CN2372335Y

CN2372335Y - Square multi-stage nozzle adjustable device

Info

Publication number: CN2372335Y
Application number: CN 99211727
Authority: CN
Inventors: 陈芳萍
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-05-18
Filing date: 1999-05-18
Publication date: 2000-04-05
Anticipated expiration: 2009-05-18

Abstract

The utility model relates to a square multistage nozzle adjustable device which comprise square nozzle shell bodies, a group of multistage nozzle adjusting devices, and adjusting connecting rods. The utility model is characterized in that the corresponding middle of the left and the right side wall surfaces of the square nozzle shell bodies is provided with a group of V-shaped line rails which are respectively sheathed with the multistage nozzle adjusting devices, a middle part is provided with a V-shaped piece goods passage, and the multistage nozzle adjusting devices are provided with telescopic board bodies which are arranged transversely according to the V-shaped line rails. The adjusting connecting rods are respectively and transversely connected with the upper parts or the lower parts of a plurality of parallel square nozzle shell bodies, and are provided with gears which are connected with tooth rails on both sides of each telescopic board body. One end is provided with a hand wheel turntable for interlocking and controlling nozzles.

Description

Square multisection type nozzle adjustable apparatus

The utility model relates to the spray nozzle device in a kind of field of textiles fabrics printing and dyeing equipment, particularly relate to and a kind of spray nozzle device being applied on the piece dyeing machine, adopt the interaction structure mode to adjust the cloth path bore of nozzle and the gap length of dye liquor jet simultaneously, and can outside body, adjust, and can adjust the square multisection type nozzle adjustable apparatus of two or more nozzles synchronously.

Existing piece dyeing machine, need thickness and attribute according to different cloth fibers, and change the nozzle of its different spray-painting bores that are suitable for, therefore constantly changing under the operation situation of nozzle, promptly become the great work load of operator, improve the operating efficiency of dying cloth and be necessary for, and improve the displacement structure of this nozzle.

See also shown in Figure 1, it is the structural representation of existing textile dyeing machinery, wherein, be provided with the nozzle 13 that is connected top dyeing tubule 12 head ends in the head 11 of textile dyeing machinery 10, should feed cloth must through the nozzle 13 of mouth, normally lock in the head end of dyeing tubule 12, and look closely it and can change or clear up maintenance at any time where necessary in rotation socket join structure mode.Though this nozzle 13 is via socket interconnection system structure Design, needn't worry to leak behind the nozzle exchange, or do not connect all kinds of situation of dye liquor pipe 14 input ports, but when desire is changed inapplicable nozzle 13 in practical work process, except stop needing the former high temperature of cooling, in the time of will treating that also its dye liquor fog dissipates, just can carry out the dismounting of whole nozzle and the operation that changes the outfit from the window 101 of head 11 by the operator, labor intensive man-hour so very, and do not have operating efficiency.

See also Fig. 2 to shown in Figure 5, it is the structural representation of existing various nozzle arrangements forms, as shown in Figure 2 nozzle 23 and nozzle 24 shown in Figure 4, and nozzle shown in Fig. 4 33 and nozzle 34 shown in Figure 5, can learn via the comparison of structure in the drawing, hello the cloth internal diameter 203 of this nozzle 23, hello the cloth internal diameter 204 of nozzle 24, hello cloth internal diameter 303 with nozzle 33, hello the cloth internal diameter 304 of nozzle 34 has the branch of size, and the spray-painting gap 213 of nozzle 23, the spray-painting gap 214 of nozzle 24 and the spray-painting gap 13 of nozzle 33, also all there is the branch of discrete structure difference and size in the spray-painting gap 314 of nozzle 34, being applicable to respectively, or be applicable to nozzle as the small-bore and low discharge of the required use of lightweight cloth as the heavy caliber of the required use of thick matter cloth nozzle with big flow.

The nozzle of above-mentioned existing piece dyeing machine, it is the mode that adopts whole nozzle displacement, in the head of textile dyeing machinery, unload taking-up with original inapplicable nozzle is whole, reselect the nozzle in change the outfit a suitable nozzle diameter and gap again, therefore the work of changing the outfit of this nozzle is time-consuming effort again, and have many defectives, so that be necessary to be improved simplification.

Because the defective that the nozzle of above-mentioned existing piece dyeing machine exists, the design people is actively studied innovation, through constantly studying, designing based on abundant practical experience and professional knowledge, and after studying sample and improvement repeatedly, create the utility model finally.

Main purpose of the present utility model is, overcome the defective of the nozzle existence of existing piece dyeing machine, and provide a kind of square multisection type nozzle adjustable apparatus, it is applied on the piece dyeing machine, adopt the interaction structure mode, can adjust the cloth path bore of nozzle and the gap length of dye liquor jet simultaneously, and can adjust external, and can adjust two or more nozzles synchronously, and have the effect that can improve the operating efficiency of dying cloth.

The purpose of this utility model is realized by following technical scheme.According to a kind of square multisection type nozzle adjustable apparatus that the utility model proposes, comprise the square nozzle body, one group of multisection type nozzle control governor gear and adjust connecting rod and form, it is characterized in that: the wall of and arranged on left and right sides in the square nozzle body, be provided with one group of V-type line rail relatively, V-type line rail overlaps respectively and is equipped with the multisection type nozzle control governor gear, but the position is installed with V-shaped cloth path therebetween; And the multisection type nozzle control governor gear then is provided with horizontal flexible plate body, is following V-type line rail and is provided with, with the bore of the cloth path of adjusting V-type simultaneously and the gap length of dye liquor jet; Adjust connecting rod, then horizontal respectively connect be arranged at square nozzle body arranged side by side above or below, and be respectively equipped with gear, gears engaged is connected the rack rails that is provided with in each flexible plate body left and right sides side, one end of this adjustment connecting rod is installed with a handwheel rotating disk, to carry out interlock control nozzle, can be applicable to respectively as the heavy caliber of the required use of thick matter cloth and the nozzle of big clearance flow, or be applicable to nozzle as the small-bore and low discharge of the required use of lightweight cloth.

The utility model compared with prior art has tangible advantage and good effect.By above technical scheme as can be known, the utility model square multisection type nozzle adjustable apparatus is to be applied on the piece dyeing machine, adopt the interaction structure mode, can adjust the cloth path bore of nozzle and the gap length of dye liquor jet simultaneously, and can outside body, adjust, and can adjust two or more nozzles synchronously, have the effect that can improve the operating efficiency of dying cloth.

Concrete structure of the present utility model is described in detail by following examples and accompanying drawing thereof.

Fig. 1 is existing textile dyeing machinery structural representation;

Fig. 2 is the structural representation one of existing nozzle arrangements form;

Fig. 3 is the structural representation two of existing nozzle arrangements form;

Fig. 4 is the structural representation three of existing nozzle arrangements form;

Fig. 5 is the structural representation four of existing nozzle arrangements form;

Fig. 6 is a textile dyeing machinery example structure schematic diagram of the present utility model;

Fig. 7 is the plan structure schematic diagram of textile dyeing machinery of the present utility model;

Fig. 8 is a nozzle arrangements front view of the present utility model;

Fig. 9 is Fig. 8 A-A cutaway view;

Figure 10 is a nozzle arrangements schematic top plan view of the present utility model.

Below in conjunction with accompanying drawing and preferred embodiment, according to its concrete structure of square multisection type nozzle adjustable apparatus, feature and the effect thereof that the utility model proposes, describe in detail as after.

See also Fig. 6, and it is shown in Figure 8 in conjunction with consulting, it is the utility model textile dyeing machinery example structure schematic diagram, wherein, be provided with the square nozzle housing 53 that is connected top tubule 52 head ends in the head 51 of textile dyeing machinery 50, though should feed cloth enter spray-painting must through the square nozzle housing 53 of mouth be to be fixed on the tubule 52 that dyes, but in order to adapt to the replacing requirement of different spray-painting bore nozzles, only need to adjust with rotating disk 54, can be easily with adjusting cooperating of connecting rod 55 and gear 56, and can suitably adjust the nozzle arrangements that is positioned at it synchronously.

See also shown in Fig. 7,8, it is the plan structure schematic diagram of textile dyeing machinery of the present utility model, wherein be located at the square nozzle body 53 in each head 51, be with adjustment connecting rod 55 and individual configuration thereof gear 56 to be arranged, and can suitably adjust its nozzle diameter gap by a rotating disk 54 of being located at head 51 outsides one side.

Seeing also shown in Fig. 8-10, is nozzle arrangements schematic diagram of the present utility model, and nozzle arrangements of the present utility model is mainly adjusted connecting rod 55 by 53, one groups of multisection type nozzle control governor gears 60 of a square nozzle body and and formed, wherein:

The wall of the square nozzle body 53 inherent left and right sides is provided with one group of V-type line rail 63 between relatively, and this group V-type line rail 63 overlaps respectively and is equipped with multisection type nozzle control governor gear 60, but the position is installed with V-shaped cloth path 64 therebetween;

Multisection type nozzle control governor gear 60 is to be provided with one group of horizontal flexible plate body 65, is following V-type line rail 63 and is provided with, with the bore of the cloth path 64 of adjusting V-type simultaneously and the gap length of dye liquor jet 66;

This adjusts connecting rod 55, horizontal respectively connect be arranged at a plurality of square nozzle bodies 53 arranged side by side above or below, and be respectively equipped with a gear 56, these gear 56 engagements are connected the rack rails 67 that is provided with in each flexible plate body 65 left and right sides sides, an end of adjusting connecting rod 55 is installed with a handwheel rotating disk 54, to carry out interlock control nozzle, structure like this, can be applicable to respectively as the heavy caliber of the required use of thick matter cloth nozzle, or be applicable to nozzle as the small-bore and low discharge of the required use of lightweight cloth with big clearance flow.

The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, every according to technical spirit of the present utility model to any simple modification, equivalent variations and modification that above embodiment did, all still belong in the scope of technical solutions of the utility model.

Claims

1, a kind of square multisection type nozzle adjustable apparatus comprises the square nozzle body, and one group of multisection type nozzle control governor gear and adjust connecting rod and form is characterized in that:

The wall of the left and right sides in the square nozzle body is provided with V-type line rail between relatively, and V-type line rail overlaps respectively and is equipped with the multisection type nozzle control governor gear, but the position is installed with V-shaped cloth path therebetween; And the multisection type nozzle control governor gear, then be provided with horizontal flexible plate body, follow V-type line rail and be provided with, but adjustment connecting rod, then horizontal respectively connect be arranged at square nozzle body arranged side by side above or below, and be respectively equipped with gear, and gears engaged is connected the rack rails that is provided with in each flexible plate body left and right sides side, and an end of adjusting connecting rod simultaneously is installed with the handwheel rotating disk.