The parallel adjusting device of damper under the sliding door
Technical field
The utility model relates to the damper field, is specifically related to the parallel adjusting device of damper under a kind of sliding door.
Background technology
Damper is the resistance of motion to be provided, the device of depletion kinergety.At present, the part sliding door all is equipped with damper up and down, and at the upper and lower track of sliding door the locating piece of stirring the movable shifting block of damper is installed; When the promotion sliding door kept to the side, locating piece was stuck on the movable shifting block of damper, drove sliding door and slowly moved; Up to resting in the doorframe next door, because the cushioning effect of damper can not bump sliding door near doorframe; Can protect therefore collision and damaging of sliding door, therefore, quite receive customer's favor.
Setting up on the following damper has adjusting device, and with the position of damper under regulating along short transverse through adjusting device, thereby the distance between the lower transverse frame of change damper and sliding door is revised the gap between push-and-pull every limit and the door opening with this.
In adjustment process, following damper need be done parallel moving, and is parallel with lower guideway to guarantee it.But existing adjusting device receives its structural limitations, and cause down damper the situation of deflection or deflection occurs easily in motion process.
The utility model content
To the deficiency of prior art, the purpose of the utility model is intended to provide the parallel adjusting device of damper under a kind of sliding door, and it can guarantee that dampener body is done parallel moving down, thereby avoids occurring the situation of deflection or deflection.
For realizing above-mentioned purpose, the utility model adopts following technical scheme:
The parallel adjusting device of damper under the sliding door comprises vertical beam, is positioned at vertical beam one side and the following dampener body that can touch with the vertical beam flanked, is positioned at dampener body top down and the travelling carriage parallel with following dampener body, is vertically set on the adjusting screw(rod) on the vertical beam; Through driving the key flexible connection, be provided with two in the said parallel adjusting device at least and drive keys between following dampener body and the travelling carriage, these at least two driving keys are parallel to each other, and along the length direction arrangement of dampener body down; Travelling carriage is connected on the vertical beam through adjusting screw(rod).
Be provided with two in the said parallel adjusting device and drive key.
Said driving key is a junction plate, and an end of this junction plate is articulated in down on the dampener body, and the other end is articulated on the travelling carriage.
Said driving key comprises the sliding tray that is obliquely installed on travelling carriage, and the alignment pin that is arranged on down dampener body and extends outwardly, said alignment pin are inserted in the sliding tray and can slide along the extension track of sliding tray.
Form the acute angle of an opening between the bearing of trend of said sliding tray and the soffit of travelling carriage towards vertical beam.
Said driving key comprises the tangent plane that has a down dip that is arranged on the travelling carriage, is arranged on down the tangent plane that tilts of dampener body; The tangent plane that has a down dip contacts with the tangent plane that tilts, and both gradients are consistent.
Be provided with first locating piece that a plurality of courts extend below in the said travelling carriage, the tangent plane that has a down dip is arranged on first locating piece; Said dampener body down is provided with a plurality of second locating pieces, and it is corresponding one by one with first locating piece, and the said tangent plane that tilts is arranged on second locating piece, and any one second locating piece all is arranged between first locating piece and vertical beam corresponding with it.
The said tangent plane that has a down dip is positioned at the below of travelling carriage upper surface, and forms the obtuse angle of an opening towards vertical beam between the bearing of trend of the tangent plane that has a down dip and the travelling carriage upper surface.
Be provided with nut in the travelling carriage, the threaded rod of said adjusting screw(rod) passes the perforation of vertical beam, and is threaded on the nut.
The threaded rod of this adjusting screw(rod) passes the through hole on the travelling carriage, and is threaded on the vertical beam.
The parallel adjusting device of damper under the sliding door that the utility model is set forth, its beneficial effect is:
In adjustment process, because dampener body is parallel with travelling carriage down, drives key and be parallel to each other, can guarantee that dampener body is done parallel moving down, thereby avoid occurring the situation of deflection or deflection; Do rectilinear motion and drive travelling carriage, and utilize the driving key can drive down the dampener body motion, thereby realize the adjusting of damper position down through adjusting screw(rod); Simple in structure, easy and simple to handle, and can make down moving of dampener body more steady; In use, following dampener body only adopts single pulley, can guarantee that dampener body is parallel with lower guideway down.
Description of drawings
Fig. 1 is the structural representation of first kind of embodiment of the parallel adjusting device of damper under the utility model sliding door;
Fig. 2 is the partial sectional view of parallel adjusting device shown in Figure 1;
Fig. 3 is the structural representation of second kind of embodiment of the parallel adjusting device of damper under the utility model sliding door;
Fig. 4 is the structural representation of the third embodiment of the parallel adjusting device of damper under the utility model sliding door;
Wherein, 1, vertical beam; 2, following dampener body; 3, travelling carriage; 4, adjusting screw(rod); 41, nut; 5, junction plate; 6, sliding tray; 61, alignment pin; 7, the tangent plane that has a down dip; 71, the tangent plane that tilts; 72, first locating piece; 73, second locating piece; 8, pulley.
The specific embodiment
Below, in conjunction with the accompanying drawing and the specific embodiment, the parallel adjusting device of damper under the utility model sliding door done further describing, so that clearerly understand the utility model technical thought required for protection.
Like Fig. 1, shown in 2; Show first kind of embodiment of the parallel adjusting device of damper under the utility model sliding door, comprise the vertical beam 1 that extends along short transverse, be positioned at vertical beam 1 one sides and the following dampener body 2 that can touch with vertical beam 1 flanked, be positioned at dampener body 2 tops down and the travelling carriage 3 parallel with following dampener body 2.Flexibly connect through driving key between following dampener body 2 and the travelling carriage 3.Preferably, said driving key is a junction plate 5, and an end of this junction plate 5 is articulated in down on the dampener body 2, and the other end is articulated on the travelling carriage 3.
Preferably, be provided with two in the said parallel adjusting device and drive key, this driving key is parallel to each other, and along the length direction arrangement of dampener body 2 down.Drive and constitute a movable parallelogram sturcutre between key and following dampener body 2, the travelling carriage 3; That is to say; Two junction plates 5, following dampener body 2 surround a movable parallelogram sturcutre with travelling carriage 3; Through spurring down dampener body 2, travelling carriage 3 or junction plate 5, can change the shape of this parallelogram.
Certainly, the quantity of said driving key is not limited in two, also can be according to the actual demand setting more than two, and described a plurality of driving keys are parallel to each other, and along the length direction arrangement of dampener body 2 down.Constitute a movable parallelogram sturcutre between any two driving keys and following dampener body 2, the travelling carriage 3.
Be vertically installed with adjusting screw(rod) 4 on the vertical beam 1.Said travelling carriage 3 is connected on the vertical beam 1 through adjusting screw(rod) 4.Concrete, being provided with nut 41 in the travelling carriage 3, the threaded rod of said adjusting screw(rod) 4 passes the perforation of vertical beam 1, and is threaded on the nut 41.Through adopting adjusting screw(rod) 4, can its gyration be converted into the rectilinear motion of travelling carriage 3.
Except above-mentioned syndeton, can also pass the through hole on the travelling carriage 3 through threaded rod, and be threaded on the vertical beam 1 adjusting screw(rod) 4, can realize the function of adjusting screw(rod) 4 equally.
When normal operating condition, the pulley 8 of following dampener body 2 lower ends is positioned at lower guideway and can slides along lower railway.And in adjustment process; To descend dampener body 2 to move to a side of vertical beam 1 earlier, and make down the contacts side surfaces of dampener body 2 and vertical beam 1, the rotation adjusting screw rod 4 then; Adjusting screw(rod) 4 capable of using drives travelling carriage 3 and does horizontal rectilinear motion towards the direction of vertical beam 1; Junction plate 5 moves under the drive of travelling carriage 3, owing to descend dampener body 2 roof pressures on the side of vertical beam 1, and parallelogram sturcutre generation deformation this moment; Following dampener body 2 moves downward, thereby realizes the adjusting of dampener body 2 positions down.Because dampener body 2 is parallel with travelling carriage 3 down, drive key and be parallel to each other, can guarantee that dampener body 2 moves horizontally down, avoid occurring the situation of deflection or deflection; And in use, following dampener body only adopts single pulley, can guarantee that dampener body is parallel with lower guideway down.
Fig. 3 shows second kind of embodiment of the parallel adjusting device of damper under the utility model sliding door, and the difference of itself and Fig. 1 only is to drive the structure of key.This driving key comprises and is obliquely installed at the sliding tray on the travelling carriage 36, is arranged on the following dampener body 2 and the alignment pin 61 that extends outwardly.Said alignment pin 61 is inserted in the sliding tray 6 and can slides along the extension track of sliding tray 6.
Form the acute angle of an opening between the soffit of the bearing of trend of sliding tray 6 and travelling carriage 3 towards vertical beam 1.During use, drive travelling carriages 3 through adjusting screw(rod) 4 and do horizontal rectilinear motion, and, dampener body 2 is moved downward, thereby the adjusting of dampener body 2 positions is descended in realization through the cooperating of sliding tray 6 and alignment pin 61 towards the direction of vertical beam 1.
Certainly, also can form the obtuse angle of an opening between the soffit of the bearing of trend of sliding tray 6 and travelling carriage 3 towards vertical beam 1.When travelling carriage 3 when the direction of vertical beam 1 is done horizontal rectilinear motion, following dampener body 2 moves upward.
Fig. 4 shows the third embodiment of the parallel adjusting device of damper under the utility model sliding door, and the difference of itself and Fig. 1 only is to drive the structure of key.Be provided with first locating piece 72 that a plurality of courts extend below in the said travelling carriage 3, this first locating piece 72 is provided with the tangent plane 7 that has a down dip; Said dampener body 2 down is provided with second locating piece 73 that extends up, and said second locating piece 73 is corresponding one by one with first locating piece 72, and any one second locating piece 73 all is arranged between first locating piece 72 and vertical beam 1 corresponding with it.Said second locating piece 73 is provided with the tangent plane 71 that tilts, and the said tangent plane 7 that has a down dip contacts with the tangent plane 71 that tilts, and both gradients are consistent.
The said tangent plane 7 that has a down dip is positioned at the below of travelling carriage 3 upper surfaces, and forms the obtuse angle of an opening towards vertical beam 1 between the bearing of trend of the tangent plane 7 that has a down dip and travelling carriage 3 upper surfaces.During use, drive travelling carriages 3 through adjusting screw(rod) 4 and do horizontal rectilinear motion, and, dampener body 2 is moved downward through the cooperating of have a down dip tangent plane 7 and the tangent plane 71 that tilts towards the direction of vertical beam 1, thus the adjusting of realization time dampener body 2 positions.
To one skilled in the art, can make other various corresponding changes and deformation, and these all changes and deformation should belong within the protection domain of the utility model claim all according to the technical scheme and the design of above description.