 the place aheads, the position of two groups of sewing mechanisms 4 of the utility model is apportion settings one on the other, use this and one means are set, the utility model also can be provided with most sewing mechanisms 4, the utility model mainly improves and focuses on: the place, centre position of grabbing bag mechanism 3 and two groups of sewing mechanisms 4 is provided with a shunting conveying device 5, shunting conveying device 5 includes a current divider 30 and a driver element 40, then, again said modules shape and spatial shape are specified in after.

Referring to Fig. 4 and shown in Figure 5, this current divider 30 has a body 31 and two rows connect the guide plate 32 that is arranged on the body 31, this body 31 offers an inlet 311 that can enter for woven bag 100 penetrating corresponding to an end of grabbing bag mechanism 3, body 31 dual-sides respectively stretch out and are provided with a rotating shaft 312, wherein be connected with a belt pulley 313 in the rotating shaft 312, two guide plates 32 are to arrange the open plate face structure that constitutes by several racks 321, these racks 321 can carry woven bag 100, two guide plates, 32 ends are formed with the guiding outlet 322 that woven bag 100 can be sent, just are right against the position of sewing mechanism 4 conveyer belt roller set 402.

This driver element 40 is arranged in the board 21, just corresponding to the lower position of current divider 30, driver element 40 includes a servo motor 41, one belt pulley 42 and a positive toothed belt 43, this servo motor 41 stretches out and is provided with an output shaft 411, servo motor 41 can be accepted Electronic Control makes output shaft 411 make forward or backwards rotation, this belt pulley 42 is fixed on the output shaft 411, utilize positive toothed belt 43 to do the solderless wrapped connection transmission with the belt pulley 313 of current divider 30, it is that rotation campaign is repeatedly up and down done in the axle center with its rotating shaft 312 that servo motor 41 like this just can drive current divider 30, though present embodiment driver element 40 is to adopt servo motor 41, but the utility model is not as limit, and all mechanisms of swing repeatedly that provides all can be used as driver element 40 of the present utility model.

More than be the general introduction of each member shape of shunting conveying device of the utility model woven bag grooving machine, then, again the effect statement that conveying action of the present utility model and expection can be reached as after.

Referring to shown in Figure 6, when the operator starts grooving machine 20, cutting mechanism 2 need not slow down with working at high speed, woven bag 100 pushes the inlet 311 of current divider 30 via the conveyer belt roller set 301 of grabbing bag mechanism 3, this moment, the guiding of current divider 30 exported 322 down, can allow woven bag 100 arrive the position of predetermined sewing mechanism 4 by guiding outlet 322, woven bag 100 can be delivered to sewing machine 401 by conveyer belt roller set 402 and carry out sewing, so just finish the operations for forming of woven bag 100, the most important thing is, after woven bag 100 is sent into wherein a sewing mechanism 4, utilize sensor (figure does not show) perception and send a signal to servo motor 41 and turn round, servo motor 41 just can turn upwards swing of current divider 30, next woven bag 100 can be guided at once enter another sewing mechanism 4, so utilize constantly swing repeatedly up and down of current divider 30, woven bag 100 shuntings can be flowed to different sewing mechanism 4 and carry out the sewing operation, just can successfully digest woven bag 100 output of output under cutting mechanism 2 working at high speed.

Referring to shown in Figure 7; when wherein having a sewing mechanism 4 to break down; the utility model need not stop the operation of whole production line; that is to say; the utility model can be with current divider 30 fixed guide to sewing mechanism 4 that can normal operation; allow 100 of woven bags follow single track to carry out sewing work; sewing mechanism 4 in the fault then can shut down and keep in repair; after pending fault is got rid of fully; then controllable sub stream device 30 recovers to swing up and down normally to shunt the conveying operation; so, the utility model can allow the workflow of grooving machine 20 convenient more smooth and easy.

The shunting conveying device of the utility model woven bag grooving machine is to do an improvement at the prouctiveness problem of general grooving machine; technological means of the present utility model mainly is that a plurality of sewing mechanism 4 is set; cutting mechanism of the present utility model 2 like this can produce out a large amount of woven bag 100 with the operation that runs up; utilize the current divider 30 of shunting conveying device 5 that woven bag 100 shuntings are delivered to different sewing mechanism 4 again and carry out sewing; make the overall work usefulness of all sewing mechanisms 4 of back segment; the high speed production capacity that is enough to catapepsis leading portion cutting mechanism 2; so just can thoroughly solve the problem that general grooving machine 10 front and back section operating speeds differ; and can reach the effect that production capacity doubles; in addition; if the utility model has sewing mechanism 4 to break down; but as long as the 4 energy normal operations of a sewing mechanism are wherein arranged; the utility model current divider 30 can be with the sewing mechanism 4 in order of this of conveying flow guiding of woven bag 100; so just can under the action that does not influence whole production line, continue to produce running; need not shut down during the utility model fault, can effectively promote the smooth degree of overall flow.

Claims

1. the shunting conveying device of a woven bag grooving machine, but this grooving machine has the sewing mechanism of grabbing bag mechanism and a plurality of sewing woven bags base that a cutting mechanism, that can cut a woven bag can grasp woven bag, it is characterized in that,

One shunting conveying device, be arranged on and grab bag mechanism and place, sewing mechanism centre position, include a current divider and and can order about the current divider driver element of rotation repeatedly, this current divider has an inlet that can supply woven bag to enter corresponding to an end of grabbing bag mechanism, end corresponding to sewing mechanism has the guiding outlet that woven bag can be sent, and this driver element can drive current divider guiding outlet and be rocked to predetermined sewing mechanism position.

2. the shunting conveying device of woven bag grooving machine according to claim 1, it is characterized in that this current divider side is provided with a rotating shaft, this driver element includes a servo motor, this servo motor have one can be just the output shaft of contrary bidirectional movement, but this this rotating shaft of output shaft transmission is turned round repeatedly.

3. the shunting conveying device of woven bag grooving machine according to claim 1 is characterized in that, this current divider is provided with two row's guide plates up and down, and the guide plate end just forms this guiding outlet.