CN219353741U - Double-door interactive shower room - Google Patents

Abstract

The utility model discloses a double-door interactive shower room, which comprises an upper left wall seat, an upper right wall seat, a lower left wall seat, a lower right wall seat, an upper left wall seat and an upper right wall, which are fixed on the left and right walls. There are double-track boards installed between the seats, and a limit seat for glass translation is installed on the supporting bottom pad. The shower room also includes the first and second glasses. The first and second glasses are equipped with two pairs of rollers and anti-jumping. There is a double-track plate between the upper and lower corresponding rollers and the anti-jump device; the first and second glass doors can be opened and closed in a way that can be translated left and right, which saves material compared with the traditional chute and avoids jamming. , the outer and inner limiters of the upper left, upper and right wall seats; when the glass moves into the outer limiter and the inner limiter, it prevents the strong vibration of the collision from affecting the life. The double-door interactive shower room saves materials and consumes less When in use, it can enter and exit from both left and right sides, and it is flexible to use, and there is no direction requirement for the use site.

Description

A double-door interactive shower room

technical field

The utility model belongs to the technical field of shower rooms, in particular to a double-door interactive shower room.

Background technique

The shower room is more and more sought after and loved by modern people for its beautiful and fashionable, rich in shape, and space-saving features. The shower room can be divided into independent bathing spaces, and it can prevent water droplets from flying around and wet other furniture when showering.

At present, there are many horizontal sliding doors in the shower room. The main design is to set the chute track on the upper and lower door frames, and set the sliding bar on the upper and lower sides of the door. The switch is realized by pulling the hand. There are the following defects: garbage is easy to accumulate in the track for a long time, Moreover, it is very inconvenient to clean up these rubbish. Over time, the pulling is not smooth, and it is not easy to pull, especially for the elderly. Sometimes they even slip off the track. The track and slide bar are worn out and cannot be used. , may cause damage, time-consuming and labor-intensive; secondly, the material cost of such a structure is relatively high; moreover, it can only be opened and closed by a single door, and the use is not flexible;

The utility model solves the above technical problems and proposes an application.

Utility model content

In order to solve the problems raised in the above-mentioned background technology, the purpose of this utility model is to provide a double-door interactive shower room which is economical in materials.

The utility model provides the following technical solutions: a double-door interactive shower room, including an upper left wall seat, an upper right wall seat, a lower left wall seat, and a lower right wall seat fixed on the left and right walls. A double-track plate is installed between the seat and the upper right wall seat, and a support pad is installed between the lower left wall seat and the lower right wall seat. A limit seat for glass translation is installed on the support base pad. The shower The room also includes a first glass and a second glass, and the first glass and the second glass are provided with two pairs of rollers and anti-jump devices correspondingly arranged up and down, and a double-track plate is arranged between the rollers and anti-jump devices correspondingly arranged up and down .

The two pairs of rollers and the anti-jump device set on the first glass are arranged inwardly, and the outer rails of the double-track board are used to slide between the two pairs of rollers and the anti-jump device. The rollers and anti-jump devices are arranged correspondingly up and down, and the inner rails of the double-track board slide between the two pairs of rollers and the anti-jump devices.

The position-limiting seat includes an outer groove and an inner groove, the outer groove is for the first glass to slide, and the inner groove is for the second glass to slide.

Both the upper left wall seat and the upper right wall seat include a double-rail plate chamber for fixing the double-rail plate, and the two sides of the double-rail plate chamber are provided with outer limiters for the first glass sliding limit and for the second glass. The inner limit piece of the slip limit.

Both the first glass and the second glass are provided with handles.

The beneficial effects of the utility model are as follows:

First of all, the first and second glass doors can be opened and closed in a way that both can be translated left and right. The first glass and the second glass slide horizontally on the inner and outer tracks of the double-track plate through two pairs of rollers and anti-jump devices that are set up and down correspondingly. The outer groove and inner groove of the limit seat are used for the sliding of the glass door, which saves material compared with the traditional chute and can avoid the phenomenon of jamming.

Secondly, the outer limiter and the inner limiter of the upper left wall seat and the upper right wall seat; Buffer function, prevent the strong vibration of the collision from affecting the service life.

Finally, the double-door interactive shower room is economical in materials. Consumers can enter and exit from both left and right sides when using it. It is flexible to use and does not require the direction of the use site.

Description of drawings

Fig. 1 is the perspective view of the utility model;

Fig. 2 is a schematic structural view of the upper left wall seat in the utility model;

Fig. 3 is a schematic diagram of the installation structure of the upper left wall seat in the utility model;

Fig. 4 is a structural schematic diagram of the lower left wall seat in the utility model;

Fig. 5 is the structural schematic diagram of the limit seat in the utility model;

Fig. 6 is a structural schematic diagram of the roller in the utility model;

Fig. 7 is a structural schematic diagram of the anti-jump device in the present invention.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the drawings in the embodiments of the present invention.

As shown in Figures 1 to 7, a double-door interactive shower room in this embodiment is a style that can be accessed by both the left and right doors of the translation type, including the upper left wall seat 1 fixed on the left and right sides of the wall, the upper right wall Seat 2, lower left wall seat 3, lower right wall seat 4, double rail plate 5 is installed between described upper left wall seat 1 and upper right wall seat 2, between described lower left wall seat 3 and lower right wall seat 4 A supporting bottom pad 6 is installed between them, and a limit seat 7 for glass translation is installed on the supporting bottom pad 6. The shower room also includes a first glass 8 and a second glass 9, and the first glass 8 and the second glass Two pairs of rollers 10 and anti-jumpers 11 correspondingly arranged up and down are all provided with two pairs of rollers 10 and anti-jumpers 11 on the two glasses 9, and double-track plates 5 are arranged between the rollers 10 and anti-jumpers 11 of corresponding settings up and down; the first glass 8 and the second glass 9 can be Horizontal sliding, both of them slide through two pairs of rollers 10 and anti-jumpers 11 at the upper end and the limit seat 7 at the bottom.

The two pairs of rollers 10 and the anti-jump device 11 arranged on the first glass 8 are arranged inwardly, and the outer rails of the double-track plate 5 slide between the two pairs of rollers 10 and the anti-jump device 11, and the second glass 9 is There are two pairs of rollers 10 and anti-jumping devices 11 facing outwards and correspondingly arranged up and down, and the inner rail of the double-track board 5 slides between the two pairs of rollers 10 and the anti-jumping device 11; The outer rail of the inner rail slides, and the anti-jump device 11 prevents the glass from running out.

The limit seat 7 includes an outer groove 71 and an inner groove 72, the outer groove 71 is used for the sliding of the first glass 8, and the inner groove 72 is used for the sliding of the second glass 9, which saves material compared with the traditional chute and can avoid Carmen's phenomenon occurs.

The upper left wall seat 1 and the upper right wall seat 2 both include a double-rail plate chamber 51 for fixing the double-rail plate 5, and the two sides of the double-rail plate chamber 51 are provided with outer limiters for the sliding limit of the first glass 8 Part 52 and the inner limiter 53 for the sliding limit of the second glass 9; when the glass moves into the outer limiter 52, the inner limiter 53 is limited by the jaws on both sides of the limiter to play a buffering role , Prevent the strong vibration of the collision from affecting the life.

Both the first glass 8 and the second glass 9 are provided with a handle 12, which is convenient for sliding the door.

In this embodiment, the first and second glass doors can be opened and closed in a way that both the left and right translations can be made. The first glass 8 and the second glass 9 are placed on the inner and outer tracks of the double-track plate 5 through two pairs of rollers 10 and anti-jump devices 11 that are arranged up and down correspondingly. The upper horizontal sliding, cooperate with the limit seat 7, the outer groove 71 and the inner groove 72 for the sliding of the glass door. Compared with the traditional chute, the material is saved and the phenomenon of jamming can be avoided; the upper left wall seat 1 and the upper right wall seat 2 outer limiter 52 and inner limiter 53; when the glass moves into the inner limiter 53 of the outer limiter 52, it is limited by the jaws on both sides of the limiter to play a buffering role and prevent collisions. Strong vibration affects the lifespan.

And the structure is stable and simple, the materials are saved, and the double-door interactive shower room allows consumers to enter and exit from both left and right sides when using it. It is flexible to use, and there is no direction requirement for the use site.

Claims (5)

1. The utility model provides an interactive shower room of two doors which characterized in that: including being fixed in left wall seat (1) on left and right sides wall body, going up right wall seat (2), left wall seat (3) down, right wall seat (4) down, go up left wall seat (1) and go up right wall seat (2) between install double track board (5), install support base (6) down between left wall seat (3) and right wall seat (4) down, install spacing seat (7) that supply glass translation on support base (6), the shower room still includes first glass (8) and second glass (9), all be equipped with gyro wheel (10) and the anti-bouncing device (11) that correspond the setting from top to bottom on first glass (8) and the second glass (9), set up double track board (5) between gyro wheel (10) and the anti-bouncing device (11) that correspond the setting from top to bottom.

2. The dual-door interactive shower stall of claim 1, wherein: two pairs of rollers (10) and anti-jumping devices (11) arranged on the first glass (8) are arranged inwards, the outer rails of the double-rail plates (5) are matched between the two pairs of rollers (10) and the anti-jumping devices (11) to slide, two pairs of rollers (10) and the anti-jumping devices (11) which are arranged outwards and vertically correspondingly are arranged on the second glass (9), and the inner rails of the double-rail plates (5) are matched between the two pairs of rollers (10) and the anti-jumping devices (11) to slide.

3. A dual-door interactive shower stall as claimed in claim 1 or claim 2 wherein: the limiting seat (7) comprises an outer groove (71) and an inner groove (72), the outer groove (71) is used for sliding the first glass (8), and the inner groove (72) is used for sliding the second glass (9).

4. A dual-door interactive shower stall as claimed in claim 3, wherein: the upper left wall base (1) and the upper right wall base (2) comprise a double-rail plate cavity (51) for fixing the double-rail plate (5), and an outer limiting part (52) for sliding limiting of the first glass (8) and an inner limiting part (53) for sliding limiting of the second glass (9) are arranged on two sides of the double-rail plate cavity (51).

5. The dual-door interactive shower stall of claim 4, wherein: handles (12) are arranged on the first glass (8) and the second glass (9).