CN113863774A

CN113863774A - Intelligent installation environment control device

Info

Publication number: CN113863774A
Application number: CN202111254375.7A
Authority: CN
Inventors: 胡飞; 鄢希锋; 黄成龙; 王晓波; 李蔚凡; 刘志豪; 谢胜海; 张俊杰; 王锦明; 王俊; 杨德金; 谭奇
Original assignee: Cyg Electric Co ltd
Current assignee: Zhuhai Shenruizhilian Technology Co ltd
Priority date: 2021-10-27
Filing date: 2021-10-27
Publication date: 2021-12-31
Anticipated expiration: 2041-10-27
Also published as: CN113863774B

Abstract

The invention relates to an intelligent installation environment control device, which consists of a self-adaptive work shed, a connecting pipe and a work shed cleaning integrated device; the self-adaptive work shed consists of a work shed main body, an air duct and shed cloth; the work shed main body can be stretched in the length direction, the width direction and the height direction; the shed cloth is used for covering all the side surfaces of the shed main body; the air duct is arranged on the inner wall surface of the work shed main body and is used for keeping the flow direction of the gas flowing out of the air duct from top to bottom all the time; the connecting pipe is connected between the air duct of the self-adaptive work shed and the clean integrated equipment of the work shed; the clean integrated equipment of worker's canopy is used for purifying outside air to the temperature and the humidity control of the air after will purifying are in suitable within range, through the connecting pipe with the air duct will purify the back and temperature and humidity control carry in the clean air of suitable within range the inside of self-adaptation worker's canopy makes simultaneously the inside original cloudy air of self-adaptation worker's canopy is constantly discharged.

Description

Intelligent installation environment control device

Technical Field

The invention relates to the technical field of environment control, in particular to an intelligent installation environment control device.

Background

The high-voltage cable system can form a complete cable line only by installing terminals and connectors on site, the site environment and the installation process have great influence on the installation quality, which is also the main reason of high accident occurrence of cable accessories, the accessory installation environment is an important factor influencing the quality of the cable accessories, the temperature and the humidity are controlled within the range specified by a supplier, and proper measures are taken to purify the construction environment and have dustproof and rainproof measures. Traditional construction worker canopy is the rain-proof worker canopy of ordinary plastics only, or adopts rigid metallic structure (fixed size's integrated configuration or foldable structure) to possess atmospheric control and dust removal function, the worker canopy is built and is accomplished no dust detection and filter equipment and come control installation environment, and ambient temperature height often can appear, and installer sweat water droplet causes the quality problem on cable accessories product to and conductive impurity adheres to on the insulating part. In addition, the sheds in the prior art do not have structures that can adapt to different cables and cable supports or can only adapt to a specific environment.

There is a large amount of dust in the cable tunnel, and in order to guarantee to ventilate, has installed the forced draught blower in the tunnel, consequently, scatters a large amount of dust in the tunnel, if do not take the measure of controlling dust pollution in the process of cable construction, will directly influence the quality of the cable accessories of preparation. If the existing work shed is built by adopting a metal structure, the operation is troublesome, and the work shed needs to be built by a plurality of people in a matching way, thereby being time-consuming and labor-consuming. If the existing work shed is built by adopting a rigid metal structure or plastic tarpaulin, the installation difficulty and the installation time of the work shed are increased when the work shed meets the conditions of size deviation and temporary new hardening of the work environment during installation, and the work shed is difficult to adapt to the complex work environment. If the existing work shed adopts a combined structure or a folding structure with fixed size, the work shed is only suitable for the working environment of a specific space, and if different use environments are met, the work shed with another size needs to be replaced.

In addition, the existing work shed is single in function, only has the rainproof and sunshade effects, is not provided with air purification equipment inside and is not provided with an air guide structure, so that dust cannot be discharged orderly, and the time for discharging the dust in the clean shed is prolonged.

Disclosure of Invention

The invention aims to provide an intelligent installation environment control device, which aims to solve the technical problems that:

1. how to adapt the work shed to work spaces with different sizes;

2. how to enable the work shed to have the functions of controlling the temperature and humidity environment and removing dust;

3. how to make inside former air and the dust of self-adaptation worker canopy main part discharge in order, fast.

The invention aims to overcome the defects of the prior art and provides an intelligent installation environment control device which comprises a self-adaptive work shed 1, a connecting pipe 2 and a work shed cleaning integrated device 3; the self-adaptive work shed 1 consists of a work shed main body 11, an air duct 12 and shed cloth 13; the working shed main body 11 can be stretched in the length direction, the width direction and the height direction; the shed cloth 13 is used for covering all side surfaces of the shed main body; the air duct 12 is arranged on the inner wall surface of the work shed main body and is used for keeping the flow direction of the gas flowing out of the air duct from top to bottom all the time, so that the air in the self-adaptive work shed 1 is discharged in order; the connecting pipe 2 is connected between the air duct 12 of the self-adaptive work shed 1 and the work shed cleaning integrated equipment 3; the clean integrated equipment 3 of worker's canopy be used for purifying outside air to the temperature and the humidity control of the air after will purifying are in suitable scope, through connecting pipe 2 with air duct 12 will purify and temperature and humidity control carry the clean air of suitable scope to the inside of self-adaptation worker's canopy 1, make simultaneously the original cloudy air in the inside of self-adaptation worker's canopy 1 is constantly discharged.

The work shed body 11 consists of a work shed body component I111, a work shed body component II 112, a work shed body component III 113, a work shed body component IV 114, a work shed body component V115, a work shed body component VI 116 and six work shed body components VII 118; the main body parts of the work shed which are connected can be mutually nested, so that the work shed main body 11 can be stretched in the length direction, the width direction and the height direction; after the size of the work shed main body 11 is determined, the connecting sleeve 117 is used to fix the relative position of the two connected work shed main body components at the connecting position of the two connected work shed main body components so as to fix the size of the work shed main body 11.

The first shed body component 111 comprises a first rod member 1111, a second rod member 1112 and a third rod member 1113, wherein the first rod member 1111, the second rod member 1112 and the third rod member 1113 are mutually perpendicular in pairs and are fixedly connected at one end of each of the first rod member 1111, the second rod member 1112 and the third rod member 1113; the structures of the first working shed body component III 113, the fourth working shed body component 114 and the sixth working shed body component 116 are the same as the structures of the first working shed body component 111; the second shed body component 112 comprises a first rod piece 1121, a second rod piece 1122 and a third rod piece 1123, wherein one end of the second rod piece 1122 and one end of the third rod piece 1123 are vertically and fixedly connected to the middle of the first rod piece 1121; the structure of the fifth studio main body component 115 is the same as that of the second studio main body component 112; the seven 118 of the main body component of the work shed is a straight rod.

The shed cloth 13 comprises a rear shed cloth 131, a left shed cloth 132, a front shed cloth 133 and a right shed cloth 134, which are respectively used for covering the rear left side, the front right side and the four rear left side and the four right side of the shed main body 11; and zippers 136 from top to bottom are arranged on the rear shed cloth 131, the left shed cloth 132, the front shed cloth 133 and/or the right shed cloth 134.

Cutting the shed cloth on two sides of the zipper 136, or directly cutting the shed cloth without the zipper, and arranging round rough surfaces of the magic tapes on two sides of the cut position; the round hair surfaces of the magic tapes are respectively provided with a lining 135, one end of each lining is provided with a thorn hair surface 42 of the magic tape, and the other end of each lining is provided with a binding belt 41; the burred surface of the bush 135 can be fixed at any position of the round burred surface of the magic tape, so that the adaptive work shed 1 can adapt to different cables and different cable positions and can adapt to different cable supports and cable support positions.

The airway tube 12 is composed of an airway hose 121 and an airway holder 122.

The air guide hose 121 is provided with a plurality of air holes with downward openings, and is used for guiding the flow direction of the air coming out of the air guide hose 121 to be always kept from top to bottom, so that the air in the self-adaptive work shed 1 is orderly discharged, and the efficiency of purifying the air in the work shed 1 is increased; the air guide hose 121 is connected to the air guide seat 122, and the air guide seat 122 is used for stably connecting the connection pipe 2 to prevent the connection pipe 2 from falling.

Preferably, the air guide hose 121 surrounds at least one circle of the inner wall surface of the adaptive shelter 1.

The integrated equipment 3 for the shed cleaning is composed of a box body 31, a blower 32, an electrostatic dust collector 33, an air cooler 34 and a connecting piece 35; the box body 31 consists of a controller 311, a first handle 3121, a second handle 3122, an air inlet pipe 313, an air outlet pipe 314, a universal wheel 315, a first louver 3161, a second louver 3162 and a water outlet pipe 317; the controller 311 is used for controlling the blower 32, the electrostatic precipitator 33 and the air cooler 34; the first handle 3121 and the second handle 3122 are installed at both sides of the box 31, for conveniently carrying the integrated equipment for booth cleaning 3; the air inlet pipe 313 is connected with the blower 32; the air outlet pipe 314 is connected with the electrostatic dust collector 33; four universal wheels 315 are uniformly arranged at the bottom of the box body 31 and used for facilitating the movement of the integrated equipment for cleaning a work shed 3; the first louver 3161 and the second louver 3162 are respectively installed at two sides of the box 31, and are used for exchanging the internal air and the external air of the integrated equipment 3; the drain pipe 317 is connected with the air cooler 34 and is used for discharging condensed water in the air cooler 34; the blower 32, the electrostatic precipitator 33 and the air cooler 34 are connected through the connecting piece 35 and are installed and fixed in the box body 31; external air enters from the blower 32 and the air cooler 34, and enters the electrostatic precipitator 33 through the connector 35.

A first silencing and buffering cotton 361 is arranged between the blower 32 and the electrostatic dust collector 33; a second silencing and buffering cotton 362 is arranged between the blower 32 and the connecting piece 35; a third silencing buffering cotton 363 is arranged between the connecting piece 35 and the air cooler 34; a fourth silencing and buffering cotton 364 is arranged under the electrostatic dust collector 33 and the air cooler 34; a fifth silencing and buffering cotton 365 is arranged between the electrostatic dust collector 33 and the connecting piece 35; the silencing and buffering cotton is used for eliminating noise caused by machine vibration and avoiding collision between machines, and the second silencing and buffering cotton 362, the third silencing and buffering cotton 363 and the fifth silencing and buffering cotton 365 on the connecting piece 35 can also play a role in sealing to prevent gas leakage.

Advantageous effects

Compared with the prior art, the invention has the beneficial effects that:

1. the self-adaptive work shed main body is constructed in an inflatable mode, and a one-way airflow type structure is adopted, so that gas does not leak or flow back when the work shed is inflated or deflated, and the use duration of one-time inflation is ensured.

2. The self-adaptation worker canopy designs gaseous guide structure, makes the air conveyance after self-adaptation worker canopy purifier purifies reduce its vortex when advancing inside the self-adaptation worker canopy main part, makes the inside former air of self-adaptation worker canopy main part discharge in order, fast.

3. Self-adaptation worker's canopy major structure design is segmentation infinitely variable control formula structure, is suitable for the not operation space of equidimension, and every section main part sets up a one-way admission valve and a one-way air outlet valve, inflates to worker's canopy main part with the air pump and accomplishes back inside gas can not leak gas, and the gas pump is bled to worker's canopy main part and is accomplished back outside gas can not flow back.

4. The clean integrated equipment of worker's canopy adopts compressor, primary filter, multilayer filtration, electrostatic filtration etc. can separate steam, impurity, large granule dust, the tiny particle dust in the air to control air temperature in suitable scope.

Drawings

The accompanying drawings are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention.

Fig. 1 is a schematic view of the overall structure of an intelligent installation environment control device according to the present invention.

Fig. 2 is a schematic structural diagram of the adaptive studio according to the present invention.

Fig. 3 is a schematic structural view of a magic tape on a shed cloth according to the present invention.

Fig. 4 is a schematic view of the construction of the bushing according to the invention.

Fig. 5 is a schematic front view of a integrated factory-shed cleaning apparatus according to the present invention.

FIG. 6 is a schematic view of the inside of the front of the integrated clean room facility of the present invention.

Fig. 7 is a schematic view of the back side of the integrated clean-in-place facility for a work shed according to the present invention.

Detailed Description

The present invention is described in more detail below to facilitate an understanding of the present invention.

As shown in fig. 1 to 6, the intelligent installation environment control device of the present invention is composed of an adaptive work shed 1, a connecting pipe 2 and a work shed cleaning integrated device 3.

The self-adaptive work shed 1 is composed of a work shed main body 11, an air duct 12 and shed cloth 13.

As shown in fig. 2, the studio main body 11 is composed of a first studio main body component 111, a second studio main body component 112, a third studio main body component 113, a fourth studio main body component 114, a fifth studio main body component 115, a sixth studio main body component 116 and a seventh studio main body component 118. The main body parts of the working shed can be nested with each other, so that the working shed main body 11 can be extended and contracted in the length direction, the width direction and the height direction. After the size of the work shed main body 11 is determined, the connecting sleeve 117 is used to fix the relative position of the two connected work shed main body components at the connecting position of the two connected work shed main body components so as to fix the size of the work shed main body 11.

The working shed body component seven 118 is also provided with an air inflation hole 1191 and an air release hole 1192.

The shed cloth 13 includes a rear shed cloth 131, a left shed cloth 132, a front shed cloth 133 and a right shed cloth 134, which are respectively used for covering the rear left front right sides of the shed main body 11. And zippers 136 from top to bottom are arranged on the rear shed cloth 131, the left shed cloth 132, the front shed cloth 133 and the right shed cloth 134.

As shown in fig. 3, the complete velcro tapes are cut at both sides of the zipper 136 (i.e., the complete velcro tape 21 is cut from the middle along the length direction), and the round surfaces 22 of the velcro tapes are formed at the area. The round hair surfaces of the magic tapes of the rear shed cloth 131 and the front shed cloth 133 are respectively provided with a bush 135, one end of the bush 135 is provided with a thorn hair surface 42 of the magic tape, and the other end is provided with a binding tape 41. Liner 135 is cut out in the middle and sets up complete magic subsides 4 (drum liner prolongs the side and cuts out promptly, sets up magic subsides 4 in the position of cutting out, can realize the expansion of drum liner and around the package on the cable, through ribbon 41 and magic subsides 4 cooperation, can be suitable for the cable of equidimension cross-section not like this, and this can make liner 135's thorn hair side is fixed after shed cloth 131 with on the optional position of the round hair side of the magic subsides of preceding shed cloth 133, make self-adaptation worker canopy 1 can adapt to the position of different cables and different cables. Similarly, a complete magic tape is cut and set between the left and

right tarpaulins

132 and 134, and a round hair surface of the magic tape is set in the area. The bush 135 is provided on the round fur surface of the hook & loop fastener of the left and

right tarpaulins

132 and 134. This enables the burred surface of the bushing 135 to be fixed at any position of the round burred surfaces of the hook and loop fasteners of the left and right shed

cloths

132 and 134, so that the adaptive work shed 1 can adapt to different cable brackets and cable bracket positions.

The air guide tube 12 is installed on the upper portion of the front tarpaulin 133. The airway tube 12 is composed of an airway hose 121 and an airway holder 122. The air guide hose 121 is provided with a plurality of air holes with downward openings, and the air holes are used for guiding the air flowing out of the air guide hose 121 to always keep the flow direction from top to bottom, so that the air in the work shed 1 is orderly discharged, and the efficiency of purifying the air in the work shed 1 is increased. The air guide hose 121 is connected to the air guide seat 122, and the air guide seat 122 is used for stably connecting the connection pipe 2 to prevent the connection pipe 2 from falling. Preferably, the air guide hose 121 surrounds at least one circle of the inner wall surface of the adaptive booth 1.

As shown in fig. 1, the connection pipe 2 is connected between the adaptive work shed 1 and the work shed cleaning integration equipment 3.

As shown in fig. 5, 6 and 7, the integrated studio cleaning equipment 3 mainly comprises a box 31, a blower 32, an electrostatic precipitator 33, an air cooler 34 and a connector 35. The box body 31 mainly comprises a controller 311, a first handle 3121, a second handle 3122, an air inlet pipe 313, an air outlet pipe 314, a universal wheel 315, a first louver 3161, a second louver 3162 and a drain pipe 317. The controller 311 may control the blower 32, the electrostatic precipitator 33, and the air cooler 34. The first handle 3121 and the second handle 3122 are installed at both sides of the cabinet 31 to facilitate the transportation of the integrated equipment for booth cleaning 3. The intake pipe 313 is connected to the blower 32. The outlet pipe 314 is connected to the electrostatic precipitator 33. Four are installed in the equipartition universal wheel 315 in the bottom of box 31 is used for conveniently removing clean integrated equipment 3 of worker's canopy. The first louver 3161 and the second louver 3162 are respectively installed at two sides of the box 31, and are used for exchanging the inside air and the outside air of the integrated equipment 3. The drain pipe 317 is connected to the air cooler 34, and is configured to discharge condensed water in the air cooler 34.

As shown in fig. 6, the blower 32, the electrostatic precipitator 33 and the air cooler 34 are connected by the connector 35 and are installed and fixed in the box 31. External air enters from the blower 32 and the air cooler 34, and enters the electrostatic precipitator 33 through the connector 35. A first silencing and buffering cotton 361 is disposed between the blower 32 and the electrostatic precipitator 33. A second silencing and buffering cotton 362 is arranged between the blower 32 and the connecting piece 35. A third sound-absorbing buffering sponge 363 is arranged between the connecting piece 35 and the air cooler 34. A fourth silencing and buffering cotton 364 is arranged under the electrostatic dust collector 33 and the air cooler 34. A fifth sound-deadening and buffering cotton 365 is arranged between the electrostatic precipitator 33 and the connecting piece 35. The silencing and buffering cotton is used for eliminating noise caused by machine vibration and avoiding collision between machines, and the second silencing and buffering cotton 362, the third silencing and buffering cotton 363 and the fifth silencing and buffering cotton 365 on the connecting piece 35 can also play a role of sealing to prevent gas leakage.

After the outside air enters the blower 32 and the cooling fan 34, moisture, impurities and large particles of dust in the outside air can be removed, and the temperature and humidity of the air can be controlled within a proper range. The primarily cleaned air is then fed through the connection 35 into the electrostatic precipitator 33, where small particles of dust are removed. The purified clean air continuously enters the self-adaptive work shed 1 through the connecting pipe 2 and the air duct 12, so that the original turbid air in the self-adaptive work shed 1 is continuously discharged, and the air in the self-adaptive work shed 1 can be rapidly and effectively purified.

In conclusion, the intelligent installation environment control device can be freely stretched in the length direction, the width direction and the height direction, and can adapt to cables and cable brackets with different sizes and positions. The air after the clean integrated equipment of worker's canopy 3 purifies passes through connecting pipe 2 constantly gets into in the self-adaptation worker canopy 1, purify the air in the self-adaptation worker canopy 1.

The foregoing describes preferred embodiments of the present invention, but is not intended to limit the invention thereto. Modifications and variations of the embodiments disclosed herein may be made by those skilled in the art without departing from the scope and spirit of the invention.

Claims

1. An intelligent installation environment control device is characterized in that the intelligent installation environment control device consists of a self-adaptive work shed, a connecting pipe and work shed cleaning integrated equipment; the self-adaptive work shed consists of a work shed main body, an air duct and shed cloth; the working shed main body can be stretched in the length direction, the width direction and the height direction; the shed cloth is used for covering all side surfaces of the shed main body; the air guide pipe is arranged on the inner wall surface of the work shed main body and is used for enabling the flow direction of the gas flowing out of the air guide pipe to be always kept from top to bottom, so that the air in the self-adaptive work shed is orderly discharged; the connecting pipe is connected between the air duct of the self-adaptive work shed and the clean integrated equipment of the work shed; the clean integrated equipment of worker's canopy be used for purifying outside air to temperature and humidity control with the air after purifying is in suitable scope, through the connecting pipe with the air duct will purify and temperature and humidity control carry in the clean air of suitable scope the inside of self-adaptation worker's canopy, make simultaneously the original cloudy air in the inside of self-adaptation worker's canopy is constantly discharged.

2. The intelligent installation environment control device of claim 1, wherein the studio main body consists of a studio main body component I, a studio main body component II, a studio main body component III, a studio main body component IV, a studio main body component V, a studio main body component six and six studio main body components seven; the connected work shed main body components can be mutually nested, so that the work shed main body can be stretched in the length direction, the width direction and the height direction; after the size of the work shed main body is determined, the relative positions of the two connected work shed main body components are fixed by using a connecting sleeve at the connecting part of the two connected work shed main body components so as to fix the size of the work shed main body.

3. The intelligent installation environment control device of claim 2, wherein the first shed body component comprises a first rod, a second rod and a third rod, and the first rod, the second rod and the third rod are mutually perpendicular in pairs and fixedly connected at one end of each rod; the structures of the work shed main body component III, the work shed main body component IV and the work shed main body component VI are the same as the structure of the work shed main body component I; the second shed body component comprises a first rod piece, a second rod piece and a third rod piece, and one end part of the second rod piece and one end part of the third rod piece are vertically and fixedly connected to the middle part of the first rod piece; the structure of the work shed main body component five is the same as that of the work shed main body component two; the main component seven of the work shed is a straight rod piece.

4. The intelligent installation environment control device of claim 1, wherein the shed cloth comprises a rear shed cloth, a left shed cloth, a front shed cloth and a right shed cloth, which are respectively used for covering four rear left, front right and side surfaces of the shed main body; and zippers from top to bottom are arranged on the rear shed cloth, the left shed cloth, the front shed cloth and/or the right shed cloth.

5. The intelligent installation environment control device according to claim 4, wherein the shed cloth on both sides of the zipper is cut, or the shed cloth without the zipper is directly cut, and round rough surfaces of the magic tapes are arranged on both sides of the cut position; the round hair surfaces of the magic tapes are respectively provided with a lining, one end of each lining is provided with a hair pricking surface of the magic tape, and the other end of each lining is provided with a binding belt; the thorn hair side of bush can be fixed on the optional position of the circle hair side that the magic was pasted, makes the self-adaptation worker canopy can adapt to the position of different cables and different cables to and can adapt to different cable support and cable support's position.

6. The intelligent installation environment control device of claim 1, wherein the air duct is comprised of an air duct hose and an air duct base.

7. The intelligent installation environment control device of claim 6, wherein the air guide hose is provided with a plurality of air holes with downward openings, and the air holes are used for guiding the air flowing out of the air guide hose to always keep the flow direction from top to bottom, so that the air in the self-adaptive work shed is orderly discharged, and the efficiency of purifying the air in the work shed is increased; the air guide hose with the air guide seat meet, the air guide seat be used for stable connection the connecting pipe, prevent the connecting pipe drop.

8. The intelligent installation environment control device of claim 6, wherein the air guide hose surrounds at least one circle of the inner wall surface of the adaptive shelter.

9. The intelligent installation environment control device of claim 1, wherein the studio cleaning integration equipment consists of a box body, a blower, an electrostatic precipitator, an air cooler and a connecting piece; the box body consists of a controller, a first handle, a second handle, an air inlet pipe, an air outlet pipe, a universal wheel, a first shutter, a second shutter and a drain pipe; the controller is used for controlling the air blower, the electrostatic dust collector and the air cooler; the first handle and the second handle are arranged on two sides of the box body and are used for conveniently carrying the integrated equipment for the clean shed; the air inlet pipe is connected with the air feeder; the air outlet pipe is connected with the electrostatic dust collector; four universal wheels are uniformly arranged at the bottom of the box body and are used for conveniently moving the work shed cleaning integrated equipment; the first louver and the second louver are respectively arranged on two sides of the box body and used for exchanging the internal air and the external air of the integrated equipment for the cleanness of the work shed; the water drain pipe is connected with the air cooler and used for discharging condensed water in the air cooler; the air feeder, the electrostatic dust collector and the air cooler are connected through the connecting piece and are installed and fixed in the box body; and external air enters from the air feeder and the air cooler and enters the electrostatic dust collector through the connecting piece.

10. The intelligent installation environment control device of claim 9, wherein a first sound deadening and buffering cotton is disposed between the blower and the electrostatic precipitator; a second silencing and buffering cotton is arranged between the air feeder and the connecting piece; a third silencing buffer cotton is arranged between the connecting piece and the air cooler; a fourth silencing and buffering cotton is arranged below the electrostatic dust collector and the air cooler; a fifth silencing and buffering cotton is arranged between the electrostatic dust collector and the connecting piece; the silencing and buffering cotton is used for eliminating noise caused by machine vibration and avoiding collision between machines, and the second silencing and buffering cotton, the third silencing and buffering cotton and the fifth silencing and buffering cotton on the connecting piece can also play a role in sealing to prevent gas leakage.