Linkage mutual moving shower room

Abstract

A linkage mutual moving shower room comprises a left moving door, a right moving door and an upper moving door frame, a left wheel frame is fixedly arranged on the left moving door, a right wheel frame is fixedly arranged on the right moving door, the left wheel frame and the right wheel frame are arranged in sliding grooves of the upper moving door frame, upper rope grooves and lower rope grooves are formed in the left wheel frame and the right wheel frame respectively, and the upper rope grooves and the lower rope grooves are communicated with the left wheel frame and the right wheel frame respectively. Annular ropes are arranged in the upper rope groove and the lower rope groove. The shower room has the advantages that compared with an existing shower room with two sliding doors needing to be manually opened, the unique sliding rails and the buffering devices are adopted in the technical scheme, so that the doors or the partition plates of the shower room can be easily moved and stably positioned, a user can conveniently enter and exit the shower room, space flexibility is improved, and the shower room is convenient to use. In addition, the combined style of the main body material and the sealing material is adopted, the buffer and the pulley linkage device are installed on the back of the sliding rail main body material in advance, after a customer installs the guide rail main body, the guide rail main body is directly placed into a glass door, and installation is convenient.

Description

TECHNICAL FIELD

[0001] The utility model relates to indoor shower room technical field especially relates to a linkage mutual migration shower room. BACKGROUND

[0002] As an important part of modern bathroom space, the humanization and comfort of the structure of shower room have become the focus of consumers. At present, the sliding door structure of shower room on the market is divided into left and right sides, which needs to open the door on one side and the door on the other side when opening, which is inconvenient to operate and has low space utilization, and cannot meet the diversified needs of modern families for bathroom space.

[0003] In the prior art, whether it is a circular or square shower room, the doors on both sides need to be opened manually when using the sliding door. For example, the prior art patent CN211818973U discloses an integrated two-way buffer shower room, which comprises a movable glass and a frame. The movable glass is arranged in the frame. The upper part of the frame is provided with an upper sliding rail, and the lower part is provided with a lower sliding rail. The movable glass slides between the upper sliding rail and the lower sliding rail. The upper part of the movable glass is fixed to the two-way sliding rail buffer device by a fixing piece. The two-way sliding rail buffer device is provided with a pulley. The upper sliding rail extends downward to support the pulley. The pulley slides along the support. The upper part of the two-way sliding rail buffer device is provided with protrusions on both sides. The upper sliding rail is provided with a buffer block corresponding to the protrusions on both sides in the sliding rail direction. Although this technical solution can buffer the opening and closing of the movable door, it still needs to be opened manually when opening and closing. SUMMARY

[0004] The utility model discloses a linkage mutual migration shower room, which can open one door and simultaneously open the other door, so that the door or the partition plate of the shower room can be easily moved and stably positioned. This not only facilitates the user's entry and exit, but also improves the flexibility of the space.

[0005] To solve the above technical problems, the utility model adopts the following technical scheme: a linkage mutual migration shower room, comprising:

[0006] A left moving door, a right moving door and an upper moving door frame are provided. A left wheel frame is fixedly arranged on the left moving door. A right wheel frame is fixedly arranged on the right moving door. The left wheel frame and the right wheel frame are arranged in the sliding groove of the upper moving door frame. An upper rope groove and a lower rope groove are arranged on the left wheel frame and the right wheel frame. A ring rope is arranged in the upper rope groove and the lower rope groove.

[0007] In the opening process of the linkage inter-moving shower room main door, the left-moving door and the right-moving door are arranged below the upper-moving door frame, the left-moving door can move to the left side and the right-moving door can move to the right side to open the shower room main door, and in the technical solution, the left-moving door and the right-moving door are fixedly connected with the left wheel frame and the right wheel frame respectively, the left wheel frame and the right wheel frame are both provided with upper rope grooves and lower rope grooves, one annular rope passes through the upper rope groove of the left wheel frame, then passes through the lower rope groove of the left wheel frame, then passes through the lower rope groove of the right wheel frame, and finally passes through the upper rope groove of the right wheel frame to form a loop and build an annular rope, when the left wheel frame or the right wheel frame moves, the pulleys on the left wheel frame and the right wheel frame will move with the annular rope to generate an acting force, when the user pushes the left wheel frame, the pulley on the left wheel frame will generate an acting force with the annular rope, because the left wheel frame moves to the left side, the acting force on the annular rope is to the right side, the counteracting force to the right side acts on the pulley of the right wheel frame to drive the right wheel frame to move to the right side, because the left-moving door and the right-moving door are fixedly connected with the left wheel frame and the right wheel frame respectively, when the user opens the left-moving door and moves to the left side, the right wheel frame will also drive the right-moving door to move to the right side at the same time, the user only needs to open one of the left-moving door and the right-moving door, and the other door can be automatically opened.

[0008] In the closing process of the linkage inter-moving shower room main door after bathing, when the user needs to close the left-moving door or the right-moving door, the user only needs to pull one of the moving doors, for example, when the user closes the left-moving door, the left wheel frame fixedly connected with the left-moving door moves to the right side, the upper pulley on the left wheel frame will receive an acting force from the annular rope in the process of moving to the right side, the acting force on the annular rope is to the left side, the counteracting force to the left side acts on the pulley of the right wheel frame to enable the right wheel frame to move to the left side, because the right wheel frame is connected with the right-moving door, the right-moving door moves to the left side together to close the whole shower room main door, and vice versa.

[0009] Compared with the existing sliding door shower room structure which needs to manually open two doors, the technical solution enables one door to be opened and the other door to be opened in the opposite direction through the transmission of the counteracting force of the pulley set, through the innovative structure design and moving mode, the maximum utilization of the shower room space is realized, and the door or the partition plate of the shower room can be easily moved.

[0010] As preferred, the left wheel frame and the right wheel frame each include an upper door sliding piece, a pulley fixing piece, a sliding wheel and a rope sliding piece, the upper rope groove and the lower rope groove are arranged on the rope sliding piece, the left wheel frame and the right wheel frame are core components of the technical solution, the left wheel frame and the right wheel frame need to have several functions in the process of use, first, the left door and the right door need to be fixed, and also need to be able to move in the upper door frame, and also need to move through the movable pulley block formed by the annular rope, so an upper door sliding piece cooperating with the upper door frame is first arranged on the left wheel frame and the right wheel frame, because there is a pulley structure, a pulley fixing piece and a sliding wheel are arranged, because the left wheel frame and the right wheel frame of the technical solution need to have the annular rope passing through, a rope sliding piece is arranged, and the upper rope groove and the lower rope groove are arranged inside to pass the annular rope.

[0011] As preferred, the left wheel frame and the right wheel frame each include an upper door sliding piece, a pulley fixing piece, a sliding wheel and a rope sliding piece, the upper rope groove and the lower rope groove are arranged on the rope sliding piece, the left wheel frame and the right wheel frame are core components of the technical solution, the left wheel frame and the right wheel frame need to have several functions in the process of use, first, the left door and the right door need to be fixed, and also need to be able to move in the upper door frame, and also need to move through the movable pulley block formed by the annular rope, so an upper door sliding piece cooperating with the upper door frame is first arranged on the left wheel frame and the right wheel frame, because there is a pulley structure, a pulley fixing piece and a sliding wheel are arranged, because the left wheel frame and the right wheel frame of the technical solution need to have the annular rope passing through, a rope sliding piece is arranged, and the upper rope groove and the lower rope groove are arranged inside to pass the annular rope.

[0012] As preferred, the left door is provided with a left fixed door in the opening direction, the right door is provided with a right fixed door in the opening direction, the upper door frame is provided with a left guide groove at the position of the left fixed door, the upper door frame is provided with a right guide groove at the position of the right fixed door, a left guide wheel is arranged in the left guide groove, and a right guide wheel is arranged in the right guide groove, only constructing the movable pulley block through the left wheel frame and the right wheel frame is not enough, so in the actual setting process, the left guide groove and the right guide groove are arranged on the two sides of the left wheel frame and the right wheel frame, the annular rope needs to pass through the left guide groove and the right guide groove in addition to the upper rope groove and the lower rope groove of the left wheel frame and the right wheel frame, so as to construct the pulley block and improve the stability of the system, in addition, in order to facilitate the opening of the left door and the right door, the left fixed door and the right fixed door are added in the opening direction of the left door and the right door, on the one hand, the opened left door and the right door are prevented, and on the other hand, the setting of the left guide groove and the right guide groove is facilitated.

[0013] As preferred, two left wheel frames are arranged on the left moving door, and two right wheel frames are arranged on the right moving door, because the left wheel frames interact with the annular rope, if only one left wheel frame is arranged on the left moving door, the force of the annular rope from the left wheel frame is too concentrated, which may affect the transmission of the interaction force between the left wheel frame and the annular rope, on the other hand, if only one left wheel frame is arranged, when the left wheel frame fails, the whole left wheel frame will fail, and the corresponding right moving door will also fail, so more left wheel frames are arranged to ensure the safety and stability of the whole system, similarly, if only one right wheel frame is arranged on the right moving door, the force of the annular rope from the right wheel frame is too concentrated, which may affect the transmission of the interaction force between the right wheel frame and the annular rope, on the other hand, if only one left wheel frame is arranged, when the left wheel frame fails, the whole left wheel frame will fail, and the corresponding right moving door will also fail, so more left wheel frames are arranged to ensure the safety and stability of the whole system.

[0014] As preferred, bottom door frames are arranged on the sides of the left moving door and the right moving door away from the upper moving door frame, after the left moving door and the right moving door are closed, only the top movable pulley block structure is used for fixing and moving the left moving door, and there is no corresponding connecting and fixing structure at the bottom, so bottom door frames are arranged on the sides of the left moving door and the right moving door away from the upper moving door frame, on the one hand, the bottom door frames provide a bottom support structure for the left moving door and the right moving door, on the other hand, the bottom door frames also play a role in waterproofing and sound insulation.

[0015] As preferred, a handle is arranged on the side of the left moving door close to the right moving door, during the opening of the left moving door or the right moving door, if only the left moving door is pushed, it will be inconvenient to use, so a handle is arranged on the side of the left moving door close to the right moving door, which facilitates the movement of the left moving door, thereby improving the convenience and system stability of the whole door system during opening and closing.

[0016] As preferred, a left buffer is arranged at the position of the left wheel frame of the upper moving door frame, the left buffer comprises a left buffer piece, a left spring and a left limiting piece, during actual opening of the door, if there is no limitation, the left moving door may collide with other door frame structures due to too high speed during opening, thereby causing safety hazards, so a left buffer is arranged at the position of the left wheel frame, so that the left moving door can move more stably and be positioned more stably during opening and closing, during use, when the left wheel frame reaches the position of the left buffer piece, the left spring is compressed, because the left buffer piece is a slope, the left wheel frame receives corresponding resistance, so that the left buffer piece gradually stops, after exceeding the left buffer piece, the whole device contacts with the left limiting piece and no longer moves, and during closing of the left moving door, the left buffer piece also plays a role in buffering, so that the closing of the left moving door is more stable.

[0017] As preferred, the upper moving door frame is provided with a right buffer at the right wheel frame position, the right buffer comprises a right buffer piece, a right spring and a right limiting piece, in the actual door opening process, if there is no limit, the right moving door may collide with the edge of other door frame structure due to too fast speed in the opening process, thereby causing a safety hazard, so the right buffer is arranged at the right wheel frame position, so that the right moving door can move more stably in the opening and closing process, and is positioned as stably as possible, in use, the right wheel frame reaches the position of the right buffer piece and extrudes the right spring, because the right buffer piece is a slope, the right wheel frame is subjected to corresponding resistance, so that the right buffer piece gradually stops, after exceeding the right buffer piece, the whole device contacts the right limiting piece and no longer moves, and in the closing process of the right moving door, the right buffer piece can also play a buffering role, so that the closing of the right moving door is more stable.

[0018] As preferred, the left moving door, the right moving door, the left fixed door and the right fixed door are all glass doors, the technical scheme is mainly used in the related technical field of household bathroom door, so in the actual use process, the door mainly uses glass door, on the one hand, the glass material surface is smooth and has no pore, water is difficult to penetrate, and good waterproofness is maintained, on the other hand, the glass has better space permeability, so that the household bathroom space appears larger, finally, the glass is easy to clean, so considering the application field of the technical scheme, the left moving door, the right moving door, the left fixed door and the right fixed door of the technical scheme are all glass doors.

[0019] Compared with the prior art, the beneficial effects of the utility model are:

[0020] (1) the shower room of the prior art needs to manually open the doors on both sides when using the sliding door, and the unique sliding rail and buffer device are adopted in the technical scheme, so that the door or partition plate of the shower room can be easily moved and stably positioned, which facilitates the entry and exit of the user and improves the flexibility of the space.

[0021] (2) the combination style of the main material and the closed material is adopted, the buffer and the pulley linkage device are pre-installed on the back of the sliding rail main material, after the customer installs the guide rail main body, the glass door can be directly put in, the installation is convenient, and it is more intuitive and less prone to errors, finally, the sliding rail closed material is buckled, so that the overall appearance is unified. DRAWINGS

[0022] Figure 1 is the structure schematic view of the utility model.

[0023] Figure 2 is the structure schematic view of the utility model after installation.

[0024] Figure 3 is the structure schematic view of the left wheel frame of the utility model.

[0025] Figure 4 Figure 1 is a structural schematic diagram of the left guide groove of the utility model.

[0026] Figure 5 Figure 1 is a structural schematic diagram of the left guide groove of the utility model.

[0027] Figure 6 Figure 1 is a structural schematic diagram of the left guide groove of the utility model.

[0028] In the figure: 1, left sliding door, 2, right sliding door, 3, upper sliding door frame, 4, left wheel frame, 5, right wheel frame, 6, annular rope;

[0029] 101, upper rope groove, 102, lower rope groove, 103, upper sliding door sliding part, 104, pulley fixing part, 105, sliding wheel, 106, rope sliding part;

[0030] 7, left fixed door, 8, right fixed door, 71, left guide groove, 72, left guide wheel, 81, right guide groove, 82, right guide wheel;

[0031] 9, bottom door frame, 10, handle, 11, left buffer, 110, left buffer part, 111, left limiting part;

[0032] 12, right buffer, 120, right buffer part, 121, right limiting part. DETAILED DESCRIPTION

[0033] The technical scheme of the utility model will be further specifically described below by means of specific embodiments and in combination with the drawings:

[0034] Embodiment 1:

[0035] Referring to Figures 1 to 6 Fig. 1, a linkage inter-moving shower room comprises:

[0036] It comprises a left sliding door 1, a right sliding door 2 and an upper sliding door frame 3, the left sliding door 1 is fixedly provided with a left wheel frame 4, the right sliding door 2 is fixedly provided with a right wheel frame 5, the left wheel frame 4 and the right wheel frame 5 are arranged in a sliding groove of the upper sliding door frame 3, the left wheel frame 4 and the right wheel frame 5 are both provided with an upper rope groove 101 and a lower rope groove 102, and the upper rope groove 101 and the lower rope groove 102 are provided with an annular rope 6.

[0037] In the opening process of the linkage inter-moving shower room main door, the left moving door 1 and the right moving door 2 are arranged below the door frame 3, the left moving door 1 can move to the left and the right moving door 2 can move to the right to open the shower room main door, and in the technical solution, the left moving door 1 and the right moving door 2 are fixedly connected with the left wheel frame 4 and the right wheel frame 5 respectively, the left wheel frame 4 and the right wheel frame 5 are both provided with an upper rope groove 101 and a lower rope groove 102, a ring-shaped rope 6 passes through the upper rope groove 101 of the left wheel frame 4, then passes through the lower rope groove 102 of the left wheel frame 4, then passes through the lower rope groove 102 of the right wheel frame 5, and finally passes through the upper rope groove 101 of the right wheel frame 5 to form a loop and build a ring-shaped rope 6, when the left wheel frame 4 or the right wheel frame 5 moves, the pulley on the left wheel frame 4 or the right wheel frame 5 moves with the ring-shaped rope 6 to generate an acting force, when the user pushes the left wheel frame 4, the pulley on the left wheel frame 4 generates an acting force with the ring-shaped rope 6, because the left wheel frame 4 moves to the left, the acting force on the ring-shaped rope is to the right, and the counteracting force to the right acts on the pulley of the right wheel frame 5 to drive the right wheel frame 5 to move to the right, because the left moving door 1 and the right moving door 2 are fixedly connected with the left wheel frame 4 and the right wheel frame 5 respectively, when the user opens the left moving door 1 and moves to the left, the right wheel frame 5 also drives the right moving door 2 to move to the right at the same time, and the user only needs to open one of the left moving door 1 and the right moving door 2, and the other door can be automatically opened.

[0038] In the closing process of the linkage inter-moving shower room main door after bathing, when the user needs to close the left moving door 1 or the right moving door 2, the user only needs to pull one of the moving doors, for example, when the user closes the left moving door 1, the left wheel frame 4 fixedly connected with the left moving door 1 moves to the right, and the upper pulley on the left wheel frame 4 receives an acting force from the ring-shaped rope 6 in the process of moving to the right, the acting force on the ring-shaped rope is to the left, and the counteracting force to the left acts on the pulley of the right wheel frame 5 to enable the right wheel frame 5 to move to the left, because the right wheel frame 5 is connected with the right moving door 2, the right moving door 2 moves to the left together to close the whole shower room main door, and vice versa.

[0039] Compared with the existing sliding door shower room structure which needs to manually open two doors, the technical solution enables one door to be opened and the other door to be opened in the opposite direction through the transmission of the counteracting force of the pulley set on the two sides, through the innovative structure design and moving mode, the maximum utilization of the shower room space is realized, and the door or the partition plate of the shower room can be easily moved.

[0040] Embodiment 2:

[0041] Referring to Figures 1 to 6 Fig. 1 shows a linkage inter-moving shower room, which comprises:

[0042] Including left door 1, right door 2 and upper door frame 3, left door 1, right door 2, left fixed door 7 and right fixed door 8 are all glass doors, left wheel frame 4 is fixedly arranged on left door 1, right wheel frame 5 is fixedly arranged on right door 2, two left wheel frames 4 are connected on left door 1, two right wheel frames 5 are connected on right door 2, left door 1 and right door 2 are provided with bottom door frame 9 on the side away from upper door frame 3.

[0043] Left wheel frame 4 and right wheel frame 5 all include upper door sliding piece 103, pulley fixing piece 104, sliding pulley 105 and rope sliding piece 106, upper rope groove 101 and lower rope groove 102 are arranged on rope sliding piece 106, left wheel frame 4 and right wheel frame 5 are both provided with two sliding pulleys 105 on pulley fixing piece 104.

[0044] Left wheel frame 4 and right wheel frame 5 are arranged in the sliding groove of upper door frame 3, upper rope groove 101 and lower rope groove 102 are both arranged on left wheel frame 4 and right wheel frame 5, annular rope 6 is arranged in upper rope groove 101 and lower rope groove 102.

[0045] Left door 1 is provided with handle 10 on the side close to right door 2, upper door frame 3 is provided with left buffer 11 at the position of left wheel frame 4, left buffer 11 includes left buffer piece 110, left spring and left limiting piece 111, upper door frame 3 is provided with right buffer 12 at the position of right wheel frame 5, right buffer 12 includes right buffer piece 120, right spring and right limiting piece 121.

[0046] Left door 1 is provided with left fixed door 7 in the opening direction, right door 2 is provided with right fixed door 8 in the opening direction, upper door frame 3 is provided with left guide groove 71 at the position of left fixed door 7, upper door frame 3 is provided with right guide groove 81 at the position of right fixed door 8, left guide wheel 72 is arranged in left guide groove 71, right guide wheel 82 is arranged in right guide groove 81.

[0047] In the embodiment, left wheel frame 4 and right wheel frame 5 are core components of the technical scheme, left wheel frame 4 and right wheel frame 5 need to have several functions in the process of use, first, left door 1 and right door 2 need to be fixed, and also need to be able to move in upper door frame 3, and also need to move through the movable pulley block formed by annular rope, so an upper door sliding piece cooperating with upper door frame 3 is first arranged on left wheel frame 3 and right wheel frame 4, because there is 104 pulley structure, pulley fixing piece 104 and sliding pulley 105 are arranged, because left wheel frame 3 and right wheel frame 4 of the technical scheme both need to have annular rope 6 passing through, a rope sliding piece is arranged, upper rope groove 101 and lower rope groove 102 are arranged inside, so as to pass annular rope 6.

[0048] And, because the sliding wheel as a whole needs to be arranged on the annular rope 6, when there is only one sliding wheel 105, the pressure of the sliding wheel 105 on the annular rope 6 is concentrated on one point, so that the pressure on the annular rope 6 is large, which causes the annular rope 6 to deform too much, thereby causing the action force and the reaction force to be not well transmitted between the movable pulley sets, in addition, if there is only one sliding wheel on the left wheel frame 3 and the right wheel frame 4, when one of the sliding wheels fails, the entire left wheel frame 4 cannot work, and when two sliding wheels are used, even if one of the sliding wheels fails, the entire device can still work, thereby ensuring the stability of the device.

[0049] And the upper moving door frame 3 is provided with a left guide groove 71 at the position of the left fixed door 7, and the upper moving door frame 3 is provided with a right guide groove 81 at the position of the right fixed door 8, and the left guide groove 82 is provided with a left guide wheel 72, and the right guide groove 81 is provided with a right guide wheel 82, and only the left wheel frame 4 and the right wheel frame 5 are not enough to build a movable pulley set, so in the actual setting process, left guide groove 71 and right guide groove 81 are arranged on both sides of left wheel frame 4 and right wheel frame 5, annular rope 6 not only passes through the upper rope groove 101 and the lower rope groove 102 of the left wheel frame 3 and the right wheel frame 4, but also needs to pass through the left guide groove 71 and the right guide groove 81 at both ends of the annular rope 6, so as to build a pulley set to improve the stability of the system, in addition, in order to facilitate the opening of the left moving door 1 and the right moving door 2, the left fixed door 7 and the right fixed door 8 are increased in the opening direction of the left moving door 1 and the right moving door 2, which is used to prevent the left moving door 1 and the right moving door 1 after opening, and facilitate the setting of the left guide groove 71 and the right guide groove 81.

[0050] In this embodiment, because the left wheel frame 4 interacts with the annular rope 6, when only one left wheel frame 4 is used on the left moving door 1, the force of the annular rope 6 from the left wheel frame 4 is too concentrated, which may affect the transmission of the interaction force between the left wheel frame 4 and the annular rope 6, on the other hand, if only one left wheel frame 4 is arranged, when this left wheel frame 4 fails, the entire left wheel frame 4 will fail, and the corresponding right moving door 2 will also fail, so one more left wheel frame 4 is arranged to ensure the safety and stability of the entire system; similarly, when only one right wheel frame 5 is used on the right moving door 2, the force of the annular rope 6 from the right wheel frame 5 is too concentrated, which may affect the transmission of the interaction force between the right wheel frame 5 and the annular rope 6, on the other hand, if only one left wheel frame 4 is arranged, when this left wheel frame 4 fails, the entire left wheel frame 4 will fail, and the corresponding right moving door 4 will also fail, so one more left wheel frame 4 is arranged to ensure the safety and stability of the entire system.

[0051] After the left moving door 1 and the right moving door 2 are closed, only the fixing and moving of the left moving door 1 are realized through the top movable pulley block structure, and there is no corresponding connecting fixing structure at the bottom, so a bottom door frame 9 is arranged at the side away from the upper moving door frame 3, which provides a bottom supporting structure for the left moving door 1 and the right moving door 2, and also plays a role of waterproofing and sound insulation.

[0052] During the opening of the left moving door 4 or the right moving door 5, if only the left moving door 1 is pushed, it will be inconvenient to use, so a handle 10 is arranged at the side of the left moving door 1 close to the right moving door 2, which facilitates the moving of the left moving door 1, so as to improve the convenience and system stability of the whole door system during opening and closing.

[0053] During the opening of the left moving door 1 in the embodiment, if there is no limit, the left moving door 1 may collide with other door frame structures at the edge due to too high speed, thereby causing a safety hazard, so a left buffer 11 is arranged at the position of the left wheel frame 4, so that the left moving door 1 can be more stably moved and positioned during opening and closing, and in use, the left wheel frame 4 reaches the position of the left buffer 110 and extrudes the left spring, because the left buffer 110 is a slope, the left wheel frame 4 is subjected to corresponding resistance, so that the left buffer 110 gradually stops, and after exceeding the left buffer 110, the whole device contacts the left limiting piece 111 and no longer moves, and during the closing of the left moving door 1, the left buffer 110 can also play a buffering role, so that the closing of the left moving door 1 is more stable.

[0054] In the embodiment, during the opening of the right moving door 2, the right moving door 2 may collide with other door frame structures at the edge due to too high speed, thereby causing a safety hazard, so a right buffer 12 is arranged at the position of the right wheel frame 5, so that the right moving door 2 can be more stably moved and positioned during opening and closing, and in use, the right wheel frame 2 reaches the position of the right buffer and extrudes the right spring, because the right buffer 120 is a slope, the right wheel frame 5 is subjected to corresponding resistance, so that the right buffer 120 gradually stops, and after exceeding the right buffer 120, the whole device contacts the right limiting piece 121 and no longer moves, and during the closing of the right moving door 2, the right moving door 2 is more stably closed, and the right buffer also plays a buffering role.

[0055] The embodiment is mainly used in the technical field of the door for household bathroom, so in the actual use process, the door is mainly glass door, on the one hand, the glass material surface is smooth and has no pore, water is difficult to penetrate, and good waterproofness is kept, on the other hand, the glass has better space permeability, so that the household bathroom space appears larger, finally, the glass is easy to clean, so considering the application field of the technical solution, the left moving door 1, the right moving door 2, the left fixed door 7 and the right fixed door 8 are all glass doors.

[0056] In the embodiment, the prior art shower room needs to manually open the doors on both sides when the sliding door is used, and the technical solution adopts a unique sliding rail and a buffer device, so that the door or the partition plate of the shower room can be easily moved and stably positioned, the user's entry and exit are facilitated, and the space flexibility is improved, the combination of the main material and the closed material is adopted, the buffer and the pulley linkage device are pre-installed on the back of the sliding rail main material, the customer directly puts the glass door after installing the guide rail main body, the installation is convenient, and it is more intuitive and less prone to errors, finally, the sliding rail closing material is buckled, so that the overall appearance is unified.

[0057] The above-described embodiment is only a preferred scheme of the utility model, and does not limit the utility model in any form, and other variants and modifications are possible without exceeding the technical scheme recorded in the claims.

Claims

1. A linked movable shower room, characterized by: Including left door (1), right door (2) and upper door frame (3), the left door (1) is fixedly provided with left wheel frame (4), the right door (2) is fixedly provided with right wheel frame (5), the left wheel frame (4) and right wheel frame (5) are arranged in the sliding groove of upper door frame (3), the left wheel frame (4) and right wheel frame (5) are both provided with upper rope groove (101) and lower rope groove (102), the upper rope groove (101) and lower rope groove (102) are provided with annular rope (6).

2. The interlocking sliding shower cubicle according to claim 1, wherein, The left wheel frame (4) and right wheel frame (5) both include upper door sliding member (103), pulley fixing member (104), sliding wheel (105) and rope sliding member (106), the upper rope groove (101) and lower rope groove (102) are arranged on the rope sliding member (106).

3. The interlocking sliding shower stall according to claim 2, wherein, The left wheel frame (4) and right wheel frame (5) are both provided with two sliding wheels (105) on pulley fixing member (104).

4. The interlocking sliding shower stall according to claim 1, wherein, The left door (1) is provided with left fixed door (7) in the opening direction, the right door (2) is provided with right fixed door (8) in the opening direction, the upper door frame (3) is provided with left guide groove (71) at the position of left fixed door (7), the upper door frame (3) is provided with right guide groove (81) at the position of right fixed door (8), the left guide groove (71) is provided with left guide wheel (72), the right guide groove (81) is provided with right guide wheel (82).

5. The interlocking sliding shower cubicle according to claim 1 or 4, wherein, The left door (1) is connected with two left wheel frames (4), and the right door (2) is connected with two right wheel frames (5).

6. The interlocking sliding shower stall according to claim 1, wherein, The left door (1) and right door (2) are provided with bottom door frame (9) on the side away from the upper door frame (3).

7. The interlocking sliding shower cubicle as claimed in claim 1 or 2 or 3 or 4, wherein, The left door (1) is provided with handle (10) on the side close to the right door (2).

8. The interlocking sliding shower cubicle according to claim 1 or 6, wherein, The upper door frame (3) is provided with left buffer (11) at the position of left wheel frame (4), and the left buffer (11) includes left buffer member (110), left spring and left limiting member (111).

9. The interlocking sliding shower cubicle according to claim 1 or 6, wherein, The upper door frame (3) is provided with right buffer (12) at the position of right wheel frame (5), and the right buffer (12) includes right buffer member (120), right spring and right limiting member (121).

10. The interlocking sliding shower stall according to claim 4, wherein, The left door (1), right door (2), left fixed door (7) and right fixed door (8) are all glass doors.

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