CN207944833U - Slide hinge and door, the window for using the slide hinge - Google Patents
Slide hinge and door, the window for using the slide hinge Download PDFInfo
- Publication number
- CN207944833U CN207944833U CN201820099202.XU CN201820099202U CN207944833U CN 207944833 U CN207944833 U CN 207944833U CN 201820099202 U CN201820099202 U CN 201820099202U CN 207944833 U CN207944833 U CN 207944833U
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- Prior art keywords
- rocking bar
- bottom plate
- hanging
- hinge
- slide hinge
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Abstract
The utility model is related to door, the windows of a kind of slide hinge and the use slide hinge.Slide hinge includes bottom plate for being connected on activity box and the rocking bar being hinged below bottom plate, the supporting point being supported below bottom plate is convexly equipped on rocking bar, the hanging portion that hanging is additionally provided on rocking bar on bottom plate and can be swung with rocking bar relative to bottom plate.With connection of the hanging portion between rocking bar and bottom plate, increase the constraint of rocking bar and bottom plate, i.e. on the basis of original rocking bar hinge, another restraining structure being made of supporting point and hanging portion is increased again, the characteristics of can reducing deformation using 2 points of supports, improve the tight type coordinated between rocking bar and bottom plate, so as to avoid slide hinge transport, operation and maintenance during the deformed damaged caused by accident.
Description
Technical field
The utility model is related to door, the windows of a kind of slide hinge and the use slide hinge.
Background technology
Currently, light inlet window has：Casement window, sliding window, frameless window and suspended window etc., wherein casement window after opening, window
Fan can occupied space；Sliding window is difficult sealing after closing；Frameless window cannot open a window ventilation.And suspended window both after opening will not mistake
Big occupied space can be sealed preferably again after closing.So more and more buildings use floated window floaing on window and balcony
Family carries out displacement guiding between the window frame and sash of floated window using the slidingtype hinge of single arm type, slidingtype hinge
Rocking bar is supported sash equipped with supporting point, and sliding door and window is opened flat as disclosed in 102220826 B of Chinese patent literature CN
With lower open-and-close mechanism.But be only connected by sash axis between rocking bar and lower frame, it is not have between the free end and lower frame of rocking bar
Constraint, in this way during the transport of slidingtype hinge, operation and maintenance, the fit dimension between rocking bar free end and lower frame
It easily is influenced to change by external force, the cooperation between rocking bar and lower frame is caused to loosen, influence the smooth degree of sash switch.
Invention content
The utility model is intended to provide a kind of non-damageable slide hinge, and its technical solution is as follows：
Slide hinge, includes bottom plate for being connected on activity box and the rocking bar being hinged below bottom plate, and rocking bar is convex
Equipped with the supporting point being supported below bottom plate, it is additionally provided with hanging on rocking bar on bottom plate and can be swung with rocking bar relative to bottom plate
Hanging portion.
The long arc-shaped holes around rocking bar hinge are offered on bottom plate, hanging position is in the long arc-shaped holes.
Hanging portion includes the hanging axis being connected on rocking bar, and the upper end of hanging axis is stretched out from above long arc-shaped holes, on extension
It is connected with the hanging roller or underslung bearing that cooperation is rolled with bottom plate.
Supporting point is the spring bearing being connected on hanging axis, and spring bearing is between bottom plate and rocking bar.
Rocking bar is also associated with the slide unit being mounted on for guiding movement on fixed frame, and supporting point is located on slide unit
The side of side or slide unit far from rocking bar hinge.
Rocking bar one and only one.
Rocking bar has at least two, and each rocking bar is distributed side by side, is hinged by connecting rod between adjacent rocking bar by forms the company of plane four
Linkage, slide unit are located in the articulated position of connecting rod and rocking bar or on connecting rod or on rocking bars.
Slide unit is the pulley being hinged on rocking bar or the buphthalmos bearing being connected on rocking bar.
In addition, the another object of the utility model is to provide a kind of door, its technical solution is as follows：
Door, including doorframe and door leaf are equipped with slide hinge, slide hinge between the activity box of door leaf and the fixed frame of doorframe
Include bottom plate for being connected on activity box and the rocking bar being hinged below bottom plate, is convexly equipped with and is supported below bottom plate on rocking bar
Supporting point, the hanging portion that hanging is additionally provided on rocking bar on bottom plate and can be swung with rocking bar relative to bottom plate.
The long arc-shaped holes around rocking bar hinge are offered on bottom plate, hanging position is in the long arc-shaped holes.
Hanging portion includes the hanging axis being connected on rocking bar, and the upper end of hanging axis is stretched out from above long arc-shaped holes, on extension
It is connected with the hanging roller or underslung bearing that cooperation is rolled with bottom plate.
Supporting point is the spring bearing being connected on hanging axis, and spring bearing is between bottom plate and rocking bar.
Rocking bar is also associated with the slide unit being mounted on for guiding movement on fixed frame, and supporting point is located on slide unit
The side of side or slide unit far from rocking bar hinge.
Rocking bar one and only one.
Rocking bar has at least two, and each rocking bar is distributed side by side, is hinged by connecting rod between adjacent rocking bar by forms the company of plane four
Linkage, slide unit are located in the articulated position of connecting rod and rocking bar or on connecting rod or on rocking bars.
Slide unit is the pulley being hinged on rocking bar or the buphthalmos bearing being connected on rocking bar.
In addition, the another object of the utility model is to provide a kind of window, its technical solution is as follows：
Window, including window frame and sash are equipped with slide hinge, slide hinge between the activity box of sash and the fixed frame of window frame
Include bottom plate for being connected on activity box and the rocking bar being hinged below bottom plate, is convexly equipped with and is supported below bottom plate on rocking bar
Supporting point, the hanging portion that hanging is additionally provided on rocking bar on bottom plate and can be swung with rocking bar relative to bottom plate.
The long arc-shaped holes around rocking bar hinge are offered on bottom plate, hanging position is in the long arc-shaped holes.
Hanging portion includes the hanging axis being connected on rocking bar, and the upper end of hanging axis is stretched out from above long arc-shaped holes, on extension
It is connected with the hanging roller or underslung bearing that cooperation is rolled with bottom plate.
Supporting point is the spring bearing being connected on hanging axis, and spring bearing is between bottom plate and rocking bar.
Rocking bar is also associated with the slide unit being mounted on for guiding movement on fixed frame, and supporting point is located on slide unit
The side of side or slide unit far from rocking bar hinge.
Rocking bar one and only one.
Rocking bar has at least two, and each rocking bar is distributed side by side, is hinged by connecting rod between adjacent rocking bar by forms the company of plane four
Linkage, slide unit are located in the articulated position of connecting rod and rocking bar or on connecting rod or on rocking bars.
Slide unit is the pulley being hinged on rocking bar or the buphthalmos bearing being connected on rocking bar.
The utility model has the beneficial effects that：
With connection of the hanging portion between rocking bar and bottom plate, increase the constraint of rocking bar and bottom plate, i.e., in original rocking bar hinge
On the basis of, and another restraining structure being made of supporting point and hanging portion is increased, it can reduce deformation using 2 points of supports
Feature improves the tight type coordinated between rocking bar and bottom plate, so as to avoid slide hinge in transport, operation and maintenance process
The middle deformed damaged caused by accident.
Description of the drawings
Fig. 1 is the structural schematic diagram of hinge in embodiment 1；
Fig. 2 is structural schematic diagram of the hinge under another visual angle in embodiment 1；
Fig. 3 is the structural schematic diagram of hinge in embodiment 2；
Fig. 4 is structural schematic diagram of the hinge under another visual angle in embodiment 2；
Fig. 5 is the structural schematic diagram of hinge in embodiment 3；
Fig. 6 is structural schematic diagram of the hinge under another visual angle in embodiment 3；
Fig. 7 is the structural schematic diagram of hinge in embodiment 4；
Fig. 8 is structural schematic diagram of the hinge under another visual angle in embodiment 4;
Fig. 9 is the structural schematic diagram of hinge in embodiment 5；
Figure 10 is the structural schematic diagram of hinge in embodiment 6.
Specific implementation mode
The utility model is described in detail below with reference to attached drawing and in conjunction with the embodiments.It should be noted that not rushing
In the case of prominent, the feature in the embodiments of the present invention and embodiment can be combined with each other.
Embodiment 1：As depicted in figs. 1 and 2, which is single armed pulley-type.
Including mounting bracket 101, installation support plate 102, bottom plate 103 and rocking bar 104.
Mounting bracket 101 and installation 102 equal static connection of support plate are in the upside of bottom plate 103.
Bottom plate 103 consists of two parts, and a part is the auxiliary section 131 coordinated with sash or door leaf, and another part is metal plate
The orbit portion 132 that gold is arranged on auxiliary section 131 and misplaces up and down, orbit portion 132 are located at the top of auxiliary section 131.Orbit portion
Long arc-shaped holes 133 are offered on 132.
Rocking bar 104 have and only there are one, rocking bar 104 is L-shaped, and one end of rocking bar 104 is rotatably connected on bottom plate by bearing
On 103, and it is equipped with reduction torsion spring 106 in bearing outside, one end of reduction torsion spring 106, which is supported, to be arranged in the side of rocking bar 104
On, the other end of reduction torsion spring 106 is attached on the shrapnel that metal plate is arranged on bottom plate 103, can also be connected on bottom plate 103
On fixed torsional spring axis pin 107, and the installation position of torsional spring axis pin 107 is equipped with everywhere, can according to slide hinge on door and window institute
Prescription is to selecting suitable installation site, while the torsional spring axis pin 107 also acts as the effect positioned to 104 limit position of rocking bar, i.e.,
The hinged end of rocking bar 104 offers arc seam allowance, and the free end of the torsional spring axis pin 107 is located in the arc seam allowance, can be by rocking bar
104 swing angle is limited within the scope of 90 °.The inflection point of rocking bar 104 is provided with positioned at 104 slide unit of rocking bar and is located at rocking bar
The hanging portion 105 of 104 upsides.Slide unit is the pulley 100 for being hinged on 104 downside of rocking bar.Hanging portion 105 includes being connected to shake
The upper end of hanging axis on bar, hanging axis is stretched out from above long arc-shaped holes, and the hanging that cooperation is rolled with bottom plate is connected on extension
Idler wheel or underslung bearing.
The spring bearing 108 being also associated on hanging axis between rocking bar 104 and bottom plate 103, spring bearing 108 are rocking bar
The supporting point of projection being supported below bottom plate on 104.
The handle that the free end of rocking bar 104 is connected with operating lever 109 and is arranged thereon.
When in use, pulley part is located in window frame track or doorframe track the slide hinge, with the opening and closing of door and window, shakes
Bar 104 is swung on bottom plate 103, while bottom plate 103 is hung in the lower section of rocking bar 104, and ceiling fan is prevented.
Embodiment 2：As shown in Figure 3 and Figure 4, which is single armed bearing-type.
Including mounting bracket 201, installation support plate 202, bottom plate 203 and rocking bar 204.
Mounting bracket 201 and installation 202 equal static connection of support plate are in the upside of bottom plate 203.
Bottom plate 203 consists of two parts, and a part is the auxiliary section 231 coordinated with sash or door leaf, and another part is metal plate
The orbit portion 232 that gold is arranged on auxiliary section 231 and misplaces up and down, orbit portion 232 are located at the top of auxiliary section 231.Orbit portion
Long arc-shaped holes 233 are offered on 232.
Rocking bar 204 have and only there are one, rocking bar 204 is L-shaped, and one end of rocking bar 204 is rotatably connected on bottom plate by bearing
On 203, and it is equipped with reduction torsion spring 206 in bearing outside, one end of reduction torsion spring 206, which is supported, to be arranged in the side of rocking bar 204
On, the other end of reduction torsion spring 206 is attached on the shrapnel that metal plate is arranged on bottom plate 203, can also be connected on bottom plate 203
On fixed torsional spring axis pin 207, and the installation position of torsional spring axis pin 207 is equipped with everywhere, can according to slide hinge on door and window institute
Prescription is to selecting suitable installation site, while the torsional spring axis pin 207 also acts as the effect positioned to 204 limit position of rocking bar, i.e.,
The hinged end of rocking bar 204 offers arc seam allowance, and the free end of the torsional spring axis pin 207 is located in the arc seam allowance, can be by rocking bar
204 swing angle is limited within the scope of 90 °.The inflection point of rocking bar 204 is provided with positioned at 204 slide unit of rocking bar and is located at rocking bar
The hanging portion 205 of 204 upsides.Slide unit is buphthalmos bearing 200 of the static connection in 204 downside of rocking bar.Hanging portion 205 includes connecting
The upper end of the hanging axis being connected on rocking bar, hanging axis is stretched out from above long arc-shaped holes, is connected on extension and is rolled cooperation with bottom plate
Hanging roller or underslung bearing.
The spring bearing 208 being also associated on hanging axis between rocking bar 204 and bottom plate 203, spring bearing 208 are rocking bar
The supporting point of projection being supported below bottom plate on 204.
The handle that the free end of rocking bar 204 is connected with operating lever 209 and is arranged thereon.
When in use, pulley part is located in window frame track or doorframe track the slide hinge, with the opening and closing of door and window, shakes
Bar 204 is swung on bottom plate 203, while bottom plate 203 is hung in the lower section of rocking bar 204, and ceiling fan is prevented.
Embodiment 4：As shown in Figure 5 and Figure 6, which is connecting rod pulley-type.
Including, bottom plate 301, hinge bracket 302, hinge support plate 303 and link mechanism, hinge bracket 302 and hinge support plate
303 are located on the top surface of bottom plate 301, and link mechanism is located at the bottom surface of bottom plate 301.Bottom plate 301 passes through hinge bracket 302 and hinge
303 static connection of support plate is on the lower frame proximate matter of activity box.In other embodiments, slidingtype hinge be located at side frame edge or on
When the position of frame side, limited by the placement angle of bottom plate 301, hinge bracket 302, hinge support plate 303 and link mechanism installation position
Set adaptation adjustment.
Link mechanism is plane parallel four-bar linkage, mainly by handle 341, poke rod 342, driven rocking bar 343, connecting rod
345, slide unit 346, drive crank 347 form.In other embodiments, it removes using single drive crank in the present embodiment
Outside 347 structure, multiple drive cranks 347, each drive crank 347 can also be used to arrange successively along bar wide direction.
Handle 341 is connected to one end of poke rod 342, the other end of poke rod 342 by connect hinged shaft be hinged on it is driven
On rocking bar 343.Driven rocking bar 343 is the bent rod of square, and one end of driven rocking bar 343 connects above-mentioned connection hinged shaft, centre
The outer Angle Position of inflection point is equipped with the first linkage hinged shaft, the other end is hinged on by the first sash hinged shaft on bottom plate 301, the first window
The bearing being equipped on fan hinged shaft between driven rocking bar 343 and bottom plate 301.First linkage hinged shaft present position is always just
To the driven rocking bar 343 of window frame track to rail portion, the upper static connection of the first linkage hinged shaft has the set gradually from bottom to top
One spring bearing 351 and the first hanging portion 361, the first spring bearing 351 is between driven rocking bar 343 and bottom plate 301.Actively
Rocking bar 347 is straight-bar, and one end of drive crank 347 is equipped with the second linkage hinged shaft, the other end is hinged on by the second sash hinged shaft
Bottom plate 301 is arranged with the torsional spring 348 of 347 reverse reset of drive crank, torsional spring 348 and the second sash on second sash hinged shaft
The bearing being equipped between hinged shaft between drive crank 347 and bottom plate 301.Second linkage hinged shaft present position is always just
To the drive crank 347 of window frame track to rail portion, the upper static connection of the second linkage hinged shaft has the set gradually from bottom to top
Two spring bearings 352 and the second hanging portion 362, the second spring bearing 352 is between drive crank 347 and bottom plate 301.First
The hanging axis identical, including being connected on rocking bar with 362 structure of the second hanging portion of hanging portion 361, the upper end of hanging axis is from long arc-shaped holes
Top is stretched out, and the hanging roller or underslung bearing that cooperation is rolled with bottom plate are connected on extension.
First linkage hinged shaft and the second linkage hinged shaft are respectively hinged at the both ends of connecting rod 345, and connecting rod 345 is located at drive crank
347 and the lower section of driven rocking bar 343, connecting rod 345 have the articulated section with the first linkage hinged shaft, the second linkage hinged shaft cooperation, connecting rod 345
The portion that arches upward also between two articulated sections and between drive crank 347 and driven rocking bar 343, the portion that arches upward is towards lower arch
It rises.Slide unit 346 is the pulley to arch upward in portion positioned at connecting rod 345, and pulley includes the wheel carrier being hinged on connecting rod 345, wheel
Frame is equipped on 345 center of connecting rod, connecting shaft between connecting rod 345 and wheel carrier centrally through a connecting shaft static connection
Bearing, dynamic is connected in the lower section of wheel carrier can be around the runner for the axis rotation that 345 width direction of connecting rod extends, and there are two runners simultaneously
It is symmetrically distributed in the front and rear sides of connecting shaft.
Offered on bottom plate 301 the first long arc-shaped holes coordinated respectively with the first hanging portion 361 and with the second hanging portion 362
Second long arc-shaped holes of cooperation, the first long arc-shaped holes and the second long arc-shaped holes are that the arc of the hinge extension around corresponding rocking bar is long
Hole.The catch for carrying out block limit to drive crank 347 in limit position is additionally provided on bottom plate 301, another effect of catch is pair
Torsional spring 348 is positioned.Two groups of sash hinges for being each located on drive crank 347 and driven rocking bar 343 are further opened on bottom plate 301
The dowel hole on point periphery, there are four every group of dowel holes, is plugged with block axis pin, block pin in four dowel holes on one
One end of axis is riveted in dowel hole, and the other end is located in the notch of drive crank 347 or driven rocking bar 343, the notch
End step can coordinate with block axis pin block and play block position-limiting action to drive crank 347 or driven rocking bar 343, certainly
Because the block axis pin is identical as catch to the block position-limiting action of drive crank 347, driven rocking bar 343, thus block axis pin and
Catch can choose any one kind of them or both while use；In addition, existing with the arrangement mode of four dowel holes in group and notch
Four swing angle regions correspond within the scope of 360 °, that is, the block axis pin installed in each dowel hole will can actively shake
Bar 347 or driven rocking bar 343 are limited in a swing angle region, and the swing angle region corresponding to four dowel holes can
To there is intersection successively, can also connect just, it can also be mutually without intersection.
First spring bearing 351 and the second spring bearing 352 are in addition to that can be mounted on 343 inflection point of driven rocking bar and drive crank
It outside 347 ends, can also be mounted on connecting rod 345, or mounted on the first linkage hinged shaft and connection hinged shaft of driven rocking bar 343
Between.
345 mechanism of connecting rod that drive crank 347, connecting rod 345 and driven rocking bar 343 are constituted can also be crank rocker machine
Structure, double-crank mechanism etc..
Embodiment 4：As shown in Figure 7 and Figure 8, which is connecting-rod bearing formula.
Including, bottom plate 401, hinge bracket 402, hinge support plate 403 and link mechanism, hinge bracket 402 and hinge support plate
403 are located on the top surface of bottom plate 401, and link mechanism is located at the bottom surface of bottom plate 401.Bottom plate 401 passes through hinge bracket 402 and hinge
403 static connection of support plate is on the lower frame proximate matter of activity box.In other embodiments, slidingtype hinge be located at side frame edge or on
When the position of frame side, limited by the placement angle of bottom plate 401, hinge bracket 402, hinge support plate 403 and link mechanism installation position
Set adaptation adjustment.
Link mechanism is plane parallel four-bar linkage, mainly by handle 441, poke rod 442, driven rocking bar 443, connecting rod
445, slide unit 446, drive crank 447 form.In other embodiments, it removes using single drive crank in the present embodiment
Outside 447 structure, multiple drive cranks 447, each drive crank 447 can also be used to arrange successively along bar wide direction.
Handle 441 is connected to one end of poke rod 442, the other end of poke rod 442 by connect hinged shaft be hinged on it is driven
On rocking bar 443.Driven rocking bar 443 is the bent rod of square, and one end of driven rocking bar 443 connects above-mentioned connection hinged shaft, centre
The outer Angle Position of inflection point is equipped with the first linkage hinged shaft, the other end is hinged on by the first sash hinged shaft on bottom plate 401, the first window
The bearing being equipped on fan hinged shaft between driven rocking bar 443 and bottom plate 401.First linkage hinged shaft present position is always just
To the driven rocking bar 443 of window frame track to rail portion, the upper static connection of the first linkage hinged shaft has the set gradually from bottom to top
One spring bearing 451 and the first hanging portion, the first spring bearing 451 is between driven rocking bar 443 and bottom plate 401.Actively shake
Bar 447 is straight-bar, and one end of drive crank 447 is equipped with the second linkage hinged shaft, the other end is hinged on bottom by the second sash hinged shaft
Plate 401 is arranged with the torsional spring 448 of 447 reverse reset of drive crank, torsional spring 448 and the second sash hinge on second sash hinged shaft
The bearing being equipped between axis between drive crank 447 and bottom plate 401.Second linkage hinged shaft present position is face always
The drive crank 447 of window frame track to rail portion, the upper static connection of the second linkage hinged shaft has second set gradually from bottom to top
Spring bearing 452 and the second hanging portion, the second spring bearing 452 is between drive crank 447 and bottom plate 401.First hanging
Portion's hanging axis identical, including being connected on rocking bar with the second hanging portion structure, the upper end of hanging axis is stretched out from above long arc-shaped holes, is stretched
Go out on part the hanging roller or underslung bearing for being connected with and rolling cooperation with bottom plate.
First linkage hinged shaft and the second linkage hinged shaft are respectively hinged at the both ends of connecting rod 445, and connecting rod 445 is located at drive crank
447 and the lower section of driven rocking bar 443, connecting rod 445 have the articulated section with the first linkage hinged shaft, the second linkage hinged shaft cooperation, connecting rod 445
The portion that arches upward also between two articulated sections and between drive crank 447 and driven rocking bar 443, the portion that arches upward is towards lower arch
It rises.Slide unit 446 is the buphthalmos bearing on connecting rod 445 and drive crank 447,443 articulated position of driven rocking bar.
It offers the first long arc-shaped holes coordinated respectively with the first hanging portion on bottom plate 401 and coordinates with the second hanging portion
Second long arc-shaped holes, the first long arc-shaped holes and the second long arc-shaped holes are the long arc-shaped holes extended around the hinge of corresponding rocking bar.Bottom plate
The catch for carrying out block limit to drive crank 447 in limit position is additionally provided on 401, another effect of catch is to torsional spring 448
It is positioned.Two groups of sash hinge peripheries for being each located on drive crank 447 and driven rocking bar 443 are further opened on bottom plate 401
Dowel hole, there are four every group of dowel holes, is plugged with block axis pin in four dowel holes on one, the one of block axis pin
End is riveted in dowel hole, and the other end is located in the notch of drive crank 447 or driven rocking bar 443, the end platform of the notch
Rank can coordinate with block axis pin block and play block position-limiting action to drive crank 447 or driven rocking bar 443, certainly because of the gear
Shotpin axis is identical as catch to the block position-limiting action of drive crank 447, driven rocking bar 443, so block axis pin and catch can
To choose any one kind of them or both while use；In addition, with the arrangement mode of four dowel holes in group and notch ° within the scope of four
A swing angle region corresponds to, that is, the block axis pin installed in each dowel hole can be by drive crank 447 or driven
Rocking bar 443 is limited in a swing angle region, and the swing angle region corresponding to four dowel holes can have friendship successively
Collection, can also connect just, can also be mutually without intersection.
Embodiment 5：As shown in figure 9, in the present embodiment slide hinge and above-described embodiment slide hinge difference core
The heart is that slide hinge is active hinge in above-described embodiment, and in the present embodiment, slide hinge is driven hinge, so
Operating lever and handle are eliminated, other embodiment is only remained.Remaining part differs only in, and Rocker arm 5 04 is from right angle deformation
For arc, slide unit is located at the end of the Rocker arm 5 04.The difference is because the present embodiment is to be with single arm type follower slip hinge
Example, and in link-type follower slip hinge, which can be initiatively rocking arm, can also be driven rocking arm, can also
It is both.
Embodiment 6：As shown in Figure 10, slide hinge is differed only in slide hinge in embodiment 9 in the embodiment,
Slide unit buphthalmos bearing 600 is replaced.
Finally it should be noted that：Above example is only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that：
It still can be with technical scheme described in the above embodiments is modified, or is carried out to which part technical characteristic etc.
With replacement；And these modifications or replacements, various embodiments of the utility model technology that it does not separate the essence of the corresponding technical solution
The spirit and scope of scheme.
Claims (10)
- Include bottom plate for being connected on activity box and the rocking bar being hinged below bottom plate 1. slide hinge, which is characterized in that It is convexly equipped with the supporting point being supported below bottom plate on rocking bar, hanging is additionally provided on rocking bar on bottom plate and can be relative to bottom plate with shaking The hanging portion that bar is swung.
- 2. slide hinge according to claim 1, which is characterized in that the arc for offering circular rocking bar hinge on bottom plate is long Hole, hanging position is in the long arc-shaped holes.
- 3. slide hinge according to claim 2, which is characterized in that hanging portion includes the hanging axis being connected on rocking bar, is hung The upper end of axis is stretched out from above long arc-shaped holes, and the hanging roller or hanging axis that cooperation is rolled with bottom plate are connected on extension It holds.
- 4. slide hinge according to claim 3, which is characterized in that supporting point is the spring bearing being connected on hanging axis, Spring bearing is between bottom plate and rocking bar.
- 5. slide hinge as claimed in any of claims 1 to 4, which is characterized in that rocking bar is also associated with for leading To the mobile slide unit being mounted on fixed frame, supporting point is located above slide unit or slide unit is far from rocking bar hinge Side.
- 6. slide hinge according to claim 5, which is characterized in that rocking bar one and only one.
- 7. slide hinge according to claim 5, which is characterized in that rocking bar has at least two, and each rocking bar is distributed side by side, phase It is hinged by connecting rod between adjacent rocking bar by forms lanar four rod mechanism, slide unit is located in the articulated position of connecting rod and rocking bar Or on connecting rod or on rocking bar.
- 8. slide hinge according to claim 5, which is characterized in that slide unit is the pulley being hinged on rocking bar or company The buphthalmos bearing being connected on rocking bar.
- 9., including doorframe and door leaf, it is equipped in the claims 1 to 8 between the activity box of door leaf and the fixed frame of doorframe Slide hinge described in any one.
- 10. window, including window frame and sash are equipped between the activity box of sash and the fixed frame of window frame in the claims 1 to 8 Slide hinge described in any one.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820099202.XU CN207944833U (en) | 2018-01-22 | 2018-01-22 | Slide hinge and door, the window for using the slide hinge |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820099202.XU CN207944833U (en) | 2018-01-22 | 2018-01-22 | Slide hinge and door, the window for using the slide hinge |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207944833U true CN207944833U (en) | 2018-10-09 |
Family
ID=63702080
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820099202.XU Expired - Fee Related CN207944833U (en) | 2018-01-22 | 2018-01-22 | Slide hinge and door, the window for using the slide hinge |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207944833U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI714505B (en) * | 2020-05-15 | 2020-12-21 | 温金華 | Concealed hinge structure (1) |
-
2018
- 2018-01-22 CN CN201820099202.XU patent/CN207944833U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI714505B (en) * | 2020-05-15 | 2020-12-21 | 温金華 | Concealed hinge structure (1) |
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