CN108561027A - It can prevent the sliding door of deformation - Google Patents
It can prevent the sliding door of deformation Download PDFInfo
- Publication number
- CN108561027A CN108561027A CN201810653972.9A CN201810653972A CN108561027A CN 108561027 A CN108561027 A CN 108561027A CN 201810653972 A CN201810653972 A CN 201810653972A CN 108561027 A CN108561027 A CN 108561027A
- Authority
- CN
- China
- Prior art keywords
- pairs
- solid wood
- hole
- vertical profiles
- offered
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05D—HINGES OR SUSPENSION DEVICES FOR DOORS, WINDOWS OR WINGS
- E05D13/00—Accessories for sliding or lifting wings, e.g. pulleys, safety catches
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B3/00—Window sashes, door leaves, or like elements for closing wall or like openings; Layout of fixed or moving closures, e.g. windows in wall or like openings; Features of rigidly-mounted outer frames relating to the mounting of wing frames
- E06B3/32—Arrangements of wings characterised by the manner of movement; Arrangements of movable wings in openings; Features of wings or frames relating solely to the manner of movement of the wing
- E06B3/34—Arrangements of wings characterised by the manner of movement; Arrangements of movable wings in openings; Features of wings or frames relating solely to the manner of movement of the wing with only one kind of movement
- E06B3/42—Sliding wings; Details of frames with respect to guiding
- E06B3/46—Horizontally-sliding wings
- E06B3/4663—Horizontally-sliding wings specially adapted for furniture
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Wing Frames And Configurations (AREA)
Abstract
The invention discloses a kind of sliding doors preventing deformation, the pairs of vertical profiles are fixedly connected by connecting locking mechanism with pairs of transverse profile respectively, form rectangular frame, the outer riser of the pairs of solid wood is fixedly bonded to the outside portion of pairs of vertical profiles respectively, the pairs of solid wood transverse slat is fixedly bonded to the inside portion up and down of pairs of transverse profile respectively, riser is fixedly bonded to the inside portion of pairs of vertical profiles respectively in pairs of solid wood, the pairs of solid wood cladding plate is fixedly bonded to pairs of vertical profiles respectively, pairs of transverse profile, the pairs of outer riser of solid wood, the front and rear part of riser and pairs of solid wood transverse slat in pairs of solid wood, the method have the advantages that：While ensureing beautiful, structural strength is effectively increased, while light-weight, simple in structure, easy to produce and process, installation operation becomes very convenient, time saving and energy saving, pushes and pulls the steady movement in sliding process, and effectively reduces the noise in push-and-pull sliding process.
Description
Technical field
The present invention relates to the technical fields of furniture, more particularly to the technical field of sliding door.
Background technology
Sliding door is a kind of door carrying out push-and-pull sliding, easy to use since it occupies little space, therefore is used extensively
Make the sliding door of wardrobe, kitchen or balcony, directive wheel is installed at the top of sliding door, bottom is equipped with lower sheave, upper guiding
Wheel activity holding primarily serves guiding, position-limiting action, gliding groove of the lower sheave activity holding in doorframe in the upper hopper chute of doorframe
It is interior, the effect of support and sliding is primarily served to sliding door.
Common sliding door is mainly Solid Door on the market at present, however Solid Door is not only expensive, but also is easy hair
Change shape, especially changes place greatly in climate temperature or humidity, Solid Door is easy to that buckling deformation occurs.
The upper directive wheel of current common sliding door is mostly Double-wheel structure, however there are following several for the upper directive wheel of this structure
Point shortcoming：First, the pivot of two pulleys of upper directive wheel is to be fixedly mounted, for the ease of will be upper in actual installation process
Directive wheel is smoothly caught in upper hopper chute, and the distance between two pulley outermost ends of upper directive wheel can be slightly narrower than the groove width of upper hopper chute,
So as to cause there are gaps, two pulleys closely to be pasted with upper hopper chute madial wall between two madial wall of two pulleys and upper hopper chute
It closes, therefore coordinates looseness between upper directive wheel and upper hopper chute so that sliding door is easy to happen swing during sliding, not only
The normal use of sliding door is had some impact on, and be easy to cause directive wheel damage after long-term use, shortens it
Service life；Second is that sliding door common at present is when mounted, upper directive wheel is caught in this process in upper hopper chute, is operated
Come be not it is very convenient, it is time-consuming and laborious, aggravated the labor intensity of operating personnel.
There are following shortcomings for the lower sheave of current common sliding door：First, height is general unadjustable, it cannot
The installation needs of different sliding doors are well adapted for, and the height for being easy to cause the sliding door both sides after installation differs；Second is that
Damping effect is poor, in the sliding process of sliding door, is easy to happen hard collision, and noise when not only resulting in sliding is larger, and
And it be easy to cause sliding door damage；Although third, there is partial slip door can be to being highly adjusted, its structure be complex, system
Make it is of high cost, and install, adjust and dismounting be not very convenient.
Invention content
The purpose of the present invention is exactly to provide a kind of light-weight, structural strength height to solve above-mentioned deficiency, can be effective
It prevents from deforming；Upper directive wheel is fitted closely with upper hopper chute, is pushed and pulled in sliding process and is stablized without swing, service life is long, installation side
Just；Lower sheave height is adjustable, and adjusting is easy to operate, while good damping effect, slipping steadily can quietly prevent from deforming
Sliding door.
In order to solve the above-mentioned technical problem technical solution that the present invention uses is as follows：
A kind of sliding door preventing deformation, it includes pairs of vertical profiles, pairs of transverse profile, outside pairs of solid wood
Riser, pairs of solid wood transverse slat, pairs of solid wood cladding plate, connection locking mechanism, pairs of upper guiding in riser, pairs of solid wood
Mechanism and pairs of bottom hook block are taken turns, the pairs of vertical profiles are respectively by connecting locking mechanism and pairs of lateral type
Material is fixedly connected, and forms rectangular frame, and the outer riser of the pairs of solid wood is fixedly bonded to the outside of pairs of vertical profiles respectively
Portion, the pairs of solid wood transverse slat are fixedly bonded to the inside portion up and down of pairs of transverse profile respectively, riser in pairs of solid wood
It is fixedly bonded to the inside portion of pairs of vertical profiles respectively, the pairs of solid wood cladding plate is fixedly bonded to pairs of vertical type respectively
The front and rear part of riser and pairs of solid wood transverse slat, described pairs of in the outer riser of material, pairs of transverse profile, pairs of solid wood, pairs of solid wood
Upper type leading wheel framework be respectively and fixedly installed to the top of the transverse profile being located above, the pairs of bottom hook block is fixed
It is mounted in the transverse profile of lower section.
The pairs of upper type leading wheel framework respectively includes pedestal, pairs of guide wheel, pairs of wheel shaft, pairs of drawing
Line, pairs of compression spring, axis and worm screw, the chassis interior offer cavity, offer and lead respectively in the both sides of base cavity pocket
To slot, limiting slot is offered respectively above the guide groove of pedestal, is offered respectively and guide groove and cavity in the inside of pedestal
The through-hole being connected, the pairs of guide wheel are rotationally movably arranged on pairs of wheel shaft respectively, at pairs of wheel shaft bottom
Portion is respectively arranged with limiting plate, and in guide groove, wheel shaft activity holding is described pairs of in limiting slot for the limiting plate activity holding
Compression spring be located in guide groove, one end of compression spring is resisted against on limiting plate, and the other end of compression spring is resisted against the interior of guide groove
On wall, the axis is rotationally movably arranged in cavity, reel and worm gear is provided on the axis, the worm screw can
It is rotationally movably arranged in cavity, and is meshed with worm gear, have control stick in the end set of worm screw, the control stick is from pedestal
Inside is pierced by, and one end of the pairs of bracing wire is connected with limiting plate respectively, and the other end of bracing wire is connected with reel respectively.
The pairs of bottom hook block has respectively included pulley, holder, adjusting screw rod, adjusting bracket, pulley bracket, connection
Head and reed, offer oblique regulating tank, the adjusting bracket is located at holder respectively on the two side of the holder
Between two side, it is respectively arranged with gag lever post in the both sides of adjusting bracket, adjusting bracket is by its gag lever post activity holding in holder
Regulating tank in, the connector is rotationally flexibly connected by the first axis pin with the rear end of adjusting bracket, in connector
Threaded hole is offered, the rear portion of the adjusting screw rod is rotationally movably arranged on holder, and the front of adjusting screw rod is located on
In the threaded hole of connector, the pulley bracket is rotationally movably arranged on adjusting bracket by the second axis pin, the reed
One end be connected with adjusting bracket, the other end of reed is connected with pulley bracket, and the pulley is rotatable by shaft
Ground is movably arranged on pulley bracket.
It further includes having intermediate proximate matter, pairs of solid wood inner panel and solid-wood panels, and the intermediate proximate matter is locked by connecting
Mechanism is fixedly mounted between pairs of vertical profiles, and the pairs of solid wood inner panel is fixedly bonded to the upper of intermediate proximate matter respectively
Lower part, the pairs of solid wood cladding plate are fixedly bonded to the front and rear part of intermediate proximate matter and pairs of solid wood inner panel, the solid wood respectively
Panel is fixedly mounted on the frame made of riser in pairs of solid wood inner panel, pairs of solid wood and the enclosing of pairs of solid wood transverse slat
It is interior.
The connection locking mechanism is made of bolt, on the two side of the pairs of transverse profile and intermediate proximate matter respectively
Screw hole is offered, offers through-hole corresponding with screw hole respectively on the madial wall of pairs of vertical profiles, the bolt places
In through-hole, and be located in screw hole, offered on riser on the lateral wall of pairs of vertical profiles and outside pairs of solid wood with
Corresponding first avoid holes of bolt.
The pairs of upper type leading wheel framework further includes having fastening bolt, support plate is provided on the base, in support plate
On offer mounting hole, offer positioning screw hole at the top of the transverse profile being located above, the fastening bolt is from mounting hole
It is located in the positioning screw hole of transverse profile after passing through.
The pairs of bottom hook block further includes having installation bolt, and third through-hole is offered at the rear portion of the holder,
Be provided with swivel nut at the third through-hole, offered on pairs of vertical profiles and underlying transverse profile with swivel nut and
The corresponding first through hole of adjusting screw rod and the second through-hole, the installation bolt is revolved after being passed through from first through hole and third through-hole sets
On swivel nut, offered and installation bolt and adjusting spiral shell on riser on the lateral wall of pairs of vertical profiles and outside pairs of solid wood
Corresponding second avoid holes of bar and third avoid holes offer and pairs of lower sheave in the bottom of underlying transverse profile
The corresponding recessing groove of mechanism.
The present invention is using the attainable advantageous effect of above-mentioned technical solution institute：
1, this sliding door in inside setting vertical profiles and transverse profile by being used as support frame, in vertical profiles and lateral type
Riser outside solid wood, riser, solid wood transverse slat and solid wood cladding plate in solid wood are bonded outside material, to while ensureing beautiful, effectively carry
High structural strength, the generation of the metaboly avoided, and meanwhile it is light-weight, it is simple in structure, it is easy to produce and process.
2, it when needing the upper type leading wheel framework of this sliding door installing holding in the upper hopper chute of doorframe, is first rotated with hand
Rotating end makes worm screw rotate, and is rotated, is furled to pairs of bracing wire, and then band by worm drive worm gear and reel
Moving pairs of limiting plate and wheel shaft overcomes the elastic force of pairs of compression spring to move towards, and so that pairs of guide wheel is drawn close mutually, and pass through snail
The self-locking of worm and gear mechanism makes the spacing of pairs of guide wheel be maintained at the distance that can be smoothly caught in upper hopper chute, then will
It is caught in upper hopper chute at the top of sliding door, so that the upper type leading wheel framework of this sliding door is caught in upper hopper chute, then rotate backward rotation
Turning end makes pairs of guide wheel backwards to movement, and the spacing between pairs of guide wheel is expanded, makes pairs of guide wheel in pairs of compression spring
It is pressed against on two madial walls of upper hopper chute under elastic force effect, completes the installation of the upper type leading wheel framework of this sliding door, so that
Installation operation becomes very convenient, time saving and energy saving, is effectively reduced the labor intensity of operating personnel.
3, pairs of guide wheel is pressed against under the elastic force effect of pairs of compression spring on the madial wall of upper hopper chute, so that in pairs
Guide wheel fitted closely with upper hopper chute madial wall so that sliding door is stable during sliding, will not swing, have
Effect prevents from damaging the upper type leading wheel framework of this sliding door, substantially prolongs its service life.
4, by rotating adjusting screw rod, adjusting bracket is made to be moved along regulating tank, you can high to the pulley of bottom hook block
Degree is adjusted, and to realize the adjusting to sliding door height, has been well adapted for the installation needs of sliding door, has avoided sliding
There is crooked phenomenon in door, and adjust it is easy to operate quick, it is time saving and energy saving.
5, resilient support is provided to pulley by reed, good damping effect is played, to ensure that sliding door exists
The steady movement in sliding process is pushed and pulled, reduces damaged in collision of the sliding door in pushing and pulling sliding process, and effectively reduce
Push and pull the noise in sliding process.
Description of the drawings
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is the A-A schematic cross-sectional views of Fig. 1；
Fig. 3 is the partial structural diagram at B in Fig. 1；
Fig. 4 is the partial structural diagram at C in Fig. 1；
Fig. 5 is the schematic cross-sectional view of upper type leading wheel framework；
Fig. 6 is the overlooking structure diagram of upper type leading wheel framework in Fig. 5.
Fig. 7 is the structural schematic diagram of bottom hook block；
Fig. 8 is the schematic cross-sectional view of Fig. 7；
Fig. 9 is the partial structural diagram at D in Fig. 8.
Specific implementation mode
Shown in Fig. 1 and Fig. 2, a kind of sliding door preventing deformation, it includes pairs of vertical profiles 1, pairs of
Riser 4, pairs of solid wood transverse slat 5, pairs of solid wood cladding plate in the outer riser 3 of transverse profile 2, pairs of solid wood, pairs of solid wood
6, intermediate proximate matter 18, pairs of solid wood inner panel 19, solid-wood panels 22, connection locking mechanism, pairs of upper type leading wheel framework and at
To bottom hook block, the pairs of vertical profiles 1 pass through to connect locking mechanism and fix with pairs of transverse profile 2 respectively to be connected
It connects, forms rectangular frame.The intermediate proximate matter 18 by connecting between locking mechanism is fixedly mounted on pairs of vertical profiles 1,
The pairs of solid wood inner panel 19 is fixedly bonded to the top and the bottom of intermediate proximate matter 18 respectively, and riser 3 divides outside the pairs of solid wood
It is not fixedly bonded to the outside portion of pairs of vertical profiles 1, the pairs of solid wood transverse slat 5 is fixedly bonded to pairs of lateral type respectively
The inside portion up and down of material 2, riser 4 is fixedly bonded to the inside portion of pairs of vertical profiles 1 respectively in pairs of solid wood, it is described in pairs
Solid wood cladding plate 6 be fixedly bonded to pairs of vertical profiles 1, pairs of transverse profile 2, pairs of solid wood outer riser 3, pairs of solid wood respectively
The front and rear part of interior riser 4, pairs of solid wood transverse slat 5, intermediate proximate matter 18 and pairs of solid wood inner panel 19, the solid-wood panels 22 pass through viscous
It connects or the modes such as joggle is fixedly mounted on by riser 4 in pairs of solid wood inner panel 19, pairs of solid wood and pairs of solid wood transverse slat 5
In frame made of enclosing.Aluminium section bar can be selected in the vertical profiles 1, transverse profile 2 and intermediate proximate matter 18.The connection lock
Determine mechanism to be made of bolt 14, screw hole 15 offered respectively on the two side of the pairs of transverse profile 2 and intermediate proximate matter 18,
Offer through-hole 16 corresponding with screw hole 15 respectively on the madial wall of pairs of vertical profiles 1, the bolt 14 is set in logical
It in hole 16, and is located in screw hole 15, transverse profile 2 and intermediate proximate matter 18 is fixed together with vertical profiles 1 respectively,
First evacuation corresponding with bolt 14 is offered on the lateral wall of pairs of vertical profiles 1 and outside pairs of solid wood on riser 3
Hole 17.The pairs of upper type leading wheel framework is respectively and fixedly installed to the top of the transverse profile being located above 2, described pairs of
Bottom hook block is respectively and fixedly installed in underlying transverse profile 2.
Shown in Fig. 5 and Fig. 6, the pairs of upper type leading wheel framework respectively include pedestal A1, pairs of guide wheel A2, at
To wheel shaft A3, pairs of bracing wire A4, pairs of compression spring A 5, axis A6, in worm screw A7 and fastening bolt A21, the pedestal A1
Portion offers cavity A8, guide groove A9 is offered respectively in the both sides of pedestal A1 cavitys A8, above the guide groove A9 of pedestal A1
Limiting slot A10 is offered respectively, offers the through-hole being connected with guide groove A9 and cavity A8 respectively in the inside of pedestal A1
A11, the pairs of guide wheel A2 are rotationally movably arranged on respectively on pairs of wheel shaft A3, the pairs of guide wheel A2 difference
It is made of rubber rim A19 and bearing A20, the rubber rim A19 fixations are nested on the outside of bearing A20, and the bearing A20 can
It is rotationally movably arranged on wheel shaft A3.It is respectively arranged with limiting plate A12 in the pairs of bottoms wheel shaft A3, limiting plate A12 lives
Dynamic holding is in guide groove A9, and in limiting slot A10, the pairs of compression spring A 5 is located at guide groove for wheel shaft A3 activities holding
In A9, one end of compression spring A 5 is resisted against on limiting plate A12, and the other end of compression spring A 5 is resisted against on the inner wall of guide groove A9.It is described
Axis A6 is rotationally movably arranged in cavity A8, and reel A13 and worm gear A14, the snail are provided on axis A6
Bar A7 is rotationally movably arranged in cavity A8, and is meshed with worm gear A14, has control stick in the end set of worm screw A7
A15, control stick A15 are pierced by inside pedestal A1, are located on the end on the outside of pedestal A1 in the control stick A15 and are provided with rotation
Turn end A 18.One end of the pairs of bracing wire A4 is connected with limiting plate A12 respectively, and the other end of bracing wire A4 is worn successively respectively
It is connected with reel A13 after crossing guide groove A9, through-hole A11 and cavity A8.It is provided with support plate A16 on the pedestal A1,
Mounting hole A17 is offered on support plate A16, as shown in Figure 3, positioning screw hole is offered at the top for the transverse profile 2 being located above
21, the fastening bolt A21 is located on after being passed through from mounting hole A17 in the positioning screw hole 21 of transverse profile 2, by upper guiding turbine
Structure is fixedly mounted in the transverse profile 2 being located above.
When needing upper type leading wheel framework installing holding in the upper hopper chute of doorframe, rotating end A18 first is rotated with hand,
So that worm screw A7 is rotated, worm gear A14 and reel A13 rotations are driven by worm screw A7, pairs of bracing wire A4 is furled, in turn
It drives pairs of limiting plate A12 and wheel shaft A3 that the elastic force of pairs of compression spring A 5 is overcome to move towards, pairs of guide wheel A2 is made to lean on mutually
Hold together, and by the self-locking of worm gear A14 worm screw A7 mechanisms, the spacing of pairs of guide wheel A2 is made to be maintained at and can smoothly be caught in
Distance in sliding slot will be then caught at the top of this sliding door in upper hopper chute, and the upper type leading wheel framework of this sliding door is made to be caught in
In sliding slot, then rotating backward rotating end A18 makes pairs of guide wheel A2 backwards to movement, and the spacing between pairs of guide wheel A2 is expanded
Greatly, pairs of guide wheel A2 is made closely to be pressed against on two madial walls of upper hopper chute under the elastic force effect of pairs of compression spring A 5.
Shown in Fig. 7, Fig. 8 and Fig. 9, the pairs of bottom hook block has respectively included pulley B1, holder B2, has adjusted spiral shell
Bar B3, adjusting bracket B4, pulley bracket B5, connector B6, reed B7 and installation bolt B21, on the two side of the holder B2
Oblique regulating tank B8 is offered respectively, and the adjusting bracket B4 is located between the two side of holder B2, adjusting bracket B4's
Both sides are respectively arranged with gag lever post B9, adjusting bracket B4 by the B9 activities holding of its gag lever post in the regulating tank B8 of holder B2,
And holding is carried out as follows：It is equipped with sleeve B23 in the outside activity of the gag lever post B9, gag lever post B9 passes through sleeve
B23 activities holding is in regulating tank B8, to reduce frictional resistance when gag lever post B9 is moved along regulating tank B8.The connector B6
It is rotationally flexibly connected with the rear end of adjusting bracket B4 by the first axis pin B10, threaded hole is offered in connector B6
The rear portion of B11, the adjusting screw rod B3 are rotationally movably arranged on holder B2, and are installed as follows：Institute
The rear portion for stating holder B2 offers through-hole B15, and annular slot B16, adjusting screw rod are offered at the rear portion of the adjusting screw rod B3
B3 is by the B16 activities holding of its annular slot at the through-hole B15 of holder B2.The front of adjusting screw rod B3 is located on connector B6
Threaded hole B11 in.The pulley bracket B5 is rotationally movably arranged on by the second axis pin B12 on adjusting bracket B4, described
The one end of reed B7 is connected with adjusting bracket B4, and the other end of reed B7 is connected with pulley bracket B5, and by such as lower section
Formula is attached：It is provided with card slot B24 on the pulley bracket B5, fluted B25 is opened up on adjusting bracket B4, in adjusting bracket
Limiting slot B26 is offered respectively on two madial walls of B4 grooves B25, and slide bar B27 is provided on the one end of the reed B7,
The one end of reed B7 by slide bar B27 activities holding in the limiting slot B26 of adjusting bracket B4, fix by the other end of reed B7
Holding is in the card slot B24 of pulley bracket B5.The pulley B1 is rotationally movably arranged on pulley bracket B5 by shaft B13
On, good damping effect can be played by reed B7, ensure steady movement of the sliding door in sliding process.In the holder
The rear portion of B2 offers third through-hole B22, and swivel nut B14 is provided at third through-hole B22.As shown in Figure 4, it is erected in pairs of
First through hole B19 corresponding with swivel nut B14 and adjusting screw rod B3 is offered on proximate matter 1 and underlying transverse profile 2
It is located on swivel nut B14 after being passed through from first through hole B19 and third through-hole B22 with the second through-hole B20, the installation bolt B21,
Bottom hook block is fixedly mounted in underlying transverse profile 2, on the lateral wall of pairs of vertical profiles 1 and in pairs
Outside solid wood the second avoid holes 23 corresponding with installation bolt B21 and adjusting screw rod B3 and third avoid holes are offered on riser 3
24, offer recessing groove corresponding with pairs of bottom hook block 20 in the bottom of underlying transverse profile 2.
When needing that the height of this sliding door is adjusted, tune is turned from the second through-hole B20 using tools such as bottle openers
Screw rod B3 is saved, adjusting bracket B4 is made to be moved along regulating tank B8, to which the height of pulley B1 be adjusted, and then to sliding door
Height adjusted.
Claims (6)
1. a kind of sliding door preventing deformation, it is characterised in that：It includes pairs of vertical profiles, pairs of lateral type
Riser, pairs of solid wood transverse slat, pairs of solid wood cladding plate, connection locking machine in the outer riser of material, pairs of solid wood, pairs of solid wood
Structure, pairs of upper type leading wheel framework and pairs of bottom hook block, the pairs of vertical profiles are respectively by connecting locking machine
Structure is fixedly connected with pairs of transverse profile, forms rectangular frame, and the outer riser of the pairs of solid wood is fixedly bonded into respectively
To the outside portion of vertical profiles, the pairs of solid wood transverse slat is fixedly bonded to the inside portion up and down of pairs of transverse profile respectively,
Riser is fixedly bonded to the inside portion of pairs of vertical profiles respectively in pairs of solid wood, and the pairs of solid wood cladding plate is fixed respectively
It is bonded in the outer riser of pairs of vertical profiles, pairs of transverse profile, pairs of solid wood, riser and pairs of solid wood transverse slat in pairs of solid wood
Front and rear part, the pairs of upper type leading wheel framework is respectively and fixedly installed to the top for the transverse profile being located above, described pairs of
Bottom hook block be respectively and fixedly installed in underlying transverse profile, it further includes having intermediate proximate matter, pairs of solid wood
Inner panel and solid-wood panels, the intermediate proximate matter are described by connecting between locking mechanism is fixedly mounted on pairs of vertical profiles
Pairs of solid wood inner panel is fixedly bonded to the top and the bottom of intermediate proximate matter respectively, and the pairs of solid wood cladding plate is fixedly bonded to respectively
The front and rear part of intermediate proximate matter and pairs of solid wood inner panel, the solid-wood panels are fixedly mounted on by pairs of solid wood inner panel, in pairs
In frame made of riser and pairs of solid wood transverse slat enclose in solid wood.
2. a kind of sliding door preventing deformation according to claim 1, it is characterised in that：The pairs of upper directive wheel
Mechanism respectively includes pedestal, pairs of guide wheel, pairs of wheel shaft, pairs of bracing wire, pairs of compression spring, axis and worm screw, institute
It states chassis interior and offers cavity, guide groove is offered respectively in the both sides of base cavity pocket, above the guide groove of pedestal respectively
Limiting slot is offered, offers the through-hole being connected with guide groove and cavity, the pairs of guide wheel respectively in the inside of pedestal
It is rotationally movably arranged on pairs of wheel shaft respectively, is respectively arranged with limiting plate in pairs of axle end, the limiting plate
Activity holding is in guide groove, and wheel shaft activity holding is in limiting slot, and the pairs of compression spring is located in guide groove, compression spring
One end be resisted against on limiting plate, the other end of compression spring is resisted against on the inner wall of guide groove, the axis rotationally activity peace
In cavity, reel and worm gear are provided on the axis, the worm screw is rotationally movably arranged in cavity, and with
Worm gear is meshed, and has control stick in the end set of worm screw, which is pierced by from chassis interior, one end of the pairs of bracing wire
It is connected respectively with limiting plate, the other end of bracing wire is connected with reel respectively.
3. a kind of sliding door preventing deformation according to claim 2, it is characterised in that：The pairs of downslide turbine
Structure has respectively included pulley, holder, adjusting screw rod, adjusting bracket, pulley bracket, connector and reed, in the both sides of the holder
Oblique regulating tank is offered on wall respectively, the adjusting bracket is located between the two side of holder, in the both sides of adjusting bracket
Portion is respectively arranged with gag lever post, and by its gag lever post activity holding in the regulating tank of holder, the connector passes through adjusting bracket
First axis pin is rotationally flexibly connected with the rear end of adjusting bracket, and threaded hole, the adjusting screw rod are offered in connector
Rear portion be rotationally movably arranged on holder, the front of adjusting screw rod is located in the threaded hole of connector, the pulley
Holder is rotationally movably arranged on adjusting bracket by the second axis pin, and the one end of the reed is connected with adjusting bracket, spring
The other end of piece is connected with pulley bracket, and the pulley is rotationally movably arranged on pulley bracket by shaft.
4. a kind of sliding door preventing deformation according to claim 1, it is characterised in that：The connection locking mechanism by
Bolt is constituted, and screw hole is offered respectively on the two side of the pairs of transverse profile and intermediate proximate matter, in pairs of vertical profiles
Madial wall on offer through-hole corresponding with screw hole respectively, the bolt is set in through-hole, and is located in screw hole,
The first avoid holes corresponding with bolt are offered on the lateral wall of pairs of vertical profiles and on the outer riser of pairs of solid wood.
5. a kind of sliding door preventing deformation according to claim 2, it is characterised in that：The pairs of upper directive wheel
Mechanism further includes having fastening bolt, is provided with support plate on the base, mounting hole is offered on support plate, what is be located above
Positioning screw hole is offered at the top of transverse profile, the fastening bolt is located on the positioning spiral shell of transverse profile after being passed through from mounting hole
In hole.
6. a kind of sliding door preventing deformation according to claim 3, it is characterised in that：The pairs of downslide turbine
Structure further includes having installation bolt, offers third through-hole at the rear portion of the holder, swivel nut is provided at the third through-hole,
Offered on pairs of vertical profiles and underlying transverse profile first through hole corresponding with swivel nut and adjusting screw rod and
Second through-hole, the installation bolt is located on after being passed through from first through hole and third through-hole on swivel nut, in pairs of vertical profiles
The second avoid holes corresponding with installation bolt and adjusting screw rod and the are offered on lateral wall and on the outer riser of pairs of solid wood
Three avoid holes offer recessing groove corresponding with pairs of bottom hook block in the bottom of underlying transverse profile.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810653972.9A CN108561027A (en) | 2018-06-22 | 2018-06-22 | It can prevent the sliding door of deformation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810653972.9A CN108561027A (en) | 2018-06-22 | 2018-06-22 | It can prevent the sliding door of deformation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108561027A true CN108561027A (en) | 2018-09-21 |
Family
ID=63554545
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810653972.9A Pending CN108561027A (en) | 2018-06-22 | 2018-06-22 | It can prevent the sliding door of deformation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108561027A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111852231A (en) * | 2020-03-09 | 2020-10-30 | 广州市好的门窗有限公司 | Method for realizing hovering of lifting door and window at any position |
-
2018
- 2018-06-22 CN CN201810653972.9A patent/CN108561027A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111852231A (en) * | 2020-03-09 | 2020-10-30 | 广州市好的门窗有限公司 | Method for realizing hovering of lifting door and window at any position |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206115131U (en) | Curtain telescoping device | |
| CN106195570B (en) | Console mode display bracket | |
| CN207177632U (en) | A kind of door mounting structure | |
| CN207855358U (en) | Project cost file cabinet | |
| CN203783377U (en) | Novel folding slide door-type window | |
| CN202596375U (en) | Two-in-one automatic blind bolt | |
| CN208686246U (en) | A kind of sliding door preventing deformation | |
| CN108561027A (en) | It can prevent the sliding door of deformation | |
| CN109403802A (en) | Well-set sliding door | |
| CN208473565U (en) | A kind of sliding door with reinforcing core material | |
| CN106267772A (en) | Football server | |
| CN208416324U (en) | A kind of well-set sliding door | |
| CN108894669A (en) | Without falcon fast-assembling environmental protection sliding door | |
| CN101037920B (en) | Multifunctional window | |
| CN208267642U (en) | A kind of safety-type aluminum alloy doors and windows of combined energy-saving | |
| CN208546064U (en) | A kind of upper type leading wheel framework of sliding door | |
| CN104806102B (en) | Slide Buffer Unit | |
| CN206530191U (en) | Sliding door downslide wheel assembly is slided in a kind of self-locking | |
| CN208416347U (en) | A kind of no falcon fast-assembling environmental protection sliding door | |
| CN204663252U (en) | Slide Buffer Unit | |
| CN108894670A (en) | With the sliding door for reinforcing core material | |
| CN208310585U (en) | A kind of regulating mechanism of furniture folding door | |
| CN108952402A (en) | The upper type leading wheel framework of sliding door | |
| CN201581734U (en) | Universal rolling wheel used for windows and doors | |
| CN207260816U (en) | Door hinge structure with door gap regulatory function |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20180921 |