CN205368124U - Glass pincers - Google Patents
Glass pincers Download PDFInfo
- Publication number
- CN205368124U CN205368124U CN201521039534.1U CN201521039534U CN205368124U CN 205368124 U CN205368124 U CN 205368124U CN 201521039534 U CN201521039534 U CN 201521039534U CN 205368124 U CN205368124 U CN 205368124U
- Authority
- CN
- China
- Prior art keywords
- hand
- holding rod
- connecting rod
- pincers
- block
- 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- Withdrawn - After Issue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
Landscapes
- Manipulator (AREA)
Abstract
The utility model discloses a glass pincers, including firsthand holding rod, second -hand's holding rod, first connecting rod, second connecting rod, first pincers piece and second pincers piece. The second extension piece that second -hand's holding rod extends first extension piece and is extended by first extension piece towards firsthand holding rod department, the tip and a first extension pin joint of firsthand holding rod, first connecting rod stretches out second -hand's holding rod with pin joint of second -hand's holding rod and first end, and the second end stretches into in second -hand's holding rod, the second connecting rod is located between firsthand holding rod and the second -hand's holding rod and the second end -journal of first end and first connecting rod connects, second end and firsthand holding rod pin joint, first pincers are in block in the first end of first connecting rod and have first pressure clamp portion, the second pincers are in block to be extended the piece and has second pressure clamp portion in the second, the operator does and drives first pressure clamps portion and second through first connecting rod and second connecting rod in being close to motion each other and press clamps a tight glass board double -layered together pressing firsthand holding rod and second -hand's holding rod, and the increase stability surely and more laborsaving.
Description
Technical field
This utility model relates to the instrument that a kind of glass fractures, and particularly relates to a kind of glass pincers for glass plate is fractureed.
Background technology
Continuous progressive along with economic development and science and technology, accelerates people and is producing and the demand to the product with glass in life, thus being the good condition of the flourish creation of the product with glass.
It is known that in the place of life routine office work, outdoor propaganda board and exhibition room etc., see the object with glass everywhere.And in object, leaving the space of glass plate installation for due to this object is set, therefore the edge that glass plate usually makes this glass plate in mounting because size is not mated is cut, to reach to reduce the purpose of glass sheet size by being fractureed at the edge of glass plate.Therefore, in the operation of breakage of glass plate, it be unable to do without the use to pliers.
At present, the power that the pliers being applied to that glass plate is fractureed applies when glass plate is fractureed is very big, so can increase the burden of operator so that operator are very easily tired；Equally, existing pliers is to the clamping of glass plate instability very, thus having influence on the quality of glass plate breaking.
Therefore, it is necessary to provide a kind of rapid operation and clamp stable glass pincers and overcome above-mentioned defect.
Utility model content
The purpose of this utility model is in that provide a kind of rapid operation and clamp stable glass pincers.
For achieving the above object, the technical solution of the utility model is: provide a kind of glass pincers, including a first-hand holding rod, second-hand's holding rod, a first connecting rod, a second connecting rod, one first pincers block and one second pincers block.Described second-hand's holding rod and described first-hand holding rod are arranged side by side, described second-hand's holding rod extends the first extension block extending described first-hand holding rod place and the second extension block gone out by described first extension block, the end of described first-hand holding rod and described first extension block pivot joint along the longitudinal extension of described second-hand's holding rod towards described first-hand holding rod place.Described first connecting rod along described second-hand's holding rod be longitudinally arranged and with described second-hand's holding rod pivot joint, and the first end of described first connecting rod stretches out described second-hand's holding rod and is arranged side by side with described second extension block, the second end of described first connecting rod stretches in described second-hand's holding rod.Described second connecting rod between described first-hand holding rod and second-hand's holding rod, the second end pivot joint of the first end of described second connecting rod and described first connecting rod, the second end of described second connecting rod and described first-hand holding rod pivot joint.Described first pincers block is arranged on the first end of described first connecting rod, and described first pincers block has the first flexible pressure folder portion towards described second extension block.Described second pincers block is assembled on described second extension block, and described second pincers block is arranged side by side with described first pincers block, and described second pincers block has towards the described first the second flexible pressure folder portion clamping block；Operator does at the described first-hand holding rod of pressing and second-hand's holding rod and drives described first to press folder portion to clamp glass plate together with described second presses folder portion by described first connecting rod and second connecting rod in motion each other.
It is preferred that described first extension block and described second extension block cross L-type structure, described first pressure folder portion and at least one layout in activity in the second pressure folder portion jointly.
It is preferred that described second pressure folder portion comprises nail pressing and the adjustment screw of flexibility, described adjustment screw is placed through on described second pincers block in rotating with adjusting, and described nail pressing is assembled on described adjustment screw.
It is preferred that described adjustment screw places the action bars for operation.
It is preferred that described first pressure folder portion embarks on journey along described the transversely arranged of second-hand's holding rod.
It is preferred that described first pressure folder portion comprises the nail pressing of gasket ring, lock screw and flexibility, described gasket ring is laminated on described first pincers block, and described gasket ring is locked on described first pincers block by described lock screw, and described nail pressing is assembled on described gasket ring.
Preferably, the pivot joint of described first connecting rod and described second-hand's holding rod forms the first pivoting point, the pivot joint of described first connecting rod and described second connecting rod forms the second pivoting point, the pivot joint of described second connecting rod and described first-hand holding rod forms the 3rd pivoting point, the pivot joint of described first-hand holding rod and described first extension block forms the 4th pivoting point, described first pivoting point to the distance of the second pivoting point more than described second pivoting point to the distance of described 3rd pivoting point, the distance of described 3rd pivoting point extremely described 4th pivoting point is less than the distance of described 4th pivoting point to described first pivoting point, and described 4th pivoting point to the distance of described first pivoting point less than the distance of described second pivoting point to described 3rd pivoting point.
Preferably, the facing side of described first-hand holding rod and second-hand's holding rod all offers the groove being longitudinally arranged along described second-hand's holding rod, second end of described first connecting rod is stretched in the groove being placed in described second-hand's holding rod, the pivoting point of described first connecting rod and described second connecting rod is positioned at the groove of described second-hand's holding rod, and the second end of described second connecting rod stretches in the groove of described first-hand holding rod obliquely towards the direction near described first extension block.
It is preferred that the groove of described first-hand holding rod along the longitudinal direction of described first-hand holding rod in running through the setting of described first-hand holding rod, the groove of described second-hand's holding rod along the longitudinal direction of described second-hand's holding rod in the setting running through described second-hand's holding rod.
Preferably, described second-hand's holding rod, the first extension block and the second extension block three are collectively forming integrative-structure, and described second extension block offers the scarfing slot for described second pincers block interlocking, the bottom land of described scarfing slot is the first incline structure, described second pincers block has the second incline structure, and described second pincers block is embedded in described scarfing slot along described first incline structure tilt slide at described second incline structure.
nullCompared with prior art，Due to first connecting rod of the present utility model and second-hand's holding rod pivot joint，And the first end of first connecting rod stretches out second-hand's holding rod and is arranged side by side with the second extension block，Second end of first connecting rod stretches in second-hand's holding rod，Second connecting rod is between first-hand holding rod and second-hand's holding rod，And the second end pivot joint of the first end of second connecting rod and first connecting rod，Second end of second connecting rod and first-hand holding rod pivot joint，Therefore do in time moving each other at the first-hand holding rod of pressing and second-hand's holding rod operator，The first-hand holding rod now moved passes sequentially through second connecting rod and first connecting rod goes to the first pressure folder portion driving the first pincers block being arranged on first connecting rod towards near the second pressure place of folder portion motion，Meanwhile，Second-hand's holding rod of motion goes to the second pressure folder portion driving the second pincers block being arranged on the second extension block to press the motion of place of folder portion towards first by the first extension block and the second extension block，Realize the first pressure folder portion and the second pressure folder portion and clamp glass plate together；And press folder portion to press in clip process to glass plate of the present utility model first, it is passed sequentially through second connecting rod by first-hand holding rod and first connecting rod is driven, so that first-hand holding rod goes to drive first connecting rod to form a leverage around the pivoting point rotation of first connecting rod and second-hand's holding rod by second connecting rod, so that glass of the present utility model pincers go to amplify active force produced by the first pressure folder portion by this lever principle, what significantly reduce operator on the one hand alleviates operation burden by pressure, make glass of the present utility model pincers that the clamping of glass plate is more stable on the other hand.Furthermore, the drive of first connecting rod is realized by second connecting rod by the first pressure folder portion of the present utility model by first-hand holding rod, and second connecting rod is between first-hand holding rod and second-hand's holding rod, so that the pushing tow of first connecting rod is made the first pressure folder portion more reliably glass plate be compressed by second connecting rod by first-hand holding rod.
Accompanying drawing explanation
Fig. 1 is the perspective view of glass of the present utility model pincers.
Fig. 2 is the stereo decomposing structural representation of the glass pincers shown in Fig. 1.
Fig. 3 is the planar structure schematic diagram that glass of the present utility model clamps when glass plate not being clamped.
Fig. 4 is the planar structure schematic diagram that glass of the present utility model clamps when glass plate is clamped.
Fig. 5 is the perspective view that second in glass of the present utility model pincers clamps when block is separated with second-hand's holding rod.
Detailed description of the invention
With reference now to accompanying drawing, describing embodiment of the present utility model, element numbers similar in accompanying drawing represents similar element.
Referring to Fig. 1 to Fig. 3, glass of the present utility model pincers 100, for the glass plate 200 being marked stria by diamant sanction is clamped, then go to fracture glass plate 200 along this stria, it is achieved glass plate 200 separates the purpose fractureed.
Wherein, glass of the present utility model pincers 100 include first-hand holding rod 10, second-hand's holding rod 20, first connecting rod 30, second connecting rod 40,1 first pincers block 50 and an one second pincers block 60.Second-hand's holding rod 20 and first-hand holding rod 10 are arranged side by side, in order to operator's pressing operation.Second-hand's holding rod 20 extends the first extension block 21 extending first-hand holding rod 10 place and the second extension block 22 extended by the first extension block 21 along the longitudinal direction (in Fig. 1 arrow A direction) of second-hand's holding rod 20 towards first-hand holding rod 10 place, it is preferably, first extension block 21 and the second extension block 22 cross L-type structure jointly, so that second-hand's holding rod 20 drives the second pincers block 60 to move at a distance, and the end of first-hand holding rod 10 and the first extension block 21 pivot joint, so that first-hand holding rod 10 pivots along the 4th pivoting point P4 formed by first-hand holding rod 10 and the first extension block 21 when operator's pressing operation.First connecting rod 30 along second-hand's holding rod 20 be longitudinally arranged and with second-hand's holding rod 20 pivot joint, preferably, the pivot joint of first connecting rod 30 and second-hand's holding rod 20 forms the first pivoting point P1 so that first connecting rod 30 can pivot around the first pivoting point P1；And the first end of first connecting rod 30 stretches out second-hand's holding rod 20 and is arranged side by side with the second extension block 22, the second end of first connecting rod 30 stretches in second-hand's holding rod 20, second-hand's holding rod 20 hide first connecting rod 30 and reach succinct purpose.Second connecting rod 40 is between first-hand holding rod 10 and second-hand's holding rod 20, second end pivot joint of the first end of second connecting rod 40 and first connecting rod 30, both are made to be collectively forming out the second pivoting point P2, second end of second connecting rod 40 and the pivot joint of first-hand holding rod 10, make pivot joint formation the 3rd pivoting point P3 of second connecting rod 40 and first-hand holding rod 10；It is preferably, as shown in Figures 3 and 4, the distance of the first pivoting point P1 to the second pivoting point P2 distance more than the second pivoting point P2 to the 3rd pivoting point P3, the distance of the 3rd pivoting point P3 to the 4th pivoting point P4 distance less than the 4th pivoting point P4 to first pivoting point P1, and the 4th distance less than the second pivoting point P2 to the 3rd pivoting point P3 of the distance of pivoting point P4 to first pivoting point P1, preferential is, successively by the first pivoting point P1, second pivoting point P2, 3rd pivoting point P3 and the 4th pivoting point P4 connects together and to cross one trapezoidal, first-hand holding rod 10 is made to drive first connecting rod 30 to be easier to by second connecting rod 40, make the leverage effects that first connecting rod 30 is formed more excellent, alleviate the burden of the pressing operation of operator further, but it is not limited.First pincers block 50 is arranged on the first end of first connecting rod 30, and the first pincers block 50 has the first flexible pressure folder portion 70 towards the second extension block 22.Second pincers block 60 is assembled on the second extension block 22, and the second pincers block 60 and the first pincers block 50 are arranged side by side, and the second pincers block 60 has towards the first the second flexible pressure folder portion 80 clamping block 50.Therefore, when along Fig. 3, arrow direction between first-hand holding rod 10 and second-hand's holding rod 20 presses first-hand holding rod 10 and second-hand's holding rod 20 to operator, first-hand holding rod 10 and second-hand's holding rod 20 is made to do near moving each other, and the first-hand holding rod 10 moved passes sequentially through second connecting rod 40 and first connecting rod 30 goes to drive the first pincers block 50 on first connecting rod 30 along moving near the second pincers block 60 place, the first pincers block 50 moved the first pressure folder portion 70 is driven to move along near the second pressure folder portion 80；Equally, second-hand's holding rod 20 of motion drives the second pincers block 60 to move along near the first pincers block 50 place by the first extension block 21 and the second extension block 22, the second pressure folder portion 80 is driven to move along near the first pressure folder portion 70 by the first pincers block 50 moved, thus the first pressure folder portion 70 that realizes clamping glass plate 200 together with second presses folder portion 80, state is as shown in Figure 4.Specifically, in the present embodiment, second pressure folder portion 80 is in movable layout, size according to glass plate 200 and adjust the position in the second pressure folder portion 80 neatly, so that glass of the present utility model pincers 100 can mate the glass plate 200 of plurality of specifications, thus having expanded the subject range of glass of the present utility model pincers 100；Certainly, in other embodiments, folder portion 70 can also be pressed first in movable layout, or press first folder portion 70 and the second pressure folder portion 80 in movable layout, therefore not be limited with above-mentioned citing.More specifically, as follows:
Relatively the superior, second pressure folder portion 80 comprises nail pressing 81 and the adjustment screw 82 of flexibility, adjusting screw 82 and be placed through on the second pincers block 60 with adjusting in rotating, the nail pressing 81 in the second pressure folder portion 80 is assembled on adjustment screw 82, to adjust the distance in the relative first pressure folder portion 70 of nail pressing 81 neatly；Specifically, the action bars 83 placed on screw 82 for operation is adjusted, in order to operator are operated by bar 83 and are operated.
Meanwhile, the first pressure folder portion 70 embarks on journey along the transversely arranged of second-hand's holding rod 10, and the first pressure folder portion 70 comprises the nail pressing 73 of gasket ring 71, lock screw 72 and flexibility.Gasket ring 71 is laminated on the first pincers block 50, and gasket ring 71 is locked on the first pincers block 50 by lock screw 72, and nail pressing 73 is assembled in gasket ring 71, in order to the first pressure folder portion 70 clamps the assembling on block 50, the advantage also with simple in construction in first.
Furthermore, the facing side of first-hand holding rod 10 and second-hand's holding rod 20 all offers the groove 11,23 being longitudinally arranged along second-hand's holding rod 20, second end of first connecting rod 30 is stretched in the groove 23 being placed in second-hand's holding rod 20, the pivoting point (i.e. aforesaid second pivoting point P2) of first connecting rod 30 and second connecting rod 40 is positioned at the groove 23 of second-hand's holding rod 20, second end of second connecting rod 40 stretches in the groove 11 of first-hand holding rod 10 obliquely towards the direction near the first extension block 21, so that glass of the present utility model clamps the more compact structure of 100 and succinct；It is preferably, the groove 11 of first-hand holding rod 10 is run through the setting of first-hand holding rod 10 along the longitudinal direction of first-hand holding rod 10, the groove 23 of second-hand's holding rod 20 is run through the setting of second-hand's holding rod 20 along the longitudinal direction of second-hand's holding rod 20, to save material and to reduce weight so that glass of the present utility model pincers 100 are lighter.
Finally, as it is shown in figure 5, second-hand's holding rod the 20, first extension block 21 and the second extension block 22 three are collectively forming integrative-structure, to improve the intensity between three.Second extension block 22 offers the scarfing slot 221 for the second pincers block 60 interlocking, the bottom land of scarfing slot 221 is the first incline structure 2211, second pincers block 60 has the second incline structure 61, second pincers block 60 is embedded in scarfing slot 221 at the second incline structure 61 along the first incline structure 2211 tilt slide so that the second pincers block 60 is assembled in the second extension block 22 conveniently and efficiently；It is preferably, the rightabout that first incline structure 2211 of scarfing slot 221 extends along the first extension block 21 is downward-sloping, the incline direction of the second incline structure 61 and the first incline structure 2211 matches so that the second pincers block 60 assembling on the second extension block 22 is more reliable.
nullCompared with prior art，Due to first connecting rod 30 of the present utility model and second-hand's holding rod 20 pivot joint，And the first end of first connecting rod 30 stretches out second-hand's holding rod 20 and is arranged side by side with the second extension block 22，Second end of first connecting rod 30 stretches in second-hand's holding rod 20，Second connecting rod 40 is between first-hand holding rod 10 and second-hand's holding rod 20，And the second end pivot joint of the first end of second connecting rod 40 and first connecting rod 30，Second end of second connecting rod 40 and the pivot joint of first-hand holding rod 10，Therefore do in time moving each other at the first-hand holding rod 10 of pressing and second-hand's holding rod 20 operator，The first-hand holding rod 10 now moved passes sequentially through second connecting rod 40 and first connecting rod 30 goes to the first pressure folder portion 70 driving the first pincers block 50 being arranged on first connecting rod 30 towards near the second pressure place of folder portion 80 motion，Meanwhile，Second-hand's holding rod 20 of motion goes to the second pressure folder portion 80 driving the second pincers block 60 being arranged on the second extension block 22 to press the motion of place of folder portion 70 towards first by the first extension block 21 and the second extension block 22，Realize the first pressure folder portion 70 and the second pressure folder portion 80 clamps glass plate 200 together；And press folder portion 70 to press in clip process to glass plate 200 of the present utility model first, it is passed sequentially through second connecting rod 40 by first-hand holding rod 10 and first connecting rod 30 is driven, so that first-hand holding rod 10 goes to drive first connecting rod 30 to form a leverage around the pivoting point rotation of first connecting rod 30 and second-hand's holding rod 20 by second connecting rod 40, so that glass of the present utility model pincers 100 go to amplify active force produced by the first pressure folder portion 70 by this lever principle, what significantly reduce operator on the one hand alleviates operation burden by pressure, make glass of the present utility model pincers 100 that the clamping of glass plate 200 is more stable on the other hand.Furthermore, the drive of first connecting rod 30 is realized by second connecting rod 40 by the first pressure folder portion 70 of the present utility model by first-hand holding rod 10, and second connecting rod 40 is between first-hand holding rod 10 and second-hand's holding rod 20, so that first-hand holding rod 10 makes the first pressure folder portion 70 more reliably glass plate 200 be compressed by the second connecting rod 40 pushing tow to first connecting rod 30.
Upper disclosed is only preferred embodiment of the present utility model, certainly can not limit the interest field of this utility model, the equivalent variations therefore made according to this utility model claim with this, still belong to the scope that this utility model is contained.
Claims (10)
1. glass pincers, it is characterised in that including:
One first-hand holding rod；
One second-hand's holding rod, described second-hand's holding rod and described first-hand holding rod are arranged side by side, described second-hand's holding rod extends the first extension block extending described first-hand holding rod place and the second extension block gone out by described first extension block, the end of described first-hand holding rod and described first extension block pivot joint along the longitudinal extension of described second-hand's holding rod towards described first-hand holding rod place；
One first connecting rod, described first connecting rod along described second-hand's holding rod be longitudinally arranged and with described second-hand's holding rod pivot joint, and the first end of described first connecting rod stretches out described second-hand's holding rod and is arranged side by side with described second extension block, the second end of described first connecting rod stretches in described second-hand's holding rod；
Second end pivot joint of one second connecting rod between described first-hand holding rod and second-hand's holding rod, the first end of described second connecting rod and described first connecting rod, the second end of described second connecting rod and described first-hand holding rod pivot joint；
One first pincers block, described first pincers block is arranged on the first end of described first connecting rod, and described first pincers block has the first flexible pressure folder portion towards described second extension block；And
One second pincers block, described second pincers block is assembled on described second extension block, and described second pincers block is arranged side by side with described first pincers block, and described second pincers block has towards the described first the second flexible pressure folder portion clamping block；Operator does at the described first-hand holding rod of pressing and second-hand's holding rod and drives described first to press folder portion to clamp glass plate together with described second presses folder portion by described first connecting rod and second connecting rod in motion each other.
2. glass as claimed in claim 1 clamps, it is characterised in that described first extension block and described second extension block cross L-type structure, described first pressure folder portion and at least one layout in activity in the second pressure folder portion jointly.
3. glass pincers as claimed in claim 2, it is characterised in that described second pressure folder portion comprises nail pressing and the adjustment screw of flexibility, described adjustment screw is placed through on described second pincers block in rotating with adjusting, and described nail pressing is assembled on described adjustment screw.
4. glass pincers as claimed in claim 3, it is characterised in that place the action bars for operation on described adjustment screw.
5. glass pincers as claimed in claim 1, it is characterised in that described first pressure folder portion embarks on journey along described the transversely arranged of second-hand's holding rod.
6. the glass pincers as described in claim 1 or 5, it is characterized in that, described first pressure folder portion comprises the nail pressing of gasket ring, lock screw and flexibility, and described gasket ring is laminated on described first pincers block, described gasket ring is locked on described first pincers block by described lock screw, and described nail pressing is assembled on described gasket ring.
7. glass pincers as claimed in claim 1, it is characterized in that, the pivot joint of described first connecting rod and described second-hand's holding rod forms the first pivoting point, the pivot joint of described first connecting rod and described second connecting rod forms the second pivoting point, the pivot joint of described second connecting rod and described first-hand holding rod forms the 3rd pivoting point, the pivot joint of described first-hand holding rod and described first extension block forms the 4th pivoting point, described first pivoting point to the distance of the second pivoting point more than described second pivoting point to the distance of described 3rd pivoting point, the distance of described 3rd pivoting point extremely described 4th pivoting point is less than the distance of described 4th pivoting point to described first pivoting point, and described 4th pivoting point to the distance of described first pivoting point less than the distance of described second pivoting point to described 3rd pivoting point.
8. glass pincers as claimed in claim 1, it is characterized in that, the facing side of described first-hand holding rod and second-hand's holding rod all offers the groove being longitudinally arranged along described second-hand's holding rod, second end of described first connecting rod is stretched in the groove being placed in described second-hand's holding rod, the pivoting point of described first connecting rod and described second connecting rod is positioned at the groove of described second-hand's holding rod, and the second end of described second connecting rod stretches in the groove of described first-hand holding rod obliquely towards the direction near described first extension block.
9. glass pincers as claimed in claim 8, it is characterized in that, the groove of described first-hand holding rod is run through the setting of described first-hand holding rod along the longitudinal direction of described first-hand holding rod, and the groove of described second-hand's holding rod is run through the setting of described second-hand's holding rod along the longitudinal direction of described second-hand's holding rod.
10. glass pincers as claimed in claim 1, it is characterized in that, described second-hand's holding rod, the first extension block and the second extension block three are collectively forming integrative-structure, and described second extension block offers the scarfing slot for described second pincers block interlocking, the bottom land of described scarfing slot is the first incline structure, described second pincers block has the second incline structure, and described second pincers block is embedded in described scarfing slot along described first incline structure tilt slide at described second incline structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521039534.1U CN205368124U (en) | 2015-12-14 | 2015-12-14 | Glass pincers |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521039534.1U CN205368124U (en) | 2015-12-14 | 2015-12-14 | Glass pincers |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205368124U true CN205368124U (en) | 2016-07-06 |
Family
ID=56280581
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521039534.1U Withdrawn - After Issue CN205368124U (en) | 2015-12-14 | 2015-12-14 | Glass pincers |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205368124U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105366933A (en) * | 2015-12-14 | 2016-03-02 | 东莞市长长昶达金属制品有限公司 | Glass pliers |
-
2015
- 2015-12-14 CN CN201521039534.1U patent/CN205368124U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105366933A (en) * | 2015-12-14 | 2016-03-02 | 东莞市长长昶达金属制品有限公司 | Glass pliers |
| CN105366933B (en) * | 2015-12-14 | 2017-12-19 | 东莞市长长昶达金属制品有限公司 | Glass clamps |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106356553B (en) | Double faced adhesive tape glue plastering machine | |
| ATE453941T1 (en) | TOOL FOR STRIKING A CABLE | |
| CN105490126B (en) | Portable cable crimps platform | |
| CN203411111U (en) | Bidirectional synchronous overturning clamping mechanism with automatic reset | |
| CN205368124U (en) | Glass pincers | |
| CN103522339B (en) | Flat plate type paper cutter clamping device | |
| CN206066516U (en) | Roll web cuts off attachment means | |
| CN205915069U (en) | Clamping device | |
| TW201500156A (en) | Breaking tool of brittle material substrate and support fixture of brittle material substrate | |
| CN105366933A (en) | Glass pliers | |
| CN105834330B (en) | A kind of cutting mechanism for the pin that can cut off resistance both ends | |
| CN109963694A (en) | The elongated knife of multipart | |
| CN202231288U (en) | Lead inserted sheet crimping device | |
| CN204603707U (en) | Buckling die tool worn automatically by file | |
| CN108085955A (en) | A kind of fabric edge cutting agency | |
| CN201052687Y (en) | Cutting structure for printing machine wind-up guide roller | |
| CN104859335B (en) | Binding machine | |
| CN204339929U (en) | A kind of device for processing bamboo nail | |
| CN208167387U (en) | A kind of fabric edge cutting agency | |
| CN205685804U (en) | Cardboard paddle-tumble machine | |
| CN207606212U (en) | Process the clamping shaping assembly of automobile door sill frame | |
| CN2610467Y (en) | Pin plug machine | |
| CN205363257U (en) | Aluminum plate alignment cutting process device | |
| CN206999164U (en) | A kind of engraving machine servicing unit | |
| CN218202557U (en) | Pressing plate structure, clamping device and slitting machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160706 Effective date of abandoning: 20171219 |