TWM630019U - Door stop device that can be finely installed - Google Patents

Abstract

A door stop device that can be finely installed, comprising a limit stop shaft, one end of which is combined with a fixed seat plate; the fixed seat plate has a combination hole and a long combination hole located on both sides of the limit stop shaft, And the combination hole and the long combination hole are close to the two ends of the fixed seat plate. The combination hole and the long combination hole are used to provide installation and use for fine adjustment, so that the user can accurately complete the installation relative to the hanging sliding door, and can accurately The door panel of the suspended sliding door is provided to guide the opening and closing operation, and the lower end of the door panel can be effectively prevented from swaying and swaying due to lack of support and insufficient stability.

Description

Door stop device that can be finely installed

The invention relates to the technical field of sliding door accessories, in particular to a door stop device that can be finely installed.

With the progress of the times, people pay more and more attention to the quality of life, and they pay more attention to the furnishings and appearance design of the furniture in the home than before, especially in the decoration of the home to change the appearance or decoration of the furniture for convenience, simplicity and beauty , to increase the freshness of life.

For the internal layout of the house, it is currently popular in the industry to use suspended sliding doors as compartments. The advantages of sliding doors are that the construction and installation are relatively simple and easy to disassemble, and the layout of the compartments can be changed by changing the combination according to personal ideas. Moreover, the space on both sides separated by the suspended sliding door can also be changed to open or close the separation through the sliding switch operation of the sliding door.

Suspension sliding doors generally provide the door panel sliding group with the upper sliding rail to form a suspended state of use, and provide the door panel sliding group through the upper sliding rail to form weight support, so that the door panel can be slid. In the suspended state, there will be a swaying situation with insufficient stability.

The main purpose of this creation is to provide a guide device that can be used for guiding on the ground relative to the suspension sliding door structure, so that the user can accurately complete the installation relative to the suspension sliding door with the combined structure with fine adjustment. It provides more accurate guidance for the door panel of the suspended sliding door in the opening and closing operation, and effectively prevents the swaying and swaying situation that the lower end of the door panel is suspended in the air and lacks support and lacks stability.

In order to achieve the above purpose and effect, the present invention creates a door stop device that can be finely installed, including: a limit stop shaft has a side guide surface, one end of which is combined with a fixed seat plate; A combination hole and a long combination hole on both sides of the limit stop shaft, and the combination hole and the long combination hole are close to the two ends of the fixed seat plate, and the combination hole and the long combination hole are used for installation and use for fine adjustment.

10: Limit stop shaft

101: plug end

102: Stop end

12: Support flange

13: Turn sets

131: sleeve

132: Side guide surface

14: Bearings

20: Fixed seat plate

21: Binding hole

22: Long binding hole

211, 221: non-slip ring surface

212, 222: Anti-slip convex strip

23: Set of holes

24: Reinforcing convex ring

25: Top surface

30: Suspension sliding door

31: Side frame

32: Lower frame

321: Lower groove

33: Upper frame

40: Upper rail

50: Screw

60: Ground

D: Spacing

The first picture is a schematic diagram of the three-dimensional combination of the creation.

The second picture is a three-dimensional exploded schematic diagram of the creation.

The third figure is a schematic cross-sectional view of the line segment III-III of the first figure.

The fourth picture is a three-dimensional schematic diagram of installation on a suspended sliding door for this creation.

The fifth picture provides a schematic plan view of installation on a suspended sliding door for this creation.

The sixth figure is a partial enlarged schematic view of the fifth figure.

FIG. 7 is a schematic cross-sectional view of the line segment VII-VII in FIG. 4 .

Figure 8 is a schematic cross-sectional view of sliding along the position of Figure 7 until the side frame abuts against the limit stop shaft to form a stop.

Please refer to the first to eighth figures, the present invention is a door stop device that can be finely installed, including: a limit stop shaft 10 has a side guide surface 132 that provides an external suspension sliding door 30 against which to abut, and one end of which is combined with on a fixed base plate 20; The fixed seat plate 20 has a combination hole 21 and a long combination hole 22 located on both sides of the limit stop shaft 10 , and the combination hole 21 and the long combination hole 22 are close to both ends of the fixed seat plate 20 for The coupling hole 21 and the long coupling hole 22 are provided for installation with fine adjustment.

The foregoing is the main technical feature of the main embodiment of this creation, which corresponds to the content of the first item in the scope of the patent application of this case, so that the purpose and implementation form of the creation can be known in detail, and the technical features described in the remaining patent scope of the subsidiary application are for the purpose of The detailed description or additional technical features of the first item of the scope of the patent application are not intended to limit the scope of the first item of the scope of the patent application. technical characteristics.

Continuing the above content, the implementation of the present invention will be further described in detail. As shown in the fourth to eighth figures, the present invention provides for the installation and use of the suspension sliding door 30. As shown in the third to sixth figures, the sliding group of the suspension sliding door 30 is provided. The upper guide rail 40 is suspended relative to the ground 60 . The suspension sliding door 30 has two side frames 31 , a lower frame 32 , and an upper frame 33 that are assembled on the upper guide rail 40 . The upper guide rail 40 guides the suspension. The hanging sliding door 30 slides to form an opening and closing operation, and the lower frame 32 has a lower groove 321 on the outside. In the present invention, when the coupling holes 21 and the long coupling holes 22 located on the fixed base plate 20 are combined with the screws 50 on the ground 60 opposite to the lower groove 321, the screws 50 are inserted through the long coupling holes 22 and assembled with the ground 60 but not first. Tighten, so that the fixed seat plate 20 can still be fine-tuned relative to the screw 50 within the length of the long combining hole 22. After the limit stop shaft 10 is aligned with the lower frame 32 and extends into the lower groove 321, the screw 50 is locked. , and lock the other screw 50 into the combination hole 21 to complete the installation, as shown in the sixth and seventh figures. That is, through the limit stop shaft 10 provided on the fixed seat plate 20, it extends into the lower groove 321 of the lower frame 32; when the suspension sliding door 30 slides under force, any one of the lower grooves 321 of the lower frame 32 can be obtained. The inner groove wall is in contact with the side guide surface 132 of the limit stop shaft 10, so that the movable range of the suspension sliding door 30 is limited in the lower groove 321, and is not easily affected by the lateral component force of operating the sliding door. Therefore, the yaw and shaking of the sliding switch operation of the suspension sliding door 30 can be effectively avoided, and the smoothness and stability can be improved.

And as shown in the eighth figure, when the suspension sliding door 30 slides so that one side frame 31 abuts against the limit stop shaft 10, a stop is formed to prevent the suspension sliding door 30 from sliding over the head during the switch operation. Collision with surrounding equipment.

Therefore, compared with the prior art suspension sliding door where the lower end of the door panel is suspended in the air, there is a lack of support and the lack of stability in the swaying situation; The user can cooperate with the screw 50 to complete the combined installation relative to the hanging sliding door 30, and provide slight adjustment of the combined installation through the long combining hole 22 to improve the accuracy of the installation position relative to the lower groove 321, so that the assembly can be mounted on the fixed seat plate. The limit stop shaft 10 on the 20 precisely supports and guides the sliding operation of the suspension sliding door 30 , which indeed has the advantage of avoiding yaw and shaking during the operation.

The features of each element of the present invention will be described in further detail below. In the first to seventh figures above, the fixed seat plate 20 has an upper surface 25, a set of holes 23 for assembling the limiting shaft 10, and a convex A reinforcing convex ring 24 on the upper surface 25, the sleeve hole 23 is located in the middle of the upper surface 25, and the reinforcing convex ring 24 is connected to one end of the sleeve hole 23, and the limit stop shaft 10 is inserted into the sleeve hole A plug end 101 of 23 and a support flange 12 abutting against the reinforcing convex ring 24, and the supporting flange 12 is adjacent to the plug end 101; therefore, the reinforcing convex ring 24 can effectively improve the fixing seat plate 20 Structural strength at the position of the sleeve hole 23, and the support flange 12 adjacent to the plug-in end 101 is provided to abut by the reinforcing convex ring 24, which effectively supports the combination of the limit stop shaft 10 and the sleeve hole 23 with a stable and firm support.

Next, as shown in the third figure, the limit stop shaft 10 has a stop end 102 located on the opposite side of the insertion end 101, and a rotating sleeve 13 that sets the stop end 102, and the side guide surface 132 is located on the outer peripheral side of the rotating sleeve 13; therefore, as shown in Figures 6 and 7, the limit stop shaft 10 extends into the lower groove 321 through the rotating sleeve 13 of the set to provide the suspension sliding door 30 The lower frame 32 has a rotation guide when sliding in the direction of the straight arrow in the figure, so that the rotating sleeve 13 can rotate in the direction of the arc arrow in the figure to replace the frictional contact caused by sliding, effectively avoiding the loss and discomfort caused by sliding friction.

Furthermore, the limit stop shaft 10 has a bearing 14 sleeved between the stop end 102 and the rotating sleeve 13; therefore, the bearing 14 supports the rotating sleeve 13 sleeved at the stop end 102, The smoother rotation further reduces the friction loss of the contact.

Moreover, as shown in the third figure, the rotating sleeve 13 has a sleeve opening 131 facing the supporting flange 12, and there is a distance D between the sleeve opening 131 and the supporting flange 12; therefore, the rotating rotation can be prevented. Frictional losses are created between the sleeve 13 and the support flange 12 .

In addition, the coupling hole 21 and the long coupling hole 22 respectively have an anti-slip ring surface 211, 221, and anti-slip protruding strips 212, 222 protruding from the anti-skid ring surfaces 211, 221 are arranged at intervals; therefore, the anti-skid ring surface When the heads of the mounting screws 211 and 221 are lifted and passed through the combined holes 21 and the long combined holes 22 abut against each other, a firm occlusal fixing effect with anti-loosening is produced.

As mentioned above, the present invention provides a guide for the sliding operation of the suspension sliding door, which can avoid the disadvantage of the existing suspension sliding door swaying due to the suspension of the lower end, and achieve the following advantages:

1. The long combination hole 22 provides a slight adjustment of the combination installation, so that the user can accurately complete the installation relative to the suspension sliding door 30, so as to support and guide the suspension sliding door 30 to operate the sliding switch to avoid swaying.

2. Further, the rotating sleeve 13 of the set limit stop shaft 10 is used to provide the lower frame 32 of the suspension sliding door 30 when sliding, so that the frictional contact caused by the sliding can be replaced by the rotating guide, which effectively avoids the loss and disturbance caused by the sliding friction.

10: Limit stop shaft

12: Support flange

13: Turn sets

20: Fixed seat plate

21: Binding hole

22: Long binding hole

24: Reinforcing convex ring

Claims (6)

A door stop device that can be finely installed, comprising: A limit stop shaft has one side guide surface, and one end of which is combined with a fixed seat plate; The fixed seat plate has a combination hole and a long combination hole located on both sides of the limit stop shaft, and the combination hole and the long combination hole are close to both ends of the fixed seat plate, and the combination hole and the long combination hole are used for Provides installation for fine-tuning. The door stop device that can be finely installed as claimed in claim 1, wherein the fixed seat plate has an upper surface, a set of holes for assembling the limit stop shaft, and a reinforcing convex ring protruding from the upper surface, The sleeve hole is located at the middle section of the upper surface, and the reinforcing convex ring is connected to one end of the sleeve hole. The limit stop shaft has a plug end inserted into the sleeve hole and a support flange abutting against the reinforcing convex ring , and the support flange is adjacent to the plug end. The door stop device that can be finely installed as claimed in claim 2, wherein the limit stop shaft has a stop end located on the opposite side of the insertion end, and a rotating sleeve that sets the stop end, and the side guide The surface is located on the outer peripheral side of the swivel. The door stop device that can be finely installed as claimed in claim 3, wherein the limit stop shaft has a bearing sleeved between the stop end and the rotating sleeve. The door stop device that can be finely installed as claimed in claim 3, wherein the swivel sleeve has a socket facing the support flange, and there is a distance between the socket and the support flange. The door stop device that can be finely installed as claimed in claim 1, wherein the coupling hole and the long coupling hole respectively have an anti-skid ring surface, and a plurality of anti-slip protruding strips protruding from the anti-skid ring surface are arranged at intervals.

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