CN102797126A

CN102797126A - Reversing structure for high-temperature cheese dyeing machine

Info

Publication number: CN102797126A
Application number: CN2012102898937A
Authority: CN
Inventors: 奚伟民; 潘加龙; 金友松
Original assignee: WUXI DONGBAO MACHINE MANUFACTURE CO Ltd
Current assignee: WUXI DONGBAO MACHINE MANUFACTURE CO Ltd
Priority date: 2012-08-15
Filing date: 2012-08-15
Publication date: 2012-11-28
Anticipated expiration: 2032-08-15
Also published as: CN102797126B

Abstract

The invention provides a reversing structure for a high-temperature cheese dyeing machine. According to the reversing structure, pressure water in a water pump directly flows into a pipeline, and then is directly conveyed into a water inlet of a groove body through the pipeline; and the whole water flow circulates in one direction. The reversing structure has a simple internal structure and is low in manufacture cost; due to one-direction circulating, the reversing structure has low water consumption and a super-low bath ratio, saves a large number of dyeing materials and steams, reduces discharge capacity, is low in dyeing cost and achieves the purposes of energy conservation and environment protection; and moreover, the internal structure only needs to bear the impacting of the water under the one-direction circulating, so that the resulting abrasion is low, equipment is hard to damage, and the service life of the equipment is long. The reversing structure comprises an upper groove body and a water pump, and is characterized in that a water outlet of the upper groove body is connected with an inlet of a water pump through a bend; an outlet of the water pump is communicated to a water inlet of the upper groove body; elbows are connected from the outlet of the water pump to the water inlet of the upper groove body; and the corners of a housing of the elbow are all in curve transition.

Description

The commutating structure of high temperature yarn package dyeing machine

Technical field

The present invention relates to the technical field of yarn package dyeing machine structure, be specially the commutating structure of high temperature yarn package dyeing machine.

Background technology

The commutating structure of existing yarn package dyeing machine, Chinese patent ZL200520074155.6, September 13 2006 Granted publication day; Patent name is " commutating structure of cone dyeing machine ", and its content is seen Fig. 1, Fig. 2: it comprises takes over 10, take over 10 along take over 8 radially be plugged in take over 8 and with take over 8 and pass through mutually and communicate; Adapter 8 takes over 7 along radially being plugged in of adapter 7; Adapter 7 takes over 6 along radially being plugged in of adapter 6, and the top 9 of adapter 6 is the taper type guard, is taking in 10; Along take over 10 be axially installed with steering spindle 1; It is dull and stereotyped skilful that steering spindle 1 is set with switching-over, and switching-over dull and stereotyped 15 contact and will take over 10 left end and right-hand member with the inwall of taking over 10 and take over 8 top and bottom and separates, and steering spindle 1 is tightly connected through turning to Drive Structure and adapter 6.Turn to Drive Structure to comprise switching-over end cap 5, end-cap assembly 16, connect between the two; Switching-over end cap 5 is tightly connected with the flange 17 that is installed on adapter 6, and end-cap assembly 16 is set in steering spindle 1, and steering spindle 1 is set with bearing 18; Both sides at bearing 18; Steering spindle l is respectively installed with bearing (ball) cover 3 and bearing block 4, is connected with screw between bearing (ball) cover 3 and the bearing block 4, and bearing block 4 is connected with end-cap assembly 16; Periphery at rotating shaft l is set with cylinder seat 2, and cylinder seat 2 is connected with bearing block 4.

This commutating structure need guide the whole liquid running system under the diverse location state of switching-over flat board, to carry out forward circulation, recycled back; Its internal structure is complicated, and manufacturing cost is high, and owing to need forward circulation, recycled back; What need that abundant water can guarantee to dye normally carries out; Its bath raio is big, and the consumption rate that causes water is big, dying material, steam consumption are big, the cost height of long, dyeing of whole dyeing course time; Owing to forward circulation, recycled back need hocket, make that the wearing and tearing of internal structure are big simultaneously, increased the damage of equipment, make that the working life of equipment is short.

Summary of the invention

To the problems referred to above; The invention provides the commutating structure of high temperature yarn package dyeing machine, it makes the press water in the water pump directly be passed into pipeline, and pipeline is directly sent press water into the cell body water inlet; The unidirectional circulation of whole current, internal structure is simple, low cost of manufacture; Unidirectional circulation makes that the consumption of water is little, and bath raio is ultralow, save a large amount of dying material and steam, minimizing blowdown flow rate, the cost that dyes is low, reaches the purpose of energy-conserving and environment-protective; In addition, internal structure only need be born the impact of the water of unidirectional circulation, makes that the wearing and tearing of internal structure are little, and equipment is not fragile, makes the long working life of equipment.

The commutating structure of high temperature yarn package dyeing machine; Its technical scheme is such: it comprises top cell body, water pump; It is characterized in that: the delivery port of said top cell body connects the inlet of said water pump through bend pipe, and the outlet of said water pump is communicated to the water inlet of said top cell body, and the water inlet that is exported to said top cell body of said water pump is connected with elbow; The equal arc transition in shell body corner of said elbow; Space between the shell body of said bend pipe and said elbow forms the pipeline of arc transition, and said elbow, bend pipe all are positioned at enclosure interior, and the delivery port of said top cell body, the water inlet of top cell body be separate, be not communicated with.

It is further characterized in that: said pipeline connection to lower bank water pipe;

Said bend pipe is circumscribed with water inlet pipe;

Said bend pipe is circumscribed with charge pipe.

After adopting the present invention, because the delivery port of said top cell body connects the inlet of said water pump through bend pipe, the outlet of said water pump is communicated to the water inlet of said top cell body; Only surplus circulation that total is inner; The water inlet that is exported to the top cell body of water pump is connected with elbow, the equal arc transition in shell body corner of elbow, and the space between the shell body of bend pipe and said elbow forms the pipeline of arc transition; Press water in the water pump directly is passed into pipeline; Pipeline is directly sent press water into the cell body water inlet, the unidirectional circulation of whole current, and internal structure is simple, low cost of manufacture; Unidirectional circulation makes that the consumption of water is little, and bath raio is ultralow, save a large amount of dying material and steam, minimizing blowdown flow rate, the cost that dyes is low, reaches the purpose of energy-conserving and environment-protective; In addition, internal structure only need be born the impact of the water of unidirectional circulation, makes that the wearing and tearing of internal structure are little, and equipment is not fragile, makes the long working life of equipment; And because the space between the shell body of bend pipe and said elbow forms the pipeline of arc transition; It makes the press water in the water pump directly be passed into pipeline; Pipeline is directly sent press water into the cell body water inlet; Make the pressure that water pump need not provide extra pressure to guarantee cell body pressure inside water, and then reach the purpose of energy-conserving and environment-protective.

Description of drawings

Fig. 1 is the commutating structure view one of existing high temperature yarn package dyeing machine;

Fig. 2 is the commutating structure view two of existing high temperature yarn package dyeing machine;

Fig. 3 is a front view structural representation of the present invention.

The specific embodiment

See Fig. 3; It comprises top cell body 1, water pump 2, bend pipe 3, and the delivery port 4 of top cell body 1 is through the inlet 5 of bend pipe 3 connection water pumps 2, and the outlet 6 of water pump 2 is communicated to the water inlet 7 of top cell body 1; The water inlet 7 of outlet 6 to the top cell body 1 of water pump 2 is connected with elbow 8; The equal arc transition 9 in the shell body corner of elbow 8, the space between the shell body of bend pipe 3 and elbow 8 forms the pipeline 11 of arc transition, and bend pipe 3 is positioned at housing 10 inside with elbow 8.Pipeline 11 is communicated to lower bank water pipe 12; Bend pipe 3 is circumscribed with water inlet pipe (do not draw among the figure, belong to existing mature technology); Bend pipe 3 is circumscribed with charge pipe 13, and the feeding end of charge pipe 13 passes the internal cavity of housing 10, elbow 8 back feeding bend pipes 3; The delivery port 4 of top cell body 1, the water inlet 7 of top cell body 1 do not interconnect.14 is blast pipe among the figure.Arrow is the flow direction of water among the figure.

Claims

1. the commutating structure of high temperature yarn package dyeing machine; It comprises top cell body, water pump; It is characterized in that: the delivery port of said top cell body connects the inlet of said water pump through bend pipe, and the outlet of said water pump is communicated to the water inlet of said top cell body, and the water inlet that is exported to said top cell body of said water pump is connected with elbow; The equal arc transition in shell body corner of said elbow; Space between the shell body of said bend pipe and said elbow forms the pipeline of arc transition, and said elbow, bend pipe all are positioned at enclosure interior, and the delivery port of said top cell body, the water inlet of top cell body be separate, be not communicated with.

2. the commutating structure of high temperature yarn package dyeing machine according to claim 1 is characterized in that: said pipeline connection to lower bank water pipe.

3. the commutating structure of high temperature yarn package dyeing machine according to claim 1 is characterized in that: said bend pipe is circumscribed with water inlet pipe.

4. the commutating structure of high temperature yarn package dyeing machine according to claim 1 is characterized in that: said bend pipe is circumscribed with charge pipe.