CN219158859U

CN219158859U - Coiled pipe type capillary heat-resistant window curtain

Info

Publication number: CN219158859U
Application number: CN202220433809.3U
Authority: CN
Inventors: 郭海新; 张军
Original assignee: Shanghai Meinuan Energy Saving Technology Co ltd
Current assignee: Shanghai Meinuan Energy Saving Technology Co ltd
Priority date: 2022-03-02
Filing date: 2022-03-02
Publication date: 2023-06-09
Anticipated expiration: 2032-03-02

Abstract

The utility model discloses a coiled pipe type capillary heat-resistant window curtain, and belongs to the technical field of curtains. Including fixed box in (window) curtain top, fixed box in (window) curtain side, curtain body and (window) curtain base, the curtain body includes dry pipe, film blade, fixed rotation axis, capillary, rotating power machine, power shaft, rotatory haulage rope, fixed jib and fixed lifting rope, and rotating power machine installs the one end and the drive power shaft rotation at the power shaft, is provided with on the fixed box in (window) curtain side and leaves mouthful and a plurality of rotation axis socket, and the both ends of film blade are pegged graft in the rotation axis socket through fixed rotation axis, all are provided with the connecting piece between the adjacent film blade, and the capillary is S type in proper order and installs on film blade and one end and dry pipe intercommunication, and the dry pipe is parallel dislocation' S mode setting, and dry pipe and feed water return pipe switch-on. By providing the coiled capillary heat-resistant curtain, the heat-resistant curtain can be more conveniently folded and unfolded, and is more flexible in use.

Description

Coiled pipe type capillary heat-resistant window curtain

Technical Field

The utility model relates to a coiled pipe type capillary heat-resistant window curtain, and belongs to the technical field of curtains.

Background

The modern architecture adopts a large amount of glass curtain walls, the thermal performance of the glass curtain walls is greatly different from that of heat-insulating walls, and the technology for making up the difference of the thermal performance of the glass curtain walls is various high-performance glass technologies, wherein the installation of heat-insulating curtains is also a mode.

In the prior art, in a Chinese patent with the publication number of CN2251943, a solar energy automatic-adjusting heat-resisting energy-saving curtain is described, an aluminum film fabric composite curtain sheet is hung on a hanging hook at the bottom of a worm gear driven by a worm, the worm gear can be driven by rotating the worm, the worm gear rotates the curtain sheet to rotate left and right, the curtain can be opened or closed when the curtain sheet rotates left and right, one end of the worm is also provided with a driven wheel, the driven wheel rotates the worm to rotate along with the driven wheel, the driven wheel is driven by a driving wheel on a micro-motor shaft, the micro-motor is powered by a solar battery, and the micro-motor is driven by current generated by photoelectric conversion when solar energy is irradiated by sunlight to realize the automatic adjustment.

Similar curtains in the market are more common at present, but the curtain is difficult to popularize on a large scale due to the complex structure, high cost and high after-sales service requirement.

Disclosure of Invention

The technical problems to be solved by the utility model are as follows: the utility model provides a coiled pipe type capillary heat-resistant curtain, which solves the problems that the curtain is difficult to be popularized on a large scale due to the complex structure, high cost and high after-sales service requirement in the prior art.

The technical problems to be solved by the utility model are realized by adopting the following technical scheme:

a coiled pipe type capillary heat-resistant window curtain comprises a curtain top fixing box, a curtain side fixing box, a curtain body and a curtain base, wherein the curtain body comprises a main pipe, a film blade, a fixed rotating shaft, a capillary pipe, a rotating power motor, a power shaft, a rotating traction rope, a fixed suspender and a fixed suspension rope;

the rotary power motor is arranged at one end of the power shaft and drives the power shaft to rotate, the rotary power motor and the power shaft are arranged in a fixed box at the top of the curtain, the rotary traction rope is sequentially connected with a plurality of film blades after bypassing the power shaft, the fixed suspender is arranged at a position close to the fixed suspender, one end of the fixed suspension rope is arranged on the fixed suspender, the other end of the fixed suspension rope sequentially passes through the plurality of film blades, a retaining port and a plurality of rotary shaft sockets are arranged on the fixed box at the side edge of the curtain, and two ends of the film blades are spliced in the rotary shaft sockets through the fixed rotary shafts;

connecting pieces are arranged between the adjacent film blades, the capillary tubes are sequentially installed on the film blades in an S shape, one ends of the capillary tubes are communicated with the main tubes, the main tubes are arranged in a parallel staggered mode, and the main tubes are communicated with the water supply and return tubes.

As a preferable example, the curtain base is detachably connected with the curtain side fixing box.

As a preferred example, the connection between the capillary and the dry tube is a weld.

The beneficial effects of the utility model are as follows:

1. the utility model aims to adopt a more reasonable process technology, so that the heat-resistant window curtain is more convenient to retract and release, and is more flexible in use.

2. The curtain base is detachably connected with the curtain side fixing box, so that the curtain base is convenient to detach from the curtain side fixing box, and the film blades are maintained and replaced, so that the production cost is saved.

3. The capillary tube and the main tube are connected in a welding way, so that the capillary tube and the main tube are directly and better connected and no leakage is ensured.

Drawings

FIG. 1 is a schematic diagram of the overall structure of the present utility model;

FIG. 2 is a schematic view of the window covering body in a closed state;

fig. 3 is a schematic structural view of the connector.

In the figure: 1. a curtain top fixing box; 2. a curtain side fixing box; 21. leaving a mouth; 22. a rotary shaft socket; 23. a fixing hole; 3. a curtain body; 31. a dry pipe; 32. a thin film blade; 33. fixing a rotating shaft; 34. a capillary tube; 35. a rotary power motor; 36. a power shaft; 37. rotating the traction rope; 38. fixing a suspender; 39. fixing a lifting rope; 4. a curtain base; 41. a fixed shaft; 5. and a connecting piece.

Detailed Description

The utility model will be further described with reference to the following detailed drawings, in order to make the technical means, the creation characteristics, the achievement of the purpose and the effect of the utility model easy to understand.

As shown in fig. 1-3, a heat-resistant curtain with a coiled capillary tube 34 comprises a curtain top fixing box 1, a curtain side fixing box 2, a curtain body 3 and a curtain base 4, wherein the curtain body 3 comprises a dry pipe 31, a film blade 32, a fixed rotating shaft 33, a capillary tube 34, a rotating power motor 35, a power shaft 36, a rotating traction rope 37, a fixed suspender 38 and a fixed suspension rope 39.

The rotary power motor 35 is installed at one end of the power shaft 36 and drives the power shaft 36 to rotate, and the rotary power motor 35 and the power shaft 36 are arranged in the curtain top fixing box 1.

The rotary hauling rope 37 is connected with the film blades 32 in sequence after bypassing the power shaft 36, the fixed suspender 38 is arranged near the fixed suspender 38, one end of the fixed hauling rope 39 is arranged on the fixed suspender 38, the other end sequentially passes through the film blades 32, and the film blade 32 near the curtain top fixed box 1 is connected with the fixed suspender 38.

The curtain side fixing box 2 is provided with a retaining opening 21 and a plurality of rotary shaft sockets 22 along the length direction, the retaining opening 21 is used for being inserted into two ends of a main pipe 31, and two ends of a film blade 32 are inserted into the rotary shaft sockets 22 through a fixed rotary shaft 33.

The main pipes 31 can be directly selected from 20 mm, 25 mm or 32mm, the main pipes 31 are provided with fixing frames, the two main pipes 31 are fixed by adopting the fixing frames so as to hang and link water supply and return pipes, and then the fixing frames are arranged on the inner side of the glass curtain wall (the traditional curtain part is close to glass).

The existing plastic capillary tube 34 technology is adopted, and the capillary tube 34 used for water medium distribution and heat exchange is connected with the plastic dry tube 31 used for water medium conveying in a plastic welding mode. Each main tube 31 is connected to a plurality of longer capillaries 34, all capillaries 34 need to be connected to the main tube 31 and ensure no leakage.

The capillary tube 34 is partially hung freely, two capillary tubes 34 corresponding to the positions of the two dry tubes 31 are taken as a group, and the capillary tubes 34 are fixed at intervals through the connecting piece 5 to form an integral capillary tube 34 heat-resistant curtain. (the length of the capillary tube 34 depends on the clear height of the glass curtain wall portion, e.g. 2000 mm).

The two main pipes 31 are respectively connected with water supply and return pipes of the water medium to form a water medium circulation system, and the heat resistance of the glass curtain wall part of the building is formed under the condition of water supply.

Each two capillaries 34 are arranged in a group, extend in parallel, and extend in a repeated rotation. The curtains of capillary tubes 34 of each group are fixed into fins by adopting a semitransparent hard film, and the fins are connected into a windable plane by connecting pieces 5. The sections are connected flexibly, so that the glass part can be conveniently shielded or exposed in a pulling or folding mode when different requirements are met.

The angle between the shutter formed by the two capillaries 34 and the connecting piece 5 and the glass part is changed by the way of parallel dislocation of the two dry pipes 31, thereby adjusting the incident quantity of sunlight.

The two ends of the curtain base 4 are welded with fixed shafts 41, the fixed boxes 2 at the side edges of the curtain are provided with fixed holes 23 corresponding to the fixed shafts 41, the fixed shafts 41 are inserted into the fixed holes 23, and the fixed shafts 41 and the fixed holes 23 are in interference fit.

The foregoing describes in detail preferred embodiments of the present utility model. It should be understood that numerous modifications and variations can be made in accordance with the concepts of the utility model by one of ordinary skill in the art without undue burden. Therefore, all technical solutions which can be obtained by logic analysis, reasoning or limited experiments based on the prior art by the person skilled in the art according to the inventive concept shall be within the scope of protection defined by the claims.

Claims

1. The coiled pipe type capillary heat-resistant window curtain comprises a curtain top fixing box (1), a curtain side fixing box (2), a curtain body (3) and a curtain base (4), and is characterized in that the curtain body (3) comprises a dry pipe (31), a film blade (32), a fixed rotating shaft (33), a capillary pipe (34), a rotating power motor (35), a power shaft (36), a rotating traction rope (37), a fixed suspender (38) and a fixed hanging rope (39);

the rotary power motor (35) is arranged at one end of the power shaft (36) and drives the power shaft (36) to rotate, the rotary power motor (35) and the power shaft (36) are arranged in the curtain top fixing box (1), the rotary traction rope (37) is sequentially connected with the plurality of film blades (32) after bypassing the power shaft (36), the fixed hanging rod (38) is arranged at a position close to the fixed hanging rod (38), one end of the fixed hanging rope (39) is arranged on the fixed hanging rod (38), the other end sequentially penetrates through the plurality of film blades (32), a retaining opening (21) and a plurality of rotary shaft inserting openings (22) are formed in the curtain side fixing box (2), and two ends of the film blades (32) are inserted into the rotary shaft inserting openings (22) through the fixed rotary shafts (33);

connecting pieces (5) are arranged between the adjacent film blades (32), the capillary tubes (34) are sequentially arranged on the film blades (32) in an S-shaped mode, one ends of the capillary tubes are communicated with the main tubes (31), the main tubes (31) are arranged in a parallel dislocation mode, and the main tubes (31) are communicated with the water supply and return pipes.

2. A coiled capillary heat-resistant window shade according to claim 1, wherein the window shade base (4) is detachably connected with the window shade side fixing box (2).

3. A serpentine capillary thermal barrier according to claim 1, wherein the connection between the capillary tube (34) and the dry tube (31) is by soldering.