CN209252352U - A kind of fast drying foldable hanger - Google Patents

Abstract

The utility model belongs to clothes rapid airing technical field, in particular to a kind of technical method of foldable clothes hanger rapid airing clothing, including bracket A, bracket B, girder C, girder D, bracket E, bracket F, lanyard G, several long shafts, several lantern rings and flip open type shaft；The utility model carries out structure design by each part to composition folding clothes-hanger, each part connected by certain position limiting structure to be formed can suspended garment form, being formed a kind of from internal supporting clothes and can keep the clothes hanger sunning form of larger distraction angle.

Description

A kind of fast drying foldable hanger

technical field

The utility model belongs to the technical field of fast drying of clothes, in particular to a technical method for fast drying of clothes on a foldable hanger.

Background technique

During the process of staying in a hotel, such as business trips and trips, cleaning of clothes is a must, and personal appearance must be kept clean during social interaction, which makes the cleaning of clothes particularly important. However, hotel cleaning prices are relatively high, and there is no dehydration and drying equipment for self-cleaning. . It takes a certain amount of time for the washed clothes to dry, and short-term trips do not carry multiple pieces of clothes for washing, which makes fast drying and hanging of clothes to avoid wrinkles a thorny and urgent problem to be solved. In the existing clothes hanger product design, there are many folded and stored clothes hangers, but they only follow the simple clothes hanging method, and there is no design to help the clothes hung on it to dry quickly through the structure of the clothes hanger.

Utility model content

In order to overcome the deficiencies of the above-mentioned prior art, the utility model provides a design of a quick-drying clothes folding hanger. The utility model can help clothes dry quickly, is convenient to carry, simple to store, takes up little space, and has low production cost;

The purpose of this utility model can be achieved through the following technical solutions: a fast drying clothes folding hanger, including bracket A, bracket B, main beam C, main beam D, bracket E, bracket F, hanging rope G, several long shafts, several A collar and a snap-type rotating shaft; the bracket A and bracket B can be bent and connected, the main beam C and main beam D can be bent and connected, the main beam C and bracket A can be bent and connected, and the main beam D and bracket B can be connected by bending Bending connection, support E and support F can be connected by bending, main beam C and support E can be connected by bending, main beam D and support F can be connected by bending; the above-mentioned support A and main beam C, support B and main beam D , support E and main beam C, support F and main beam D, the maximum bending angle of the above four places is 90 degrees.

One end of the bracket A is provided with a first collar, the other end is provided with two second sleeves, one end of the bracket B is provided with a third collar, and the other end is provided with two fourth sleeves; the bracket A The first collar of the bracket and the third collar of the bracket B are connected concentrically through the first snap-type rotating shaft, that is, the bendable connection between the bracket A and the bracket B is realized;

One end of the main beam C is provided with a fifth collar, and the two sides of the other end are respectively provided with a sleeve with a convex structure, which are respectively the sixth sleeve and the seventh sleeve; one end of the main beam D There is a tenth collar, and the two sides of the other end are respectively provided with an eighth sleeve and a ninth sleeve with a convex structure;

The fifth collar of the main beam C and the tenth collar of the main beam D are connected concentrically through the second snap-type rotating shaft, that is, the bendable connection between the main beam C and the main beam D is realized;

The sixth sleeve of the main beam C is concentrically connected with the two second sleeves of the bracket A through the third rotating shaft, and the two second sleeves are coaxially distributed in the depressions on both sides of the convex sixth sleeve, thereby realizing The bendable connection between the main beam C and the support A;

The eighth sleeve of the main beam D is concentrically connected with the two fourth sleeves of the bracket B through the fourth rotating shaft, and the two fourth sleeves are coaxially distributed in the depressions on both sides of the convex eighth sleeve, Thereby realizing the bendable connection of the main beam D and the support B;

One end of the bracket E is provided with a fourteenth sleeve, and the other end is provided with two eleventh sleeves, one end of the bracket F is provided with a twelfth sleeve, and the other end is provided with two thirteenth sleeves. The fourteenth collar of the bracket E is concentrically connected with the twelfth collar of the bracket F through the fifth snap-type rotating shaft, so as to realize the bendable connection between the bracket E and the bracket F;

The seventh sleeve of the main beam C is concentrically connected with the two eleventh sleeves of the bracket E through the sixth long rotating shaft, and the two eleventh sleeves are coaxially distributed on both sides of the convex seventh sleeve The depression, so as to realize the bendable connection between the main beam C and the support E;

The ninth sleeve of the main beam D is concentrically connected with the two thirteenth sleeves of the bracket F through the seventh long shaft, and the two thirteenth sleeves are coaxially distributed on both sides of the convex ninth sleeve The depression, so as to realize the bendable connection of the main beam D and the bracket F.

The lanyard G is suspended and fixed on the main girder C.

Two positioning holes are symmetrically arranged on the main beam C and the main beam D, and two suspension rings are clamped in the two positioning holes respectively, and a lanyard is fixed on the suspension rings.

The beneficial effects of the utility model:

1. The utility model increases the air circulation inside the clothes from the support state, increases the area of the inner side of the clothes in contact with the air, and can achieve the purpose of drying the clothes quickly;

2. The angle and state of the hanger to open the clothes are close to the normal wearing state of a person. When the clothes are hung and dried, the clothes can be further kept crisp, and the ironing process of the clothes can be reduced.

3. The structure is simple, the operation is convenient, the structure cost is low, the weight is light, and it can be carried and used at any time, especially suitable for business trips and other situations.

Description of drawings

Below in conjunction with accompanying drawing, the utility model is further described.

Fig. 1 is the complete blasting structure schematic diagram of the unfolding of the clothes hanger of the present utility model;

Fig. 2 is the partial blasting structure schematic diagram of the clothes hanger of the present utility model;

Fig. 3 is the complete structural representation of the clothes hanger of the present utility model;

Fig. 4 is the unfolding/receiving intermediate state of the clothes hanger of the present utility model;

Fig. 5 is a schematic structural diagram of the storage state of the clothes hanger of the present invention.

Detailed ways

A quick-drying folding clothes hanger, comprising bracket A1, bracket B2, main beam C3, main beam D4, bracket E5, bracket F6, lanyard G7, several long rotating shafts, several collars and snap-type rotating shafts; the bracket A1 It can be connected with bracket B2 by bending, main beam C3 can be connected with main beam D4 by bending, main beam C3 can be connected with bracket A1 by bending, main beam D4 can be connected with bracket B2 by bending, bracket E5 and bracket F6 can be bent Connection, main beam C3 and bracket E5 can be bent and connected, main beam D4 and bracket F6 can be bent and connected; the above-mentioned bracket A1 and main beam C3, bracket B2 and main beam D4, bracket E5 and main beam C3, bracket F6 and main beam Beam D4, the maximum bending angle of the above four places is 90 degrees.

One end of the bracket A1 is provided with a first collar 11, the other end is provided with two second sleeves 12, one end of the bracket B2 is provided with a third collar 21, and the other end is provided with two fourth sleeves 22; The first collar 11 of the bracket A1 and the third collar 21 of the bracket B2 are connected concentrically through the first snap-type rotating shaft 23, that is, the bendable connection between the bracket A1 and the bracket B2 is realized;

One end of the main beam C3 is provided with a fifth collar 31, and the two sides of the other end are respectively provided with a sleeve with a convex structure, which are respectively the sixth sleeve 32 and the seventh sleeve 33; One end of D4 is provided with a tenth collar 41, and the two sides of the other end are respectively provided with an eighth sleeve 42 and a ninth sleeve 43 with a convex structure;

The fifth collar 31 of the main beam C3 and the tenth collar 41 of the main beam D4 are connected concentrically through the second snap-type rotating shaft 24, that is, the bendable connection between the main beam C3 and the main beam D4 is realized;

The sixth sleeve 32 of the main beam C3 is concentrically connected with the two second sleeves 12 of the bracket A1 through the third long shaft 25, and the two second sleeves 12 are coaxially distributed on the convex sixth sleeve 32. The depressions on both sides realize the bendable connection between the main beam C3 and the bracket A1;

The eighth sleeve 42 of the main beam D4 is concentrically connected with the two fourth sleeves 22 of the bracket B2 through the fourth rotating shaft 26, and the two fourth sleeves 22 are coaxially distributed on the convex eighth sleeve 42 The depressions on both sides of the frame, so as to realize the bendable connection between the main beam D4 and the bracket B2;

One end of the bracket E5 is provided with a fourteenth collar 51, and the other end is provided with two eleventh sleeves 52. One end of the bracket F6 is provided with a twelfth collar 61, and the other end is provided with two fourth sleeves. The thirteenth sleeve 62, the fourteenth collar 51 of the bracket E5 and the twelfth collar 61 of the bracket F6 are connected concentrically through the fifth snap-type rotating shaft 27, so as to realize the bendable connection between the bracket E5 and the bracket F6 ;

The seventh sleeve 33 of the main beam C3 is concentrically connected with the two eleventh sleeves 52 of the bracket E5 through the sixth long shaft 28, and the two eleventh sleeves 52 are coaxially distributed on the convex seventh sleeve. The depressions on both sides of the sleeve 33 realize the bendable connection between the main beam C3 and the bracket E5;

The ninth sleeve 43 of the main beam D4 is concentrically connected with the two thirteenth sleeves 62 of the bracket F6 through the seventh long shaft 29, and the two thirteenth sleeves 62 are coaxially distributed on the convex ninth sleeve. The two sides of the sleeve 43 are recessed so as to realize the bendable connection between the main beam D4 and the bracket F6.

The lanyard G7 is suspended and fixed on the main beam C3.

The main girder C3 and the main girder D4 are symmetrically provided with two positioning holes 30 , and two suspension rings 40 are clamped in the two positioning holes respectively, and a lanyard 7 is fixed on the suspension rings.

When the hanger needs to be used, the process of opening the hanger from the folded state is as follows:

1. The main beam C3 and the main beam D4 are concentrically connected together by the second snap-shaped rotating shaft 24, and the main beam C3 and the main beam D4 are separated by rotating relatively outward around the second snap-shaped rotating shaft 24, and at the same time, the support A1 and the support B2 is concentrically connected together by the first snap-shaped rotating shaft 23, and the bracket A1 and the bracket B2 are separated by rotating relative to the outside around the first snap-shaped rotating shaft 23, while the bracket E5 and the bracket F6 are connected by the fifth snap-shaped rotating shaft 27 Together, the bracket E5 and the bracket F6 are rotated and separated relative to the outside around the fifth snap-type rotating shaft 27 .

2. The main beam C3 and the bracket A1 are connected together by the sixth sleeve 32, two second sleeves 12, and the third shaft 25. The main beam D4 and the bracket B2 are connected by the eighth sleeve 42, two fourth sleeves 22. The fourth long shaft 26 is connected together, the bracket A1 rotates outward around the third shaft 25 and is separated from the main beam C3 by 90 degrees, and the bracket B2 rotates outward around the fourth long shaft and is separated from the main beam D4 by 90 degrees Spend.

3. The main beam C3 and the bracket E5 are connected together by the seventh sleeve 33, two eleventh sleeves 52, and the sixth long shaft 28. The main beam D4 and the bracket F6 are connected by the ninth sleeve 43, two tenth sleeves The three sleeves 62 are connected together through the seventh long shaft 29, the bracket E5 rotates outward around the sixth long shaft 28 and is separated from the main beam C3 by 90 degrees, and the bracket F6 is separated from the main beam D4 by 90 degrees around the seventh long shaft.

After the above process, the clothes hanger is fully unfolded, and the clothes can be hung on the clothes hanger, and hung at a certain position by the hanging rope G7 to hang and dry the clothes.

The folding process of the clothes hanger is the reverse process of the above-mentioned process.

The above content is only an example and description of the structure of the utility model. Those skilled in the art make various modifications or supplements to the described specific embodiments or replace them in similar ways, as long as they do not deviate from the utility model. Structure or beyond the scope defined in the claims, all should belong to the protection scope of the utility model patent.

Claims (4)

1. A folding hanger for fast drying clothes, characterized in that it comprises bracket A, bracket B, main beam C, main beam D, bracket E, bracket F, hanging rope G, some long rotating shafts, some collars and snap button type Revolving shaft; the support A and support B can be connected by bending, the main beam C and the main beam D can be connected by bending, the main beam C and the support A can be connected by bending, the main beam D and the support B can be connected by bending, and the support E It can be connected with bracket F by bending, main beam C and bracket E can be connected by bending, main beam D can be connected with bracket F by bending; said bracket A and main beam C, bracket B and main beam D, bracket E and main beam Beam C, bracket F and main beam D, the maximum bending angle of the above four places is 90 degrees. 2. A quick-drying folding clothes hanger according to claim 1, characterized in that, one end of the bracket A is provided with a first collar, the other end is provided with two second sleeves, and one end of the bracket B is provided with a There is a third collar, and the other end is provided with two fourth sleeves; the first collar of bracket A and the third collar of bracket B are concentrically connected through the first snap-type rotating shaft, that is, bracket A and bracket B can be bent and connected; One end of the main beam C is provided with a fifth collar, and the two sides of the other end are respectively provided with a sleeve with a convex structure, which are respectively the sixth sleeve and the seventh sleeve; one end of the main beam D There is a tenth collar, and the two sides of the other end are respectively provided with an eighth sleeve and a ninth sleeve with a convex structure; The fifth collar of the main beam C and the tenth collar of the main beam D are connected concentrically through the second snap-type rotating shaft, that is, the bendable connection between the main beam C and the main beam D is realized; The sixth sleeve of the main beam C is concentrically connected with the two second sleeves of the bracket A through the third rotating shaft, and the two second sleeves are coaxially distributed in the depressions on both sides of the convex sixth sleeve, thereby realizing The bendable connection between the main beam C and the support A; The eighth sleeve of the main beam D is concentrically connected with the two fourth sleeves of the bracket B through the fourth rotating shaft, and the two fourth sleeves are coaxially distributed in the depressions on both sides of the convex eighth sleeve, In this way, the bendable connection between the main beam D and the bracket B is realized; One end of the bracket E is provided with a fourteenth sleeve, and the other end is provided with two eleventh sleeves, one end of the bracket F is provided with a twelfth sleeve, and the other end is provided with two thirteenth sleeves. The fourteenth collar of the bracket E is concentrically connected with the twelfth collar of the bracket F through the fifth snap-type rotating shaft, so as to realize the bendable connection between the bracket E and the bracket F; The seventh sleeve of the main beam C is concentrically connected with the two eleventh sleeves of the bracket E through the sixth long rotating shaft, and the two eleventh sleeves are coaxially distributed on both sides of the convex seventh sleeve The depression, so as to realize the bendable connection between the main beam C and the support E; The ninth sleeve of the main beam D is concentrically connected with the two thirteenth sleeves of the bracket F through the seventh long shaft, and the two thirteenth sleeves are coaxially distributed on both sides of the convex ninth sleeve The depression, so as to realize the bendable connection between the main beam D and the bracket F. 3 . A quick-drying clothes folding hanger according to claim 1 , wherein the lanyard G is suspended and fixed on the main beam C and the main beam D. 4 . 4. A quick-drying folding clothes hanger according to claim 3, characterized in that two positioning holes are symmetrically arranged on the main beam C and the main beam D, and two lifting rings are clamped in the two positioning holes respectively , the hanging ring is fixed with a lanyard.