CN206844963U - Pivotable panels component - Google Patents

Abstract

The utility model provides a kind of pivotable panels component, and it pivotally can be installed between the first frame section and the second frame section parallel to each other and fixed, and pivotable panels component includes：Panel；Fixed the first articulated element and the second articulated element on the two opposite sides side of panel；And first pivot bearings component and the second pivot bearings component, first pivot bearings component and the second pivot bearings component are able to releasably be arranged in the first frame section and the second frame section, the first pivot structure is set between the first pivot bearings component and the first articulated element, the second pivot structure is set between the second pivot bearings component and the second articulated element, first pivot structure and the second pivot structure coaxial line, first pivot structure can change to allowing the second mode of operation being pivotally connected between the first pivot bearings component and the first articulated element be present from the first mode of operation for being pivotally connected is not present between the first pivot bearings component and the first articulated element.

Description

Pivotable panels component

Technical field

A kind of pivotable panels component is the utility model is related to, it, which can be used as pivoted door or pivot window, is being fixed to building knot Set between two parallel fixed frame sections of structure.

Background technology

Sliding door, window is widely used at present.Sometimes, for various purposes, it is necessary to which sliding door, window is transform as And/or install additional and pivot door and window.Generally, this transformation and/or installation need to provide substantial amounts of hardware configuration and need to take There is the space in door window frame.

Utility model content

Therefore, the purpose of this utility model is to propose a kind of pivotable panels component, and it can be in existing slip doorframe Or used in sliding window frame transformation and/or installation, take the space of minimum and make it that the assembly weight of pivotable panels component can To reach maximum, while it is easily installed and later maintenance uses.

According to one side of the present utility model, there is provided a kind of pivotable panels component, it pivotally can put down each other Installed between row and fixed the first frame section and the second frame section, it is characterised in that the pivotable panels component includes：

Panel；

Fixed the first articulated element and the second articulated element on the two opposite sides side of the panel；And

First pivot bearings component and the second pivot bearings component, the first pivot bearings component and the second pivot bearings Component is able to releasably be arranged in first frame section and second frame section,

The first pivot structure is set between the first pivot bearings component and first articulated element, described Second pivot structure is set between two pivot bearings components and second articulated element, first pivot structure and described the Two pivot structure coaxial lines, first pivot structure can be from the first pivot bearings components and first articulated element Between the first mode of operation for being pivotally connected be not present change to the first pivot bearings component and first articulated element Between the second mode of operation for being pivotally connected be present.In context of the present utility model, being pivotally connected means two parts Between exist and allow the association that pivots therebetween.

Alternatively, first pivot structure includes force transmitting member, and the force transmitting member only pivots described first Second mode of operation of structure engages with first articulated element.

Alternatively, the first pivot bearings component includes the base that can be releasably attached to first frame section Plate, the supporting mass fixed relative to the substrate and it can turn in the supporting mass and relative to the supporting mass Dynamic bearing hitching post, one end of the bearing hitching post can move but can not receive the force transmitting member with the relative rotation.

Alternatively, it is locked to the axle in the first mode of operation of first pivot structure, the force transmitting member Hold hitching post.

Alternatively, in the second mode of operation of first pivot structure, first articulated element can be via described Force transmitting member drives the bearing hitching post to be rotated relative to the supporting mass.

Alternatively, the bearing hitching post provides there are multiple angle positions on outer surface, and the supporting mass, which is configured with, to be applied Power apparatus, the force application apparatus are fixed relative to the substrate, in the second mode of operation of first pivot structure, institute State force application apparatus and apply adjustable power to the bearing hitching post, make the bearing hitching post can be by temporary constraint in each angle position Put place.

Alternatively, in the first mode of operation of first pivot structure, the bearing hitching post is filled by the force Put and be constrained on an angular position.

Alternatively, the force application apparatus, which is included in, is fixed to the pressure block of the substrate, in the pressure by the supporting mass The adjusting screw that can rotatably be installed in power block, it can be extended partially into the supporting mass with outer with the bearing hitching post The pushing tow component of perimeter surface contact and the helical spring acted between the pushing tow component and the adjusting screw, in institute The first mode of operation of the first pivot structure, the adjusting screw and the end thereof contacts of the pushing tow component are stated, by rotating State adjusting screw and drive the pushing tow component to vertically move and make the other end of the pushing tow component abut the outer of the bearing hitching post Perimeter surface, in the second mode of operation of first pivot structure, the adjusting screw is not contacted with the pushing tow component and institute The adjustable power for stating force application apparatus is applied by the helical spring.

Alternatively, the other end of the pushing tow component is provided with the rolling ring that can rotate, the rolling ring can around with the axle The axis for holding the centerline axis parallel of hitching post rotates, and the pushing tow component abuts the periphery of the bearing hitching post via the rolling ring Surface.

Alternatively, it is recessed on outer surface of each angle position by the bearing hitching post and limits, and each depression is all each other To spaced at equal intervals.

Alternatively, the angle position is four.

Alternatively, the force transmitting member is that cross section is square bearing spindles.

Alternatively, it is locked in the first mode of operation of first pivot structure, the bearing spindles via screw The bearing hitching post.

Alternatively, in first articulated element formed with cross section and the bearing spindles shape it is complementary and For receiving the square groove of the bearing spindles.

Alternatively, first articulated element includes receiver, and the receiver is fixed on the side of the panel, institute Square groove is stated to be located in the receiver.

Alternatively, the force application apparatus includes adjusting screw, and the adjusting screw is only the of first pivot structure One mode of operation is screwed into the outer surface that the bearing hitching post is abutted in the supporting mass；The force application apparatus also includes having Externally threaded pushing tow component, in the second mode of operation of first pivot structure, the pushing tow component substitutes the regulation spiral shell Nail is screwed into the supporting mass, and the pushing tow component is included in the ball acted at its one end, and the ball is by the top The spring pressurization of component inside arrangement is pushed away to contact the outer surface of the bearing hitching post, adjustable power of the force application apparatus Applied by the spring of the pushing tow component.

Alternatively, second pivot structure includes another force transmitting member, and the second pivot bearings component includes energy Enough substrates for being releasably attached to second frame section, another force transmitting member is in the second pivot bearings component Substrate on can rotatably receive, second articulated element engages described another to drive with another force transmitting member Force transmitting member rotates relative to the substrate of the second pivot bearings component.

Alternatively, second articulated element also is provided with receiver, and the receiver of itself and first articulated element constructs Identical, one end of another force transmitting member is cross section rectangle, is received by the receiver of second articulated element.

Alternatively, adjustable plate is provided with the substrate of the second pivot bearings component, adjusts another power transmission The position of the rotation axis of component.

Alternatively, the adjustable plate is arranged in the groove formed on the substrate of the second pivot bearings component, in institute State and two adjusting screws are screwed with the opposite side walls of groove, position of the adjustable plate in the groove is via described two Adjusting screw is conditioned.

Alternatively, the adjustable plate is clamped and fixed in the groove via a clamping plate.

Alternatively, the second pivot bearings component includes regulation hitching post, and described regulation hitching post one end is screwed into the tune In section plate and the other end can rotatably receive another force transmitting member.

Alternatively, it is described regulation hitching post by can releasably be installed on the substrate of the second pivot bearings component two Individual splicing block fixed position, prevent the regulation hitching post from surprisingly rotating.

Alternatively, it is characterised in that first frame section and the second frame section are made up of window OR gate of section bar.

Alternatively, it is characterised in that first frame section and the second frame section be parallel to the ground or and ground Vertically.

Alternatively, it is characterised in that the side of the panel is defined by framework, and first articulated element and second is hinged Component is fixed on said frame.

Alternatively, the substrate of the first pivot bearings component is fixed to first frame section via clamping plate is clamped Section bar an edge on.

Alternatively, it is provided with adjusting means in first frame section, the first pivot bearings component is along institute The lengthwise position for stating the first frame section is conditioned via the adjusting means.

Alternatively, the adjusting means, which is included in by the substrate of the first pivot bearings component, is fixed to first frame The regulating block of frame section and the adjusting screw that can be rotatably installed in the regulating block, described adjusting screw one end It is screwed in the substrate of the first pivot bearings component.

Alternatively, it is characterised in that friction mandrel carrier ring, the axle are provided between the bearing hitching post and the supporting mass Hitching post is held to be kept by the friction bearing ring.

Alternatively, friction mandrel carrier ring is provided with another force transmitting member in the regulation hitching post, absorbed from described The horizontally and vertically load of panel.

Alternatively, door closers,door openers is installed on the first pivot bearings component.

Alternatively, the rolling ring is bonded on when the bearing hitching post can be by temporary constraint in a depression.

Alternatively, the bearing hitching post includes the flange around the extension of its outer surface, and the bearing hitching post is via described Flange is sat idly in the supporting mass.

Alternatively, the depression is formed in the flange.

Brief description of the drawings

From it is described later describe in detail and with reference to following accompanying drawing can be more fully understood it is of the present utility model foregoing and its Its aspect.It is pointed out that the ratio of each accompanying drawing is possible to different for clarity of illustration, but this can't influence To understanding of the present utility model.In the accompanying drawings：

Fig. 1 diagrammatically illustrates what pivotable panels component of the present utility model was installed between two parallel fixed frames Front view；

Fig. 2 is look up stereogram, diagrammatically illustrates this practicality in the closed position being already installed on upper door frame A part for new pivotable panels component；

Fig. 3 is look up stereogram, and it is new to be schematically illustrated in this practicality that installation door-plate phase is rotated by 90 ° for Fig. 2 A part for the pivotable panels component of type；

Fig. 4 is top perspective view, diagrammatically illustrates this practicality in the closed position being already installed on lower door frame A part for new pivotable panels component；

Fig. 5 is top perspective view, and it is new to be schematically illustrated in this practicality that installation door-plate phase is rotated by 90 ° for Fig. 4 A part for the pivotable panels component of type；

Fig. 6 is exploded view, diagrammatically illustrates the reality of the upper pivot bearings component of pivotable panels component of the present utility model Apply example；

Fig. 7 is the schematic, exploded according to the door-plate upper ledge articulated element of the utility model one embodiment；

Fig. 8 is the schematic, exploded according to the door-plate lower frame articulated element of the utility model one embodiment；And

Fig. 9 is the schematic, exploded according to the lower pivot bearings component of the utility model one embodiment.

Embodiment

In each accompanying drawing of the present utility model, structure is identical or intimate feature is indicated by the same numbers.

Fig. 1 is diagrammatically illustrated according to pivotable panels component of the present utility model.It should be clear that the pivotable panels component can For forming pivoted door or pivoting the panel assembly of window.In addition, the pivotable panels component can be used in existing sliding door Or transform and/or install additional on the basis of window and realize pivoted door or window.Only merely for schematic and nonrestrictive purpose, below only Only introduced using door as example according to pivotable panels component of the present utility model.It is it will be apparent to those skilled in the art that same Content can be used for window.

Pivotable panels component includes door-plate 300.The door-plate 300 two parallel fixed frames, such as upper door frame 100 with It can be pivotally mounted between lower door frame 200.Upper door frame 100 and lower door frame 200 are individually secured to building structure.Door-plate 300 to It is few to be defined on its upper side and lower side by door-plate upper ledge 310 and door-plate lower frame 320.

In context of the present utility model, framework is also referred to by plastic-steel section bar, aluminium alloy extrusions, magnesium alloy type The framework that any suitable section bar such as material, wooden profile material is formed.The framework is widely used in the manufacture of sliding door or window. In addition, door-plate upper ledge or lower frame can also be formed by this section bar.

Pivotable panels component also includes the upper pivot bearings component that can be releasably installed on the downside of upper door frame 100 400 and it can releasably pacify on the upside of lower door frame 200 and hold pivot bearings component 500.In the upper of door-plate upper ledge 310 Door-plate upper ledge articulated element 600 can be releasably installed on side.Can releasably it be provided with the downside of door-plate lower frame 320 Door-plate lower frame articulated element 700.Formed and be pivotally connected between upper pivot bearings component 400 and door-plate upper ledge articulated element 600, and And formed and be pivotally connected between lower pivot bearings component 500 and door-plate lower frame articulated element 700, the pivot axis of the two overlaps.

Alternatively, a door closers,door openers 800 is installed on upper pivot bearings component 400, for aiding in the on or off that pounds Close door-plate 300.

Fig. 6 diagrammatically illustrates the exploded view of the upper pivot bearings component 400 according to the utility model one embodiment. Upper pivot bearings component 400 includes substrate 401, and substantially strip is formed for it.In figure 6, substrate 401 it can be seen that side For upside, will be in contact with upper door frame 100；And that side that can not be seen is downside.

Upper pivot bearings component 400 is fixed to upper door frame 100 via clamping plate 402 and sunk screw 403.Shown In example, clamping plate 402 is two.Substrate 401 is consolidated via clamping plate 402 and four sunk screws 403 respectively at longitudinal both ends Determine to upper door frame 100.For example, each sunk screw 403 is each passed through hole and clamping plate 402 in pivot bearings component 400 In hole be screwed in upper door frame 100.For example, the edge of upper door frame 100 can be clamped in substrate 401 and clamping plate 402 it Between, to cause substrate 401 to be fixed relative to upper door frame 100.In order to which when removing substrate 401, clamping plate 402 can be fixed with position, Clamping plate 402 is also independently fixed to upper door frame 100 by screw 406 and substrate 401.

Supporting mass 407 is fixed to the downside of substrate 401 via screw 409, is consolidated in figure 6 via four screws 409 It is fixed.Before supporting mass 407 is by fixation, bearing hitching post 411 is loaded into the central opening of supporting mass 407.In supporting mass 407 Formed with ring-shaped step 407a in central opening.Bearing hitching post 411 includes flange 411a and the phase positioned at the flange 411a The the first extension 411b and the second extension 411c of anti-both sides.The flange 411a surrounds the periphery of the bearing hitching post 411 Surface extends.When supporting stud 411 is loaded into supporting mass 407, the second extension 411c passes through central opening and flange 411a is seated on ring-shaped step 407a.After supporting mass 407 is by fixation, the first extension 411b is passed through in substrate 401 Circular open 404, while friction mandrel carrier ring 408 is installed in the interior of the first extension 411b outer wall and circular open 404 Between wall, play a part of keeping the first extension 411b in circular open 404.Alternatively, bearing hitching post 411, especially It is that another friction mandrel carrier ring 408 can also be housed between its second extension 411c and supporting mass 407.So, assembling is in place Afterwards, bearing hitching post 411 can be rotated freely in supporting mass 407, rotated freely especially with respect to substrate 401.

Bearing hitching post 411 is fixed by means of screw 412 in friction mandrel carrier ring 408.In the second extension of bearing hitching post 411 Formed with square groove in lower end in portion 411c free end, figure.The square bearing spindles 413 in cross section can be moved freely It is loaded into dynamicly in the groove of the second extension 411c free end.A screw thread is also formed with the second extension 411c Hole, screw 416 can be screwed into the screw hole to contact simultaneously fixing bearing mandrel 413 as needed.Bearing spindles 413 constitute a force transmitting member, and it can move in the bearing hitching post 411 but can not be received with the relative rotation.This Art personnel are it should be clear that the shape of cross section of bearing spindles 413 is not limited to square, other shapes than circular It can use.

In order that a specific position, the supporting can be selectively fixed in supporting mass 407 by obtaining bearing hitching post 411 Body 407 is also configured with a latch member.The latch member includes pressure block 410.The pressure block 410 is relative via screw 409 Fixed in substrate 401 so that the pressure block 410 is located at the side of supporting mass 407.One regulation is installed in pressure block 410 Screw 417.Pushing tow component 419 is installed on the contrary with adjusting screw 417.Pushing tow component 419 has elongate rod, in elongate rod On be arranged with helical spring 418.The free end of pushing tow component 419 can be in contact with screw 417, so as to by screw 417 Pushing, pushing tow component 419 can move.Pushing tow component 419 is provided with rolling ring 420 on one end opposite with elongate rod.Rolling Ring 420 can be freely rotatably mounted at via pin 421 on the end of pushing tow component 419.After assembling is in place, latch member A part, particularly rolling ring 420 can extend into the central opening of supporting mass 407, so as to the flange with bearing hitching post 411 411a is contacted.Multiple, such as four depressions are provided with flange 411a outer surface, rolling ring 420 can be located described recessed In falling into.The central axis of pin 421 and bearing hitching post 411 is almost parallel, so as to which rolling ring 420 can swimmingly be attached to flange Rolled on 411a outer surface.

When needing to install door-plate 300, screw 416 is unscrewed, so as to which bearing spindles 413 can partly drop into door-plate In the square groove (see Fig. 8) of upper ledge articulated element 600.After being fixed again by means of screw 416, bearing spindles 413 exist Vertical direction is formd between upper pivot bearings component 400 and door-plate upper ledge articulated element 600 rotates freely connection, i.e. axle Hold mandrel 413 and constitute pivotal axis therebetween.

In the installation process of door-plate 300, adjusting screw 417 is tightened to its depth capacity so that adjusting screw 417 is direct Pushing tow component 419 is pushed, is forced in a depression of its rolling ring 420 engagement fixed to bearing hitching post 411.So, bearing hitching post 411 are locked in one 90 degree of open positions in supporting mass 407 by latch member.After door-plate 300 is mounted in place, Adjusting screw 417 is unscrewed, so as to being not in contact between pushing tow component 419 and adjusting screw 417, only helical spring 418 to The applying power of pushing tow component 419 causes its rolling ring 420 to be in contact with the flange 411a of bearing hitching post 411.So, at door-plate 300 When closed position as shown in Figure 2 and open position as shown in Figure 3, rolling ring 420 can be joined respectively to flange 411a Depression in, provide the operating physical force that can adjust for door-plate 300.

It is also upper pivot bearings component to can longitudinally adjust upper pivot bearings component 400 relative to upper door frame 100 400 one regulating blocks 405 of configuration.As shown in fig. 6, the regulating block 405 is fixed using flat head screw 415 on the side of substrate 401 To upper door frame 100.Screw 436 is inserted into regulating block 405 from the side of regulating block 405 so that the head energy of screw 436 It is enough to be rotated freely in regulating block 405.In addition, the other end of screw 436 is screwed in substrate 401.Pivoted needing to adjust During the lengthwise position of bearing components 400, all screws 403 are somewhat unscrewed first so that substrate 401 is with the energy of clamping plate 402 Enough boundary slips along upper door frame 100.Then, under the drive of its screw thread, substrate 401 is corresponding on the head of rotary screw 436 Vertically move.After a suitable position is moved to, all screws 403 are tightened again so that substrate 401 is relative to upper door frame 100 are fixed again.

Alternatively, door closers,door openers 800 is fixed to substrate 401 using sunk screw 424.The door closers,door openers 800 and bearing Hitching post 411 is operatively connected, so as to which moment of torsion can be passed to bearing hitching post 411 from door closers,door openers 800, via square shaft Hold mandrel 413 and be passed to door-plate upper ledge articulated element 600, so as to aid in the opening and closing of door-plate 300.

Fig. 7 is the exploded view according to the door-plate upper ledge articulated element 600 of the utility model one embodiment.Door-plate upper ledge is cut with scissors Connection member 600 includes receiver 622.Receiver 622 is using clamping plate 625 and sunk screw 628 the one of door-plate upper ledge 310 It is fixedly mounted in individual groove.Alternatively, in order to further ensure that fixation, one is gripped between clamping plate 625 and door-plate upper ledge 310 Spring part 626.The one end of spring part 626 can be pivotally mounted on using pin 627 relative to clamping plate 625, and the other end is against folder Plate 625.The substantially arcuate of spring part 626, so as to which the compression of spring part 626 can be on clamping plate 625 and door-plate after assembling is in place Applying tension force between frame 310 ensures that receiver 622 is secured in position.An enclosing is integrally formed with the upside of receiver 622 622a.Enclosing 622a extends straight up from the upside of receiver 622, so as to form a rectangle cavity volume and chamber describes in the party Side is opened wide.Baffle plate 623 can be fixed to receiver 622 via screw 624, after being secured in position, the projection of baffle plate 623 Can be deep into rectangle cavity volume, formed square groove, the square groove be exactly when installing door-plate 300 on pivot bearings component 400 bearing spindles 413 can fall into that square groove therein.

Fig. 8 is the exploded view according to the door-plate lower frame articulated element 700 of the utility model one embodiment.Door-plate lower frame is cut with scissors Connection member 700 illustrates to omit herein to be constructed and assemble with the similar mode of door-plate upper ledge articulated element 600 to it.

Fig. 9 is the exploded view according to the lower pivot bearings component 500 of the utility model one embodiment.Under as illustrated, Pivot bearings component 500 includes substrate 529.Substrate 529 is fixed to lower door frame 200 using screw 539.In the upside of substrate 529 On formed with a rectangular recess.Adjustable plate 530 can movably load in the rectangular recess.At opposite two of rectangular recess Formed with through hole in side wall, two adjusting screws 531 can respectively be screwed into through hole and be contacted with adjustable plate 530.So, pass through The adjusting screw 531 is screwed respectively, accordingly can longitudinally move adjustable plate 530 in rectangular recess.Clamping plate 535 is covered in On adjustable plate 530.Clamping plate 535 has an oblong openings, and the oblong openings are relative with the circular central opening of adjustable plate 530 Should.Adjustable plate 530 is slightly higher than the top edge of rectangular recess after rectangular recess is loaded, and such clamping plate 535 is covered in adjustable plate Adjustable plate 530 can be clamped in groove by screw 536 and be secured in position after on 530.Need to adjustable plate 530 in groove , it is necessary to which screw 536 is unscrewed when interior position is adjusted, and corresponding operating adjusting screw 531.Then, by screw 536 Tightening can secured adjusted plate 530 again.

The circular central opening of adjustable plate 530 can be screwed to adjustable plate formed with internal thread so as to adjust hitching post 532 In 530.Adjust formed with multiple lateral flattened areas on the free end of hitching post 532, such as four are in 90 degree azimuthal flat Smooth region.So, regulation hitching post 532 can accordingly be adjusted relative to substrate 529, especially lower door frame 200 is vertical using spanner Highly.In such manner, it is possible to when installing door-plate 300, according to needs, vertically regulation is highly.

After regulation hitching post 532 is secured in position, rotated to prevent from adjusting hitching post 532, it is fixed by two blocks 537. The two blocks 537 are configured to be stitched together, and it is fixed to adjustable plate 535 via screw 538 respectively.Each lid Cap 537 has a side opening, and the shape of the side opening matches with adjusting the flat site of hitching post 532.So, in block 537 After being fixed on adjustable plate 535, the flat site of regulation hitching post 532 is surrounded by the side opening of two blocks 537, prevents regulation cock The unexpected rotation of post 532.

A tank is also formed with the free end of regulation hitching post 532.One end of rotary shaft 534 is via friction mandrel carrier ring 533 can rotatably receive in the tank.Friction mandrel carrier ring 533 can be absorbed from door-plate 300 horizontally and vertically Load.It is shaped as in the other end of rotary shaft 534 square.The squared ends can be received door-plate lower frame articulated element In 700 square groove, so as to rotary shaft 534 can with the similar mode of bearing spindles 413 in lower pivot bearings component 500 Rotating freely for vertical direction is formd between door-plate lower frame articulated element 700 to be connected, i.e., rotary shaft 534 constitutes the two it Between pivotal axis.

It will be apparent to those skilled in the art that the screw-type having been described above is not to technology contents structure of the present utility model It can be used into limitation, such as flat head screw, cheese head screw, square head screw etc. in the utility model.In addition, this practicality is new Each embodiment having been described above of type can be combined with each other.For example, the regulating block 405 shown in Fig. 6 can also alternatively be used In the lower pivot bearings component 500 shown in Fig. 9, to adjust the longitudinal direction of lower pivot bearings component 500 relative to lower door frame 200 Position.In addition, in the case where meeting basic function, some parts can omit.If for example, it is desired to, it is convenient to omit rub Wipe bearer ring OR gate plate upper and lower frames etc..

In addition, although the panel assembly that can be pivoted along vertical axis is described herein, but it is of the present utility model Technical scheme is for that can be also applicable along the panel assembly that horizontal axis pivots.

Although particular implementation of the present utility model is described in detail here, they are used for the purpose of the purpose explained And provide, and it is not considered that they are construed as limiting to the scope of the utility model.The utility model spirit and model are not being departed from It is various to replace, change and transform and be contemplated out on the premise of enclosing.

Claims (34)

1. a kind of pivotable panels component, it can be pivotally in the first frame section and the second framework region parallel to each other and fixed Installed between section, it is characterised in that the pivotable panels component includes：

Panel；

Fixed the first articulated element and the second articulated element on the two opposite sides side of the panel；And

First pivot bearings component and the second pivot bearings component, the first pivot bearings component and the second pivot bearings component It is able to releasably be arranged in first frame section and second frame section,

The first pivot structure is set between the first pivot bearings component and first articulated element, in second pivot Second pivot structure, first pivot structure and second pivot are set between rotating shaft bearing member and second articulated element Rotation structure coaxial line, first pivot structure can be between the first pivot bearings component and first articulated elements Change in the absence of the first mode of operation being pivotally connected to allowing the first pivot bearings component and first articulated element Between the second mode of operation for being pivotally connected be present.

2. pivotable panels component according to claim 1, it is characterised in that first pivot structure includes power and transmits structure Part (413), the force transmitting member only connect in the second mode of operation of first pivot structure and first articulated element Close.

3. pivotable panels component according to claim 2, it is characterised in that the first pivot bearings component includes can The supporting mass (407) of be releasably attached to the substrate of first frame section, being fixed relative to the substrate and it is located at The bearing hitching post (411) that in the supporting mass and can be rotated relative to the supporting mass, one end of the bearing hitching post can Move but the force transmitting member can not be received with the relative rotation.

4. pivotable panels component according to claim 3, it is characterised in that in the first operation of first pivot structure State, the force transmitting member (413) are locked to the bearing hitching post (411).

5. pivotable panels component according to claim 3, it is characterised in that in the second operation of first pivot structure State, first articulated element can drive the bearing hitching post (411) relative to institute via the force transmitting member (413) State supporting mass (407) rotation.

6. according to any described pivotable panels component of claim 3 to 5, it is characterised in that the bearing hitching post (411) is outside Regulation has multiple angle positions in perimeter surface, and the supporting mass (407) is configured with force application apparatus, and the force application apparatus is relative to institute State substrate to be fixed, in the second mode of operation of first pivot structure, the force application apparatus is to the bearing hitching post (411) apply adjustable power, make the bearing hitching post (411) can be by temporary constraint in each angular position.

7. pivotable panels component according to claim 6, it is characterised in that in the first operation of first pivot structure In state, the bearing hitching post (411) is constrained on an angular position by the force application apparatus.

8. pivotable panels component according to claim 7, it is characterised in that the force application apparatus is included in the supporting mass Side is fixed to the pressure block (410) of the substrate, the adjusting screw that can be rotatably installed in the pressure block (410) (417) the pushing tow component contacted in the supporting mass with the outer surface with the bearing hitching post can, be extended partially into (419) helical spring (418) and between the pushing tow component (419) and the adjusting screw (417) acted on, in institute The end thereof contacts of the first mode of operation of the first pivot structure, the adjusting screw (417) and the pushing tow component (419) are stated, Drive the pushing tow component (419) to vertically move by rotating the adjusting screw (417) and make the another of the pushing tow component (419) One end abuts the outer surface of the bearing hitching post, in the second mode of operation of first pivot structure, the adjusting screw (417) do not contacted with the pushing tow component (419) and adjustable power of the force application apparatus is applied by the helical spring (418) Add.

9. pivotable panels component according to claim 8, it is characterised in that the other end of the pushing tow component (419) is set There is rolling ring (420), the rolling ring (420) can rotate around the axis of the centerline axis parallel with the bearing hitching post, the top Push away the outer surface that component (419) abuts the bearing hitching post via the rolling ring (420).

10. pivotable panels component according to claim 9, it is characterised in that each angle position is by the bearing hitching post (411) it is recessed on outer surface and limits, and each spaced at equal intervals circumferentially from one another that is recessed.

11. pivotable panels component according to claim 10, it is characterised in that the angle position is four.

12. pivotable panels component according to claim 11, it is characterised in that the force transmitting member (413) is transversal Face is square bearing spindles.

13. pivotable panels component according to claim 12, it is characterised in that in the first behaviour of first pivot structure Make state, the bearing spindles are locked to the bearing hitching post (411) via screw (408).

14. pivotable panels component according to claim 13, it is characterised in that the shape in first articulated element Into have cross section and the bearing spindles shape it is complementary and for receiving the square grooves of the bearing spindles.

15. pivotable panels component according to claim 14, it is characterised in that first articulated element includes receiver (622), the receiver is fixed on the side of the panel, and the square groove is located in the receiver.

16. pivotable panels component according to any one of claims 1 to 5, it is characterised in that second pivot structure includes Another force transmitting member (534), the second pivot bearings component include releasably being attached to second frame section Substrate, another force transmitting member (534) can rotatably receive on the substrate of the second pivot bearings component, institute The second articulated element is stated to engage with another force transmitting member (534) to drive another force transmitting member (534) relative Rotated in the substrate of the second pivot bearings component.

17. pivotable panels component according to claim 16, it is characterised in that second articulated element also is provided with receiving Device, it is identical with receiver (622) construction of first articulated element, and one end of another force transmitting member (534) is Cross section rectangle, received by the receiver of second articulated element.

18. pivotable panels component according to claim 17, it is characterised in that in the base of the second pivot bearings component Adjustable plate (530) is provided with plate, adjusts the position of the rotation axis of another force transmitting member (534).

19. pivotable panels component according to claim 18, it is characterised in that the adjustable plate (530) is arranged in described In the groove formed on the substrate of second pivot bearings component, two regulation spiral shells are screwed with the opposite side walls of the groove Nail, position of the adjustable plate (530) in the groove is conditioned via described two adjusting screws.

20. pivotable panels component according to claim 19, it is characterised in that the adjustable plate (530) is via a clamping plate (535) it is clamped and fixed in the groove.

21. pivotable panels component according to claim 20, it is characterised in that the second pivot bearings component includes adjusting Save hitching post (532), described regulation hitching post one end is screwed into the adjustable plate (530) and the other end can rotatably receive it is described Another force transmitting member (534).

22. pivotable panels component according to claim 21, it is characterised in that the regulation hitching post (532) is by described The two splicing block fixed positions that can be releasably installed on the substrate of second pivot bearings component, prevent the regulation hitching post Unexpected rotation.

23. pivotable panels component according to any one of claims 1 to 5, it is characterised in that first frame section and Two frame sections are made up of window OR gate of section bar.

24. pivotable panels component according to any one of claims 1 to 5, it is characterised in that first frame section and Two frame sections are parallel to the ground or perpendicular to the ground.

25. pivotable panels component according to any one of claims 1 to 5, it is characterised in that the side of the panel is by framework Define, first articulated element and the second articulated element are fixed on said frame.

26. pivotable panels component according to claim 23, it is characterised in that the substrate of the first pivot bearings component On an edge via the clamped section bar for being fixed to first frame section of clamping plate (402).

27. pivotable panels component according to claim 26, it is characterised in that be provided with first frame section Adjusting means, lengthwise position of the first pivot bearings component along first frame section is via the adjusting means quilt Regulation.

28. pivotable panels component according to claim 27, it is characterised in that the adjusting means is included in described first The regulating block (405) of first frame section is fixed to by the substrate of pivot bearings component and in the regulating block (405) The interior adjusting screw (436) that can rotatably install, described adjusting screw (436) one end are screwed to first pivotal axis In the substrate of bearing member.

29. according to any described pivotable panels component of claim 3 to 5, it is characterised in that the bearing hitching post (411, 411 ') it is provided with friction mandrel carrier ring (408,408 ') between the supporting mass (407,407 '), the bearing hitching post (411, 411 ') kept by the friction mandrel carrier ring (408,408 ').

30. pivotable panels component according to claim 21, it is characterised in that it is described regulation hitching post (532) with it is described Another force transmitting member (534) is provided with friction mandrel carrier ring (533), absorbs the horizontally and vertically load from the panel.

31. pivotable panels component according to any one of claims 1 to 5, it is characterised in that in the first pivot bearings structure Door closers,door openers (800) is installed on part.

32. pivotable panels component according to claim 10, it is characterised in that the rolling ring (420) is in the bearing bolt Post (411,411 ') is bonded on when can be by temporary constraint in a depression.

33. pivotable panels component according to claim 10, it is characterised in that the bearing hitching post includes surrounding its periphery The flange (411a) of surface extension, the bearing hitching post are sat idly in the supporting mass via the flange.

34. pivotable panels component according to claim 33, it is characterised in that the depression is in the flange (411a) Formed.