CN207714971U - A kind of guide chute structure of hinge - Google Patents
A kind of guide chute structure of hinge Download PDFInfo
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- CN207714971U CN207714971U CN201721749769.9U CN201721749769U CN207714971U CN 207714971 U CN207714971 U CN 207714971U CN 201721749769 U CN201721749769 U CN 201721749769U CN 207714971 U CN207714971 U CN 207714971U
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- slider
- substrate
- limiting slot
- eccentric bolt
- hole
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Abstract
The utility model discloses a kind of guide chute structure of hinge, the second slider and the second substrate match, and eccentric bolt head is arranged on the outside of the second slider, and tail portion connects the second eccentric bolt connecting hole after passing through the second slider.It is screwed in after the second screw hole by screw when installation and fixes the second substrate with door-plate, then by adjusting eccentric bolt, while under the position-limiting action of the second hole flanging and the second limiting slot, relative horizontal displacement occurs for the second slider and the second substrate.Since the horizontal axis of the second limiting slot and the second eccentric bolt connecting hole center are on same straight line, the line of second limiting slot and the second eccentric bolt connecting hole will not form torque in the direction of movement when mobile.To eliminate the added force of the second limiting slot and the second hole flanging in vertical direction, make the two slides more smooth smooth-going, is not in Caton phenomenon.Due to the stress without bursts such as interim cards, the second slider is further avoided and the problem of the second substrate stress is detached from.
Description
Technical field
The utility model is related to a kind of partial structurtes of hinge more particularly to a kind of guide chute structures of hinge.
Background technology
As shown in Figs. 1-3, existing hinge includes the first substrate 200 for being fixedly installed in hinge on door-plate,
And the first slider 100 for trim locations, the first slider 100 pass through the first hole flanging 120 and eccentric bolt and first
Substrate 200 connects；Eccentric bolt head is set to 100 outside of the first slider, and tail portion passes through the first slider 100 and the first substrate
200 the first eccentric bolt connecting hole 211 connection.200 middle part of the first substrate penetrates the first screw by screw when installation
Hole 212 is fixed on door-plate, adjustment eccentric bolt is then used, under the position-limiting action of the first hole flanging 120 and the first limiting slot 231
So that the first slider 100 and 200 relative level of the first substrate is moved, so that hinge is adjusted famous dictum on door-plate and think position.If
The first straight slot 110 set at 100 middle part of the first slider is horizontally disposed, and the first screw hole 212 is enabled to have in active procedure enough
Correspondence space.
But have in adjustment, between the first eccentric bolt connecting hole 211 and the first limiting slot 231 of force larger
Torque causes the first hole flanging 120 to be easy to block with the first limiting slot 231.Specially the first substrate 200 include upper piece 210 and under
Piece 230, upper piece 210 connect by connection sheet 220 with bottom sheet 230；The first eccentric bolt connecting hole 211 is arranged in upper piece 210 tops,
The first limiting slot 231 is arranged in 230 left and right ends of bottom sheet.It results in eccentric bolt and is adjusting the first slider 100 and the first substrate
When 200 position, move horizontally formed between 231 line of direction and first the first limiting slots of eccentric bolt connecting hole 211- it is larger
Angle, to produce larger torque when the first limiting slot 231 limits the first hole flanging 120.The effect of torque makes first
Vertical component active force is generated when hole flanging 120 and the first 231 relative displacement of limiting slot to be easy to block edge, makes the first sliding
The position of piece 100 and the first substrate 200, which is adjusted, to have some setbacks.Torque is larger also to generate another technological deficiency, is exactly to be easy production
The raw stress for keeping the first slider 100, the first substrate 200 mutually exclusive, causes the first hole flanging 120 to be easy to detach the first limit
Position slot 231.Hinge after derailing can not restore for the general user of not technical merit, leverage user's impression
Difficult to install with bringing, especially when eccentric bolt rotation is very fast, problem is more prominent.
Utility model content
In order to solve the above-mentioned technical problem, the utility model aim is to provide a kind of guide chute structure of hinge, makes
Position adjustment is more smooth will not to be blocked and will not derail.
A kind of guide chute structure of hinge described in the utility model, including the second slider and matching used second
Substrate；Second substrate passes through eccentric bolt connecting hole fortune opposite with the second slider level with the adjusting of eccentric bolt
It is dynamic；The second eccentric bolt connecting hole is arranged in the side on the second substrate top；It is characterized in that, the second substrate top is remote
The second limiting slot, the horizontal axis of the second limiting slot and the second eccentric bolt connecting hole is arranged in the other side from eccentric bolt connecting hole
Center is in same straight line；The second hole flanging is arranged in the corresponding position of the second limiting slot in second slider；Described
Two limiting slots are used to limit the second hole flanging, and groove width is slightly larger than the second hole flanging outer diameter；Second hole flanging is to outside the second limiting slot direction
It turns over and extends into the second limiting slot.
A kind of guide chute structure of hinge described in the utility model, the second slider and the second substrate match,
Eccentric bolt head is arranged on the outside of the second slider, and tail portion connects the second eccentric bolt connecting hole after passing through the second slider.
It is screwed in after the second screw hole by screw when installation and fixes the second substrate with door-plate, then by adjusting eccentric bolt,
Simultaneously under the position-limiting action of the second hole flanging and the second limiting slot, relative horizontal displacement occurs for the second slider and the second substrate.
Since the horizontal axis of the second limiting slot and the second eccentric bolt connecting hole center are on same straight line, when mobile
Torque will not be formed in the direction of movement by waiting the line of the second limiting slot and the second eccentric bolt connecting hole.To eliminate second
The added force of limiting slot and the second hole flanging in vertical direction, make the two slides more smooth smooth-going, is not in card
Phenomenon.Due to the stress without bursts such as interim cards, further avoids the second slider and the second substrate stress is detached from
Problem.
The anti-flake to lower recess is arranged on the top close to the second hole flanging in second slider；The anti-flake
For stopping that the second substrate is detached from the second slider.
The support piece upwardly extended is arranged in the corresponding position of the second substrate lower edge in second slider；Described
Support piece is for the second substrate weight of support and the second substrate is prevented to be detached from the second slider.
Description of the drawings
Fig. 1 is the structural schematic diagram of the first substrate in the prior art；
Fig. 2 is the structural schematic diagram of the first slider in the prior art；
Fig. 3 is the cooperation schematic diagram of first substrate and the first slider.
Fig. 4 is the structural schematic diagram of the second substrate described in the utility model；
Fig. 5 is the structural schematic diagram of the second slider described in the utility model；
Fig. 6 is the cooperation schematic diagram of second substrate and the second slider.
It is marked in figure：The first sliders of 100-, the first straight slots of 110-, the first hole flangings of 120-；
The first substrates of 200-, upper of 210-, the first eccentric bolts of 211- connecting hole, the first screw holes of 212-, 220- connections
Piece, 230- bottom sheet, the first limiting slots of 231-；
The second sliders of 300-, the second straight slots of 310-, the second hole flangings of 320-, 330- supports piece, the anti-flakes of 340-；
The second substrates of 400-, the second screw holes of 410-, the second eccentric bolts of 420- connecting hole, the second limiting slots of 430-.
Specific implementation mode
As Figure 4-Figure 6, the guide chute structure of a kind of hinge described in the utility model, including the second slider 300
With matching used second substrate 400；Second substrate 400 passes through the adjusting of the second eccentric bolt connecting hole 420 and the
Two sliders, 300 horizontal relative motions；The second eccentric bolt connecting hole 420 is arranged the one of 400 top of the second substrate
Side.The second screw hole 410 is each side set at 400 middle part of the second substrate, 400 top of the second substrate is far from the second eccentric spiral shell
The second limiting slot 430 is arranged in the other side of bolt connecting hole 420.Second limiting slot, the 430 horizontal axis and the second eccentric spiral shell
420 center of bolt connecting hole is in same straight line.
In 430 corresponding position of the second limiting slot the second hole flanging 320 is arranged, in the second spiral shell in second slider 300
The second straight slot 310 is arranged in 410 corresponding position of wire hole.Second limiting slot 430 is used to limit the second hole flanging 320, slot
It is wide to be slightly larger than 320 outer diameter of the second hole flanging；Second hole flanging 320 turns up to 430 direction of the second limiting slot and extends into the second limiting slot
430.Second straight slot, 310 horizontal direction extends, and is given when adjusting the second slider 300 with the second 400 relative position of substrate
Second screw hole 410 has enough correspondence spaces.For the setting of eccentric bolt head in the outside of the second slider 300, tail portion passes through the
The second eccentric bolt connecting hole 420 is connected after two sliders 300.
It is screwed in after the second screw hole 410 by screw when installation and fixes the second substrate 400 with door-plate, then passed through
Eccentric bolt is adjusted, while under the position-limiting action of the second hole flanging 320 and the second limiting slot 430, the second slider 300 and second
Relative horizontal displacement occurs for substrate 400.Due in the horizontal axis and the second eccentric bolt connecting hole 420 of the second limiting slot 430
The heart is on same straight line, therefore the line of second limiting slot 430 and the second eccentric bolt connecting hole 420 exists when mobile
Torque will not be formed on moving direction.To eliminate the second limiting slot 430 and the second hole flanging 320 in vertical direction additional
Active force, make the two slides more smooth smooth-going, is not in Caton phenomenon.Due to the stress without bursts such as interim cards,
The problem of further avoiding the second slider 300 and the disengaging of 400 stress of the second substrate.User install and correct process all
Very convenient, which kind of ineffective speed adjusts phenomena such as eccentric bolt is all not in derailing, for no any technical merit
User for all without hell and high water.
In order to avoid in some improper installation sites, or it is not on substantially flat installation door-plate, external belt is come
Adjustment resistance cause to derail.It can be arranged respectively to the anti-of lower recess close to the top of the second hole flanging 320 in the second slider 300
The support piece 330 upwardly extended is arranged in the corresponding position of 400 lower edge of the second substrate in flake 340.The anti-flake 340
It can be strip lamellar structure, be positioned close to the side of the second substrate 400, both ends connect 300 upper end of the second slider, then
Middle part extends to lower recess.The lateral edges of anti-flake 340 and the second slider 300 directly have a gap, and the gap can be with
It is inserted into 400 top edge of the second substrate.Second substrate 400 can be moved left and right in gap and be limited far from the second slider 300
Direction.The support piece 330 can be the lamellar structure that root connects the second slider 300, head upwardly extends, support piece
330 and second are arranged gap between slider 300, and 400 lower edge of the second substrate can be inserted in the gap.Second substrate
400 can move left and right in gap and be limited the direction far from the second slider 300, while support piece 330 is to the second substrate
400 supporting role can reduce the vertical direction weight component between the second limiting slot 430 and the second hole flanging 320, reduce the
Mill difference power between two limiting slots 430 and the second hole flanging 320.
The support piece 330 and anti-flake 340 can exchange setting on concrete structure with mirror image, and role is similar.
For those skilled in the art, technical solution that can be as described above and design are made other each
The corresponding change of kind and deformation, and all these changes and deformation should all belong to the guarantor of the utility model claims
Within the scope of shield.
Claims (3)
1. a kind of guide chute structure of hinge, including the second slider（300）With matching used second substrate（400）；Institute
The second substrate stated（400）Adjusting by eccentric bolt connecting hole and eccentric bolt and the second slider（300）It is horizontal opposite
Movement；Second eccentric bolt connecting hole（420）It is arranged in the second substrate（400）The side on top；It is characterized in that, the second substrate
（400）Top is far from eccentric bolt connecting hole（420）The other side be arranged the second limiting slot（430）, the second limiting slot（430）Water
Flat axis and the second eccentric bolt connecting hole（420）Center is in same straight line；Second slider（300）In the second limit
Position slot（430）The second hole flanging is arranged in corresponding position（320）；Second limiting slot（430）For to the second hole flanging（320）
Limit, groove width are slightly larger than the second hole flanging（320）Outer diameter；Second hole flanging（320）To the second limiting slot（430）It turns up and extends in direction
Into the second limiting slot（430）.
2. the guide chute structure of hinge according to claim 1, which is characterized in that second slider（300）
Close to the second hole flanging（320）Top the anti-flake to lower recess is set（340）；The anti-flake（340）For stopping the
Two substrates（400）It is detached from the second slider（300）.
3. the guide chute structure of hinge according to claim 1, which is characterized in that second slider（300）
Second substrate（400）The support piece upwardly extended is arranged in the corresponding position of lower edge（330）；The support piece（330）For
The second substrate of support（400）Weight and prevent the second substrate（400）It is detached from the second slider（300）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721749769.9U CN207714971U (en) | 2017-12-15 | 2017-12-15 | A kind of guide chute structure of hinge |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721749769.9U CN207714971U (en) | 2017-12-15 | 2017-12-15 | A kind of guide chute structure of hinge |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207714971U true CN207714971U (en) | 2018-08-10 |
Family
ID=63055933
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721749769.9U Active CN207714971U (en) | 2017-12-15 | 2017-12-15 | A kind of guide chute structure of hinge |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207714971U (en) |
-
2017
- 2017-12-15 CN CN201721749769.9U patent/CN207714971U/en active Active
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