CN1162054A - Four-shaft built-in hinge set on internal side of door - Google Patents
Four-shaft built-in hinge set on internal side of door Download PDFInfo
- Publication number
- CN1162054A CN1162054A CN 96104530 CN96104530A CN1162054A CN 1162054 A CN1162054 A CN 1162054A CN 96104530 CN96104530 CN 96104530 CN 96104530 A CN96104530 A CN 96104530A CN 1162054 A CN1162054 A CN 1162054A
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- pivot
- fixed
- fixed frame
- axis hole
- wing plate
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- 230000000903 blocking effect Effects 0.000 claims description 9
- 238000009434 installation Methods 0.000 description 3
- NOQGZXFMHARMLW-UHFFFAOYSA-N Daminozide Chemical group CN(C)NC(=O)CCC(O)=O NOQGZXFMHARMLW-UHFFFAOYSA-N 0.000 description 1
- 230000004075 alteration Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 239000000470 constituent Substances 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
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Abstract
The four-axle concealed hinge mounted on inside of door is characterized by that the distance between the pivot 11 and inside surface of fixed frame body 1a is longer than the distance between the pivot 10 and the inside surface of fixed frame body 1a, the pivot 14 is placed between the pivot 11 and pivot 13, and the distance between the pivot 14 and inside surface of fixed frame body 1a is longer than that between the pivot 11 and inside surface of fixed frame body 1a, and the distance between the pivot 11 and inside surface of fixed frame body 1a is longer than that between the pivot 13 and inside urface of fixed frame body 1a, and a tension helical spring is placed between pivot 10 and pivot 14.
Description
The present invention relates to a kind of four-shaft built hinge that under the door blocking, makes door be configured in the peristome inboard of fixed frame.
In the door blocking, though fixedly wing plate and rotate each constituent part such as wing plate hidden in the peristome of fixed frame and the four-shaft built hinge of the rear side of door known, but corresponding to the actual (real) thickness of the door of applicable object and size still need design alteration four relative position, have the problem that lacks versatility.
Again, known four-shaft built hinge, because of not possessing the device that door is remained on open state, the door that is moved by wind can rotate and locking unintentionally sometimes, therefore when being necessary that door remained on the release position, just being necessary to install in addition stay (stay) device and waiting the open utensil that keeps of door.
Thereby the objective of the invention is to: a kind of four-shaft built hinge that is arranged at an inboard is provided.It has the versatility applicable to the different various doors of gauge, can correctly stop the block action unintentionally of door again.
Below, use the reference element label in the accompanying drawing to be illustrated.The four-shaft built hinge that is arranged at an inboard of the present invention, comprise: be fixed within the fixed frame 1 on the face 1a, and first axis hole 3 and second axis hole 4 are set, and first axis hole 3 is configured to than second axis hole 4 more near the fixedly wing plate 5 of fixed frame inner face 1a at leading section; Be fixed on the back side 6a of door 6 in peristome 17 outsides that are disposed at fixed frame 1, and Triaxial hole 7 and the 4th axis hole 8 be set, and the 4th axis hole 8 is configured to rotation wing plate 9 than Triaxial hole 7 more approaching door back side 6a at leading section; With first fixed pivot axi 10 by first axis hole 3 leading section is connected in fixedly on the wing plate 5, with first moveable pivot 11 rearward end is connected on the rotation wing plate 9, when the door locking, is positioned at fixedly first junction plate 12 of the position, behind of wing plate 5 by Triaxial hole 7; And by second fixed pivot axi 13 of second axis hole 4 leading section is connected in fixedly on the wing plate 5, second junction plate 15 that rearward end is connected on the rotation wing plate 9 by the 4th 8 second moveable pivot 14 constitutes.
In the door blocking, set for first moveable pivot 11 also longer apart from the distance of fixed frame 1 medial surface 1a apart from the distance of fixed frame inner face 1a than first fixed pivot axi 10, second moveable pivot 14 is configured in the pars intermedia of first moveable pivot 11 and second fixed pivot axi 13, second moveable pivot 14 is set for also longer apart from the distance of fixed frame inner face 1a apart from the distance of fixed frame inner face 1a, set for first moveable pivot 11 also longer apart from the distance of fixed frame inner face 1a apart from the distance of fixed frame inner face 1a than second fixed pivot axi 13 than first moveable pivot 11.
Another four-shaft built hinge of the present invention also possesses except above-mentioned formation: open the tensioning helical spring of establishing 16 between first fixed pivot axi 10 and second moveable pivot 14, under the door open state, second moveable pivot 14 is set the position than the more close fixed frame inner face of the straight line 1a that connects first fixed pivot axi 10 and second fixed pivot axi 13 for.
Under the door blocking, door 6 is configured in the inner space of peristome 17 of fixed frame 1.In the time of open 6, first junction plate 12 rotates with the direction that first fixed pivot axi 10 leaves fixed frame inner face 1a for middle mind-set, and rotating wing plate 9 is center and the 12 relative rotations of first junction plate with first moveable pivot 11, and further from fixed frame inner face 1a.
At this moment, second junction plate 15 is that center one rotates towards the direction of leaving fixed frame inner face 1a with second fixed pivot axi 13, and the one side guiding limits the rotation of the rotation wing plate 9 that is connected with second moveable pivot 14.End before the leading section of first junction plate 12 retaining connects second junction plate 15 and when stoping movable wing plate 9 movable, door 6 can open into till the 90 degree positions, and the back side 6a of door 6 reaches on the position relative with the outside 1b of fixed frame 1.
Tension force helical spring 16 is arranged in the four-shaft built hinge of 14 of first fixed pivot axi 10 and second moveable pivot, second moveable pivot 14 connects the straight line of first fixed pivot axis 10 and second fixed pivot axi 13 and when being positioned at the opposition side of fixed frame inner face 1a relatively, and movable wing plate 9 can be according to the elastic force of tension force helical spring 16 be rotated to the locking direction and suppresses.
Overcome this rotating missile pressure and carry out the door open operation the time, carry out the opening of door 6, the moment that exceeds the side of fixed frame inner face 1a at the straight line that connects first fixed pivot axi 10 and second fixed pivot axi 13, second moveable pivot 14 is reversed because of suppressing of tension force helical spring 16, and movable wing plate 9 is promptly suppressed to opening direction.Therefore, door 6 automatically standard-sized sheet to 90 spend till the position.
In Figure 11 and the suitable example shown in Figure 12, the installation that is provided with desired depth on the inner face 1a of fixed frame 1 is with recess 2, fixedly wing plate 5 these recesses 2 of embedding and being fixed on the fixed frame 1.In Fig. 8 and suitable example shown in Figure 9, install and be not located on the inner face 1a of fixed frame 1 with recess.
[embodiment]
The simple declaration of figure
Fig. 1 is the front view about the four-shaft built hinge that is arranged at an inboard of one embodiment of the invention.
Fig. 2 is this concealed hinge view afterwards.
Fig. 3 is the plan view of this concealed hinge.
Fig. 4 is the ground plan of this concealed hinge.
Fig. 5 is the left surface figure of this concealed hinge.
Fig. 6 is the left surface figure of this concealed hinge.
Fig. 7 is the A-A line profile of Fig. 1.
Fig. 8 is the B-B line profile of Fig. 3.
Fig. 9 is the front of the door blocking of the suitable example of the aforementioned concealed hinge of expression.
Figure 10 be Fig. 9 concealed hinge the door open state front view.
Figure 11 is the front view of the door unlocking condition of another suitable example of the aforementioned concealed hinge of expression.
Figure 12 is the front view of door open state of the concealed hinge of Figure 11.
(explanation of element number)
1 fixed frame 2 is installed and is used recess
3 first axis holes, 4 second axis holes
5 fixing 6 of wing plates
7 Triaxial holes 8 the 4th axis hole
9 rotate wing plate 10 first fixed pivot axis
11 first moveable pivot, 12 first junction plates
13 second fixed pivot axis, 14 second moveable pivot
15 second junction plates, 16 tension force helical springs
The peristome of 17 fixed frames
In the illustrated embodiment, fixedly the Screw 20 of the open-work 19 of wing plate 5 by board 18 is installed is fixed within the fixed frame 1 on the face 1a, and first junction plate 12 is provided with the keeping out of the way with through hole 21 of head of Screw 20.First axis hole 3 and second axis hole 4 are located at section and are the holding up on the board 22 of fixedly wing plate 5 of U font, and second axis hole 4 is located at the oblique upside of first axis hole 3.On the end of the rotation wing plate 9 that bends to L word shape, at right angles prominent establishing installed board 23, and rotation wing plate 9 is fixed on the back side 6a of door 6 by the Screw 25 of the open-work 24 of installation board 23.Triaxial hole 7 and the 4th axis hole 8 are located at the holding up on the plate 26 of rotation alar part 9 of section U word shape.
The four-shaft built interlinkage that is arranged at an inboard of the present invention as previously discussed, utilize first fixed pivot axi 10 that an end of the first network plate 12 is connected fixedly on the wing plate 5, utilize first moveable pivot 11 that the other end of first junction plate 12 is connected on the rotation wing plate 9, utilize second fixed pivot axi 13 that an end of second junction plate 15 is connected fixedly on the wing plate 5, utilize second moveable pivot 14 that the other end of second junction plate 15 is connected on the rotation wing plate 9 again, under the door blocking because of setting for first moveable pivot 11 also longer apart from the distance of fixed frame 1 medial surface 1a apart from the distance of fixed frame inner face 1a than first fixed pivot axi 10, second moveable pivot 14 is configured in the pars intermedia of first moveable pivot 11 and second fixed pivot axi 13, set for second moveable pivot 14 also longer apart from the distance of fixed frame inner face 1a apart from the distance of fixed frame inner face 1a than first moveable pivot 11, set for first moveable pivot 11 also longer apart from the distance of fixed frame inner face 1a apart from the distance of fixed frame inner face 1a than second fixed pivot axi 13, so, have versatility applicable to the different various doors of gauge.
Of the present invention another is arranged at the four-shaft built hinge of an inboard, also possess and between first fixed pivot axi 10 and second moveable pivot 14, open the tension force helical spring of establishing 16, under the door open state, second moveable pivot 14 is set in the position of more depending on fixed frame inner face 1a than the straight line that connects first fixed pivot axi 10 and second fixed axis 13, so can correctly door 6 be remained on open state, and can avoid danger, and the open utensil that keeps of door of unnecessary other installation stay device etc. because of the moving rotation of locking unintentionally of wind.And, the rotating missile pressure that door 6 blocking can also tension force helical spring 16 and be able to correct maintenance.
Claims (2)
1. four-shaft built hinge that is arranged at an inboard, comprise on the inner face (1a) that is fixed in fixed frame (1), and first axis hole (3) and second axis hole (4) are set at leading section, first axis hole (3) is configured to than second axis hole (4) more near the fixedly wing plate (5) of fixed frame inner face (1a); Be fixed on the back side (6a) of door (6) in peristome (17) outside that is disposed at fixed frame (1), at leading section Triaxial hole (7) and the 4th axis hole (8) are set, and the 4th axis hole (8) is configured to rotation wing plate (9) than the more approaching door of Triaxial hole (7) back side (6a); By first fixed pivot axi (10) of first axis hole (3) leading section is connected in fixedly on the wing plate (5), rearward end is connected on the rotation wing plate (9), when the door locking, be in fixedly first junction plate (12) of the position, behind of wing plate (5) by first moveable pivot (11) of Triaxial hole (7); And by second fixed pivot axi (13) of second axis hole (4) leading section is connected in fixedly on the wing plate (5), rearward end is connected in second junction plate (15) that rotates on the wing plate (9) by second moveable pivot (14) of the 4th (8); It is characterized by, under the door blocking, set than first fixed pivot axi (10) apart from the distance of fixed frame (1) medial surface (1a) longer apart from the fixing distance of pivot inner body surface (1a) first moveable pivot (11), second moveable pivot (14) is configured in first moveable pivot (11) and second fixed pivot axi (13) pars intermedia, with the 2nd moveable pivot (14) apart from the distance of fixed frame inner face (1a) set for than first moveable pivot (11) apart from fixed frame inner face (1a) distance longer, set for first moveable pivot (11) longer apart from fixed frame inner face (1a) distance apart from the distance of fixed frame inner face (1a) than second fixed pivot axi (13).
2. four-shaft built hinge that is arranged at an inboard, comprise: be fixed within the fixed frame (1) on the face (1a), and first axis hole (3) and second axis hole (4) forwardly be set, first axis hole (3) is configured to than second axis hole (4) more near the fixedly wing plate (5) of fixed frame inner face (1a); Be fixed on the back side (6a) of door (6) in peristome (17) outside that is disposed at fixed frame (1), at leading section Triaxial hole (7) and the 4th axis hole (8) are set, and the 4th axis hole (8) is configured to rotation wing plate (9) than the more approaching door of Triaxial hole (7) back side (6a); By first fixed pivot axi (10) of first axis hole (3) leading section is connected in fixedly on the wing plate (5), rearward end is connected on the rotation wing plate (9), when the door locking, be positioned at fixedly first junction plate (12) of the position, behind of wing plate (5) by first moveable pivot (11) of Triaxial hole (7); By second fixed pivot axi (13) of second axis hole (4) leading section being connected in fixedly on the wing plate (5), rearward end is connected in second junction plate (15) that rotates on the wing plate (9) by second moveable pivot (14) of the 4th (8); Reach and between first fixed pivot axi (10) and second moveable pivot (14), open the tension force helical spring of establishing (16), it is characterized by, in the door blocking, set for first moveable pivot (11) longer apart from the distance of fixed frame (1) medial surface (1a) apart from the distance of fixed frame inner face (1a) than first fixed pivot axi (10), second moveable pivot (14) is configured in the pars intermedia of first moveable pivot (11) and second fixed pivot axi (13), set for second moveable pivot (14) longer apart from the distance of fixed frame inner face (1a) apart from the distance of fixed frame inner face (1a) than first moveable pivot (11), set for first moveable pivot (11) longer apart from the distance of fixed frame inner face (1a) apart from the distance of fixed frame inner face (1a) than second fixed pivot axi (13), in the door open state, second moveable pivot (14) is set in the position of more leaning on fixed frame inner face (1a) than the straight line that connects first fixed pivot axi (10) and second fixed pivot axi (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 96104530 CN1079133C (en) | 1996-04-10 | 1996-04-10 | Four-shaft built-in hinge set on internal side of door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 96104530 CN1079133C (en) | 1996-04-10 | 1996-04-10 | Four-shaft built-in hinge set on internal side of door |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1162054A true CN1162054A (en) | 1997-10-15 |
| CN1079133C CN1079133C (en) | 2002-02-13 |
Family
ID=5118379
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 96104530 Expired - Fee Related CN1079133C (en) | 1996-04-10 | 1996-04-10 | Four-shaft built-in hinge set on internal side of door |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1079133C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100351488C (en) * | 2002-11-25 | 2007-11-28 | 思嗄茨讷工业株式会社 | Catch function-equipped hinge |
-
1996
- 1996-04-10 CN CN 96104530 patent/CN1079133C/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100351488C (en) * | 2002-11-25 | 2007-11-28 | 思嗄茨讷工业株式会社 | Catch function-equipped hinge |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1079133C (en) | 2002-02-13 |
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| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
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| C14 | Grant of patent or utility model | ||
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