CN207700909U - A kind of Slide support for door and window - Google Patents
A kind of Slide support for door and window Download PDFInfo
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- CN207700909U CN207700909U CN201721818526.6U CN201721818526U CN207700909U CN 207700909 U CN207700909 U CN 207700909U CN 201721818526 U CN201721818526 U CN 201721818526U CN 207700909 U CN207700909 U CN 207700909U
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- trailing arm
- holding firmware
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- gauge
- rotation holding
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- 230000002035 prolonged effect Effects 0.000 claims 1
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- 230000006872 improvement Effects 0.000 description 9
- 238000010586 diagram Methods 0.000 description 8
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 2
- 238000004078 waterproofing Methods 0.000 description 2
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Abstract
A kind of Slide support for door and window, hinged between trailing arm, kerve and link mechanism, trailing arm is equipped with fixed screw, and consolidate portion equipped with holding division peace, the cross section of holding division is in " Jiong " font, and both sides are for being caught in the card slot of sash profile, and flat solid portion after fixing for that can prevent trailing arm from shaking；Through revolving part is equipped on kerve, revolving part is connected with rotation holding firmware, and rotation holding firmware is used to be caught in and be fastened in the card slot of window frame profile by rotation；The tail end of kerve is equipped with the trailing arm limiting plate with limiting through hole, the tail portion of trailing arm is hinged with snap-gauge, snap-gauge end penetrates into limiting through hole, eccentric screw is threaded through on snap-gauge and trailing arm, when turn eccentric screw, it drives snap-gauge to be rotated around hinge joint therewith, the position that snap-gauge end penetrates into limiting through hole is made to change.This Slide support for door and window need not drill, and can be finely adjusted to the position after trailing arm gathering convenient for being fixed with sash profile and window frame profile in sash profile and window frame profile.
Description
Technical field
The utility model is related to hinges of door and window technical fields, and in particular to arrive a kind of Slide support for door and window.
Background technology
In door and window industry, casement window is generally that sliding support is used to secure itself on window frame profile to realize sash
It is fixedly mounted.Existing Slide support for door and window has concealed hinge, three-link sliding support formula hinge, double leval jib sliding support formula hinge currently on the market
Chain etc. can realize the fixed installation of sash.
For example, Patent No. 201621387800.4, a kind of entitled Chinese utility model patent of sliding support disclose with
Lower technical solution：Including window frame fixed pole, trailing arm and link mechanism, the link mechanism is separately connected window frame fixed pole and trailing arm, makes
Opposite it can be strutted and close up between window frame fixed pole and trailing arm；Link mechanism includes first connecting rod and second connecting rod, first connecting rod
One end is articulated with window frame fixed pole end, and the other end is articulated with trailing arm centre position；Second connecting rod one end is articulated with window frame fixed pole and leans on
Nearly centre position, the other end are articulated on trailing arm close to first connecting rod and trailing arm hinge joint position；Trailing arm passes through groove and screw
Cooperation is fixedly mounted with sash profile, and window frame fixed pole is fixedly mounted by screw and window frame profile, and this fixed installation mode has
There is the characteristics of firm stable.
For another example Patent No. 201520219333.3, a kind of entitled China of Anti-dropping safety side-hung casement hinge is real
Following technical scheme is disclosed with new patent：Pass through including window frame fixed frame, sash fixed frame and movable bracket, movable bracket
Rivet interlacement window frame fixed frame and sash fixed frame, window frame fixed frame are equipped with sliding groove, and sliding block is mounted in sliding groove, sliding block
With movable bracket by rivet interlacement, make opposite to strut and close up between window frame fixed frame and sash fixed frame, in window frame
The end of fixed frame is equipped with the baffle in V-shape, for when sash closure, when sash fixed frame collapses, the end of sash fixed frame
Portion is accommodated on the inside of baffle, to be limited to the gathering degree of sash fixed frame, sash fixed frame is enable accurately to receive
Hold together in place, in addition, by the setting of baffle, can have tamper-resistant function after so that sash fixed frame is collapsed, prevent sash it is non-just
Often open.
However, in most of Slide support for door and window including above-mentioned patent, between sliding support and sash profile, window frame profile
Fixation is to be fixed using screw, and the position of trailing arm can not be adjusted, this sliding support structure and fixed form
There are following technical problems：
1, since the bottom of sash profile further includes the part such as corner brace screw, this fixed form can make corner brace screw
Equal parts withstand trailing arm, are not easy to the installation of trailing arm, while can also make the fixation between trailing arm and sash profile not secured enough,
In addition, using fastened by screw, it is also necessary to drill in sash profile, the structure of fan frame proximate matter is caused to be destroyed；
2, window frame fixed pole is fixedly mounted by screw and window frame profile, not only time-consuming and laborious in installation process in this way, simultaneously
It also needs to drill on window frame profile, the structure of window frame profile is caused to be destroyed；
3, after sash is mounted on trailing arm, since the shape of baffle and trailing arm end is fixed, when the end of trailing arm is received
It after being contained on the inside of baffle, fits on the inside of end and baffle, to define the position after trailing arm gathering, therefore after trailing arm gathering
Position can not be adjusted.After sash is mounted on trailing arm, if installation site or profile size occur partially
Difference, it will cause sash that cannot be closed completely, can not also adjust the closure of sash by adjusting the position of trailing arm at this time, from
And influence air-tightness.
Utility model content
In order to solve the above-mentioned technical problem the utility model, provides a kind of Slide support for door and window, this Slide support for door and window and sash
When proximate matter and window frame profile are fixed, it need not drill in sash profile and window frame profile, not destroy sash profile and window frame type
The structure of material, and have the characteristics that installation is simple and convenient.In addition, trailing arm can avoid the parts such as corner brace screw, convenient for being fixed on
Fix tightly solidity in sash profile, and between trailing arm and sash profile is good, and sash profile cannot be loosened after, and ensures peace
Quan Xing.Furthermore the position after this Slide support for door and window can collapse trailing arm is finely adjusted, while having tamper-resistant function.
In order to realize that the purpose of this utility model, used technical solution be：
A kind of Slide support for door and window is provided, including is used for the fixed trailing arm of sash profile, for fixed with window frame profile
Kerve and link mechanism, hinged between the trailing arm, kerve and link mechanism, making being capable of phase between the trailing arm and kerve
To strutting and closing up, wherein
The trailing arm is in strip, and the trailing arm is equipped with threaded screw hole, fixed screw is equipped in the screw hole,
The width of the trailing arm is formed by opening width between being less than two card slot of sash profile, is equipped with along its length on the trailing arm
Holding division peace consolidates portion, and the cross section of the holding division is made of, institute in " Jiong " font the side plate of bottom surface and the left and right sides
It states bottom surface to be made of the front of trailing arm, the left side plate is folded upward at extension by the left and right side side of trailing arm and is formed, the side
Plate is equipped with the fixture block for being inserted into sash profile card slot；The flat solid portion is from the left and right avris of trailing arm toward trailing arm width direction
Extension is formed, and the width in the flat solid portion is used for and sash equal to opening width is formed by between two card slot of sash profile
The left and right avris that opening is formed by between two card slot of proximate matter is affixed, and prevents trailing arm from shaking；
The kerve is equipped with fastening structure, and the fastening structure includes revolving part and rotation holding firmware, the revolving part
It is connect with rotation holding firmware through the kerve, and in the side for penetrating the kerve back side, the rotation holding firmware is with revolving part
It rotates and rotates, the width of the rotation holding firmware is equal to or less than the spacing between two card slot of window frame profile, makes revotating card
Firmware can be formed by opening across two card slot of window frame profile, and the length of the rotation holding firmware is more than window frame profile two
Spacing between card slot enables rotation holding firmware to be caught in by rotation and is fastened in the card slot of window frame profile；
The tail end of the kerve is equipped with trailing arm limiting plate, and the trailing arm limiting plate is equipped with limiting through hole, the trailing arm
Tail portion is hinged with snap-gauge, and when closing up relatively between trailing arm and kerve, a wherein side end for the snap-gauge penetrates into limit and leads to
Kong Zhong, in addition, further including eccentric screw, the eccentric screw is threaded through on snap-gauge and trailing arm, when turn eccentric screw, therewith
It drives snap-gauge to be rotated around hinge joint, the position that snap-gauge end penetrates into limiting through hole is made to change.
The rotation holding firmware is equipped at least one screw hole, the kerve as a further improvement of the utility model,
It is equipped with through-hole corresponding with screw hole quantity, position, further includes locking screw, when rotation holding firmware is caught in the card of window frame profile
When in slot, the through-hole rotated on screw hole and kerve on holding firmware is on same vertical axis, and the locking screw passes through bottom
Through-hole on slot is simultaneously rotated with the screw hole on rotation holding firmware.
The revolving part is fastening screw as a further improvement of the utility model, and the revolving part is fixed with rotation
To be threadedly coupled between part, it is arranged with compressed spring on the revolving part, one end of the compressed spring is pressed on kerve, separately
One end is pressed on rotation holding firmware.
The rotation holding firmware is the metal derby of strip, the revolving part as a further improvement of the utility model,
It is connected to the center of rotation holding firmware, when rotation holding firmware is caught in the card slot of window frame profile, the rotation holding firmware
The angle formed between kerve is acute angle, and being respectively formed along the both ends of rotation holding firmware length direction can be with the card of window frame profile
The chamfering of groove sidewall fitting, rounding off between the chamfering and avris of the rotation holding firmware.
The trailing arm is equipped with the second fastening structure, second fastening structure as a further improvement of the utility model,
Including the second revolving part and the second rotation holding firmware, the second rotation holding firmware runs through the trailing arm, and is penetrating trailing arm just
The side in face is connect with the second rotation holding firmware, and the second rotation holding firmware is rotated with the rotation of the second revolving part, described
The width of second rotation holding firmware is equal to or less than the spacing between two card slot of sash profile, enables the second rotation holding firmware
Opening is formed by across two card slot of sash profile, the length of the second rotation holding firmware is more than two card slot of sash profile
Between spacing, so that the second rotation holding firmware is caught in and is fastened in the card slot of window frame profile by rotation.
The tail portion of the trailing arm is additionally provided with flat card division along its length as a further improvement of the utility model, described
Flat card division is folded upward at by the length direction part of trailing arm to the height with fixture block same level, and edge is parallel to support again after bending
The length direction extension of arm is formed, and the width direction of the left and right sides toward the flat card division of the flat card division extends, and makes flat card division
The left and right sides is inserted into the card slot of sash profile bottom.
The eccentric screw is rotated with the one of which in both snap-gauge and trailing arm as a further improvement of the utility model,
On, another one is equipped with eccentric orfice, and the head of the eccentric screw is located in eccentric orfice, and the size of the eccentric orfice is more than bias
The head avris of the size on the head of screw, the eccentric screw is attached on the side wall of eccentric orfice, when turn eccentric screw, institute
Stating the head of eccentric screw can rotate along the side wall of eccentric orfice, drive snap-gauge to be rotated around hinge joint therewith.
The eccentric screw is rotated on trailing arm as a further improvement of the utility model, and the eccentric orfice is located at card
On plate；The a little length direction along trailing arm that is rotated with of hinge joint and eccentric screw that the snap-gauge is hinged on trailing arm is arranged；It is described
Eccentric orfice is strip, and the length direction setting of the long edge snap-gauge of the eccentric orfice, the length of the eccentric orfice is more than bias
The head diameter of screw, width are equal to the head diameter of eccentric screw, and the left and right sides of the eccentric orfice is and eccentric screw
The matched semicircle in head.
The end of the snap-gauge is equipped with for penetrating into the card in limiting through hole as a further improvement of the utility model,
Head, the width in the clamp portion are less than the width of snap-gauge, and the side of the snap-gauge is equipped with segmental arc, is transitted to by segmental arc
The other side of card head position, the snap-gauge is equipped with straightway, and the end warpage of the straightway transits to card head position, institute
State clamp portion be located at snap-gauge straightway side avris it is parallel with snap-gauge straightway, the clamp portion is located at snap-gauge segmental arc one
The avris of side is obliquely installed, and the limiting through hole is square through hole.
Be respectively equipped with cushion block on the kerve and link mechanism as a further improvement of the utility model, when trailing arm with
When closing up relatively between kerve, overlap between the cushion block, and support trailing arm.
The utility model has the beneficial effects that：
One, trailing arm makes trailing arm be inserted into the card slot of sash profile bottom, and pass through fixation by the setting of holding division
Screw is fixed, and the trailing arm of this structure has fixing intensity good, the high feature of fastness.
Two, in order to make trailing arm facilitate insertion into the bottom of sash profile, holding division is set down to " Jiong " font, to make support
Arm can avoid the parts such as the corner brace screw of sash profile bottom, in addition, by the width of trailing arm when being inserted into the bottom of sash profile
The width of degree and holding division is formed by opening width between being set smaller than two card slot of sash profile bottom, so as to make support
Arm can swimmingly be inserted into the bottom of sash profile.
Three, it is formed since the width of the width of trailing arm and holding division is set smaller than between two card slot of sash profile bottom
Opening width, therefore at left and right sides of trailing arm and sash profile bottom opening between there are gap, be easy to make trailing arm that left and right occur
It shakes, by the setting in flat solid portion, when making to put down solid portion in the card slot that trailing arm is inserted into sash profile, sash profile bottom can be attached to
The left and right sides of portion's opening, fills the gap, to avoid trailing arm that double swerve occurs, both ensure that the installation of trailing arm was suitable in this way
Smooth degree, in turn ensures the stability of trailing arm.
Four, since holding division has shared the stress of fixed screw, fixed screw is made to be not belonging to main stress part, therefore
The case where use for a long time is not easy to loosen, it is solid in the fastening peace of holding division even if fixed screw loosens or falls off
Under the cooperation in portion, sash profile will not shake, or the case where directly fallen from trailing arm, and security performance accesses guarantor
Barrier.
Five, it is fixed using the support arm structure and sash profile, due to the form fixed using card slot, fixed screw is used
In suppressing sash profile, so that fixture block can be fastened on card slot, to make to be fixedly secured between trailing arm and sash profile, it is not required to
It to drill in sash profile, not destroy the structure of sash profile, ensure the structural strength of sash profile, and due to non-porous
Position, it is ensured that the water proofing property of sash profile makes water not entered in sash profile from hole position.
Six, due to being not necessarily to drill in sash profile using the support arm structure, then the fixed position of trailing arm is not by hole
The limitation of position can adjust the installation site of trailing arm in fixation procedure along the card slot of sash profile, and flexibility is strong.
Seven, the rotation holding firmware of kerve snaps onto in the card slot of window frame profile, and rotation holding firmware is fixed in card slot,
The fixed installation that Slide support for door and window can be realized, has the characteristics of easy operation, and can realize the quick fixation of Slide support for door and window.
Eight, during kerve and fixed window frame profile, without drilling on window frame profile, window frame type is not destroyed
The structure of material ensures the structural strength of window frame profile, and due to non-porous position, it is ensured that the water proofing property of window frame profile makes water not
It is entered in window frame profile from hole position.
Nine, due to being not necessarily to drill on window frame profile using the kerve structure, then the fixed position of kerve is not by hole
The limitation of position can adjust the installation site of kerve in fixation procedure along the card slot of window frame profile, and flexibility is strong.
Ten, since kerve is using the structure fixed, rotation holding firmware, which can rotate, is caught in card slot, this kind of mode is to card slot
The restriction of width between height and card slot is wider, and therefore, this structure is applicable to the window frame profile of different size, is applicable in
Property is strong.
11, trailing arm limiting plate is set in the tail end of kerve, snap-gauge is set in the tail portion of trailing arm, when between trailing arm and kerve
When closing up relatively, the end of snap-gauge penetrates into the limiting through hole on trailing arm limiting plate, the end by snap-gauge and limiting through hole
Cooperation, the gathering degree of trailing arm is defined, trailing arm is enable accurately to collapse in place.
12, the scope of activities after trailing arm collapses is limited by limiting through hole, makes trailing arm that can only be strutted by original direction, from
And other people are avoided by way of prizing window to open sash, tamper-security can be protected；
13, compared with existing baffle limiting structure, in the utility model, since snap-gauge end is to penetrate into limit
In through-hole, therefore the relative position of snap-gauge end and limiting through hole can be adjusted, and and it is non-limiting dead, therefore, can pass through
The relative position for adjusting snap-gauge end and limiting through hole, to which the position after being collapsed to trailing arm is finely adjusted.Adjustment mode passes through
Eccentric screw is realized, by turn eccentric screw, snap-gauge is made to be rotated, the relative position of snap-gauge end and limiting through hole with
Change, by making snap-gauge end withstand on the avris of limiting through hole, to make the gathering degree of trailing arm change, i.e.,
It is equivalent to and has adjusted the position after trailing arm collapses.By the fine tuning of position after being collapsed to trailing arm, make the sash being mounted on trailing arm
It can be closed completely, to ensure the air-tightness of sash.
Description of the drawings
Fig. 1 is Slide support for door and window stereogram described in embodiment one；
Fig. 2 is Slide support for door and window plan view described in embodiment one；
Fig. 3 is that Slide support for door and window described in embodiment one fixes schematic diagram with window frame profile, sash profile；
Fig. 4 is that trailing arm described in embodiment one fixes side view with sash profile；
Fig. 5 is trailing arm stereogram described in embodiment one；
Fig. 6 is trailing arm front schematic view described in embodiment one；
Fig. 7 is that kerve described in embodiment one fixes stereogram with window frame profile；
Fig. 8 is that kerve described in embodiment one fixes side view with window frame profile；
Fig. 9 is kerve schematic rear view described in embodiment one；
Figure 10 is fastening structure schematic diagram described in embodiment one；
Figure 11 is that trailing arm described in embodiment one partly closes up schematic diagram；
Figure 12 is that trailing arm described in embodiment one closes up schematic diagram entirely；
Figure 13 is trailing arm and its snap-gauge stereogram described in embodiment one；
Figure 14 is trailing arm and its snap-gauge schematic rear view described in embodiment one；
Figure 15 is that one cushion block of embodiment is overlapped schematic diagram；
Figure 16 is Slide support for door and window stereogram described in embodiment two；
Figure 17 is that kerve described in embodiment two fixes side view with window frame profile；
Figure 18 is kerve schematic rear view described in embodiment two；
Figure 19 is fastening structure schematic diagram described in embodiment two；
Figure 20 is that sash corner fixed part described in embodiment two fixes schematic diagram with sash profile；
Figure 21 is the second fastening structure schematic diagram described in embodiment two；
Description of symbols：10- trailing arms, 11- screw holes, 12- fixed screws, 13- holding divisions, the bottom surfaces 131-, 132- side plates, 133-
The flat solid portion fixture block, 14-, the flat card divisions 15-, 16- sash corners fixed part, 17- snap-gauges, 171- eccentric orfices, 172- clamps portion, 173-
Segmental arc, 174- tilt avris, 175- straightways, 176- straight lines avris, 177- hinge joints, 18- eccentric screws, 181- washers,
The second fastening structures of 19-, the second revolving parts of 191-, 192- second rotate holding firmware, the second compressed springs of 193-, 20- kerves,
21- fastening structures, 211- revolving parts, 212- rotations holding firmware, 213- chamferings, 214- screw holes, 215- through-holes, 216- locking spiral shells
Silk, 217- compressed springs, 22- trailing arms limiting plate, 221- limiting through hole, 23- cushion blocks, 30- link mechanisms, 31- first connecting rods,
32- second connecting rods, 33- cushion blocks, 40- window frame profiles, 41- card slots, 50- sash profiles, 51- card slots, 52- card slots.
Specific implementation mode
With reference to specific embodiment and attached drawing, the utility model is described in further detail.
Embodiment one：
As shown in Figs. 1-3, a kind of Slide support for door and window, including trailing arm 10, kerve 20 and link mechanism 30.Trailing arm 10, kerve 20
It is hinged between link mechanism 30, make opposite to strut and close up between the trailing arm 10 and kerve 20.Specifically, connecting rod knot
Structure 30 includes first connecting rod 31 and second connecting rod 32, and 31 one end of first connecting rod is articulated with 20 end of kerve, and the other end is articulated with support
10 centre position of arm；32 one end of second connecting rod is articulated with kerve 20 close to centre position, and the other end is articulated with close on trailing arm 10
10 hinge joint position of first connecting rod 31 and trailing arm.Window frame profile 40 is equipped with twice card slot 41, and opening is formed between two card slots 41,
Kerve 20 is fixed by card slot 41 and window frame profile 40.Sash profile 50 is equipped with twice card slot 51, is formed between two card slots 51
Opening, trailing arm 10 are fixed by card slot and sash profile 50.Card slot 41,51 is preferably inverted L shape card slot,
As Figure 4-Figure 6, trailing arm 10 is in strip, and trailing arm 10 is equipped with threaded screw hole 11, is equipped in screw hole 11
Fixed screw 12, the width of trailing arm 10 is formed by opening width between being less than 50 liang of card slots 51 of sash profile, on trailing arm 10
It is equipped with 13 peace of holding division portion 14 admittedly along its length.The cross section of holding division 13 is in " Jiong " font, by bottom surface 131 and left and right
The side plate 132 of both sides is constituted, and bottom surface 131 is made of the front of trailing arm 10, the width of bottom surface 131 and the width phase of trailing arm 10
Together；Left side plate 132 is folded upward at extension by the left and right side side of trailing arm 10 and is formed, and side plate 132 is equipped with for being inserted into sash
Fixture block 133 in 50 card slot 51 of proximate matter.Flat solid portion 14 is formed by lateral 10 width direction of the trailing arm extension of left and right side of trailing arm 10,
The width in flat solid portion 14 is formed by opening width between being equal to 50 liang of card slots 51 of sash profile, blocks for 50 liang with sash profile
The left and right avris that opening is formed by between slot 51 is affixed.
In fixed trailing arm 10 and sash profile 50, trailing arm 10 is inserted into sash type by the fixture block 133 on holding division 13
On the card slot 51 of material 50, trailing arm 10 is located at two card slots 51 and is formed by opening, and same level is in opening, puts down solid portion 14
The left and right sides be attached on the avris of opening, so that trailing arm 10 is not easy double swerve.Trailing arm 10 is inserted into the bottom of sash profile 50
Behind portion, then the bottom surface of sash profile 50 is suppressed by fixed screw 12, so that fixture block 133 can be fastened on card slot 51, you can
Complete the fixation between trailing arm 10 and sash profile 50.
In the present embodiment, the corner in the peaceful portion 14 admittedly of fixture block 133 is fillet, and the setting of fillet can be convenient for fixture block 133 to insert
Enter into the card slot 51 of 50 bottom of sash profile；The setting of fillet can be inserted into two card slots 51 convenient for flat solid portion 14 and be formed by out
In mouthful.
In the present embodiment, the tail portion of trailing arm 10 is additionally provided with flat card division 15 along its length, flat card division 15 by trailing arm 10 length
Degree direction part is folded upward to the height with 133 same level of fixture block, again along the length side for being parallel to trailing arm 10 after bending
It is formed to extending, the width direction of the left and right sides toward the flat card division 15 of flat card division 15 extends, in fixed trailing arm 10 and sash type
When material 50, the left and right sides of flat card division 15 is inserted into the twice card slot 51 of sash profile 50.With this configuration, make flat card division 15
A part of stress is shared, to further improve the fix tightly soundness between trailing arm 10 and sash profile 50, in addition, flat card division
15 setting can also improve the structural strength of trailing arm 10, and trailing arm 10 is made to be not easy to deform.
In the present embodiment, the tail end of the tail end of trailing arm 10, i.e. flat card division 15 is additionally provided with for solid with 50 avris of sash profile
Fixed sash corner fixed part 16, sash corner fixed part 16 are folded upward at extension by the tail end of trailing arm 10 and are formed, trailing arm 10
The L-shaped structure between sash corner fixed part 16.Sash corner fixed part 16 and the fixed form of 50 avris of sash profile are
Screw is fixed.By the setting of sash corner fixed part 16, the positioning of sash profile 50 can be convenient for fix, and can further increase
Fixing intensity between trailing arm 10 and sash profile 50.
As is seen in figs 7-10, kerve 20 is equipped with fastening structure 21, and fastening structure 21 includes that revolving part 211 and rotation fix
Part 212.Counter sink is equipped on the center of the width direction of kerve 20, revolving part 211 is existed by counter sink through setting
On kerve 20, revolving part 211 is connected with rotation holding firmware 212 in the side for penetrating 20 back side of kerve, and the rotation holding firmware 212 is excellent
It is selected as the metal derby of strip, revolving part 211 is connected to the center of rotation holding firmware 212, and rotation holding firmware 212 is with rotation
The rotation of part 211 and rotate.
In the present embodiment, revolving part 211 is preferably hexagon socket head cap screw can set on counter sink inner wall in other embodiments
There are screw thread, revolving part 211 that a word screw, Philip's head screw or other screws can be used.Hexagon socket head cap screw can be convenient for revolving part 211
Installation and revolving part 211 and rotation holding firmware 212 between connection, meanwhile, the rotation of revolving part 211 can be twisted by tool
Screw terminal on dynamic hexagon socket head cap screw is realized, simple and convenient.
In the present embodiment, when revolving part 211 penetrates counter sink, soket head cap screw head towards the front of kerve 20, in order to
Operation, and soket head cap screw head should be sunk in counter sink, do not protruded the surface of kerve 20, avoided influencing the sliding block on kerve 20
Or the movement of other component.
In the present embodiment, the rotation holding firmware 212 of strip can be convenient for its own neatly to pass through opening for window frame profile 40
Mouthful, and revolving part 211 is connected to the center of rotation holding firmware 212, enables the rotation amplitude at 212 both ends of rotation holding firmware
Unanimously, in the twice card slot for snapping onto window frame profile 40 simultaneously convenient for rotation holding firmware 212.
In fixed kerve 20, kerve 20 is placed on two card slots of window frame profile 40, rotates the width of holding firmware 212
Less than the spacing between two card slots 41, so that rotation holding firmware 212 is formed by opening across two card slots 41 and block positioned at two
Between slot 41, the length of rotation holding firmware 212 is more than the spacing between two card slots 41 makes revotating card by rotating revolving part 211
Firmware 212 is respectively clamped into twice card slot 41.In the present embodiment, rotation holding firmware 212 is caught in the card slot 41 of window frame profile 40
When, it is acute angle to rotate the angle formed between holding firmware 212 and kerve 20.Rotate the both ends along its length point of holding firmware 212
Not She You chamfering 213, rounding off between chamfering 213 and avris, which can be with 41 side wall of card slot of window frame profile 40
Fitting.
In the present embodiment, the corner that rotation holding firmware 212 is caught in card slot 41 is set as chamfering 213, it is possible to increase revotating card
The contact area of firmware 212 and card slot 41 improves the fastness of fixing.
In the present embodiment, the rounding off rotated between the chamfering 213 and avris of holding firmware 212 can reduce rotation holding firmware
212 in the card slot 41 for being transferred to or producing window frame profile 40 when the probability that is stuck.
After rotation holding firmware 212 is caught in the card slot 41 of window frame profile 40, holding firmware 212 will be rotated by, which needing, is clamped on card
On slot 41, so that kerve 20 fixes on window frame profile 40.By being realized with lower structure in the present embodiment：In rotation holding firmware
On 212, and it is respectively equipped with a screw hole 214 positioned at the symmetrical both sides of revolving part 211, is equipped on kerve 20 and is counted with screw hole 214
Amount, the corresponding through-hole 215 in position, through-hole 215 are preferably counter sink, and the screw hole 214 is with the through-hole 215 in rotation holding firmware
212 are caught in after the card slot 41 of window frame profile 40 on same vertical axis, and locking screw 216 is preferably countersunk head screw, is used
Locking screw 216 passes through the through-hole 215 on kerve 20 and is rotated with screw hole 214 on rotation holding firmware 212, to make rotation fix
212 clamping card slot 41 of part, finally so that kerve 20 is fixed on window frame profile 40.
In the present embodiment, by the way that screw hole 214 is arranged in the both sides of revolving part 211, to increase the number of locking screw 216
Amount, improves locking intensity.
In the present embodiment, locking screw 216 uses countersunk head screw, through-hole 215 to use counter sink, can make locking screw 216
It does not protrude from 20 surface of kerve when mounted, avoids influencing the movement of the sliding block or other component on kerve 20.
As illustrated in figs. 11-14, the tail end of kerve 20 be equipped with trailing arm limiting plate 22, the trailing arm limiting plate 22 by kerve 20 tail
Upward warpage is held to extend to form, the L-shaped structure between kerve 20.Trailing arm limiting plate 22 is equipped with limiting through hole 221.
The tail portion bottom surface of trailing arm 10 is hinged with snap-gauge 17, and snap-gauge 17 is arranged along the length direction of trailing arm 10, when trailing arm 10 with
When closing up relatively between kerve 20, a side end of snap-gauge 17 towards trailing arm limiting plate 22 penetrates into limiting through hole 221.This reality
It applies in example, the gathering degree of trailing arm 10 is influenced to change by snap-gauge 17, by adjusting 17 end of snap-gauge and limit
The relative position of through-hole 221 makes the gathering degree of trailing arm 10 change, to which the position progress after being collapsed to trailing arm 10 is micro-
It adjusts, to enable the sash being mounted on trailing arm 10 to be closed completely, to ensure the air-tightness of sash.
Specifically use following fine tuning structure：It is threaded through using eccentric screw 18 and realizes fine tuning on trailing arm 10 and snap-gauge 17.
Specifically, eccentric screw 18 uses interior hexagonal eccentric screw 18, eccentric screw 18 be rotated with both snap-gauge 17 and trailing arm 10 its
In middle one, eccentric orfice 171 is arranged in another one, and eccentric screw 18 is equipped with washer 181, and the head of eccentric screw 18 is located at
In eccentric orfice 171, the size of eccentric orfice 171 is more than the size on the head of eccentric screw 18, the head avris patch of eccentric screw 18
On the side wall of eccentric orfice 171.When turn eccentric screw 18, the head of eccentric screw 18 can be along the side of eccentric orfice 171
Wall rotates, and drives snap-gauge 17 to be rotated around hinge joint 172 therewith, the end of snap-gauge 17 is made to penetrate into the position in limiting through hole 221
It changes, when the end of snap-gauge 17 is withstood on the avris of limiting through hole 221, the gathering degree of trailing arm 10 is by snap-gauge 17 and limit
Position through-hole 221 influence and change, that is, have adjusted trailing arm 10 collapse after position.
In the present embodiment, due to needing to realize fine tuning by turn eccentric screw 18, should be by eccentric screw 18
Head is arranged on easily operated position, if the head of eccentric screw 18 is arranged on trailing arm 10, since trailing arm 10 is
It will be not easy to operate eccentric screw 18 after sash is fixed for fixed sash, therefore, the present embodiment is preferably square
Case is：Eccentric screw 18 is rotated on trailing arm 10, and eccentric orfice 171 is located on snap-gauge 17, to make the head position of eccentric screw 18
In on the bottom surface of snap-gauge 17, convenient for being operated to eccentric screw 18.In addition, for the ease of the rotation of snap-gauge 17, by snap-gauge 17
The a little length direction along trailing arm 10 that is rotated with of the hinge joint 177 being hinged on trailing arm 10 and eccentric screw 18 is arranged.
In the present embodiment, in order to enable snap-gauge 17 swimmingly around hinge joint left-right rotation, eccentric orfice 171 is preferably strip
Shape, the length direction setting of the long edge snap-gauge 17 of eccentric orfice 171, the length of eccentric orfice 171 are more than the head of eccentric screw 18
Diameter, width are equal to the head diameter of eccentric screw 18, and the left and right sides of eccentric orfice 171 is to match with the head of eccentric screw 18
The semicircle of conjunction.
In the present embodiment, in order to ensure that snap-gauge 17 does not influence the fortune of trailing arm 10 during trailing arm 10 struts and closes up
It is dynamic, and make 17 end of snap-gauge convenient for penetrating into limiting through hole 221, it uses with lower structure：Snap-gauge 17 is towards trailing arm limiting plate
22 side end set is useful for penetrating into the clamp portion 172 in limiting through hole 221, and the width in clamp portion 172 is less than snap-gauge
The side of 17 width, snap-gauge 17 is equipped with segmental arc 173, and 172 position of clamp portion is transitted to by segmental arc 173, snap-gauge 17
The other side is equipped with straightway 175, and the end warpage of straightway 175 transits to 172 position of clamp portion.Clamp portion 172 is located at snap-gauge
The avris of 17 straightway, 175 side is parallel with 17 straightway 175 of snap-gauge, forms straight line avris 176；Clamp portion 172 is located at card
The avris of 17 segmental arc of plate, 173 side is obliquely installed, and is formed and is tilted avris 174.Limiting through hole 221 is square through hole.It finely tuned
Cheng Zhong, clamp portion 172 penetrate into limiting through hole 221.Pass through the segmental arc 173 of snap-gauge 17 and the inclination avris in clamp portion 172
174 settings, making snap-gauge 17, there is no the corner for influencing the movement of trailing arm 10, clamp portions during trailing arm 10 struts and closes up
172 can penetrate into along avris 174 is tilted in limiting through hole 221；And the straight line avris 176 and limiting through hole in clamp portion 172
221 rectangular setting so that clamp portion 172 can steadily be withstood on the avris of limiting through hole 221, to change the receipts of trailing arm 10
Hold together degree.
As shown in figure 15, it is respectively equipped with cushion block 23,33 on kerve 20 and link mechanism 30, when between trailing arm 10 and kerve 20
When closing up relatively, overlap between cushion block 23 and cushion block 33, and support trailing arm 10.Cushion block 23,33 is preferably plastics material
The effect of matter, cushion block 23,33 is：During closing up or is distracted, reduce between trailing arm 10, kerve 20 and link mechanism 30
Frictional force.In addition, overlaping between cushion block 23 and cushion block 33, trailing arm 10 is simultaneously supported, trailing arm 10 and connecting rod can be prevented
Structure 30 is sunk.
Embodiment two：
Embodiment two is what is different from the first embodiment is that embodiment two makes rotation holding firmware 212 be clamped on by following structure
On card slot 41：As illustrated in figs. 16-19, revolving part 211 is fastening screw, is screw thread between revolving part 211 and rotation holding firmware 212
Connection continues to turn fastening revolving part 211, until making rotation holding firmware 212 when rotation holding firmware 212 is stuck in card slot 41
It is clamped on card slot 41, you can kerve 20 is made to be securely fixed on window frame profile 40.
After rotation holding firmware 212 is fastened in card slot 41, when needing to unclamp rotation holding firmware 212, by inversely turning
Revolving part 211 can be such that rotation holding firmware unclamps, but may have a kind of situation, since rotation 212 Ka get Tai of holding firmware is tight,
Even if having unscrewed revolving part 211, rotation holding firmware 212 is still clamped in card slot 41, can not be turned with the rotation of revolving part 211
It is dynamic, cause rotation holding firmware 212 to be stuck in card slot 41 and be difficult to rotate away, brings some inconvenience to operating personnel.This implementation
In example, by being arranged with compressed spring 217 on revolving part 211, one end of compressed spring 217 is pressed on kerve 20, another
End is pressed on rotation holding firmware 212, using the elastic force of compressed spring 217, make rotation holding firmware 212 and revolving part 211 by
The compressing of compressed spring 217 avoids rotation from fixing to enable rotation holding firmware 212 to be rotated with the rotation of revolving part 211
Part 212 is clamped in card slot 41 and is difficult to rotate.
In addition, embodiment two further includes the second fastening structure 19, as shown in Figure 20,21, the setting of the second fastening structure 19 exists
On the sash corner fixed part 16 of trailing arm 10, for being fixed with the avris of sash profile 50.Second fastening structure 19 includes second
Revolving part 191 and second rotates holding firmware 192.Second revolving part 191 is fastening screw, and the second revolving part 191 runs through the support
Arm 10, and be threadedly coupled with the second rotation holding firmware 192 penetrating 10 positive side of trailing arm.It is arranged on second revolving part 191
There are compressed spring 193, one end of compressed spring 193 to be pressed on trailing arm 10, the other end is pressed on the second rotation holding firmware 192
On, the second rotation holding firmware 192 is rotated with the rotation of the second revolving part 191.The width of second rotation holding firmware 192 is less than window
Spacing on the avris of sectional 50 between two card slots 52 enables the second rotation holding firmware 192 institute across two card slots 52
The length of the opening of formation, the second rotation holding firmware 192 is more than the spacing between two card slots 52, makes the second rotation holding firmware 192
It can be caught in and be fastened in the card slot 52 of window frame profile by rotation.In other embodiments, second rotates holding firmware 192
Width can also be equal to the spacing on the avris of sash profile 50 between two card slots 52.
In conclusion the utility model is made actual sample and is tested through being used for multiple times such as specification and diagramatic content,
In terms of the effect for using test, provable the utility model can reach its desired purpose, and practical value is unquestionable.
Embodiment provided above is only used for facilitating illustration the utility model, not makees limit in any form to the utility model
System, any those of ordinary skill in the art, if in the range of not departing from the utility model carried technical characteristic,
Using the equivalent embodiment for locally changing or modifying made by the utility model disclosed technology content, and without departing from this practicality
Novel technical feature content, in the range of still falling within the utility model technical characteristic.
Claims (10)
1. a kind of Slide support for door and window, including be used for the fixed trailing arm of sash profile, for the fixed kerve of window frame profile, and
Link mechanism, it is hinged between the trailing arm, kerve and link mechanism, make opposite to strut and close between the trailing arm and kerve
Hold together, it is characterised in that：
The trailing arm is in strip, and the trailing arm is equipped with threaded screw hole, fixed screw is equipped in the screw hole, described
The width of trailing arm is formed by opening width between being less than two card slot of sash profile, is equipped with and fixes along its length on the trailing arm
Portion's peace consolidates portion, and the cross section of the holding division is made of, the bottom in " Jiong " font the side plate of bottom surface and the left and right sides
Face is made of the front of trailing arm, and the left side plate is folded upward at extension by the left and right side side of trailing arm and is formed, on the side plate
Equipped with the fixture block for being inserted into sash profile card slot；The flat solid portion is extended from the left and right avris of trailing arm toward trailing arm width direction
It is formed, the width in the flat solid portion is formed by opening width between being equal to two card slot of sash profile, is used for and sash profile
The left and right avris that opening is formed by between two card slots is affixed, and prevents trailing arm from shaking；
The kerve is equipped with fastening structure, and the fastening structure includes revolving part and rotation holding firmware, and the revolving part runs through
The kerve, and connect with rotation holding firmware in the side for penetrating the kerve back side, the rotation for rotating holding firmware with revolving part
And rotate, the width of the rotation holding firmware is equal to or less than the spacing between two card slot of window frame profile, makes rotation holding firmware
Opening can be formed by across two card slot of window frame profile, the length of the rotation holding firmware is more than two card slot of window frame profile
Between spacing, so that rotation holding firmware is caught in and is fastened in the card slot of window frame profile by rotation；
The tail end of the kerve is equipped with trailing arm limiting plate, and the trailing arm limiting plate is equipped with limiting through hole, the tail portion of the trailing arm
It is hinged with snap-gauge, when closing up relatively between trailing arm and kerve, a wherein side end for the snap-gauge penetrates into limiting through hole,
In addition, further including eccentric screw, the eccentric screw is threaded through on snap-gauge and trailing arm, when turn eccentric screw, is driven therewith
Snap-gauge is rotated around hinge joint, and the position that snap-gauge end penetrates into limiting through hole is made to change.
2. a kind of Slide support for door and window according to claim 1, it is characterised in that：The rotation holding firmware is equipped at least one
Screw hole, the kerve are equipped with through-hole corresponding with screw hole quantity, position, further include locking screw, when rotation holding firmware card
When entering in the card slot of window frame profile, the through-hole rotated on screw hole and kerve on holding firmware is on same vertical axis, described
Locking screw passes through the through-hole on kerve and is rotated with the screw hole on rotation holding firmware.
3. a kind of Slide support for door and window according to claim 1, it is characterised in that：The revolving part is fastening screw, the rotation
Turn to be arranged with compressed spring, one end of the compressed spring on the revolving part between part and rotation holding firmware to be threadedly coupled
It is pressed on kerve, the other end is pressed on rotation holding firmware.
4. a kind of Slide support for door and window according to claim 2 or 3, it is characterised in that：The rotation holding firmware is strip
Metal derby, the revolving part are connected to the center of rotation holding firmware, when rotation holding firmware is caught in the card slot of window frame profile
When, the angle formed between the rotation holding firmware and kerve is acute angle, distinguishes shape along the both ends of rotation holding firmware length direction
The chamfering of the card slot side wall fitting of Cheng Keyu window frame profiles, rounding off between the chamfering and avris of the rotation holding firmware.
5. a kind of Slide support for door and window according to claim 1, it is characterised in that：The trailing arm is equipped with the second fastening structure, institute
It includes the second revolving part and the second rotation holding firmware to state the second fastening structure, and the second rotation holding firmware runs through the trailing arm,
And connect with the second rotation holding firmware penetrating the positive side of trailing arm, the second rotation holding firmware turns with the second revolving part
It moves and rotates, the width of the second rotation holding firmware is equal to or less than the spacing between two card slot of sash profile, makes second
Rotation holding firmware can be formed by opening across two card slot of sash profile, and the length of the second rotation holding firmware is more than
Spacing between two card slot of sash profile enables the second rotation holding firmware to be caught in and be fastened on the card of window frame profile by rotation
In slot.
6. a kind of Slide support for door and window according to claim 1, it is characterised in that：The tail portion of the trailing arm is also set along its length
There are flat card division, the flat card division to be folded upward to the height with fixture block same level, bending by the length direction part of trailing arm
It is formed again along the length direction extension for being parallel to trailing arm afterwards, the width direction of the left and right sides toward the flat card division of the flat card division is prolonged
It stretches, makes to be inserted into the card slot of sash profile bottom at left and right sides of flat card division.
7. a kind of Slide support for door and window according to claim 1, it is characterised in that：The eccentric screw is rotated in snap-gauge and trailing arm
In the one of which of the two, another one is equipped with eccentric orfice, and the head of the eccentric screw is located in eccentric orfice, the eccentric orfice
Size be more than eccentric screw head size, the head avris of the eccentric screw is attached on the side wall of eccentric orfice, works as rotation
When dynamic eccentric screw, the head of the eccentric screw can be rotated along the side wall of eccentric orfice, drive snap-gauge around hinge joint therewith
Rotation.
8. a kind of Slide support for door and window according to claim 7, it is characterised in that：The eccentric screw is rotated on trailing arm, institute
Eccentric orfice is stated to be located on snap-gauge；Hinge joint that the snap-gauge is hinged on trailing arm and eccentric screw are rotated with a little length along trailing arm
Direction is arranged；The eccentric orfice is strip, and the length direction of the long edge snap-gauge of the eccentric orfice is arranged, the eccentric orfice
Length is more than the head diameter of eccentric screw, and width is equal to the head diameter of eccentric screw, and the left and right sides of the eccentric orfice is
With the matched semicircle in head of eccentric screw.
9. a kind of Slide support for door and window according to claim 1, it is characterised in that：The end of the snap-gauge is equipped with for penetrating into
Clamp portion in limiting through hole, the width in the clamp portion are less than the width of snap-gauge, and the side of the snap-gauge is equipped with segmental arc, leads to
It crosses segmental arc and transits to card head position, the other side of the snap-gauge is equipped with straightway, the end warpage transition of the straightway
To card head position, the avris that the clamp portion is located at snap-gauge straightway side is parallel with snap-gauge straightway, the clamp portion
Avris positioned at snap-gauge segmental arc side is obliquely installed, and the limiting through hole is square through hole.
10. a kind of Slide support for door and window according to claim 1, it is characterised in that：It is set respectively on the kerve and link mechanism
There is cushion block, when closing up relatively between trailing arm and kerve, overlaps between the cushion block, and support trailing arm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721818526.6U CN207700909U (en) | 2017-12-22 | 2017-12-22 | A kind of Slide support for door and window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721818526.6U CN207700909U (en) | 2017-12-22 | 2017-12-22 | A kind of Slide support for door and window |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207700909U true CN207700909U (en) | 2018-08-07 |
Family
ID=63027894
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721818526.6U Withdrawn - After Issue CN207700909U (en) | 2017-12-22 | 2017-12-22 | A kind of Slide support for door and window |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207700909U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107939191A (en) * | 2017-12-22 | 2018-04-20 | 广东坚祥建筑五金有限公司 | A kind of Slide support for door and window |
-
2017
- 2017-12-22 CN CN201721818526.6U patent/CN207700909U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107939191A (en) * | 2017-12-22 | 2018-04-20 | 广东坚祥建筑五金有限公司 | A kind of Slide support for door and window |
| CN107939191B (en) * | 2017-12-22 | 2023-10-27 | 广东坚祥建筑五金有限公司 | Sliding support for door and window |
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