CN201109833Y

CN201109833Y - Rubber band conveying device of full-computerized double-cylinder hosiery machine

Info

Publication number: CN201109833Y
Application number: CNU2007201847538U
Authority: CN
Inventors: 鲁红良
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-10-19
Filing date: 2007-10-19
Publication date: 2008-09-03
Anticipated expiration: 2017-10-19

Abstract

The utility model discloses a full-computerized double-cylinder hosiery machine rubber band conveyor. The threading device comprises a rubber band threading plate connector, a bearing core, a threading frame connector, a connecting plate, a connecting block, a threading hook, a fixed block, a fixed column, a threaded column, an adjusting screw, a main shaft, an upper base plate, a rotary disc, an axis position screw, a cylinder, an air pipe connector, an air pipe, a tension spring screw, a tension spring and a cylinder seat, wherein the rubber band threading plate connector is respectively fixed at two ends of the connecting plate, the threading frame connector is fixed on the connecting plate, the cylinder seat is fixed on the connecting block, the acting end of the cylinder is tightly propped against the connecting plate and is fixed on the cylinder seat, one end of the air pipe is connected with. The utility model has the advantages of low price, convenient use, compact structure, simple adjustment, etc.

Description

Rubber conveyor of computerized double-syringe sock machine

Technical field

The utility model relates to a kind of double cylinder hosiery machine parts, and is especially relevant with Rubber conveyor of computerized double-syringe sock machine.

Background technology

The HDL type full-computerized double cylinder hosiery machine that Korea S brother company produces, other are many similar full-computerized double cylinder hosiery machines both at home and abroad, its elastic transport all directly adopts stepper motor to drive, cost height not only, but also be subjected to the quality of stepper motor, the influence of various factors such as the computer quality of control step motor rotation.

Summary of the invention

The purpose of this utility model provides a kind of cheap, easy to use, compact conformation, the simple Rubber conveyor of computerized double-syringe sock machine of adjustment.

For achieving the above object, the utility model is achieved through the following technical solutions.Rubber conveyor of computerized double-syringe sock machine, comprise elastic eyelet strip conjunction, bearing, bearing core, threading frame conjunction, connecting plate, contiguous block, the threading hook, fixed block, fixed leg, threaded post, adjustment screw, main shaft, upper plate, rotating disk, axial screw, cylinder, gas-tpe fitting, tracheae, the extension spring screw, extension spring and cylinder block, rotating disk are fixed on the main shaft, fixed leg is contained on the upper plate, fixed block is contained on the fixed leg, and threaded post is contained on the fixed block, and contiguous block is contained on two threaded post, connecting plate and contiguous block flexibly connect by axial screw, elastic eyelet strip conjunction is separately fixed at the two ends of connecting plate, and threading frame conjunction is fixed on the connecting plate, and adjustment screw is actively set on the contiguous block and with fixed block and is threaded, bearing is fixed on the connecting plate by bearing core, cylinder block is fixed on the contiguous block, and its effect end of cylinder presses closer connecting plate and is fixed on the cylinder block, and one on extension spring screw is contained on the cylinder block, another is contained on the connecting plate, the two ends of extension spring are enclosed within respectively on two extension spring screws, and an end of tracheae is connected with gas-tpe fitting, and the other end is connected with corresponding solenoid control gas circuit.

The utility model compared with prior art has the following advantages: (one) is because the less change of employing machine components replaces stepper motor, and is therefore cheap; (2) be because the profile and the original device of this elastic transport are more or less the same, obvious variation do not take place so change the general structure of back machine; (3) be because this elastic transport is the setting that replaces computer program with very simple machinery adjustment, therefore simple to operation; (4) be owing to adopt mechanical adjustment mode, so the temperature of working environment, humidity requirement can reduce greatly, easy to maintenance and maintenance cost is extremely low.

Description of drawings

Fig. 1 is the general structure schematic diagram of the utility model Rubber conveyor of computerized double-syringe sock machine.

Fig. 2 is the general structure vertical view of the utility model Rubber conveyor of computerized double-syringe sock machine.

The specific embodiment

Below in conjunction with accompanying drawing embodiment of the present utility model is described in further detail.

As shown in Figures 1 and 2, Rubber conveyor of computerized double-syringe sock machine, comprise elastic eyelet strip conjunction 1, bearing 2, bearing core 3, threading frame conjunction 4, connecting plate 5, contiguous block 6, threading hook 7, fixed block 8, fixed leg 9, threaded post 10, adjustment screw 11, main shaft 12, upper plate 13, rotating disk 14, axial screw 15, cylinder 16, gas-tpe fitting 17, tracheae 18, extension spring screw 19, extension spring 20 and cylinder block 21, rotating disk 14 is fixed on the main shaft 12, and fixed leg 9 is contained on the upper plate 13, and fixed block 8 is contained on the fixed leg 9, threaded post 10 is contained on the fixed block 8, contiguous block 6 is contained on two threaded post 10, and connecting plate 5 flexibly connects by axial screw 15 with contiguous block 6, and elastic eyelet strip conjunction 1 is separately fixed at the two ends of connecting plate 5, threading frame conjunction 4 is fixed on the connecting plate 5, adjustment screw 11 is actively set on the contiguous block 6 and with fixed block 8 and is threaded, and bearing 2 is fixed on the connecting plate 5 by bearing core 3, and cylinder block 21 is fixed on the contiguous block 6, cylinder 16 its effect ends press closer connecting plate 5 and are fixed on the

cylinder block

21,19 1 on extension spring screw is contained on the cylinder block 21, and another is contained on the connecting plate 5, and the two ends of extension spring 20 are enclosed within respectively on two extension spring screws 19, one end of tracheae 18 is connected with gas-tpe fitting 17, and the other end is connected with corresponding solenoid control gas circuit.

The operation principle of the utility model embodiment is: shirr comes out from the shirr tube before start, by elastic eyelet strip conjunction 1, and threading frame conjunction 4, bearing 3 and threading hook 7 finally pass the elastic shuttle.After the start, the electromagnetic valve of control cylinder 16 is opened at once, and connecting plate 5 rotates around axial screw 15 under the effect of cylinder 16, and bearing 2 and rotating disk 14 are separated.Because rotating disk 14 and main shaft 12 are for fixedlying connected, so after start, rotating disk 14 is with the horse back rotation.When needs braiding elastic, computer sends instruction, makes the closed electromagnetic valve of corresponding control tracheae 18 gas circuits, and connecting plate 5 rotates around axial screw 15 under the effect of spring 20 at once, and bearing 2 just contacts with rotating disk 14.This moment, shirr was between bearing 2 and rotating disk 14.The rotation of the rotating band dynamic bearing 2 of rotating disk 14, the shirr between bearing 2 and rotating disk 14 just is transported on the elastic shuttle by the elastic transport from the shirr tube like this.

The requirement difference of different its elastic rib collars of socks product also be the tightness difference of elastic, so the transporting velocity of shirr should be regulated.In this device, fixed leg 9, fixed block 8 can not be regulated for fixed installation, and threaded post 10 is actively set on the fixed block 8 with after contiguous block 6 screw threads are fixedlyed connected, and adjustment screw 11 is actively set on the contiguous block 6, is threaded with fixed block 8.When adjustment screw 11 was rotated, contiguous block 6 just moved on fixed block 8 along threaded post 10, and the connecting plate 5 that flexibly connects with contiguous block 6 is also along with moving, thereby reached the purpose of the position adjustment of bearing 2 on rotating disk 14.As everyone knows, near the center of rotating disk 14, its linear velocity is slow more more, and away from the center of rotating disk 14, its linear velocity is just fast more more.So as changing the speed that elastic is carried, only need rotation adjustment screw 11, just the position of change bearing 2 on rotating disk 14 can.

Claims

1, a kind of Rubber conveyor of computerized double-syringe sock machine, comprise elastic eyelet strip conjunction (1), bearing (2), bearing core (3), threading frame conjunction (4), it is characterized in that: it also comprises connecting plate (5), contiguous block (6), threading hook (7), fixed block (8), fixed leg (9), threaded post (10), adjustment screw (11), main shaft (12), upper plate (13), rotating disk (14), axial screw (15), cylinder (16), gas-tpe fitting (17), tracheae (18), extension spring screw (19), extension spring (20) and cylinder block (21), rotating disk (14) is fixed on the main shaft (12), fixed leg (9) is contained on the upper plate (13), fixed block (8) is contained on the fixed leg (9), and threaded post (10) is contained on the fixed block (8), and contiguous block (6) is contained on two threaded post (10), connecting plate (5) flexibly connects by axial screw (15) with contiguous block (6), elastic eyelet strip conjunction (1) is separately fixed at the two ends of connecting plate (5), and threading frame conjunction (4) is fixed on the connecting plate (5), and adjustment screw (11) is actively set on contiguous block (6) and upward and with fixed block (8) is threaded, bearing (2) is fixed on the connecting plate (5) by bearing core (3), cylinder block (21) is fixed on the contiguous block (6), and its effect end of cylinder (16) presses closer connecting plate (5) and is fixed on the cylinder block (21), and (19) one on extension spring screw is contained on the cylinder block (21), another is contained on the connecting plate (5), the two ends of extension spring (20) are enclosed within respectively on two extension spring screws (19), and an end of tracheae (18) is connected with gas-tpe fitting (17), and the other end is connected with corresponding solenoid control gas circuit.