CN202194480U - Hinge device capable of being adjusted in three dimensions - Google Patents
Hinge device capable of being adjusted in three dimensions Download PDFInfo
- Publication number
- CN202194480U CN202194480U CN2011203246683U CN201120324668U CN202194480U CN 202194480 U CN202194480 U CN 202194480U CN 2011203246683 U CN2011203246683 U CN 2011203246683U CN 201120324668 U CN201120324668 U CN 201120324668U CN 202194480 U CN202194480 U CN 202194480U
- Authority
- CN
- China
- Prior art keywords
- hinge
- lower jaw
- hole
- fixed
- going
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Images
Landscapes
- Hinges (AREA)
Abstract
A hinge device capable of being adjusted in three dimensions comprises an upper hinge device and a lower hinge device, wherein the upper hinge device comprises an upper hinge fixed sleeve and an upper hinge movable sleeve; the upper hinge fixed sleeve comprises an upper hinge fixed seat, an upper hinge movable seat and an upper hinge sleeve pipe; the upper hinge movable seat is buckled on the upper hinge fixed seat movably; the upper hinge sleeve pipe is mounted on the upper hinge movable seat longitudinally; the upper hinge movable sleeve comprises an upper hinge base, an upper hinge sliding seat, an upper hinge sliding block and an upper hinge rotating shaft; the upper hinge sliding seat is mounted on the upper hinge base; the upper hinge sliding block is arranged in the upper hinge sliding seat; the upper hinge rotating shaft is mounted in the upper hinge sliding block; a longitudinal toothed part is formed on the upper hinge rotating shaft; the upper hinge rotating shaft is arranged in the upper hinge sleeve pipe; and the lower hinge device comprises a lower hinge movable sleeve and a lower hinge fixed sleeve.
Description
[technical field]
The utility model relates to a kind of being installed on doorframe and the door body and is used to let a body with respect to the hinge accessory that doorframe rotates, and relates in particular to a kind of three-dimensional adjustable Hinge.
[background technology]
In the prior art; Be used for and regulate for the hinge that the Men Tiyu doorframe is rotatably connected; This uncontrollable shortcoming causes the difficulty that the door body is installed on the doorframe is strengthened; Simultaneously, between front and back position between the Men Tiyu doorframe (perpendicular to the direction on plane, door body place) and the Men Tiyu doorframe about between (i.e. a body width) crack between a door and its frame and the Men Tiyu doorframe harmony on short transverse all be difficult to the requirement that reaches suitable, and installation effectiveness is extremely low.
For this reason, be necessary to provide a kind of improved Hinge, the three-dimensional adjustable Hinge that provides such as the utility model is so that overcome the shortcoming of above-mentioned prior art.
[utility model content]
The purpose of the utility model is the three-dimensional adjustable Hinge that provides the locus between a kind of Men Tiyu doorframe to be easy to adjust; Thereby greatly reduce the installation difficulty of Men Tiyu doorframe; Be convenient to simultaneously regulate locus between the two efficiently, reach the best fit state between the two so that let.
For realizing this purpose, the utility model adopts following technical scheme:
A kind of three-dimensional adjustable Hinge is used to adjust the position of a body with respect to doorframe, comprising: go up Hinge and lower jaw device;
Last Hinge comprises the last hinge activity external member that is installed in the last hinge fixed sleeve part on the doorframe and is installed in a body top;
Last hinge fixed sleeve part comprise that hinge holder, movable button are combined on the hinge holder and can door body width with respect on the hinge holder move on the hinge sliding seat and vertically be installed on the hinge sliding seat on the hinge sleeve;
Last hinge activity external member comprises the hinge base, be installed in last hinge slide on the hinge base, be arranged in the hinge slide and can with respect to last hinge slide door body width move on the hinge slide block and be installed in the hinge slide block and can with respect on the hinge slide block move up and down the position on the hinge axis of rotation; The vertical tooth of formation portion on the last hinge axis of rotation, the top end of last hinge axis of rotation is rotated and is arranged in the last hinge sleeve of hinge fixed sleeve part;
The lower jaw device comprises the lower jaw activity external member that is fixed on body bottom and is fixed on the lower jaw fixed sleeve part on the doorframe;
The lower jaw slide block that lower jaw activity external member comprises the lower jaw fixed head, be arranged on page or leaf end holder on the lower jaw fixed head, be provided with lower jaw slide in the holder below, be movably arranged in the lower jaw slide and can move at door body width and perpendicular to the direction on plane, door body place with respect to the lower jaw slide and be fixed on the lower jaw sleeve in the lower jaw slide block;
The lower jaw fixed sleeve part comprises by vertical component effect and has lower jaw fixed mount that the horizontal part of lower jaw axis hole constitutes, is installed in the lower jaw stator on the vertical component effect, the up-down adjustment screw that is movably arranged on the lower jaw fixed axis in the lower jaw axis hole and cooperates with fixed axis through engage thread that the rotation of lower jaw fixed axis is arranged in the lower jaw sleeve of lower jaw activity external member.
Compared with prior art; In the utility model; Owing to dexterously rack-and-pinion matching mechanism, eccentric mechanism and slide block mechanism etc. are applied in the hinge structure; Therefore can by suitable instrument such as inner hexagon spanner etc. realize easily installing easily, installation quality is good and the advantage of all can free door frame easily on door body width, short transverse and fore-and-aft direction (perpendicular to the direction on plane, door body place) regulating with the slit between the body, thereby let the mated condition that reaches the best between the two.
[description of drawings]
Fig. 1 is the three-dimensional exploded view of the utility model three-dimensional adjustable Hinge, has mainly showed the space matching relationship between horizontal doorframe, last Hinge, door body, perpendicular doorframe and the lower jaw device.
Fig. 2 a is the three-dimensional exploded view of last hinge fixed sleeve part of the last Hinge of three-dimensional adjustable Hinge shown in Figure 1.
Fig. 2 b goes up the three-dimensional exploded view of hinge fixed sleeve part from another viewed shown in Fig. 2 a.
Fig. 2 c is a three-dimensional combination figure of going up the hinge fixed sleeve part shown in Fig. 2 a.
Fig. 2 d is a vertical view of going up the hinge fixed sleeve part shown in Fig. 2 c.
Fig. 3 a has showed the amplification three-dimensional exploded view of the last hinge activity external member of three-dimensional adjustable Hinge shown in Figure 1.
Fig. 3 b has showed that last hinge activity external member is from the three-dimensional exploded view of another viewed shown in Fig. 3 a.
Fig. 3 c has showed shown in Fig. 3 a that hinge activity external member fits together the back and from the stereogram of another viewed.
Fig. 4 a has showed the three-dimensional exploded view of lower jaw activity external member of the lower jaw device of three-dimensional adjustable Hinge shown in Figure 1.
Fig. 4 b has showed the stereoscopic-state figure of the lower jaw activity external member that fits together.
Fig. 5 has showed the three-dimensional exploded view of lower jaw fixed sleeve part of the lower jaw device of three-dimensional adjustable Hinge shown in Figure 1.
Fig. 6 has showed that the utility model three-dimensional adjustable Hinge is installed in doorframe state diagram afterwards.
[specific embodiment]
Below in conjunction with accompanying drawing and embodiment the utility model is further described.
See also Fig. 1-6, according to the preferred embodiment of the utility model, a kind of three-dimensional adjustable Hinge comprises and is used to be installed in the last Hinge 100 on horizontal doorframe 1 and the door body 9 and is used to be installed in the lower jaw device 200 on a body 9 and the perpendicular doorframe 10.
With reference to figure 1, Fig. 2 a-2d, the said Hinge 100 of going up comprises the last hinge fixed sleeve part 102 that is installed in said horizontal doorframe 1 bottom simultaneously.As shown in the figure, said go up hinge fixed sleeve part 102 comprise hinge holder 2, movable button be combined in said go up on the hinge holder 2 and can door body width with respect on hinge holder 2 move on hinge sliding seat 4 reach vertically be installed on the hinge sliding seat 4 on hinge sleeve 16.
Preferably, said go up on the hinge holder 2 around form perforate 202 respectively, pass the bottom that corresponding aperture 202 will whole last hinge fixed sleeve part 102 be installed in said horizontal doorframe 1 through a plurality of suitable fastening devicess such as screw 5.In addition, vertically offer opening 204 on the last hinge holder 2.
Preferably, a said end of going up on the hinge sliding seat 4 offers first vertical hole 42, and the said hinge sleeve 16 of going up is set in said first vertical hole 42.
In addition; The said other end of going up on the hinge sliding seat 4 laterally offers horizontal screwed hole 44; Adjustment screw 3 comprises threaded shank 302 and is formed at the stage portion 304 of threaded shank 302 1 ends before and after one; Said threaded shank 302 stretches in the said horizontal screwed hole 44, and is mated with engage thread, and said stage portion 304 then is limited in the said opening of going up on the hinge holder 2 204.
When by suitable instrument rotation front and back adjustment screw 3; Because its stage portion 304 is limited in the opening 204; Therefore threaded shank 302 is slided with respect to last hinge holder 2 front and back with causing the said hinge sliding seat 4 that goes up cooperating of horizontal screwed hole 44, thereby causes the last hinge sleeve 16 on the hinge sliding seat 4 also to slide with respect to last hinge holder 2 front and back.Because last hinge holder 2 is installed in (with reference to figure 1) on the horizontal doorframe 1, therefore in fact realized going up the front and back adjusting of hinge sleeve 16 with respect to 1 pair on horizontal doorframe.In other words, after door body 9 (with reference to figure 1) is rotatably installed in hinge sleeve 16, in fact also realized of the front and back position fine setting of door body 9 with respect to horizontal doorframe 1.
With reference to figure 1 and Fig. 3 a-3c, the said Hinge 100 of going up further comprises the last hinge activity external member 104 that is installed in said door body 9 tops.
As shown in the figure, the said hinge activity external member 104 that goes up comprises hinge base 8, is installed in last hinge slide 502 on the hinge base 8, is arranged on the interior last hinge slide block 6 that also can move with respect to 502 body widths of last hinge slide of hinge slide 502 and is installed in hinge slide block 6 interior and can move up and down the last hinge axis of rotation 17 of position with respect to last hinge slide block 6.It should be noted that: the said top end that goes up hinge axis of rotation 17 is arranged on the said of said upward hinge fixed sleeve part 102 and goes up in the hinge sleeve 16, and can rotate with respect to it.
Saidly go up that hinge base 8 comprises level board 82, the vertical plate 84 that forms from the terminal vertical extent of said level board 82 and be formed at the installing rack 83 between said level board 82 and the vertical plate 84, said last hinge slide 502 is contained in said installing rack 83 inside.In addition, offer second and third instrument entering hole 844,846 that first instrument entering hole 842 and first instrument that lays respectively at get into 842 both sides, hole on the said vertical plate 84 on the horizontal direction.
The said hinge slide 502 of going up comprises horizontal part 5022 and two sidewalls 5024 that form from the two ends vertical extent of horizontal part 5022 respectively.The said hinge slide block 6 of going up is arranged in the space that said horizontal part 5022 and two sidewalls 5024 defined.In addition, horizontal direction offers first via hole 5028 and lays respectively at second via hole 5026 and the screw threads for fastening hole 5021 of said first via hole 5028 both sides on the said sidewall 5024.
Said screw 66 and the through hole 68 that offers gear drive hole 64 in the horizontal direction on the hinge slide block 6 and be opened in drive hole 64 both sides of going up.In addition, said going up on the hinge slide block 6 offers longitudinal axis hole 6066, and said bottom of going up hinge axis of rotation 17 is contained in the said longitudinal axis hole 6066, and only can in longitudinal axis hole 6066, move axially up and down, and can't rotate with respect to longitudinal axis hole 6066.This is easy to realize; As long as on last hinge axis of rotation 17, process locating surface 172 longitudinally; And in said longitudinal axis hole 6066, form corresponding fore-and-aft plane (not label); Through cooperating of locating surface 172 and fore-and-aft plane, just can prevent the rotation of hinge axis of rotation 17 with respect to longitudinal axis hole 6066.In addition, should be noted that: the vertical tooth of formation portion 178 on the said upward hinge axis of rotation 17.
Said going up vertically offers the gear holding tank 62 that connects with said longitudinal axis hole 6066 simultaneously on the hinge slide block 6; Gear 7 with gear axis hole 72 is contained in the gear holding tank 62, simultaneously said gear 7 be vertical tooth portion 178 engagements of going up on the hinge axis of rotation 17.One regulate rotating shaft 25 pass on the sidewall 5024 of hinge slide 502 first via hole 5028 and on hinge slide block 6 gear drive hole 64 and be fixed in the gear axis hole 72 of gear 7.When stretching into such as inner hexagon spanner by suitable instrument that said first instrument gets in the hole 842 and when rotating adjusting rotating shaft 25; Gear 7 is driven and is rotated; And then cause vertically moving with the vertical tooth portion 178 of its engagement; Finally cause vertically moving of hinge axis of rotation 17, this size distortion that helps to adapt to the horizontal doorframe that causes because of mismachining tolerance that vertically moves of going up hinge axis of rotation 17.
Preferably, saidly go up 174, one springs 19 of spring mounting hole that offer vertical setting on the hinge axis of rotation 17 elasticity is arranged in the spring mounting hole 174 through the spring steady pin 18 that is arranged on hinge axis of rotation 17 bottoms.The tension of spring 19 forces hinge axis of rotation 17 always tightly to prop up the bottom in longitudinal axis hole 6066, rotates when regulating rotating shaft 25 by above-mentioned instrument, just can cause vertically moving of hinge axis of rotation 17 after only having overcome the spring tension effect.This is favourable when the door body is installed, and always is contracted in the longitudinal axis hole 6066 because go up hinge axis of rotation 17, and can cause interference to the whole erection work progress because of stretching out.
Regulate for the position, the left and right sides (door body width) of realizing whole Hinge, need realize by left and right adjusting screw 26.Left and right adjusting screw 26 passes second via hole 5026 and screws in the screw 66 of said upward hinge slide block 6.When rotating left and right adjusting screw 26 such as inner hexagon spanner stretches into second instrument entering hole 844 by instrument; Because left and right adjusting screw 26 is fixed between vertical plate 84 and the last hinge slide block 6 in the axial direction; Therefore this rotation causes hinge slide block 6 axially moving with respect to last hinge slide 502 along left and right adjusting screw 26; And then cause hinge axis of rotation 17 also to move with respect to last hinge slide 502, realized that finally the left and right directions of opposite house body is regulated.
After above-mentioned all adjustment processes finish, let a trip bolt 24 pass screw threads for fastening hole 5021 and go up through hole 68 on the hinge slide block 6 and all parts are fastened to each other.
Introduce the detailed structure of lower jaw device 200 below in conjunction with Fig. 1, Fig. 4 a-4b and Fig. 5.As shown in the figure, lower jaw device 200 comprises the lower jaw activity external member 204 that is fixed on a body 9 bottoms and is fixed on the lower jaw fixed sleeve part 202 on the perpendicular doorframe 10.
Shown in Fig. 1 and Fig. 4 a-4b, said lower jaw activity external member 204 comprises lower jaw fixed head 15, be arranged on page or leaf end holder 602 on the lower jaw fixed head 15, lower jaw slide 23 in the holder 602 below is set, be movably arranged in the lower jaw slide 23 and can be with respect to lower jaw slide 23 at the mobile lower jaw slide block 20 of left and right directions (door body width) and fore-and-aft direction (perpendicular to the direction on plane, door body place) and be fixed on the lower jaw sleeve 21 in the lower jaw slide block 20.
Said lower jaw fixed head 15 comprises transverse plate 154, perpendicular vertical plate 152 and is formed at carrier 153 between the two.
Page or leaf end holder 602 is contained in the said carrier 153, and comprises horizontal wall 6022 and be formed at the vertical wall 6024 at horizontal wall 6022 two ends.
Vertically offer second vertical hole 2022 on the said lower jaw slide block 20, said lower jaw sleeve 21 is installed in said second vertical hole 2022.In addition; Also further vertically offer eccentric wheel holding tank 2042 on the said lower jaw slide block 20; An eccentric wheel 700 is contained in the eccentric wheel holding tank 2042; Regulate for one and be fixed on 602 vertical wall 6024 and lower jaw slide 23 at the bottom of rotating shaft 258 is passed page and finally be fixed on the eccentric wheel 700; When inner hexagon spanner passes vertical plate 152 of lower jaw fixed head 15 and when drive regulating rotating shaft 258 and rotating, eccentric wheel 700 rotates together, thereby causes lower jaw slide block 20 mobile with respect to lower jaw slide 23 front and back (perpendicular to the direction on plane, door body place); Because lower jaw sleeve 21 is fixed on the slide block 20, therefore realized lower jaw sleeve 21 moving forward and backward with respect to lower jaw slide 23.
One end of a left and right adjusting screw 262 is resisted against on vertical plate 152; The other end then passes vertical wall 6024 and finally is fixed on the lower jaw slide 23 through engage thread; When inner hexagon spanner passes vertical plate 152 and when driving 262 rotations of left and right adjusting screw; This rotatablely moves and impels lower jaw slide 23 and within it lower jaw slide block 20 is installed simultaneously with respect to being fixed on 602 at the bottom of the page or leaf the moving axially of left and right adjusting screw 262, and then has realized the adjusting of left and right directions.
After above-mentioned adjustment process finishes, be fixed on 602 and lower jaw slide 23 and finally be resisted against on the lower jaw slide block 20 and all parts are fastened to each other at the bottom of can letting a trip bolt 242 pass page.
With reference to figure 5, said lower jaw fixed sleeve part 202 comprises by vertical component effect 132 and has lower jaw fixed mount 13 that the horizontal part 134 of lower jaw axis hole 1342 constitutes, is installed in the lower jaw stator 15 on the vertical component effect 132, the up-down adjustment screw 27 that is movably arranged on the lower jaw fixed axis 28 in the lower jaw axis hole 1342 and cooperates with fixed axis 28 through engage thread.Said lower jaw fixed axis 28 is contained in the lower jaw sleeve 21 of said lower jaw activity external member 204, and can rotate within it.
When rotation up-down adjustment screw 27, lower jaw fixed axis 28 will move up and down, thereby realize the fine setting to whole Hinge above-below direction.
Fig. 6 has showed last Hinge 100 and the lower jaw device 200 that is installed on horizontal doorframe 1, perpendicular doorframe 10 and the door body 9.
According to said structure, rotate corresponding parts by inner hexagon spanner, can realize the fine setting of a body 9 left and right directions, short transverse and fore-and-aft direction.
Briefly say; Owing to dexterously rack-and-pinion matching mechanism, eccentric mechanism and slide block mechanism etc. are applied in the hinge structure; Therefore can by suitable instrument such as inner hexagon spanner etc. realize easily installing easily, installation quality is good and in the advantage of all can free door frame easily on left and right directions, short transverse and the fore-and-aft direction regulating with the slit between the body, thereby let the mated condition that reaches the best between the two.
Claims (10)
1. a three-dimensional adjustable Hinge is used to adjust the position of a body with respect to doorframe, it is characterized in that comprising: go up Hinge and lower jaw device;
The said Hinge of going up comprises the last hinge activity external member that is installed in the last hinge fixed sleeve part on the said doorframe and is installed in said door body top;
Said go up the hinge fixed sleeve part comprise hinge holder, movable button be combined in said go up on the hinge holder and can door body width with respect on the hinge holder move on the hinge sliding seat reach vertically be installed on the hinge sliding seat on the hinge sleeve;
Said go up hinge activity external member comprise the hinge base, be installed in last hinge slide on the hinge base, be arranged on the hinge slide interior also can with respect to last hinge slide door body width move on the hinge slide block and be installed in the hinge slide block and can with respect on the hinge slide block move up and down the position on the hinge axis of rotation; The vertical tooth of formation portion on the said upward hinge axis of rotation, the said top end that goes up the hinge axis of rotation is rotated in the said upward hinge sleeve that is arranged on said upward hinge fixed sleeve part;
Said lower jaw device comprises the lower jaw activity external member that is fixed on body bottom and is fixed on the lower jaw fixed sleeve part on the doorframe;
The lower jaw slide block that said lower jaw activity external member comprises the lower jaw fixed head, be arranged on page or leaf end holder on the lower jaw fixed head, be provided with lower jaw slide in the holder below, be movably arranged in the lower jaw slide and can move at door body width and perpendicular to the direction on plane, door body place with respect to the lower jaw slide and be fixed on the lower jaw sleeve in the lower jaw slide block;
Said lower jaw fixed sleeve part comprises by vertical component effect and has lower jaw fixed mount that the horizontal part of lower jaw axis hole constitutes, is installed in the lower jaw stator on the vertical component effect, the up-down adjustment screw that is movably arranged on the lower jaw fixed axis in the lower jaw axis hole and cooperates with fixed axis through engage thread that said lower jaw fixed axis rotation is arranged in the lower jaw sleeve of said lower jaw activity external member.
2. three-dimensional adjustable Hinge according to claim 1 is characterized in that: form perforate respectively around on the said upward hinge holder, pass corresponding aperture through a plurality of screws the whole hinge fixed sleeve part that goes up is installed on the said doorframe.
3. three-dimensional adjustable Hinge according to claim 2 is characterized in that: said going up on the hinge holder vertically offers opening; A said end of going up on the hinge sliding seat offers first vertical hole; The said hinge jacket casing of going up is located in said first vertical hole; The said other end of going up on the hinge sliding seat laterally offers horizontal screwed hole; The threaded shank of front and back adjustment screw that comprises threaded shank and be formed at the stage portion of threaded shank one end stretches in the said horizontal screwed hole, and is mated with engage thread, and said stage portion then is limited in the said opening of going up on the hinge holder.
4. three-dimensional adjustable Hinge according to claim 3; It is characterized in that: saidly go up that the hinge base comprises level board, the vertical plate that forms from the terminal vertical extent of said level board and be formed at the installing rack between said level board and the vertical plate, saidly go up the hinge slide to be contained in said installing rack inner.
5. three-dimensional adjustable Hinge according to claim 4 is characterized in that:
First instrument that offers on the horizontal direction on the said vertical plate gets into the hole and lays respectively at second and third instrument entering hole of first instrument entering both sides, hole;
The said hinge slide of going up comprises horizontal part and two sidewalls that form from the two ends vertical extent of horizontal part respectively; The said hinge slide block of going up is arranged in said horizontal part and two spaces that sidewall defined, and horizontal direction offers first via hole and lays respectively at second via hole and the screw threads for fastening hole of the said first via hole both sides on the said sidewall;
Said screw and the through hole that offers the gear drive hole in the horizontal direction on the hinge slide block and be opened in the drive hole both sides of going up; Said going up on the hinge slide block offers longitudinal axis hole; Said bottom of going up the hinge axis of rotation is contained in the said longitudinal axis hole; And only can in longitudinal axis hole, move axially up and down, and can't rotate with respect to longitudinal axis hole, said going up vertically offers the gear holding tank that connects with said longitudinal axis hole simultaneously on the hinge slide block; Gear with gear axis hole is contained in the gear holding tank, simultaneously said gear be the vertical tooth portion engagement of going up on the hinge axis of rotation;
Regulating rotating shaft for one passes first via hole and gear drive hole and is fixed in the gear axis hole of gear.
6. three-dimensional adjustable Hinge according to claim 5; It is characterized in that: the said spring mounting hole that offers vertical setting on the hinge axis of rotation of going up, elasticity is arranged in the spring mounting hole spring through the spring steady pin that is arranged on hinge axis of rotation bottom; Left and right adjusting screw that is fixed in the axial direction between vertical plate and the last hinge slide block passes second via hole and screws in the said screw of going up the hinge slide block; Trip bolt passes the screw threads for fastening hole and goes up through hole on the hinge slide block and all parts are fastened to each other.
7. three-dimensional adjustable Hinge according to claim 6; It is characterized in that: said going up on the hinge axis of rotation forms locating surface longitudinally; Form corresponding fore-and-aft plane in the said longitudinal axis hole; Through cooperating of locating surface and fore-and-aft plane, prevent of the rotation of hinge axis of rotation with respect to longitudinal axis hole.
8. three-dimensional adjustable Hinge according to claim 7 is characterized in that: said lower jaw fixed head comprises transverse plate, perpendicular vertical plate and is formed at carrier between the two; Said page or leaf end holder is contained in the said carrier, and comprises horizontal wall and be formed at the vertical wall at horizontal wall two ends; Said lower jaw slide is contained in the space of horizontal wall and two vertical wall qualifications.
9. three-dimensional adjustable Hinge according to claim 8 is characterized in that: vertically offer second vertical hole on the said lower jaw slide block, said lower jaw sleeve is installed in said second vertical hole; Also further vertically offer the eccentric wheel holding tank on the said lower jaw slide block, an eccentric wheel is contained in the eccentric wheel holding tank, vertical wall of regulating to be fixed at the bottom of rotating shaft is passed page and lower jaw slide and finally be fixed on the eccentric wheel.
10. three-dimensional adjustable Hinge according to claim 9 is characterized in that: an end of a left and right adjusting screw is resisted against on vertical plate, and the other end then passes vertical wall and finally is fixed on the lower jaw slide through engage thread; And at the bottom of passing page, trip bolt is fixed on and lower jaw slide and finally being resisted against on the lower jaw slide block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203246683U CN202194480U (en) | 2011-08-31 | 2011-08-31 | Hinge device capable of being adjusted in three dimensions |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203246683U CN202194480U (en) | 2011-08-31 | 2011-08-31 | Hinge device capable of being adjusted in three dimensions |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202194480U true CN202194480U (en) | 2012-04-18 |
Family
ID=45949397
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203246683U Withdrawn - After Issue CN202194480U (en) | 2011-08-31 | 2011-08-31 | Hinge device capable of being adjusted in three dimensions |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202194480U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102287104A (en) * | 2011-08-31 | 2011-12-21 | 广东顶固集创家居股份有限公司 | Three-dimensional adjustable hinge device |
-
2011
- 2011-08-31 CN CN2011203246683U patent/CN202194480U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102287104A (en) * | 2011-08-31 | 2011-12-21 | 广东顶固集创家居股份有限公司 | Three-dimensional adjustable hinge device |
| CN102287104B (en) * | 2011-08-31 | 2013-12-18 | 广东顶固集创家居股份有限公司 | Three-dimensional adjustable hinge device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101877979B (en) | Front-adjustment means for drawers, and drawer | |
| CN202194480U (en) | Hinge device capable of being adjusted in three dimensions | |
| DE102013113675B4 (en) | Panel clamping device for a vehicle | |
| CN203638022U (en) | Seat post height adjusting device | |
| CN102287104B (en) | Three-dimensional adjustable hinge device | |
| DE202015104008U1 (en) | sunroof assembly | |
| CN112531960A (en) | Adjustable structure of mechanical equipment motor frame | |
| CN202139943U (en) | Height-adjustable hinge device | |
| CN102052029B (en) | Bidirectional adjustable hinge device | |
| CN203201354U (en) | Solid regulating type sliding door pulley device | |
| CN216443661U (en) | Adjustable steering column | |
| CN211620899U (en) | Cloth guide mechanism of setting machine | |
| CN205293997U (en) | Baffle belt leather tape unit | |
| CN202788374U (en) | Novel three-dimensional adjustable door and window hinge | |
| CN213774947U (en) | Three-dimensional adjustable blind door hinge | |
| CN210067753U (en) | Elastic reset structure of upper wheel height adjusting device of flat sliding door | |
| CN208812318U (en) | A kind of rubber plastic steelmaking device | |
| CN202240291U (en) | Height fine tuning mechanism of welding fixture | |
| CN220007147U (en) | Stamping workpiece edge grinding device | |
| CN110293267A (en) | A kind of gear chamfering machining tool | |
| CN216150969U (en) | Thread machining and positioning mechanism of thread rolling machine | |
| CN208359544U (en) | A kind of rolling device | |
| CN215598819U (en) | Metallurgical chemical analysis is with metal sample system appearance ware | |
| CN213167156U (en) | Insertion mechanism of stringing machine | |
| CN213450143U (en) | Support arm with adjustable mechanical positioning force |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120418 Effective date of abandoning: 20131218 |
|
| RGAV | Abandon patent right to avoid regrant |