CN206802019U - The glass clamping structure of glass clamp and its composition - Google Patents
The glass clamping structure of glass clamp and its composition Download PDFInfo
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- CN206802019U CN206802019U CN201720606681.5U CN201720606681U CN206802019U CN 206802019 U CN206802019 U CN 206802019U CN 201720606681 U CN201720606681 U CN 201720606681U CN 206802019 U CN206802019 U CN 206802019U
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- glass
- splint
- positioning convex
- external
- inner splint
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Abstract
The utility model discloses a kind of glass clamp and its glass clamping structure of composition, belong to field of furniture, glass clamp, including glass inner clip and glass outer clip, glass inner clip is fixedly connected with glass outer clip by threaded fastener, the glass inner clip includes inner splint positioning convex fixed on inner splint and inner splint, the glass outer clip includes external splint positioning convex fixed on external splint and external splint, inner splint positioning convex and external splint positioning convex socket connection, glass clamping structure, including column, glass and the glass clamp described in two, the utility model is a kind of glass clamp and glass clamping structure for improving two intermediate plate positioning accuracies.
Description
Technical field
The utility model belongs to field of furniture, more particularly to a kind of glass clamp and its glass clamping structure of composition.
Background technology
Glass clamp is the conventional handware in household and office furniture, and for clamping glass, glass clamp includes two admittedly
Surely the intermediate plate to link together, most one of the intermediate plate of existing glass clamp mostly is L-shaped, and another is plate-like, and two intermediate plates do not have
There is special positioner, the shortcomings that position inaccurate between two intermediate plates be present.
Utility model content
The purpose of this utility model is to provide a kind of glass clamp for improving two intermediate plate positioning accuracies and glass clamping knot
Structure.
To achieve the above object, the utility model adopts the following technical scheme that：Outside glass clamp, including glass inner clip and glass
Folder, glass inner clip are fixedly connected with glass outer clip by threaded fastener, and the glass inner clip is included on inner splint and inner splint
Fixed inner splint positioning convex, the glass outer clip includes external splint positioning convex fixed on external splint and external splint, interior
Clamping plate and external splint interval are oppositely arranged, and set positioning to insert on inner splint positioning convex or on external splint positioning convex
Groove, inner splint positioning convex and external splint positioning convex socket connection, inserted when setting the positioning on external splint positioning convex
During groove, in the locating slot of inner splint positioning convex insertion external splint positioning convex；When setting institute on inner splint positioning convex
When stating locating slot, in the locating slot of external splint positioning convex insertion inner splint positioning convex；Between inner splint and external splint
Provided with the insert district for inserting glass, inner splint towards the side of insert district and/or the side towards insert district of external splint
Side sets buffer non-skid dottle pin.
The threaded fastener is screw, when the locating slot of inner splint positioning convex insertion external splint positioning convex,
Inner splint positioning convex passes through the mode connects for screw with external splint；When determining for external splint positioning convex insertion inner splint positioning convex
During the slot of position, external splint positioning convex passes through the mode connects for screw with inner splint.
Inner splint is respectively provided with buffer non-skid dottle pin towards the side of insert district and the side towards insert district of external splint,
One of buffer non-skid dottle pin, which is provided with to be coated on outside external splint positioning convex or inner splint positioning convex, surrounds portion.
The buffer non-skid dottle pin is provided with positioning convex, relative set on positioning convex insertion inner splint or on external splint
Detent in.
The outer of the inner splint positioning convex and inner splint separately, the outer phase of external splint positioning convex and external splint
Interval.
Compartment of terrain is provided with two inner splint positioning convex on inner splint, and external splint sets two altogether, two inner splint positioning
It is raised respectively with two external splint positioning convex socket connections on two external splints.
Glass clamping structure, including column, glass and the glass clamp described in two, two glass clamps are arranged at interval in the upper and lower
On column, the external splint positioning convex and inner splint positioning convex that are plugged in together form a plug connector, described glass one end
Be inserted in one of in the insert district of glass clamp, the other end is inserted in the insert district of another glass clamp, glass is located at two glass
In two plug connectors of folder.
The glass clamp includes an inner splint and two external splint, inner splint or so compartment of terrains are determined provided with two inner splints
Position is raised, two inner splint positioning convex respectively with two external splint positioning convex socket connections on two external splints；Each glass
Folder between left and right every two plug connectors of setting；Described glass or so sets two pieces, and left side glass is located at two left sides of two glass clamps
Between the plug connector of side, right side glass is between two right side plug connectors of two glass clamps.
The glass clamping structure of glass clamp described in the utility model and its composition, by inner splint positioning convex and external splint
Positioning convex socket connection, the positioning of two inner splints and external splint is realized, improve the precision of positioning, and use the glass
During glass clamping structure clamping glass, there is the advantages of simple to operate.
Brief description of the drawings
Fig. 1 is the structural representation of embodiment 1；
Fig. 2 is the structural representation of embodiment 2；
Fig. 3 is the structural representation of embodiment 3；
Fig. 4 is the structural representation of embodiment 4；
Fig. 5 is the structural representation of embodiment 5；
In figure：Inner splint 1, buffer non-skid dottle pin 2, positioning convex 3, detent 4, threaded fastener 5, surround portion 6, insert
Enter area 7, external splint 8, external splint positioning convex 9, inner splint positioning convex 10, plug connector 11, column 12, glass clamp 13, glass
14th, screw 15, positioning baffle 16, attachment screw 17, rubber spacer 18.
Embodiment
Embodiment 1：
Glass clamp as shown in Figure 1, including glass inner clip and glass outer clip, glass inner clip and glass outer clip are tight by screw thread
Firmware 5 is fixedly connected.
The glass inner clip includes an inner splint positioning convex 10 fixed on inner splint 1 and inner splint 1, and inner splint is fixed
Position projection 10 is rectangular block shape body, and inner splint positioning convex 10 is installed in the plate face towards the side of external splint 8 of inner splint 1,
Separately, inner splint 1 and inner splint positioning convex 10 are integral type structure for the outer of inner splint positioning convex 10 and inner splint 1.
The glass outer clip includes an external splint positioning convex 9 fixed on external splint 8 and external splint 8, and external splint is fixed
Position projection 9 is also rectangular block shape body, and external splint positioning convex 9 is installed in the plate face towards the side of inner splint 1 of external splint 8,
The outer of external splint positioning convex 9 and external splint 8 separately, external splint positioning convex 9 be located at external splint 8 towards inner splint 1
The medium position of the plate face of side, more preferably, external splint 8 and external splint positioning convex 9 are integral type structure.
Inner splint 1 and external splint 8 are rectangular slab, and inner splint 1 and the interval of external splint 8 are oppositely arranged, positioned in external splint
Locating slot is set in projection 9, locating slot is adapted with inner splint positioning convex 10, and the notch of locating slot is towards inner splint
Positioning convex 10, inner splint positioning convex 10 and the socket connection of external splint positioning convex 9, inner splint positioning convex 10 insert outer clip
In the locating slot of plate positioning convex 9.
The threaded fastener 5 is screw, and inner splint positioning convex 10 inserts the locating slot of external splint positioning convex 9,
Inner splint positioning convex 10 is with external splint 8 by the mode connects for screw, and screw sets one, and the corresponding screw of external splint 8 sets logical
Hole, inner splint positioning convex 10 set screw hole, and screw 5 is inserted through the through hole of external splint 8 and in screw hole.
Certainly, the utility model is not limited to above-mentioned form, also can set locating slot on inner splint positioning convex 10,
Now, locating slot is adapted with external splint positioning convex 9, and the notch of locating slot is towards external splint positioning convex 9, external splint
Positioning convex 9 is inserted in the locating slot of inner splint positioning convex 10, and now, external splint positioning convex 9 passes through spiral shell with inner splint 1
Nail connection.
The external splint positioning convex 9 and inner splint positioning convex 10 being plugged in together form a plug connector 11.
The insert district 7 for being used for inserting glass 14 is provided between inner splint 1 and external splint 8.
Inner splint 1 sets buffer non-skid towards the side of insert district 7 and/or the side towards insert district 7 of external splint 8
Dottle pin 2, it is preferable that the side (while being towards the side of external splint 8) towards insert district 7 of inner splint 1 is provided with and inner splint 1
The buffer non-skid dottle pin 2 of contact, the side (while for towards the side of inner splint 1) towards insert district 7 of external splint 8 be provided with
The buffer non-skid dottle pin 2 that external splint 8 contacts, buffer non-skid dottle pin 2 be rubber blanket and be in " returning " font, two buffer non-skid dottle pins 2
In one of buffer non-skid dottle pin 2 be provided with and be coated on conjunction outside external splint positioning convex 9 or inner splint positioning convex 10
Portion 6 is enclosed, surrounds 6 rectangular border shape of portion, in the present embodiment, positioned at the side of external splint 8 and the buffer non-skid that is contacted with external splint 8
Dottle pin 2 surrounds portion 6 described in setting, and is inserted due to inner splint positioning convex 10 in the locating slot of external splint positioning convex 9, so
Surround the outer ring that portion 6 is coated on external splint positioning convex 9.
Between the buffer non-skid dottle pin 2 of the side of inner splint 1 and the buffer non-skid dottle pin 2 of the side of external splint 8, be looped around it is slotting
The region of the outer ring of fitting 11 is the insert district 7.Insert district 7 is " returning " font region, and insert district 7 can be inserted into glass 14, therefore,
Glass clamp 13 can on its any direction clamping glass 14, and glass clamp 13 can at least two blocks of glass 14 of clamping,
This two blocks of glass 14 can be located at the both sides of plug connector 11 respectively.
The buffer non-skid dottle pin 2 is provided with positioning convex 3, and positioning convex 3 inserts on inner splint 1 or phase on external splint 8
In the detent 4 that should be set, i.e. it is fixed that the plate face towards insert district 7 (or towards external splint 8) side of inner splint 1 is provided with
Position groove 4, the positioning convex 3 on the buffer non-skid dottle pin 2 of the side of inner splint 1 are inserted in the detent 4 on inner splint 1；Outside
The plate face towards insert district 7 (or towards inner splint 1) side of clamping plate 8 is provided with detent 4, the side of external splint 8 it is slow
The positioning convex 3 on anti-skidding dottle pin 2 is rushed to insert in the detent 4 on external splint 8.
Glass clamp 13 is located between two buffer non-skid dottle pins 2, and buffer non-skid dottle pin 2 plays anti-skidding, buffering to glass 14
Effect.
Embodiment 2：
Glass clamp as shown in Figure 2, it is with the difference of embodiment 1：Glass clamp 13 includes an inner splint 1 and two
Individual external splint 8, inner splint 1 are the rectangular slab of left and right Longitudinal extending, and external splint 8 is square plate.
Left and right compartment of terrain is provided with two inner splint positioning convex 10, inner splint positioning convex 10 and inner splint 1 on inner splint 1
Outer separately, further, two inner splint positioning convex 10 be fixedly arranged on respectively inner splint 1 towards the side plate of external splint 8
Left and right sides portion on face and separately.
The external splint 8 is provided with an external splint positioning convex 9, external splint positioning convex 9 and external splint 8 where it
Outer is separately.
The corresponding inner splint positioning convex 10 of external splint positioning convex 9 sets locating slot, two inner splint positioning convex 10
Distinguish respectively with the socket connection of two external splint positioning convex 9 on two external splints 8, two inner splint positioning convex 10 of inner splint 1
The locating slot of two external splint positioning convex 9 is inserted, two inner splint positioning convex 10 are solid by two screws and two external splints 8 respectively
Fixed connection.
The glass clamp 13 shares two plug connectors 11, and inner splint 1 is towards the side of insert district 7 and external splint 8 towards inserting
The side for entering area 7 is equipped with buffer non-skid dottle pin 2, and insert district 7 is the buffer non-skid dottle pin 2 and external splint 8 in the side of inner splint 1
Between the buffer non-skid dottle pin 2 of side, be looped around respectively the outer ring of two plug connector 11 two " time " font regions summation.
Certainly, the utility model is not limited to above-mentioned form, also can set locating slot on inner splint positioning convex 10,
Now, locating slot is adapted with external splint positioning convex 9, and the notch of locating slot is towards external splint positioning convex 9, two outer clips
Plate positioning convex 9 inserts in two locating slots of two inner splint positioning convex 10 respectively, and two external splint positioning convex 9 pass through respectively
Two screws are fixedly connected with inner splint 1.
Embodiment 3：
Glass clamp as shown in Figure 3, it is with the difference of embodiment 1：On inner splint 1, it is centered around external splint 8
What periphery was spaced successively is provided with some screws 15, passes through in the plate face towards external splint 8 (or glass 14) side of inner splint 1
Attachment screw 17 is fixedly connected with positioning baffle 16, and attachment screw 17 is connected by the screw 15 with inner splint 1, due to some
Screw is peripheral one week around external splint 8, and positioning baffle 16 can be fixed on the peripheral any direction of external splint 8 by attachment screw 17
On, when glass 14 is vertically arranged, positioning baffle 16 is kept off in the outside on the vertical edge edge of glass 14, in case glass 14 is laterally leapt up
Dynamic, plug connector 11 keeps off the downside in the upside on the top margin edge of glass 14 or base edge, for the positioning up and down to glass 14；When
When glass 14 is horizontally disposed with, positioning baffle 16 is kept off on the outside of the widthwise edge edge of glass 14 or longitudinal edge, and plug connector 11 is corresponding
Longitudinal edge or widthwise edge in glass 14 are kept off along outside, has rubber towards the side bonding connection of glass 14 in positioning baffle 16
Glue dottle pin 18, rubber spacer 18 are in contact with the edge of glass 14 and buffer non-skid are played to glass 14 and act on.
Embodiment 4：
Glass clamping structure as shown in Figure 4, including 12, one blocks of vertical glass 14 of a column and two embodiments 1
Described glass clamp 13, two glass clamps 13 are arranged on the column 12 at interval in the upper and lower, and the inner splint 1 in glass clamp 13 is with standing
Post 12 is fixedly connected by trip bolt with column 12, in the insert district 7 of the top of glass 14 insertion upside glass clamp 13, bottom
In the insert district 7 of end insertion downside glass clamp 13, glass 14 is located between two plug connectors 11 of two glass clamps 13, and glass 14 is specific
Be folded in two glass clamps 13 two are surrounded between portion 6.
Certainly, the glass clamping structure in the present embodiment can also use the glass clamp 13 in embodiment 3, now positioning baffle
16 gears are sandwiched between positioning baffle 16 and glass 14 in the outside on the vertical edge edge of glass 14, rubber spacer 18.
Embodiment 5：
Glass clamping structure as shown in Figure 5, including described in 12, two blocks of vertical glass 14 of column and two embodiments 2
Glass clamp 13, two blocks of glass 14 or so are arranged at intervals, and two glass clamps 13 are arranged on the column 12 at interval in the upper and lower, glass
Inner splint 1 in folder 13 is fixedly connected with column 12 by trip bolt with column 12, the top of the glass 14 insertion upside glass
In the insert district 7 of glass folder 13, in the insert district 7 of bottom insertion downside glass clamp 13.
Each glass clamp 13 between left and right every two plug connectors 11 of setting, left side glass 14 is located at the two of two glass clamps 13
Between left side plug connector 11, right side glass 14 is between two right side plug connectors 11 of two glass clamps 13.
Claims (8)
1. glass clamp, it is characterised in that：Including glass inner clip and glass outer clip, glass inner clip and glass outer clip pass through screw threads for fastening
Part (5) is fixedly connected, and the glass inner clip includes inner splint positioning convex (10) fixed on inner splint (1) and inner splint (1),
The glass outer clip includes external splint positioning convex (9) fixed on external splint (8) and external splint (8), inner splint (1) and outer clip
Plate (8) interval is oppositely arranged, and sets positioning to insert on inner splint positioning convex (10) or on external splint positioning convex (9)
Groove, inner splint positioning convex (10) and external splint positioning convex (9) socket connection, are set when on external splint positioning convex (9)
During the locating slot, in the locating slot of inner splint positioning convex (10) insertion external splint positioning convex (9)；When in inner splint
When setting the locating slot on positioning convex (10), external splint positioning convex (9) insertion inner splint positioning convex (10) is determined
In the slot of position；The insert district (7) for being used for inserting glass (14) is provided between inner splint (1) and external splint (8), inner splint (1)
The side towards insert district (7) of side and/or external splint (8) towards insert district (7) sets buffer non-skid dottle pin (2).
2. glass clamp as claimed in claim 1, it is characterised in that：The threaded fastener (5) is screw, when inner splint positions
During the locating slot of raised (10) insertion external splint positioning convex (9), inner splint positioning convex (10) passes through institute with external splint (8)
State mode connects for screw；When the locating slot of external splint positioning convex (9) insertion inner splint positioning convex (10), external splint convex
Play (9) and pass through the mode connects for screw with inner splint (1).
3. glass clamp as claimed in claim 1, it is characterised in that：The side towards insert district (7) of inner splint (1) and outer clip
The side towards insert district (7) of plate (8) is respectively provided with buffer non-skid dottle pin (2), and one of buffer non-skid dottle pin (2) is provided with bag
Overlay on external splint positioning convex (9) or inner splint positioning convex (10) outside surround portion (6).
4. glass clamp as claimed in claim 1, it is characterised in that：The buffer non-skid dottle pin (2) is provided with positioning convex (3),
In positioning convex (3) insertion inner splint (1) or on external splint (8) in the detent (4) of relative set.
5. glass clamp as claimed in claim 1, it is characterised in that：The inner splint positioning convex (10) and inner splint (1)
Separately, the outer of external splint positioning convex (9) and external splint (8) is separately for outer.
6. the glass clamp as described in claim any one of 1-5, it is characterised in that：Compartment of terrain is provided with two on inner splint (1)
Clamping plate positioning convex (10), external splint (8) set two altogether, two inner splint positioning convex (10) respectively with two external splints (8)
On two external splint positioning convex (9) grafting.
7. glass clamping structure, it is characterised in that：Including any one of column (12), glass (14) and two claim 1-5 institute
The glass clamp (13) stated, two glass clamps (13) are arranged on column (12) at interval in the upper and lower, the external splint positioning being plugged in together
Raised (9) and inner splint positioning convex (10) form a plug connector (11), and described glass (14) one end is inserted in one of glass
Glass folder (13) insert district (7) in, the other end insert in the insert district (7) of another glass clamp (13), glass (14) be located at two
Between two plug connectors (11) of glass clamp (13).
8. glass clamping structure as claimed in claim 7, it is characterised in that：The glass clamp (13) includes an inner splint
(1) and two external splints (8), inner splint (1) left and right compartment of terrain are provided with two inner splint positioning convex (10), and two inner splints are determined
Position raised (10) respectively with two external splint positioning convex (9) socket connections on two external splints (8)；Each glass clamp (13) is left
Two plug connectors (11) of setting of right septum；Glass (14) left and right sets two pieces, and left side glass (14) is located at two glass clamps
(13) between two left side plug connectors (11), right side glass (14) located at two glass clamps (13) two right side plug connectors (11) it
Between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720606681.5U CN206802019U (en) | 2017-05-27 | 2017-05-27 | The glass clamping structure of glass clamp and its composition |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720606681.5U CN206802019U (en) | 2017-05-27 | 2017-05-27 | The glass clamping structure of glass clamp and its composition |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206802019U true CN206802019U (en) | 2017-12-26 |
Family
ID=60743336
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720606681.5U Active CN206802019U (en) | 2017-05-27 | 2017-05-27 | The glass clamping structure of glass clamp and its composition |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206802019U (en) |
-
2017
- 2017-05-27 CN CN201720606681.5U patent/CN206802019U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 211300 No. 121 Shuanghu Road, Gaochun Economic Development Zone, Nanjing City, Jiangsu Province Patentee after: Haitai Olin Group Co.,Ltd. Address before: 211300 No. 121 Shuanghu Road, Gaochun Economic Development Zone, Nanjing City, Jiangsu Province Patentee before: NANJING HEADWAY FURNITURE Co.,Ltd. |
|
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 211300 No. 121 Shuanghu Road, Gaochun Economic Development Zone, Nanjing City, Jiangsu Province Patentee after: Haitai Olin Group Co.,Ltd. Address before: 211300 No. 121 Shuanghu Road, Gaochun Economic Development Zone, Nanjing City, Jiangsu Province Patentee before: Haitai Olin Group Co.,Ltd. |