Hidden type buffering mutual moving door

Abstract

A hidden type buffering mutual moving door comprises a left moving door, a right moving door and an upper moving door frame, the left moving door and the right moving door are provided with a left wheel frame and a right wheel frame at the position of the upper moving door frame respectively, the left wheel frame is provided with a left pulley, the right wheel frame is provided with a right pulley, the upper moving door frame is provided with a left buffer at the position of the left wheel frame, and the upper moving door frame is provided with a right buffer at the position of the right wheel frame. The upper sliding door frame is provided with a right buffer at the position of the right wheel carrier, the left wheel carrier is provided with a left wheel carrier trigger piece at the position of the left buffer, and the right wheel carrier is provided with a right wheel carrier trigger piece at the position of the right buffer. The utility model has the beneficial effects that the hidden buffers and pulleys are adopted in the technical scheme, and the wheel carrier triggering piece and the buffers are arranged at the same horizontal position, so that the front width of the hanger rail can be reduced to the greatest extent to form an ultra-narrow track while the stable operation is ensured, the overall outer structure is lighter and thinner, and the door glass is more stable and smoother during operation.

Description

TECHNICAL FIELD

[0001] The utility model relates to indoor shower room technical field especially relates to a hidden type buffer mutual moving door. BACKGROUND

[0002] Shower room as the important component of modern bathroom space, the humanization and comfort of its structure become the focus of consumer's attention. At present, the sliding door structure of shower room on the market is divided into left and right sides, and there is no buffer when opening, which is easy to cause great impact with the door frame when opening and closing, and may also cause hand clamping and other situations, which cannot meet the diversification demand of modern family to bathroom space.

[0003] In the prior art, whether it is a circular or square shower room, when using the sliding door, there is no buffer, which is easy to cause great impact with the door frame when opening and closing, and there are some products using buffers, but the design of the buffer increases the width of the whole suspension rail a lot. For example, the prior art patent CN201695834U, a kind of semi-automatic sliding door machine, including movable glass and frame, including combined suspension rail, suspension wheel group, spring back volume traction device, one-way gear set damping buffer device and stop device, wherein the upper end of the suspension wheel group is connected with the suspension rail through a pulley, and the lower end is connected with the door body through a door body fixing clamp;The spring back volume traction device is fixed at one end of the suspension rail, and includes spring back volume traction box, spring, tension spring rotating sleeve, fixed sheet and traction suspension wheel group steel wire;The one-way gear set damping buffer device includes one-way gear damping buffer and buffer rack, and the one-way gear damping buffer is installed on the suspension wheel group, although this technical solution can buffer the opening and closing of the movable door, but it increases the damping buffer device and also increases the width of the suspension rail front face a lot. UTILITARIAN CONTENT

[0004] The utility model discloses a hidden type buffer mutual moving door, buffer and wheel are hidden type, make when opening and closing more stable, door glass is also more stable, more smooth when running.

[0005] In order to solve the above technical problem, the utility model adopts the following technical scheme: a kind of hidden type buffer mutual moving door, including:

[0006] It includes left moving door, right moving door, upper moving door frame, left wheel frame and right wheel frame are respectively arranged at the position of upper moving door frame, left pulley is arranged on the left wheel frame, right pulley is arranged on the right wheel frame, left buffer is arranged at the position of left wheel frame, right buffer is arranged at the position of right wheel frame, left wheel frame trigger is arranged at the position of left buffer, right wheel frame trigger is arranged at the position of right buffer.

[0007] In the installation process of the hidden buffer mutual moving door, the door frame around the left moving door and the right moving door is fixed at the preset position of the shower room, and the frame structure at the position of the upper moving door frame is composed of the structures on both sides, so during installation, one side of the upper moving door frame needs to be installed first at the preset position, and then the left buffer and the right buffer are installed inside the upper moving door frame, and during the installation of the left moving door and the right moving door, the left wheel frame and the right wheel frame are respectively installed at the corresponding positions of the left moving door and the right moving door, and then the left wheel frame and the right wheel frame are placed in the track of the upper moving door frame, and the track is consistent with the trigger positions of the right buffer and the left buffer, after installation is completed, the left moving door and the right moving door can move in the track of the upper moving door frame, so that the left moving door and the right moving door can also move in the entire moving door frame track, and then the upper moving door frame is closed to complete the fixation of the upper moving door frame.

[0008] During the opening and closing process of the hidden buffer mutual moving door, when the left moving door and the right moving door do not contact the edge of the door frame, the left wheel frame and the right wheel frame on the left moving door and the right moving door will not be related to the left buffer and the right buffer, so as to normally slide, and when the left moving door and the right moving door contact the edge of the door frame, the left wheel frame trigger and the right wheel frame trigger on the left moving door and the right moving door contact the left buffer and the right buffer through the wheel frame trigger when contacting the edge, so as to realize the buffering of the left moving door and the right moving door at the edge position of the door frame.

[0009] Compared with the existing mutual moving door structure, the technical scheme sets the buffer device at the position of the upper moving door frame, so that the mutual moving door will not speed up too fast during opening and closing, and buffering is realized, and on the other hand, the right buffer, the left buffer, the left pulley and the right pulley are arranged inside the upper moving door frame, the overall buffering structure is arranged inside the upper moving door frame, the related structure cannot be seen from the outside, the overall appearance is more beautiful, in addition, the trigger is located below the buffer, so that the door glass will not jump during buffering, the door glass is more stable during operation, and the width of the hanging rail front can be reduced to the maximum.

[0010] As preferred, the left wheel frame comprises a left pulley, a pulley fixing plate, a door frame fixing plate and a door connecting piece, the left door has a door connecting hole at the position corresponding to the door connecting piece, the left wheel frame trigger is arranged at the position close to the left buffer, and when the left wheel frame is installed, the left pulley structure needs to be fixed first, then the left door is fixed, therefore, in the specific setting, the door connecting piece on the door frame fixing plate is connected with the left door, a corresponding door connecting hole is arranged on the left door, and the left door is fixed by bolts, screws and other fixing pieces, in order to be beautiful, a door frame fixing plate is arranged on the left wheel frame, so that the connection between the left wheel frame and the door frame is not easy to be seen from the outside, the beauty is improved, in addition, the left wheel frame needs to trigger the left buffer, and finally a left wheel frame trigger is arranged on the upper part.

[0011] As preferred, the right wheel frame comprises a right pulley, a pulley fixing plate, a door frame fixing plate and a door connecting piece, the right door has a door connecting hole at the position corresponding to the door connecting piece, the right wheel frame trigger is arranged at the position close to the right buffer, and similarly, the right wheel frame structure also needs to fix the right pulley structure, then fix the right door, and finally trigger the right buffer, therefore, in the setting of the right wheel frame structure, the door connecting piece on the door frame fixing plate is connected with the right door, a corresponding door connecting hole is arranged on the right door, and the right door is fixed by bolts, screws and other fixing pieces, in order to be beautiful, a door frame fixing plate is arranged on the right wheel frame, and finally a right wheel frame trigger is arranged on the upper part to trigger the right buffer.

[0012] As preferred, the left wheel frame has two left pulleys at the position of the pulley fixing plate, and the left door has two left wheel frames at the position of the upper door frame, in the selection of the sliding structure, because the sliding wheel needs to be arranged on the upper door frame, when there is only one left sliding wheel, the pressure of the left sliding wheel on the upper door frame is concentrated on one point, so that the pressure on the upper door frame is large, and long-term use causes the upper door frame to be deformed; in addition, if the left wheel frame has only one sliding wheel, when one of the sliding wheels fails, the whole left wheel frame cannot work, and when two sliding wheels are used, even if one sliding wheel fails, the whole device can still work, so as to ensure the stability of the device.

[0013] As preferred, the right wheel frame is provided with two right pulleys at the pulley fixing plate position, the right sliding door is provided with two right wheel frames at the upper sliding door frame position, and the same is selected for the sliding structure of the right pulley. Because the sliding pulley needs to be arranged on the upper sliding door frame as a whole, when there is only one right sliding pulley, the pressure of the right sliding pulley on the upper sliding door frame is concentrated on one point, so that the pressure on the upper sliding door frame is increased, and long-term use causes the upper sliding door frame to be deformed. In addition, if there is only one sliding pulley in the right wheel frame, when one of the sliding pulleys fails, the entire right wheel frame cannot work, and when two sliding pulleys are used, even if one of the sliding pulleys fails, the entire device can still work, thereby ensuring the stability of the device.

[0014] As preferred, the left buffer is provided with two, two left buffers are arranged at the opening and closing position of the left sliding door and the closing position, and in the selection of the left buffer, if only one left buffer is arranged on the left side, only when the left sliding door is closed can the buffer function be played, so in the actual operation process, another left buffer is added at the opening position of the left sliding door, so that the left buffer can have a certain buffering effect in the opening and closing process.

[0015] As preferred, the right buffer is provided with two, two right buffers are arranged at the opening and closing position of the right sliding door and the closing position, and the same is selected for the right buffer. If only one right buffer is arranged on the right side, only when the right sliding door is closed can the buffer function be played, so in the actual operation process, another right buffer is added at the opening position of the right sliding door, so that the right buffer can have a certain buffering effect in the opening and closing process.

[0016] As preferred, the left sliding door and the right sliding door are provided with buffer fixing blocks at the closing position, the buffer fixing blocks are in the shape of a mountain, the buffer fixing blocks are provided with two buffer fixing grooves, the buffer fixing grooves are arranged at the corresponding positions of the left sliding door and the right sliding door, and the buffer fixing blocks are provided with elastic members at the buffer fixing grooves and the positions close to the left sliding door and the right sliding door. In this technical solution, although the left sliding door and the right sliding door can slowly contact the door frame due to the arrangement of the buffer, the door frame is usually made of aluminum, and the door frame will also collide with the sliding door, so in the actual installation process, the buffer fixing blocks are arranged at the closing position of the left sliding door and the right sliding door. The left sliding door and the right sliding door will be clamped in the buffer fixing grooves in the opening and closing process, so as to prevent the sliding door from directly contacting and colliding with the door frame, and improve the stability and safety of the system.

[0017] As preferred, the left and right moving doors are provided with a bottom limiting assembly, the bottom limiting assembly is in a mountain shape, and the mountain-shaped groove of the bottom limiting assembly is arranged at the corresponding position of the left and right moving doors.

[0018] As preferred, the left and right moving doors are provided with a handle, and the left and right moving doors are glass doors. The handle is arranged on the outer side of the left moving door and the inner side of the right moving door, facilitating the opening of the left and right moving doors. Since the technical scheme is mainly used in the technical field of household bathroom door, the door is mainly a glass door in actual use. On the one hand, the glass material has a smooth surface without pores, and water is difficult to penetrate, thereby maintaining good waterproofness. 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. Therefore, considering the application field of the technical scheme, the left and right moving doors of the technical scheme are glass doors.

[0019] Compared with the prior art, the technical scheme has the following beneficial effects:

[0020] (1) The shower room in the prior art lacks a related buffer structure when the door is opened and closed. The technical scheme increases a series of heavy buffers above the mutual moving doors, is compatible with a large-size room body, the buffers and the wheels are in a hidden type, and the trigger is located below the buffers, so that the door glass does not jump when buffering, and the door glass is more stable and smoother when running.

[0021] (2) The wheel carrier trigger and the buffer are in the same horizontal position, which can maximize reduce the width of the front of the suspension rail, is much lower than similar products on the market, is an ultra-narrow rail, and the overall appearance is more light, thin and delicate. BRIEF DESCRIPTION OF DRAWINGS

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

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

[0024] Figure 3 is a structure schematic diagram of the left wheel carrier of the utility model.

[0025] Figure 4 is a structure schematic diagram of the right wheel carrier of the utility model.

[0026] Figure 5 Figure is the structural diagram of the buffer fixing block.

[0027] Figure 6 Figure is the structural diagram of the bottom limiting assembly.

[0028] In the figure: 1, left moving door, 2, right moving door, 3, upper moving door frame, 4, left wheel frame, 5, right wheel frame, 6, left buffer, 7, right buffer, 8, buffer fixing block, 9, bottom limiting assembly, 10, handle;

[0029] 401, left pulley, 402, left wheel frame trigger, 403, pulley fixing plate, 404, door frame fixing plate, 501, right pulley, 502, right wheel frame trigger;

[0030] 801, buffer fixing groove, 802, elastic element. DETAILED DESCRIPTION

[0031] The technical scheme of the utility model will be further specifically described below by means of specific embodiments and in combination with the drawings:

[0032] Embodiment 1:

[0033] Referring to Figures 1 to 6 As shown in the figure, a hidden buffer mutual moving door comprises:

[0034] The left moving door 1, the right moving door 2 and the upper moving door frame 3, the left moving door 1 and the right moving door 2 are respectively provided with the left wheel frame 4 and the right wheel frame 5 at the position of the upper moving door frame 3, the left wheel frame 4 is provided with the left pulley 401, the right wheel frame 5 is provided with the right pulley 501, the upper moving door frame 3 is provided with the left buffer 6 at the position of the left wheel frame 4, the upper moving door frame 3 is provided with the right buffer 7 at the position of the right wheel frame 5, the left wheel frame 4 is provided with the left wheel frame trigger 402 at the position of the left buffer 6, and the right wheel frame 5 is provided with the right wheel frame trigger 502 at the position of the right buffer 7.

[0035] In the installation process of the hidden buffer mutual sliding door, the door frames around the left sliding door 1 and the right sliding door 2 are first fixed at the preset positions of the shower room, and the door frame structure at the position of the upper sliding door frame 3 is composed of the structures on both sides, so during installation, one side of the upper sliding door frame 3 needs to be installed first at the preset position, and then the left buffer 6 and the right buffer 7 are installed inside the upper sliding door frame 3. During the installation of the left sliding door 1 and the right sliding door 2, the left wheel frame 4 and the right wheel frame 5 are respectively installed at the corresponding positions of the left sliding door 1 and the right sliding door 2, and then the left wheel frame 4 and the right wheel frame 5 are placed in the tracks of the upper sliding door frame 3, and the tracks are consistent with the triggering positions of the right buffer 7 and the left buffer 6. After installation is completed, the left sliding door 1 and the right sliding door 2 can move in the tracks of the upper sliding door frame 3, so that the left sliding door 1 and the right sliding door 2 can also move in the entire track of the upper sliding door frame 3. Then the upper sliding door frame 3 is closed, and the fixation of the upper sliding door frame 3 is completed.

[0036] During the opening and closing process of the hidden buffer mutual sliding door, when the left sliding door 1 and the right sliding door 2 do not contact the edge of the door frame, the left wheel frame 4 and the right wheel frame 5 on the left sliding door 1 and the right sliding door 2 will not have a relationship with the left buffer 6 and the right buffer 7, so as to normally slide. When the left sliding door 1 and the right sliding door 2 contact the edge of the door frame, the left wheel frame trigger 402 and the right wheel frame trigger 502 on the left sliding door 1 and the right sliding door 2 will contact the left buffer 5 and the right buffer 6 because they are in the same track, so when the edge is contacted, the left sliding door 1 and the right sliding door 2 can contact the left buffer 5 and the right buffer 6 through the wheel frame trigger, so as to realize the buffering of the left sliding door 1 and the right sliding door 2 at the edge position of the door frame.

[0037] Compared with the existing mutual sliding door structure, the technical scheme sets the buffer device at the position of the upper sliding door frame, so that the mutual sliding door will not speed up too fast during opening and closing, and buffering is realized. On the other hand, the right buffer 7, the left buffer 6, the left pulley 401 and the right pulley 501 are arranged in the upper sliding door frame, and the overall buffer structure is arranged inside the upper sliding door frame 3, so that the related structure cannot be seen from the outside, and the overall appearance is more beautiful. In addition, the trigger is located below the buffer, so that the door glass will not jump during buffering, and the door glass is more stable during operation, and the width of the overhead track can be reduced to the maximum.

[0038] Embodiment 2:

[0039] Referring to Figures 1 to 6 As shown in FIG. 1, a hidden buffer mutual sliding door comprises:

[0040] It includes left sliding door 1, right sliding door 2, upper sliding door frame 3, left wheel frame 4 and right wheel frame 5 are arranged at the position of upper sliding door frame 3 respectively, and the left sliding door 1 and the right sliding door 2 are both glass doors.

[0041] The left wheel frame 4 is provided with a left pulley 401, and the left wheel frame 4 comprises the left pulley 401, a pulley fixing plate 403, a door frame fixing plate 404 and a door connecting piece, the left sliding door 1 is provided with a door connecting hole at the position corresponding to the door connecting piece, the left wheel frame trigger 402 is arranged at the position close to the left buffer 6 of the left wheel frame 4, the left wheel frame 4 is provided with two left pulleys 401 at the position of the pulley fixing plate 403, and the left sliding door 1 is provided with two left wheel frames 4 at the position of the upper sliding door frame 3.

[0042] The right wheel frame 5 is provided with a right pulley 501, and the right wheel frame 5 comprises the right pulley 501, the pulley fixing plate 403, the door frame fixing plate 404 and the door connecting piece, the right sliding door 2 is provided with a door connecting hole at the position corresponding to the door connecting piece, the right wheel frame trigger 502 is arranged at the position close to the right buffer 7 of the right wheel frame 5, the right wheel frame 5 is provided with two right pulleys 501 at the position of the pulley fixing plate 403, and the right sliding door 2 is provided with two right wheel frames 5 at the position of the upper sliding door frame 3.

[0043] The upper sliding door frame 3 is provided with a left buffer 6 at the position of the left wheel frame 4, and the left buffer 6 is provided with two left buffers 6 arranged at the opening and closing positions of the left sliding door 1.

[0044] The upper sliding door frame 3 is provided with a right buffer 7 at the position of the right wheel frame 5, and the right buffer 7 is provided with two right buffers 7 arranged at the opening and closing positions of the right sliding door 2.

[0045] The left wheel frame 4 is provided with a left wheel frame trigger 402 at the position of the left buffer 6, the right wheel frame 5 is provided with a right wheel frame trigger 502 at the position of the right buffer 7, the left sliding door 1 and the right sliding door 2 are both provided with a buffer fixing block 8 at the closing position, the buffer fixing block 8 is in the shape of a mountain, the buffer fixing block 8 is provided with two buffer fixing grooves 801, the buffer fixing grooves are arranged at the positions corresponding to the left sliding door 1 and the right sliding door 2, the buffer fixing block 8 is provided with an elastic element 802 at the buffer fixing groove 801 and the position close to the left sliding door 1 and the right sliding door 2, the bottom of the left sliding door 1 and the right sliding door 2 is provided with a bottom limiting assembly 9, the bottom limiting assembly 9 is in the shape of a mountain, and the mountain-shaped groove of the bottom limiting assembly 9 is arranged at the positions corresponding to the left sliding door 1 and the right sliding door 2.

[0046] In this embodiment 2, the left wheel frame 4 needs to be fixed first when installed, and then fixed with the left sliding door 1, so in the specific setting, the door connecting piece on the door frame fixing plate 404 is connected with the left sliding door, a corresponding door connecting hole is set on the left sliding door 1, and the left sliding door 1 is fixed by bolts, screws and other fixing pieces. In order to be beautiful, a door frame fixing plate 404 is set on the left wheel frame 4, so that the connection between the left wheel frame and the door frame is not easy to see from the outside, improving the beauty. In addition, the left wheel frame needs to trigger the left buffer 6, so a left wheel frame trigger 402 is finally set on the upper part.

[0047] And the same is true for the structure of the right wheel frame 5, which also needs to be fixed with the right sliding door 2, and finally triggers the right buffer 7. Therefore, in the setting of the right wheel frame 5 structure, the door connecting piece on the door frame fixing plate 404 is connected with the right sliding door 2, a corresponding door connecting hole is set on the right sliding door, and the right sliding door 2 is fixed by bolts, screws and other fixing pieces. In order to be beautiful, a door frame fixing plate 404 is set on the right wheel frame 5, and finally a right wheel frame trigger 502 is set on the upper part to trigger the right buffer.

[0048] As for the selection of the sliding structure, because the sliding wheel needs to be set in the upper sliding door frame 3, when there is only one left sliding wheel 401, the pressure of the left sliding wheel 401 on the upper sliding door frame 3 is concentrated on one point, which will make the pressure of the upper sliding door frame 3 larger, and long-term use will cause the upper sliding door frame 3 to deform. In addition, if the left wheel frame 4 has only one sliding wheel, when one of the sliding wheels fails, the entire left wheel frame 4 will not work. 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] Similarly, when there is only one right sliding wheel 501, the pressure of the right sliding wheel 501 on the upper sliding door frame 3 is concentrated on one point, which will make the pressure of the upper sliding door frame 3 larger, and long-term use will cause the upper sliding door frame to deform. In addition, if the right wheel frame 5 has only one sliding wheel 501, when one of the sliding wheels fails, the entire right wheel frame 5 will not work. 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.

[0050] In the selection of the left buffer 6, if only one left buffer 6 is set on the left side, it can only play a buffering role when the left sliding door 1 is closed, so in the actual operation process, another left buffer 6 is added at the position where the left sliding door 1 is opened, so that the left buffer 6 can have a certain buffering effect during opening and closing.

[0051] Similarly, if only one right buffer 7 is provided on the right side, the right buffer 7 can only play a buffering role when the right sliding door 2 is closed, so in actual operation, another right buffer 7 is provided at the position where the right sliding door 2 is opened, so that the right buffer 7 can play a buffering role during the opening and closing of the right sliding door 2.

[0052] In this embodiment 2, although the left sliding door 1 and the right sliding door 2 can slowly contact the door frame due to the provision of the buffers, the door frame is usually made of aluminum, and the door frame can collide with the sliding door, so in actual installation, a buffering fixing block 8 is provided at the closed position of the left sliding door 1 and the right sliding door 2, and the left sliding door 1 and the right sliding door 2 are clamped in the buffering fixing groove 801 during the opening and closing of the left sliding door 1 and the right sliding door 2, so as to prevent the sliding door from directly contacting and colliding with the door frame, and improve the stability and safety of the system.

[0053] The left sliding door 1 and the right sliding door 2 are fixed in the upper sliding door frame, and there is no related fixing structure at the bottom, so that the left sliding door 1 and the right sliding door 2 can move left and right during movement, and can also sway forward and backward, so in this embodiment 2, a bottom limiting component 9 is provided to limit the forward and backward swaying of the left sliding door 1 and the right sliding door 2, and ensure the normal operation of the left sliding door 1 and the right sliding door 2 during movement.

[0054] Finally, a handle 10 is provided on the outside of the left sliding door 1 and the inside of the right sliding door 2, which facilitates the opening of the left sliding door 1 and the right sliding door 2, and because this embodiment is mainly used in the technical field of household bathroom doors, in actual use, the door is mainly a glass door, on the one hand, the glass material has a smooth surface without pores, and water is difficult to penetrate, maintaining good waterproofness, on the other hand, glass has better space permeability, making the household bathroom space appear larger, and finally glass is easy to clean, so considering the application field of this technical solution, the left sliding door 1 and the right sliding door 2 of this technical solution are glass doors.

[0055] During the opening and closing of the hidden buffering mutual sliding door, the handle on the door is pulled, and when the left sliding door 1 and the right sliding door 2 do not contact the edge of the door frame, the left sliding door 1 and the right sliding door 2 can slide normally, and when the left sliding door 1 and the right sliding door 2 contact the edge of the door frame, the left wheel frame trigger 402 and the right wheel frame trigger 502 on the left sliding door 1 and the right sliding door 2 contact the left buffer 5 and the right buffer 6, so as to realize the buffering of the left sliding door 1 and the right sliding door 2 at the edge of the door frame, and after the left sliding door 1 and the right sliding door 2 are fixed, they will be fixed in the buffering fixing groove 801 of the buffering fixing block 8, and because of the right elastic element 802 in the buffering fixing groove 801, on the one hand, the left sliding door 1 and the right sliding door 1 are fixed, and on the other hand, the right elastic element 802 plays a role in protecting the sliding door.

[0056] Compared with the shower room of the prior art lacking the related buffer structure when the door is opened or closed, the embodiment adds a series of heavy buffers above the movable door, is compatible with a large size room body, the buffers and the wheels are hidden type, the trigger is located below the buffer, so that the door glass does not jump when buffering, and the door glass is more stable and smoother when running.

[0057] Moreover, the wheel carrier trigger and the buffer of the wheel carrier are at the same horizontal position, while ensuring stable operation, the width of the front of the overhead rail can be minimized, which is much lower than similar products on the market, and is an ultra-narrow rail, and the overall appearance is more light, thin and delicate.

[0058] The above-described embodiments are only the preferred schemes of the present application, and do not limit the present application in any form, and other variants and modifications can be made without exceeding the technical schemes recited in the claims.

Claims

1. A hidden buffer mutual moving door, comprising a left moving door (1), a right moving door (2), and an upper moving door frame (3), wherein the left moving door (1) and the right moving door (2) are respectively provided with a left wheel frame (4) and a right wheel frame (5), characterized in that: The left wheel frame (4) and the right wheel frame (5) are provided with left pulleys (401) and right pulleys (501), the upper moving door frame (3) is provided with left buffers (6) and right buffers (7) at the positions of the left wheel frame (4) and the right wheel frame (5), and the left wheel frame (4) and the right wheel frame (5) are provided with left wheel frame triggering pieces (402) and right wheel frame triggering pieces (502). ​ 2. The sliding door according to claim 1, wherein, The left wheel frame (4) comprises left pulleys (401), pulley fixing plates (403), door frame fixing plates (404) and door connecting pieces, the left moving door (1) is provided with door connecting holes at the positions corresponding to the door connecting pieces, and the left wheel frame triggering piece (402) is arranged at the position of the left wheel frame (4) close to the left buffer (6).

3. The sliding door according to claim 1, wherein, The right wheel frame (5) comprises right pulleys (501), pulley fixing plates (403), door frame fixing plates (404) and door connecting pieces, the right moving door (2) is provided with door connecting holes at the positions corresponding to the door connecting pieces, and the right wheel frame triggering piece (502) is arranged at the position of the right wheel frame (5) close to the right buffer (7).

4. The sliding door according to claim 2, wherein, The left wheel frame (4) is provided with two left pulleys (401) at the positions of the pulley fixing plates (403), and the left moving door (1) is provided with two left wheel frames (4) at the positions of the upper moving door frame (3).

5. The sliding door according to claim 3, wherein, The right wheel frame (5) is provided with two right pulleys (501) at the positions of the pulley fixing plates (403), and the right moving door (2) is provided with two right wheel frames (5) at the positions of the upper moving door frame (3).

6. A sliding door with concealed buffer according to claim 1 or 2 or 3, characterized in that, The left buffer (6) is provided with two, and the two left buffers (6) are arranged at the opening and closing positions of the left moving door (1).

7. A sliding door with concealed buffer according to claim 1 or 2 or 3, characterized in that, The right buffer (7) is provided with two, and the two right buffers (7) are arranged at the opening and closing positions of the right moving door (2).

8. A sliding door with concealed buffer according to claim 1 or 2 or 3 or 4 or 5, characterized in that, The left moving door (1) and the right moving door (2) are provided with buffer fixing blocks (8) at the closing positions, the buffer fixing blocks (8) are in the shape of a mountain, the buffer fixing blocks (8) are provided with two buffer fixing grooves (801), the buffer fixing grooves are arranged at the positions corresponding to the left moving door (1) and the right moving door (2), and the buffer fixing blocks (8) are provided with elastic pieces (802) at the buffer fixing grooves (801) and the positions close to the left moving door (1) and the right moving door (2).

9. A sliding door with concealed buffer according to claim 1 or 2 or 3, characterized in that, The left moving door (1) and the right moving door (2) are provided with bottom limiting assemblies (9), the bottom limiting assemblies (9) are in the shape of a mountain, and the mountain-shaped grooves of the bottom limiting assemblies (9) are arranged at the positions corresponding to the left moving door (1) and the right moving door (2).

10. The sliding door according to claim 1, wherein, The left moving door (1) and the right moving door (2) are provided with handles (10), and the left moving door (1) and the right moving door (2) are glass doors.

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