CN205330326U - Embedded stealthy friction hinge - Google Patents
Embedded stealthy friction hinge Download PDFInfo
- Publication number
- CN205330326U CN205330326U CN201520797927.2U CN201520797927U CN205330326U CN 205330326 U CN205330326 U CN 205330326U CN 201520797927 U CN201520797927 U CN 201520797927U CN 205330326 U CN205330326 U CN 205330326U
- Authority
- CN
- China
- Prior art keywords
- window
- window frame
- rivet
- articulated slab
- frame articulated
- 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.)
- Active
Links
- 230000000694 effects Effects 0.000 claims description 17
- 239000003292 glue Substances 0.000 claims description 15
- 230000001105 regulatory effect Effects 0.000 claims description 14
- 241000209094 Oryza Species 0.000 claims description 9
- 235000007164 Oryza sativa Nutrition 0.000 claims description 9
- 230000015572 biosynthetic process Effects 0.000 claims description 9
- 235000009566 rice Nutrition 0.000 claims description 9
- 238000002347 injection Methods 0.000 claims description 6
- 239000007924 injection Substances 0.000 claims description 6
- 101100348084 Drosophila melanogaster CDase gene Proteins 0.000 claims 11
- 238000009434 installation Methods 0.000 description 13
- 238000010276 construction Methods 0.000 description 6
- 238000005452 bending Methods 0.000 description 4
- 230000007547 defect Effects 0.000 description 4
- 239000010935 stainless steel Substances 0.000 description 4
- 229910001220 stainless steel Inorganic materials 0.000 description 4
- 230000009286 beneficial effect Effects 0.000 description 3
- 230000033001 locomotion Effects 0.000 description 3
- 239000002184 metal Substances 0.000 description 3
- 229910052751 metal Inorganic materials 0.000 description 3
- 239000000203 mixture Substances 0.000 description 3
- 238000007664 blowing Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 239000007769 metal material Substances 0.000 description 2
- 229910001297 Zn alloy Inorganic materials 0.000 description 1
- 238000010009 beating Methods 0.000 description 1
- 238000004512 die casting Methods 0.000 description 1
- 230000002708 enhancing effect Effects 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 238000000465 moulding Methods 0.000 description 1
- 238000004080 punching Methods 0.000 description 1
- 238000004064 recycling Methods 0.000 description 1
- 239000000243 solution Substances 0.000 description 1
- 230000007704 transition Effects 0.000 description 1
Landscapes
- Wing Frames And Configurations (AREA)
Abstract
The utility model relates to an embedded stealthy friction hinge, including window frame connection structure and window connection structure, window frame connection structure includes swing joint spare and interior swing joint spare outside two the at least rigidity joint positions on the window frame articulated slab of window frame articulated slab and setting, at least two, rigidity joint position and window frame articulated slab be integrated into one piece or fixed connection in the side of window frame articulated slab, form the main bearing portion of window frame articulated slab to the fixing clip tying structure of window frame, and its design point lies in: outer swing joint spare is outer mode rotating -structure, and interior swing joint spare is interior mode rotating -structure, and outer swing joint spare and interior swing joint spare are adjusted through rotating, forms the regulation of action formula connection structure to the window frame to the inferior bearing portion of window frame articulated slab. The utility model provides an embedded stealthy friction hinge.
Description
Technical field
This utility model relates to a kind of hinges of door and window device, particularly relates to a kind of built-in hidden friction hinge, it is adaptable to internal-open and inner tilt hinges of door and window connects, and belongs to door and window interface unit technical field。
Background technology
Chinese patent, notification number is CN203961559U, name is called a kind of Easy dismountable internal-open and inner tilt hinges of door and window patent with load-bearing enhancing structure, including window frame attachment structure and window attachment structure, window frame attachment structure is connected with window attachment structure by hinge arrangement, forms Telescopic push-and-pull door and window structure；Window frame attachment structure includes window frame articulated slab and at least two the rigidity shackle member being arranged on window frame articulated slab and at least two active connections, rigidity shackle member is positioned at the inner side of window frame articulated slab, the main load receiving part of the formation window frame articulated slab fixing interface arrangment to window frame, active connection is located at the outside of window frame articulated slab, forms the activity adjustment formula attachment structure to window frame of the secondary load receiving part to window frame articulated slab；Rigidity shackle member is directly stretched out from the bottom surface of window frame articulated slab, is formed in one with window frame articulated slab or is fixedly connected on the bottom surface of window frame articulated slab, forms the load-bearing to window frame and strengthens interface arrangment；Active connection rotates the bottom surface being arranged on window frame articulated slab, and active connection is interior mode tumbler, is regulated the activity adjustment formula attachment structure formed window frame by rotation。
Wherein, rigidity shackle member for extending square bending block from window frame articulated slab bottom surface, square bending block is in " L " shape, form draw-in groove between bending part and the bottom surface of window frame articulated slab of square bending block, be connected the main load receiving part the forming window frame articulated slab fixing interface arrangment to window frame with window frame screens by draw-in groove；Active connection is made up of eccentric rotor and the drive-type rotating shaft of interior corner, the drive-type rotating shaft of interior corner is fixedly installed on window frame articulated slab, the adjustable side that rotates of interior corner drive-type rotating shaft is positioned at above window frame articulated slab, eccentric rotor is positioned at the bottom surface of window frame articulated slab and fixing with the clutch end of corner drive-type rotating shaft is connected, forming movable clamp groove between eccentric rotor and the bottom surface of window frame articulated slab, this movable clamp groove forms the activity adjustment formula attachment structure to window frame。Owing to adopting rigidity shackle member directly to stretch out from the bottom surface of window frame articulated slab, it is formed in one with window frame articulated slab or is fixedly connected on the bottom surface of window frame articulated slab, forming the load-bearing to window frame and strengthen interface arrangment；Active connection rotates the bottom surface being arranged on window frame articulated slab and forms the activity adjustment formula attachment structure to window frame, load-bearing strengthen the weight of interface arrangment and activity adjustment formula attachment structure common support window, and weight capacity is strong；When installing and using, only need to rigidity shackle member be connected on window frame and turn two active connections more just can window is stably connected with on window frame, shorten the set-up time。
Owing to being the interior mode rotational structure of corner drive-type rotating shaft in band with the active connection of window frame attachment structure in above-mentioned technology, the regulative mode between itself and window is that the interior angle through hole twisting utilizing internal angle wrench to extend transversely on corner, the groove inherence drive-type rotating shaft riveted joint of doorframe regulates。There is following several aspect defect: 1, the active connection of window frame attachment structure is interior mode rotational structure, regulate inconvenient and adjusting angle position cannot be checked, active connection is made not easily to find clamping position, it is easy to occur occurring not having clamping or clamping situation not in place because regulating not in place。2, activity adjustment part and window frame articulated slab are for being rotationally connected, it is easy to the phenomenon of vibrations resilience occur, and namely activity adjustment part offsets origin-location along interior corner drive-type axis of rotation under extraneous vibration effect, causes potential safety hazard。3, in prior art, window door hinge fishplate bar is generally zinc alloy diecasting profiled member, and rigidity is bad, and the part exposed all the year round can aoxidize, thus affecting the hinge life-span。4, existing Hinge for window and door window pass window time frictional force less, when blowing the little inertia of resistance big then easily " beating window " there is potential safety hazard。5, the regulative mode of existing window fine setting movement brings adjustment inconvenience for extending transversely into adjustment to site operation。
Utility model content
This utility model purpose is to provide a kind of built-in hidden friction hinge, to solve existing hinges of door and window service life, regulate difficulty and there is the defect of potential safety hazard, has installation simpler, firmly, long service life, the technical characterstic that safety is high。
This utility model solves its technical problem and be the technical scheme is that
A kind of built-in hidden friction hinge, including window frame attachment structure and window attachment structure, window frame attachment structure is connected with window attachment structure by hinge arrangement, forms Telescopic push-and-pull door and window structure；Described window frame attachment structure includes window frame articulated slab and at least two the rigidity clamping positions, at least two outer active connections and the interior active connection that are arranged on window frame articulated slab；Rigidity clamping position and window frame articulated slab are formed in one or are fixedly connected on the side of window frame articulated slab, the main load receiving part of the formation window frame articulated slab fixing interface arrangment to window frame, outer active connection is contained in above window frame articulated slab, interior active connection is contained in the bottom surface of window frame articulated slab, it is characterized in that: described outer active connection is external regulation type rotational structure, described interior active connection is interior mode rotational structure, outer active connection and interior active connection regulate by rotating, and form the activity adjustment formula attachment structure to window frame of the secondary load receiving part to window frame articulated slab。
A kind of built-in hidden friction hinge as mentioned above, it is characterized in that: rigidity interlocking position, rubbing device and the mobile regulating part that described window attachment structure includes window door hinge fishplate bar, is arranged on window door hinge fishplate bar, rigidity interlocking position is positioned at the both sides up and down of window door hinge fishplate bar, by embedding in window kerve, the main load receiving part of the formation window door hinge fishplate bar fixing interface arrangment to window；Described rubbing device embeds in window kerve together with window door hinge fishplate bar。
A kind of built-in hidden friction hinge as mentioned above, it is characterized in that: described rubbing device is by anti-skid and drags glue rivet to constitute, window door hinge fishplate bar interlude has towards the concave surface bottom window kerve, inside the anti-skid middle concave surface being positioned at window door hinge fishplate bar, glue rivet slides is dragged to embed in the rivet chute on window door hinge fishplate bar, glue rivet stub end is dragged to be positioned at concave surface, by dragging the friction between glue rivet and anti-skid to form the friction structure to hinge。
As mentioned above a kind of built-in hidden friction hinge, it is characterised in that: described anti-skid is anti-skid of injection mo(u)lding, and anti-skid center of injection mo(u)lding is provided with and the strip rivet slide opening dragging glue rivet stub end interference fit。
A kind of built-in hidden friction hinge as mentioned above, it is characterised in that: described mobile regulating part is made up of off-center rivet, window adjustment sheet and machine-processed rice screw, and window adjustment sheet is riveted on window door hinge fishplate bar by off-center rivet；Machine-processed rice screw is positioned at the end of window adjustment sheet, and window adjustment sheet is fixed on window；The major part adjustable side of off-center rivet is provided with inner hexagonal hole, by rotating off-center rivet, constitutes the fine setting to window and moves adjustable type attachment structure。
A kind of built-in hidden friction hinge as mentioned above, it is characterized in that: described outer active connection is positioned at the level in " L " shape window frame articulated slab and vertical two ends, outer active connection is by turning tabletting and internal-external hexagon rivet is constituted, internal-external hexagon rivet is provided with inner hexagonal hole, the adjustable side that rotates turning tabletting and internal-external hexagon rivet is positioned at above level and vertical two ends of window frame articulated slab, turn that the clutch end of tabletting and internal-external hexagon rivet is fixing to be connected, by rotating internal-external hexagon rivet, turn push away crowded with window frame profile kerve of boss that tabletting corner is arcuation and constitute shockproof resilient structures。
A kind of built-in hidden friction hinge as mentioned above, it is characterized in that: described interior active connection is made up of interior riveting sheet and rotation rivet, rotate rivet and be provided with inner hexagonal hole, the riveted joint end of interior riveting sheet and rotation rivet is positioned at the bottom surface of window frame articulated slab, interior riveting sheet is fixing with the riveted joint end rotating rivet to be connected, rotating rivet by twisting, push away crowded with window frame profile kerve of boss that interior riveting sheet corner is arcuation constitutes shockproof resilient structures。
The beneficial effects of the utility model are:
1, this utility model is owing to adopting described rigidity clamping position directly to stretch out from the one side of window frame articulated slab, is formed in one with window frame articulated slab or is fixedly connected on the one side of window frame articulated slab, forms the main load-bearing to window frame and strengthens fixing interface arrangment；Outer active connection rotates and is arranged on above window frame articulated slab, for external regulation type rotational structure, the activity adjustment formula attachment structure forming the secondary load receiving part to window frame articulated slab to window frame is regulated by rotating, the corner turning tabletting and interior riveting sheet is provided with the boss shockproof resilient structures of composition, the weight of interface arrangment and activity adjustment formula attachment structure common support window is strengthened by load-bearing, overcome existing hinges of door and window bearing capacity little, dismount loaded down with trivial details with because of when using active connection not easily find that what clamping position caused does not have clamping, clamping is not in place and shakes the problem that resilience exists potential safety hazard。Therefore, have that weight capacity is strong, window and window frame stable connection, be unlikely to deform and loosen, the beneficial effect such as safety is high。
2, the window door hinge fishplate bar of window embedded connecting structure of the present utility model selects high-quality stainless steel metal material to be stamped and formed out, rigidity interlocking position is directly stretched out from the two sides of window door hinge fishplate bar, it is formed in one with window door hinge fishplate bar or is fixedly connected on the two sides of window door hinge fishplate bar, forming the main load receiving part of the window door hinge fishplate bar fixing interface arrangment to window by embedding window kerve；Rubbing device is positioned at the inside of concave surface in the middle of window door hinge fishplate bar, in embedding window kerve Tong Bu with window door hinge fishplate bar, by dragging the extruding between glue rivet and anti-skid to define the friction structure to hinge with friction；Mobile regulating part is made up of off-center rivet and window adjustment sheet and machine-processed rice screw, by rotating off-center rivet, forms the fine setting to window and moves adjustable type attachment structure and longitudinal regulative mode。Therefore, have that weight capacity is strong, long service life, increase friction reduce inertia, reduce window regulates difficulty and there is the defect of potential safety hazard, have quick for installation, use and the beneficial effects such as simple, safety is high be installed。
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail。
Fig. 1 is closure state structure sectional view of the present utility model。
Fig. 2 is closure state structure top view of the present utility model。
Fig. 3 is the structure top view of this utility model micro stretching state。
Fig. 4 is window frame articulated slab structure sectional view。
Fig. 5 is window frame articulated slab structure top view。
Fig. 6 is the B-B sectional view of Fig. 5。
Fig. 7 is the C-C sectional view of Fig. 5。
Fig. 8 is window door hinge fishplate bar structure sectional view。
Fig. 9 is window door hinge fishplate bar structure top view。
Figure 10 is the D-D sectional view of Fig. 9。
Figure 11 is the E-E sectional view of Fig. 9。
Figure 12 is one of use scheme of installation of the present utility model。
Figure 13 is the two of use scheme of installation of the present utility model。
Figure 14 is the three of use scheme of installation of the present utility model。
Figure 15 is the four of use scheme of installation of the present utility model。
Figure 16 is the five of use scheme of installation of the present utility model。
Figure 17 is the six of use scheme of installation of the present utility model。
Figure 18 is the seven of use scheme of installation of the present utility model。
Figure 19 is the eight of use scheme of installation of the present utility model。
Figure 20 is the nine of use scheme of installation of the present utility model。
Figure 21 is the F-F sectional view of Figure 20。
Detailed description of the invention
Such as Fig. 1 to Fig. 7, a kind of built-in hidden friction hinge, including window frame attachment structure and window attachment structure, window frame attachment structure is connected with window attachment structure by first hinge arrangement the 2, second hinge arrangement 3, forms Telescopic push-and-pull door and window structure。
Window frame attachment structure includes window frame articulated slab 1 and the outer active connection 52 in 16, at least two, at least two rigidity clamping positions being arranged on window frame articulated slab 1 and an interior active connection 51。Rigidity clamping position 16 is positioned at the one side of window frame articulated slab 1 and directly stretches out from the side of window frame articulated slab 1, being formed in one with window frame articulated slab 1 or be fixedly connected on the side of window frame articulated slab 1, the load-bearing of window frame is strengthened fixing interface arrangment by the main load receiving part forming window frame articulated slab 1。Outer active connection 52 is positioned at above window frame articulated slab 1, for external regulation type rotational structure；Interior active connection 51 is positioned at the bottom surface of window frame articulated slab 1, for interior mode rotational structure；Outer active connection 52 and interior active connection 51 regulate by rotating, and form the activity adjustment formula attachment structure to window frame of the secondary load receiving part to window frame articulated slab 1。
In the present embodiment:
Window frame articulated slab 1 is in " L " shape, and the end of window frame articulated slab 1 horizontal component bends downwards in " Z " shape, constitutes the vertical supporting construction propping up window frame；Window frame articulated slab 1 vertically part, constitutes the horizontal support structure propping up window frame。Rigidity clamping position 16 is formed in one structure by being stamped and formed out rigidity clamping position 16 and window frame articulated slab 1 from window frame articulated slab 1, rigidity clamping position 16 is positioned at the projection at place in short of " Z " shape right angle step of window frame articulated slab 1 horizontal surface portion, or the projection of vertical plane part, then rigidity clamping position 16 is the part that window frame articulated slab 1 side is protruded, form fixed card slot 18 between rigidity clamping position 16 and the bottom surface of window frame articulated slab 1, be connected the main load receiving part the forming window frame articulated slab 1 fixing interface arrangment to window frame with window frame screens by fixed card slot 18。Outer active connection 52 is positioned at the level in " L " shape window frame articulated slab 1 and vertical two ends, outer active connection 52 is by turning tabletting 5 and internal-external hexagon rivet 8 is constituted, internal-external hexagon rivet 8 is provided with inner hexagonal hole, the adjustable side that rotates turning tabletting 5 and internal-external hexagon rivet 8 is positioned at above level and vertical two ends of window frame articulated slab 1, turn tabletting 5 and fixing with the clutch end of internal-external hexagon rivet 8 be connected, by rotating internal-external hexagon rivet 8, level turns and forms movable clamp groove 19 between the horizontal bottom of tabletting 5 and window frame articulated slab 1, the vertical plane vertically turning tabletting 5 and window frame articulated slab 1 forms activity clamping plane 20, this movable clamp groove 19 or this activity clamping plane 20 cooperatively form the activity adjustment formula attachment structure to window frame with window frame profile kerve。Push away crowded with window frame profile kerve of boss 23 turning tabletting 5 corner constitutes shockproof resilient structures。
Interior active connection 51 is positioned at the bottom surface of window frame articulated slab 1 horizontal component, interior active connection 51 is made up of interior riveting sheet 9 and rotation rivet 10, rotate rivet 10 and be provided with inner hexagonal hole, the riveted joint end of interior riveting sheet 9 and rotation rivet 10 is positioned at the bottom surface of window frame articulated slab 1 horizontal component, interior riveting sheet 9 the riveted joint end with rotation rivet 10 are fixed and are connected, rivet 10 is rotated by twisting, the horizontal bottom of interior riveting sheet 9 and window frame articulated slab 1 forms movable clamp groove 17, and this movable clamp groove 17 cooperatively forms the activity adjustment formula attachment structure to window frame with window frame profile kerve。The boss 22 of interior riveting sheet 9 corner and window frame profile kerve squeeze and push away the shockproof resilient structures of composition。
Turn tabletting 5 or interior riveting sheet 9 is stamped to form by metal derby, it is fixed on above window frame articulated slab 1 by internal-external hexagon rivet 8 or rotation rivet 10 riveted joint or is fixed on the bottom surface of window frame articulated slab 1, turn the front end of tabletting 5 longer and and window frame articulated slab 1 horizontally or vertically form movable clamp groove 19 or clamping plane 20 between bottom surface, the horizontal bottom of interior riveting sheet 9 and window frame articulated slab 1 forms movable clamp groove 17, the corner turning tabletting 5 or interior riveting sheet 9 is provided with in arcuation boss 23 or boss 22, and this boss 23 or boss 22 squeeze with window frame profile kerve and push away the shockproof resilient structures of composition。
Such as Fig. 1 to Figure 11, window attachment structure includes window door hinge fishplate bar 4 and at least four embedded rigidity interlocking 15, one, the position rubbing device 54 being arranged on window door hinge fishplate bar 4 and a mobile regulating part 53。Rigidity interlocking position 15 is positioned at the both sides of window door hinge fishplate bar 4, by embedding in window kerve, and the main load receiving part of the formation window door hinge fishplate bar 4 fixing interface arrangment to window。Window door hinge fishplate bar 4 interlude has towards the concave surface bottom window kerve, and rubbing device 54 is positioned at inside the concave surface of window door hinge fishplate bar 4, and rubbing device 54 embeds in window kerve together with window door hinge fishplate bar 4, forms the friction structure to hinge。Mobile regulating part 53 is positioned at the end of window door hinge fishplate bar 4, forms the fine setting to window and moves adjustable type attachment structure and longitudinal regulative mode。
In the present embodiment:
Window door hinge fishplate bar 4 is by high-quality stainless steel metal punch forming, by embedding window kerve, makes rigidity interlocking position 15 constitute, with window kerve screens overlap joint, the vertical supporting construction propping up window。Described rigidity interlocking position 15 is stamped and formed out rigidity interlocking position 15 and window door hinge fishplate bar 4 from window door hinge fishplate bar 4 and is formed in one structure, rigidity interlocking position 15 be the part of step site the highest two sides protrusion of window door hinge fishplate bar 4, by embedding in window kerve, the main load receiving part of the formation window door hinge fishplate bar 4 fixing interface arrangment to window。Rubbing device 54 is by anti-skid 6 and drags glue rivet 7 to constitute, rubbing device 54 embeds in window kerve together with window door hinge fishplate bar 4, inside anti-skid 6 concave surface being fixed on window door hinge fishplate bar 4, the stub end dragging glue rivet 7 is positioned at inside the concave surface of window door hinge fishplate bar 4, anti-skid 6 is anti-skid of injection mo(u)lding, anti-skid center of injection mo(u)lding is provided with and the strip rivet slide opening dragging glue rivet 7 stub end interference fit, drags glue rivet 7 by producing to compress and rub against the friction structure constituted hinge with formation interference fit anti-skid 6 during motion。
Mobile regulating part 53 is made up of off-center rivet 13 and window adjustment sheet 14 and machine-processed rice screw 12。Off-center rivet 13 is forged by stainless steel metal block and forms, and its major part adjustable side is provided with inner hexagonal hole, and its riveted joint end is riveted on window door hinge fishplate bar 4 through window adjustment sheet 14；Machine-processed rice screw 12 is positioned at the end of window adjustment sheet 14, and window adjustment sheet 14 is fixed on window；Window adjustment sheet 14 is provided with and the joint construction 21 of window adjustment sheet 14 integrated punching molding, this joint construction 21 embeds in window kerve together with window door hinge fishplate bar 4, make joint construction 21 and machine-processed rice screw 12 be firmly fixed on window by movement regulating part 53, form longitudinal regulative mode。By rotating off-center rivet 13, constitute the fine setting to window and move adjustable type attachment structure。
Such as Figure 12 to Figure 16, window frame articulated slab 1, when installing and using, is snapped in the kerve 24 of window frame profile by the present embodiment, and the rigidity clamping position 16 of window frame articulated slab 1 and interior active connection 51 and outer active connection 52 lay respectively at inside kerve 24。First boss 22 two ends that have of the interior riveting sheet 9 of interior active connection 51 are snapped in a side 25 and another side 26 of kerve 24 by rotating rivet 10, make rigidity clamping position 16 snap in a side 25 of kerve 24, the longer end of boss 23 that has turning tabletting 5 of outer active connection 52 is snapped in by rotating internal-external hexagon rivet 8 in another side 26 of kerve 24。Concrete, the twisting of Allen key spanner is utilized to rotate rivet 10, two movable clamp grooves 17 that the interior riveting sheet 9 of interior active connection 51 and window frame articulated slab 1 are formed are stuck on a side 25 and another side 26 of kerve 24, the fixed card slot 18 that rigidity clamping position 16 and window frame articulated slab 1 are formed is made to be stuck on a side 25 of kerve 24, and the outer vertical plane contributing to window frame articulated slab 1 is close to the inner bottom surface of vertical kerve, recycling Allen key spanner twisting internal-external hexagon rivet 8, it is stuck in turning the movable clamp groove 19 that tabletting 5 and window frame articulated slab 1 formed on another side 26 of kerve 24。Owing to the corner of interior riveting sheet 9 and the corner turning tabletting 5 of outer active connection 52 of interior active connection 51 are respectively equipped with boss 22 and boss 23, what make the parallel distance size of interior riveting sheet 9 or rigidity clamping position 16 and outer active connection 52 turns the tabletting 5 parallel distance size notch size more than kerve 24, rivet 10 or twisting internal-external hexagon rivet 8 is rotated by twisting, interior riveting sheet 9 or turn tabletting 5 and push with another side 26 relative position, interior active connection 51 and rigidity clamping position 16 and outer active connection 52 are clamped in kerve 24, two movable clamp grooves 17 of interior active connection 51 or the fixed card slot 18 of outer active connection 52 and movable clamp groove 19 correspondence respectively are fixedly mounted on a side 25 and another side 26。Complete to install, install simple and convenient。
Such as Figure 17 to Figure 21, the present embodiment is when installing and using, by the kerve 27 embedding window section bar together with the window adjustment sheet 14 of window door hinge fishplate bar 4 with rubbing device 54 anti-skid 6 and mobile regulating part 53。Fitting with the vertical bottom surface 56 of kerve 27 in location 55 on window door hinge fishplate bar 4, makes anti-skid 6 of rigidity interlocking position 15 and rubbing device 54 and joint construction 21 is fully located at inside kerve 27。Rotating off-center rivet 13 makes the graduation mark 28 on off-center rivet 13 be directed at the graduation mark 29 on window adjustment sheet 14, two machine-processed rice screws 12 of window adjustment sheet 14 end are screwed in kerve 27, make mobile regulating part 53 be firmly fixed on window, rotate off-center rivet 13 and make the graduation mark 28 on off-center rivet 13 be directed at the graduation mark 57 on window adjustment sheet 14。Complete to install, install simple and convenient。
Window frame articulated slab 1 of the present utility model adopts high-quality stainless steel metal material to be stamped and formed out with window door hinge fishplate bar 4, rigidity clamping position 16 and rigidity interlocking position 15 are one-body molded with window frame articulated slab 1, window door hinge fishplate bar 4 respectively, intensity is higher, the life-span is longer, it is simpler to make, and reduces its production cost simultaneously。
Of the present utility model turning may utilize Allen key spanner rotation internal-external hexagon rivet or rotate rivet on tabletting or interior riveting sheet, make to turn tabletting or interior riveting sheet and be fixed with window frame profile kerve, install simple and convenient, and improve installation effectiveness。The corner turning tabletting or interior riveting sheet is provided with transition arc and boss, make to turn tabletting or interior riveting sheet is more prone to snap in the kerve of window frame profile, twist Portable power saving more, and the kerve of boss and window frame profile squeezes to push away and prevents door and window vibrations from causing turning tabletting or interior riveting sheet resilience, and fixed performance is better, safety is higher。
This utility model band friction structure, can prevent from blowing and beat the potential safety hazard that window causes, be greatly improved security performance。
Above-mentioned technical characteristic, this utility model replaces and is previously present the structure of defect so that it is hinge is installed simpler, more convenient, and structure is more firm, and performance is more stable, and safety is higher, is greatly reduced because of the adjoint error in complicated face, improves installation quality。
The above, be based on any trickle amendment, equivalent variations and modification that above example is made by technical spirit of the present utility model, all still fall within the scope of technical solutions of the utility model。
Claims (7)
1. a built-in hidden friction hinge, including window frame attachment structure and window attachment structure, window frame attachment structure is connected with window attachment structure by hinge arrangement, forms Telescopic push-and-pull door and window structure；Described window frame attachment structure includes window frame articulated slab and at least two the rigidity clamping positions, at least two outer active connections and the interior active connection that are arranged on window frame articulated slab；Rigidity clamping position and window frame articulated slab are formed in one or are fixedly connected on the side of window frame articulated slab, the main load receiving part of the formation window frame articulated slab fixing interface arrangment to window frame, outer active connection is contained in above window frame articulated slab, interior active connection is contained in the bottom surface of window frame articulated slab, it is characterized in that: described outer active connection is external regulation type rotational structure, described interior active connection is interior mode rotational structure, outer active connection and interior active connection regulate by rotating, the secondary load receiving part of the formation window frame articulated slab activity adjustment formula attachment structure to window frame。
2. a kind of built-in hidden friction hinge according to claim 1, it is characterized in that: rigidity interlocking position, rubbing device and the mobile regulating part that described window attachment structure includes window door hinge fishplate bar, is arranged on window door hinge fishplate bar, rigidity interlocking position is positioned at the both sides up and down of window door hinge fishplate bar, by embedding in window kerve, the main load receiving part of the formation window door hinge fishplate bar fixing interface arrangment to window；Described rubbing device embeds in window kerve together with window door hinge fishplate bar。
3. a kind of built-in hidden friction hinge according to claim 2, it is characterized in that: described rubbing device is by anti-skid and drags glue rivet to constitute, window door hinge fishplate bar interlude has towards the concave surface bottom window kerve, inside the anti-skid middle concave surface being positioned at window door hinge fishplate bar, glue rivet slides is dragged to embed in the rivet chute on window door hinge fishplate bar, glue rivet stub end is dragged to be positioned at concave surface, by dragging the friction between glue rivet and anti-skid to form the friction structure to hinge。
4. a kind of built-in hidden friction hinge according to claim 3, it is characterised in that: described anti-skid is anti-skid of injection mo(u)lding, and anti-skid center of injection mo(u)lding is provided with and the strip rivet slide opening dragging glue rivet stub end interference fit。
5. a kind of built-in hidden friction hinge according to claim 2, it is characterised in that: described mobile regulating part is made up of off-center rivet, window adjustment sheet and machine-processed rice screw, and window adjustment sheet is riveted on window door hinge fishplate bar by off-center rivet；Machine-processed rice screw is positioned at the end of window adjustment sheet, and window adjustment sheet is fixed on window；The major part adjustable side of off-center rivet is provided with inner hexagonal hole, by rotating off-center rivet, constitutes the fine setting to window and moves adjustable type attachment structure。
6. a kind of built-in hidden friction hinge according to claim 1, it is characterized in that: described outer active connection is positioned at the level in " L " shape window frame articulated slab and vertical two ends, outer active connection is by turning tabletting and internal-external hexagon rivet is constituted, internal-external hexagon rivet is provided with inner hexagonal hole, the adjustable side that rotates turning tabletting and internal-external hexagon rivet is positioned at above level and vertical two ends of window frame articulated slab, turn that the clutch end of tabletting and internal-external hexagon rivet is fixing to be connected, by rotating internal-external hexagon rivet, turn push away crowded with window frame profile kerve of boss that tabletting corner is arcuation and constitute shockproof resilient structures。
7. a kind of built-in hidden friction hinge according to claim 1, it is characterized in that: described interior active connection is made up of interior riveting sheet and rotation rivet, rotate rivet and be provided with inner hexagonal hole, the riveted joint end of interior riveting sheet and rotation rivet is positioned at the bottom surface of window frame articulated slab, interior riveting sheet is fixing with the riveted joint end rotating rivet to be connected, rotating rivet by twisting, push away crowded with window frame profile kerve of boss that interior riveting sheet corner is arcuation constitutes shockproof resilient structures。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520797927.2U CN205330326U (en) | 2015-10-14 | 2015-10-14 | Embedded stealthy friction hinge |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520797927.2U CN205330326U (en) | 2015-10-14 | 2015-10-14 | Embedded stealthy friction hinge |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205330326U true CN205330326U (en) | 2016-06-22 |
Family
ID=56213267
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520797927.2U Active CN205330326U (en) | 2015-10-14 | 2015-10-14 | Embedded stealthy friction hinge |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205330326U (en) |
-
2015
- 2015-10-14 CN CN201520797927.2U patent/CN205330326U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201818165U (en) | Three-dimensional adjusting gemel | |
| CN104100164A (en) | Easily-handled inward tilt-turn door/window hinge assembly with bearing reinforcing structure | |
| CN104929459B (en) | Door and window positioning hinge | |
| CN205330326U (en) | Embedded stealthy friction hinge | |
| CN106193863A (en) | The hinge mounting structure of a kind of door body and refrigerator | |
| CN205330325U (en) | Hinge is adjusted in embedded stealthy friction | |
| CN203961559U (en) | A kind of Easy dismountable internal-open and inner tilt hinges of door and window with load-bearing enhancing structure | |
| CN203201345U (en) | Industrial top wheel support | |
| CN201284592Y (en) | Corner hinge of door and window | |
| CN208106154U (en) | A kind of door hinge structure | |
| CN211287184U (en) | Power structure for fireproof window | |
| CN208237381U (en) | A kind of hanging rack of TV set with damping, buffering and heat sinking function | |
| CN205812539U (en) | Lcd touch embedded Control box | |
| JP2023500107A (en) | Hinge assemblies, home appliances, rotating devices and fans | |
| CN209585988U (en) | A kind of built-in hinge structure | |
| CN206129028U (en) | Glass curtain wall opens falling -off -resistant structure of window | |
| CN206110938U (en) | Embedded stealthy hinge | |
| CN221256455U (en) | Hinge device for suspended window | |
| CN205713590U (en) | Overcovered edge hidden hinge | |
| CN217001387U (en) | Window with supporting pad | |
| CN216843916U (en) | Campus intelligent security monitoring is with diversified support of adjusting | |
| CN215292003U (en) | Hinge with a hinge body | |
| CN219061307U (en) | Hinge base fixing structure | |
| CN219431616U (en) | Super-heavy built-in door and window hinge | |
| CN218934133U (en) | Adjustable screen window hinge |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20161026 Address after: 528322 Zhenjiang Industrial Zone, Shunde, Guangdong, Foshan Patentee after: Shunde Foshan Leliu strong metal product Co., Ltd. Address before: 528415 Guangdong province Foshan city Shunde District Daliang Street Xingui road sea Guoqin Bay Garden three days sieve building 23, 10E Patentee before: Liao Guanrong |