CN104652111A

CN104652111A - Guide telescopic pipe for garment steamer

Info

Publication number: CN104652111A
Application number: CN201510121769.3A
Authority: CN
Inventors: 周盈裕
Original assignee: Individual
Current assignee: Zhang Li; Zhang Lijuan
Priority date: 2015-03-19
Filing date: 2015-03-19
Publication date: 2015-05-27
Anticipated expiration: 2035-03-19
Also published as: CN104652111B

Abstract

The invention relates to a guide telescopic pipe for a garment steamer. One end of the guide telescopic pipe for the garment steamer is fixedly arranged in a handle of an ironing head; one end of the guide telescopic pipe is arranged in a steam output cavity of the garment steamer; the guide telescopic pipe for the garment steamer is divided into two layers; a corrugated pipe is arranged on the outer layer; a guide pipe which is arranged in the corrugated pipe, is coaxial with the corrugated pipe and is in a corrugated form is arranged on the inner layer; an air interlayer is reserved between the guide pipe and the corrugated pipe; and penetrating capillary pores are formed in the wall of the guide pipe. The guide telescopic pipe is simple in structure and attractive in appearance, the length of the telescopic pipe can change in a self-adaptive manner so as to effectively prevent a pipe body from bending, water in the pipe can be guided back to a water storage cavity so as to effectively prevent the ironing head from spraying water, and simultaneously, the guide telescopic pipe has a good thermal insulation effect.

Description

Garment Steamer Machine water conservancy diversion telescoping tube

Technical field

The present invention relates to a kind of Garment Steamer Machine accessory, especially, is a kind of Garment Steamer Machine steam lead.

Background technology

The parent that Garment Steamer Machine operates more easily with it, better ironing effect is subject to people looks at; Common Garment Steamer Machine many uses fixed length rubber-plastic flexible pipe carries out steam conduction, and its outer wrap has thermal insulation layer; The heavier mass of this steam lead own, transport, use inconvenience; Owing to being fixing length, store inconvenience, to hang up and unsightly; In use, along with the cooling of steam, ironing head by the cooling water ejection in steam lead, can affect ironing effect; More importantly, this steam lead toughness is more weak, can produce bending in use, form knuckle, hinder the normal conduction of steam; Long-term bending easily makes steam lead produce crack, and acceleration body is aging.

Summary of the invention

For the problems referred to above, the invention provides a kind of Garment Steamer Machine water conservancy diversion telescoping tube, this tubular construction is simple, handsome in appearance, can self adaptation length, effectively prevents body from bending; Water in pipe can be led back to water chamber, effectively prevent ironing head from spraying water; There is good heat-blocking action simultaneously.

For solving the problem, the technical solution adopted in the present invention is: one end of this Garment Steamer Machine water conservancy diversion telescoping tube is fixedly mounted in the handle of ironing head, and one end is arranged on the steam output cavity of Garment Steamer Machine; This Garment Steamer Machine water conservancy diversion telescoping tube is divided into two-layer, and skin is bellows, internal layer be placed in described bellows and with described bellows coaxial, mozzle in ripple type, leave air blanketing between described mozzle and described bellows; The tube wall of described mozzle offers through pore.

The invention has the beneficial effects as follows: when steam flows out from steam output cavity, the air blanketing between mozzle and bellows can play preliminary thermal insulation function; After steam meets cold going, the inwall that cooling water sticks to mozzle is absorbed by pore, due to the surface tension of water, on pore, envelope has water membrane, now mozzle inwall is closed state, mozzle is inner is isolated by moisture film with air blanketing, and effectively prevent steam from spreading to air blanketing, now the heat insulating effect of body is strengthened; And cooling water can flow back to body along the tube wall of mozzle under the absorption of pore from air blanketing, cooling water is absorbed air blanketing and is separated with steam to make it by the present invention, effectively stops ironing head water spray; In use, outer field bellows can, according to the length automatic telescopic used, effectively prevent body from bending out dead angle, and then ensures the circulate of steam; When receiving, bellows automatic tightening, can not take more space, also can not long-livingly bend, not only attractive in appearance but also can keep longer service life.

As preferably, be connected to return duct in the outer radical of described bellows, this return duct is communicated with described air blanketing and water chamber; Current in steam lead can directly lead back to water chamber by this return duct, absorb the heat in steam output cavity when effectively preventing cooling water to be back to steam output cavity, and then cause quantity of steam and the heating-up temperature deficiency of ironing head.

As preferably, often save on protruding both sides outer wall at described bellows and be all stained with magnet, and when bellows contract, every two magnet maintenances close to each other just to and heteropole is attracting; These magnet can make bellows more smooth and easy and the tightening of neat rule, effectively prevent bellows after long-term use elasticity weaken, cannot shrink, and then cause steam lead to bend, affect steam smooth outflow.

As further preferably, often organize just right magnet and adjacent one group of magnet misplaces 90 ° in the circumference of bellows; This combination can reduce the size of magnet, and then alleviates the weight of this Garment Steamer Machine water conservancy diversion telescoping tube; The magnetic interference between two adjacent groups magnet can be reduced simultaneously, make body flexible more smooth and easy, neat.

Accompanying drawing explanation

Fig. 1 is the structural representation that an embodiment of this Garment Steamer Machine water conservancy diversion telescoping tube is arranged on Garment Steamer Machine.

Fig. 2 embodiment illustrated in fig. 1 partly cuts open enlarged drawing.

Detailed description of the invention

Embodiment

In the embodiment shown in Fig. 1, Fig. 2, one end of this Garment Steamer Machine water conservancy diversion telescoping tube 1 is fixedly mounted in the handle of ironing head, and one end is arranged on the steam output cavity 6 of Garment Steamer Machine; This Garment Steamer Machine water conservancy diversion telescoping tube 1 is divided into two-layer, and skin is bellows 2, internal layer be placed in described bellows 2 and with described bellows 2 coaxial, mozzle 3 in ripple type, leave air blanketing 4 between described mozzle 3 and described bellows 2; Be connected to return duct 5 in the outer radical of described bellows 2, this return duct 5 is communicated with described air blanketing 4 and water chamber 7; The both sides outer wall often saving protruding 21 at described bellows 2 is all stained with magnet 8, and when bellows 2 shrinks, every two magnet 8 close to each other keep just to and heteropole is attracting; As shown in Figure 2, often organize just right magnet 8 to misplace in the circumference of bellows 2 90 ° with adjacent one group of magnet 8; The tube wall of described mozzle 3 offers through pore.

When steam flows out from steam output cavity 6, the air blanketing 4 between mozzle 3 and bellows 2 can play preliminary thermal insulation function; After steam meets cold going, the inwall that cooling water sticks to mozzle 3 is absorbed by pore, due to the surface tension of water, on pore, envelope has water membrane, now mozzle 3 inwall is closed state, mozzle 3 is inner is isolated by moisture film with air blanketing 4, and effectively prevent steam from spreading to air blanketing 4, now the heat insulating effect of body is strengthened; And cooling water can flow back to from air blanketing 4 along the tube wall of mozzle 3 under the absorption of pore, cooling water directly flows back to water chamber 7 by return duct 5, absorb the heat in steam output cavity 6 when effectively preventing cooling water to be back to steam output cavity 6, and then cause quantity of steam and the heating-up temperature deficiency of ironing head.

Cooling water is absorbed air blanketing 4 and is separated with steam to make it by the present invention, effectively stops ironing head water spray; In use, outer field bellows 2 can according to the length automatic telescopic used, when bellows 2 shrinks, every two magnet 8 close to each other keep just to and heteropole is attracting, bellows 2 is tightened fast; These magnet 8 can make bellows 2 more smooth and easy and the tightening of neat rule, effectively prevent bellows 2 after long-term use elasticity weaken, cannot shrink, and then cause steam lead to bend, affect steam smooth outflow; In addition, often organize just right magnet 8 to misplace in the circumference of bellows 2 90 ° with adjacent one group of magnet 8; This combination can reduce the size of magnet 8, and then alleviates the weight of this Garment Steamer Machine water conservancy diversion telescoping tube 1, can reduce the magnetic interference between two adjacent groups magnet 8 simultaneously, makes body flexible more smooth and easy, neat; When receiving, bellows 2 automatic tightening, can not take more space, also can not long-livingly bend, not only attractive in appearance but also can keep longer service life.

Structure of the present invention is simple, handsome in appearance, lighter in weight own, is convenient to transport storage; Can self adaptation length, effectively prevent body from bending, have longer service life; The present invention can realize cooling water and steam and be separated, and effectively prevents ironing head from spraying water, and then improves ironing effect; The present invention simultaneously also has this effect of heat insulation preferably.

The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims

1. a Garment Steamer Machine water conservancy diversion telescoping tube, one end of this Garment Steamer Machine water conservancy diversion telescoping tube (1) is fixedly mounted in the handle of ironing head, and one end is arranged on the steam output cavity (6) of Garment Steamer Machine; It is characterized in that: this Garment Steamer Machine water conservancy diversion telescoping tube (1) is divided into two-layer, skin is bellows (2), internal layer for be placed in described bellows (2) and with described bellows (2) coaxial, mozzle (3) in ripple type, leave air blanketing (4) between described mozzle (3) and described bellows (2); The tube wall of described mozzle (3) offers through pore.

2. Garment Steamer Machine water conservancy diversion telescoping tube according to claim 1, it is characterized in that: be connected to return duct (5) in the outer radical of described bellows (2), this return duct (5) is communicated with described air blanketing (4) and water chamber (7).

3. Garment Steamer Machine water conservancy diversion telescoping tube according to claim 1 and 2, it is characterized in that: the both sides outer wall often saving projection (21) at described bellows (2) is all stained with magnet (8), and when bellows (2) shrinks, every two magnet (8) close to each other keep just to and heteropole is attracting.

4. Garment Steamer Machine water conservancy diversion telescoping tube according to claim 3, is characterized in that: often organize just right magnet (8) and adjacent one group of magnet (8) dislocation 90 ° in the circumference of bellows (2).