CN210399419U - Purify weaving tuber pipe mounting structure - Google Patents

Abstract

The utility model provides a purify weaving tuber pipe mounting structure, be provided with the suspension on a plurality of on the dead lever, the outer lane middle part both sides of weaving tuber pipe front end are provided with the tuber pipe hangers of several pairs of equidistance and symmetrical arrangement, the middle part of tuber pipe hangers is provided with vertical arrangement's waist type hole, the outer lane lower part of weaving tuber pipe is provided with the U type and presss from both sides, the U type presss from both sides and is bent the system for the round steel, the U type presss from both sides open-ended both ends and is provided with the bolt section, the bolt section that the U type pressed from both sides the open-ended both ends passes the waist type hole of tuber pipe. The utility model discloses it is rational in infrastructure, tuber pipe body obtains effectual support when making the weaving tuber pipe under negative pressure state, and the dismantlement and the installation of the weaving tuber pipe of being convenient for have reduced staff's work load, and popularization and application has good economic benefits and social.

Description

Purify weaving tuber pipe mounting structure

Technical Field

The utility model belongs to the technical field of the ventilation environmental protection, in particular to purify weaving tuber pipe mounting structure.

Background

The fiber air distribution system is a terminal device which is made of special polyester fibers and integrates air distribution and air transmission, and has the advantages of uniform air supply, no blowing feeling, condensation prevention, environmental protection, easy cleaning and the like.

The fiber air distribution system was first applied in food freezing and refrigerating places, and only supplies air to the indoor through the surface penetration of the fibers. With the development of material technology and processing technology, the air supply form of the fiber air distribution system becomes very diversified, mainly including pure permeation type, pure injection type, slit permeation type, injection permeation type and the like. The permeable fiber air distribution system does not increase the blowing sense due to the increase of the air supply quantity, and can well ensure the low air flow rate of an indoor working area, thereby creating a good indoor environment. In recent decades, experts and scholars at home and abroad research fiber air distribution systems in different air supply modes. In 2005, Nielsen et al, professor danish, indicated that the air flow rate of the fiber air distribution system was lower than that of a conventional air conditioning system at the same load, the ambient temperature was comfortable, and the blowing sensation was good. In 2009, Liu super has analyzed the air current characteristic of traditional air supply system and fibre air distribution system flow field through actually measuring indoor air current relevant data to utilize FLUENT software to adopt three-dimensional turbulent flow mathematical model, calculate 2 kinds of air supply system's model, obtain the air current tissue distribution map through the analysis simulation, compare 2 kinds of air supply system's characteristics. In 2010, a permeable fiber air distribution system model is established based on a porous medium model, such as Chenfujiang and the like, and the flow characteristics of air in the cavity area and the surface of the fiber air distribution system during permeable air supply are analyzed through numerical simulation and experimental tests. In 2011, Lihao and the like adopt FLUENT software to establish a mathematical model of pressure distribution inside a jet type cloth bag air pipe air supply system, and experiments show that total pressure and dynamic pressure inside an air pipe are in a descending trend and static pressure is gradually increased along an air flow direction. In 2013, the chenxiaqiong adopts 2 air pipe fiber layers (fabrics) with different porosities to manufacture a cylindrical air distribution pipe with a certain specification, and numerical calculation is adopted to compare the influence of the porosity of the fiber layers on the air supply characteristics of the cylindrical air distribution pipe.

The permeable fiber air distribution system is widely applied in actual life, and the textile air pipe is a flexible air distribution system woven by special fibers and is an air supply and discharge system for replacing the traditional air supply pipe, an air valve, an air diffuser, heat insulation materials and the like. The appearance of the system looks like a large cloth bag in the manufacturing process, so that the system is often called as an air distribution pipe, a cloth bag air pipe, a cloth air pipe, a fiber air distribution pipe and the like in China. Of course, this is only a visual way, because the textile air duct system is not only an air duct, but also only plays a role of air flow transmission, and more importantly, as an air supply device, the design of the textile air duct system directly affects the air supply effect, the cooling effect and the heating effect of the whole space.

Because the air pipe is mostly used in large markets, factories, gymnasiums and other public places, the air pipe has the following characteristics that the air pipe is firstly flame-retardant and must meet the national fire-proof standard; secondly, antistatic; thirdly, mildew prevention and antibiosis are carried out; therefore, the traditional air pipe is usually made of galvanized iron sheets, and the air pipe has the following defects that firstly, the galvanized iron sheets are difficult to clean thoroughly, and the cleaning cost is high, so that the indoor air quality is influenced; secondly, the iron sheet air pipe cannot supply air at a post position, and the air supply is not uniform; thirdly, performing the first step; the iron sheet air pipe has high manufacturing cost and difficult installation. The air duct for textile has very popular internationally in recent years and has the main characteristics that: (1) the air pipe can be cleaned, and when the air pipe is used for a period of time, if the air pipe becomes dirty, the air pipe can be easily taken down for cleaning, so that the cleanness of the air sent out from the air pipe is ensured, and the indoor air is not polluted; (2) the material is polyester fiber, the appearance of the fabric is a chemical fiber textile fabric, the thickness of the fabric is 1mm (millimeter), the fabric can be dyed with any color, and when an air pipe is blown up to supply air, the appearance of the fabric is mainly circular and semicircular; (3) it has the functions of conveying cold and hot air to the controlled area and achieving the aims of post air supply and uniform air supply. The following technical defects exist in use: 1) the textile air pipe is a flexible cloth, and when air in the pipe becomes negative pressure, the textile air pipe is shriveled, and air can not be exhausted, so that the air exhaust effect is seriously influenced; 2) when the textile air pipe needs to be cleaned, the disassembly and the assembly are complex, and the workload of workers is increased.

How to make weaving tuber pipe when negative pressure state tuber pipe body obtain effectual support, how the dismantlement and the installation of the weaving tuber pipe of being convenient for, how to reduce staff's work load becomes the problem that the urgent need was solved.

Disclosure of Invention

The utility model discloses a solve above-mentioned technical problem, provide one kind and make the weaving tuber pipe body obtain effectual support when under the negative pressure state, the dismantlement and the installation of the weaving tuber pipe of being convenient for reduce the purification weaving tuber pipe mounting structure of staff's work load.

The utility model provides a purify weaving tuber pipe mounting structure, includes dead lever, weaving tuber pipe, its characterized in that: the dead lever on be provided with the suspension on a plurality of, the outer lane middle part both sides of weaving tuber pipe front end are provided with several pairs of equidistance and symmetrical arrangement's tuber pipe hangers, the middle part of tuber pipe hangers is provided with vertical arrangement's waist type hole, the outer lane lower part of weaving tuber pipe is provided with the U type and presss from both sides, the U type presss from both sides for the curved system of round steel, the U type presss from both sides open-ended both ends and is provided with the bolt section, the bolt section that the U type pressed from both sides the open end passes the waist type hole of tuber pipe hangers respectively and is connected with the last suspension of top.

The width of the waist-shaped hole of the air pipe hanging lug is larger than the diameter of the U-shaped clamp.

The upper suspension is of an omega-shaped structure, the top end of the upper suspension is of a triangular structure, a cylindrical sliding block is arranged at the joint of the triangular structure and the fixed rod, and the upper suspension can slide on the fixed rod.

The outer ring of the front end of the spinning air pipe is provided with two pairs of air pipe hangers which are arranged at equal intervals.

The utility model discloses it is rational in infrastructure, tuber pipe body obtains effectual support when making the weaving tuber pipe under negative pressure state, and the dismantlement and the installation of the weaving tuber pipe of being convenient for have reduced staff's work load, and popularization and application has good economic benefits and social.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

In the figure: 1. fixing the rod; 2. an upper suspension; 3, U-shaped clamps; 4. weaving an air pipe; 401. and (5) hanging a wind pipe from a lug.

Detailed Description

The present invention will be further described with reference to the accompanying drawings, which are not intended as limitations of the present invention.

As shown in fig. 1, a purify weaving tuber pipe mounting structure, including dead lever 1, weaving tuber pipe 4, its characterized in that: the fixing rod 1 is provided with a plurality of upper suspension frames 2, a plurality of pairs of air pipe hangers 401 which are equidistant and symmetrically arranged are arranged on two sides of the middle part of an outer ring at the front end of the spinning air pipe 4, the middle part of each air pipe hanger 401 is provided with a vertically arranged waist-shaped hole, the lower part of the outer ring of the spinning air pipe 4 is provided with a U-shaped clamp 3, each U-shaped clamp 3 is made of round steel through bending, two open ends of each U-shaped clamp 3 are provided with bolt sections, and the bolt sections at the two open ends of each U-shaped clamp 3 respectively penetrate through the waist-shaped holes of the air pipe hangers 401 to be connected with the upper suspension;

the width of the waist-shaped hole of the air pipe hanging lug 401 is larger than the diameter of the U-shaped clamp 3;

the upper suspension 2 is in an omega-shaped structure, the top end of the upper suspension 2 is in a triangular structure, a cylindrical sliding block is arranged at the joint of the triangular structure and the fixed rod 1, and the upper suspension 2 can slide on the fixed rod 1;

the outer ring of the front end of the textile air pipe 4 is provided with two pairs of air pipe hangers 401 which are arranged at equal intervals.

The first embodiment comprises the following steps of firstly, installing the whole section of purification textile air pipe: 1) only two U-shaped clamps 3 at the front end of the purifying textile air pipe penetrate through waist-shaped holes of the air pipe hangers 401 to be connected with the upper suspension 2; 2) the purified textile air pipe is unfolded in whole section by pushing the upper suspension 2 at the front end; 3) after the textile air duct is unfolded, the bottom of the textile air duct 4 sleeved by the other U-shaped clamps 3 is connected with the upper suspension frame 2, and the other U-shaped clamps 3 are distributed on the outer ring of the textile air duct 4 according to conditions and should be uniformly distributed as far as possible, so that when the textile air duct is in a negative pressure state, the purified textile air duct is effectively supported; 4) and the rear end of the purification textile air pipe is fixed with the connecting pipe.

Example two, removal of the whole section of purification textile air duct: 1) the rear end of the textile air pipe is dismantled and purified and is fixedly connected with the connecting pipe; 2) the connection between the two U-shaped clamps 3 at the front end of the purified textile air pipe and the upper suspension 2 is dismantled; 3) pushing the other U-shaped clamps 3 to drive the corresponding upper suspension 2 to contract; 4) and taking down the whole section of the purified textile air pipe and cleaning the textile air pipe.

The third embodiment, the whole section purifies the secondary and above installation of weaving tuber pipe: 1) only two U-shaped clamps 3 at the front end of the purifying textile air pipe penetrate through waist-shaped holes of the air pipe hangers 401 to be connected with the upper suspension 2; 2) the rear end of the purification textile air pipe penetrates through the spaces between the other U-shaped clamps 3 and the corresponding upper suspension frames 2; 3) pushing the other upper suspension frames 2 to unfold the purified textile air pipe; 4) and after the air pipe is unfolded, the rear end of the purifying spinning air pipe is fixed with the connecting pipe.

When the device is specifically implemented, the device is disassembled or assembled for two times or more, only the two U-shaped clamps 3 at the front end of the textile air pipe are required to be disassembled or assembled, and the workload of workers is greatly reduced.

The above examples are merely illustrative for clearly illustrating the present invention and are not intended to limit the embodiments. It will be apparent to those skilled in the art that other variations and modifications of the present invention can be made based on the above description without, or without exhaustive enumeration of all embodiments, and it is intended that all such obvious variations and modifications are within the scope of the invention.

Claims (4)

1. The utility model provides a purify weaving tuber pipe mounting structure, includes dead lever (1), weaving tuber pipe (4), its characterized in that: dead lever (1) on be provided with suspension (2) on a plurality of, the outer lane middle part both sides of weaving tuber pipe (4) front end are provided with tuber pipe hangers (401) of several pairs of equidistance and symmetrical arrangement, the middle part of tuber pipe hangers (401) is provided with vertical arrangement's waist type hole, the outer lane lower part of weaving tuber pipe (4) is provided with the U type and presss from both sides (3), the U type presss from both sides (3) and is curved the system for the round steel, the both ends that the U type pressed from both sides (3) opening are provided with the bolt section, the bolt section that the U type pressed from both sides (3) opening both ends passes the waist type hole of tuber pipe hangers (401) respectively is connected with last suspension (2) of top.

2. The structure for installing the air purifying textile pipe according to claim 1, wherein: the width of the waist-shaped hole of the air pipe hanging lug (401) is larger than the diameter of the U-shaped clamp (3).

3. The structure for installing the air purifying textile pipe according to claim 1, wherein: the upper suspension (2) is of an omega-shaped structure, the top end of the upper suspension (2) is of a triangular structure, a cylindrical sliding block is arranged at the joint of the triangular structure and the fixed rod (1), and the upper suspension (2) can slide on the fixed rod (1).

4. The structure for installing the air purifying textile pipe according to claim 1, wherein: the outer ring of the front end of the textile air pipe (4) is provided with two pairs of air pipe hangers (401) which are arranged at equal intervals.

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