CN2891603Y - Wall hanging structure for display - Google Patents
Wall hanging structure for display Download PDFInfo
- Publication number
- CN2891603Y CN2891603Y CN 200620000071 CN200620000071U CN2891603Y CN 2891603 Y CN2891603 Y CN 2891603Y CN 200620000071 CN200620000071 CN 200620000071 CN 200620000071 U CN200620000071 U CN 200620000071U CN 2891603 Y CN2891603 Y CN 2891603Y
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- connecting support
- articulated section
- hanging structure
- hole
- display
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Abstract
The utility model discloses a display wall hanging structure. The utility model is characterized in that two coupling bases are pin jointed by a torque unit to produce torque force. Two conjunctions and two extendible arms arranged at the relative inboard of the coupling base are also pin jointed by the torque unit to achieve the mutual pin joint of the two coupling bases. Therefore, the integral wall hanging structure can load the hanging of high-weight display. Furthermore, the wall hanging structure can achieve the effect of multi-angle positioning by the design of the torque unit.
Description
Technical field
The utility model is relevant a kind of display hanging structure, especially refer to that a kind of shell fragment that articulates the position between two connecting supports that utilizes can produce resistance and oppress shim pack by compressive deformation when articulating, and make two connecting supports to closely cooperate each other and increase frictional force, and still keep good torsion during the normality folding, with the display hanging structure that provides two connecting supports to articulate the location freely.
Background technology
As shown in Figure 9, be known electronic product hinge device 8, it is to comprise a pivot member 81 and a pin joint seat 82, and this pivot member 81 and pin joint seat 82 are extended with a joint portion 811,821 respectively with as the connection between display (not shown) and the electronic product body.This pin joint seat 82 has a pivoted hole 823 that is formed by 822 encirclements of two fins, wear for this pivot member 81, and the pivoted hole 823 of this pivot member 81 and pin joint seat 82 is to be the setting that closely cooperates.
Because this pin joint seat 82 only produces locating effect by the friction between pivoted hole 823 and this pivot member 81, but the problem that has each fin 822 elastic fatigue under long-term the use unavoidably exists, therefore cause the deficiency of frictional force between this pivoted hole 823 and the pivot member 81, and then produce the unclear shortcoming of locating effect.In addition, when aforesaid hinge device 8 is installed in large-sized monitor, because the rapid increase of weight, if the location that will keep display certainly will need elder generation significantly to increase the size of this pivot member 81 and pin joint seat 82, the frictional force increase and the torsion of 82 of this pivot member 81 and pin joint seats are promoted, but producer's production cost but relatively improves, moreover the increase of this pivot member 81 and pin joint seat 82 sizes also causes obstacle on display and the design of electronic products to the designer.
Moreover, because when the user operates aforementioned hinge device 8, form great fail in shear between the joint portion 821 of this pin joint seat 82 and this pivoted hole 823, same problem also betides between the joint portion 811 and pivot member 81 of this pivot member 81, so after long-time the use, be easy to generate the situation of breaking or wrecking.
In addition, in traditional display hanging structure, as Figure 10 and shown in Figure 11, it is to form by two connecting supports 9 and two adjutages 91, two connecting supports 9 articulate relatively respectively at an end, and be articulated with two adjutages 91 more respectively at two connecting supports, 9 other ends, make two connecting supports 9 and two adjutages 91 can produce the effect of folding.When adjusting angle, because of the pivot joint position of two connecting supports 9 does not have the effect generation of torsion, so when the adjustment hanging structure, can only adjust two kinds of fixed positions, a kind of for opening aspect, another kind is closed aspect, and can't be adjusted to angle arbitrarily, and can locate at any time.
Summary of the invention
Main purpose of the present utility model, be to solve the above problems and a kind of display hanging structure is provided, it utilizes the pivot joint design of two connecting supports of hanging structure through the torsion assembly, and make two joining bases when engaging, produce stronger torsion, and avoid the destruction of shearing force, and two conjunctions of two joining base relative inner, two adjutages pass through the installing of torsion assembly equally, and two joining bases are articulated mutually, and make integral wall hanging hang structure the hanging of heavy weight display of can loading, more, make this hanging structure can reach the effect of multi-angle location because of the design of torsion assembly.
For achieving the above object, the utility model is taked following design:
The utility model is to comprise: one first connecting support, one second connecting support, one first conjunction, one second conjunction, two adjutages, most pin connected assembly and two torsion assemblies;
This first conjunction vertically is convexly equipped with one first alar part, and this first conjunction then is arranged on this first connecting support top, and this first alar part has more one first pivoted hole, and the dual-side bottom in this first connecting support vertically is convexly equipped with one first articulated section respectively, and respectively this first articulated section is more corresponding has one first axis hole;
This second conjunction vertically is convexly equipped with one second alar part, this second conjunction then is arranged on this second connecting support top, and this second alar part has more one second pivoted hole, and the dual-side bottom in this second connecting support vertically is convexly equipped with one second articulated section respectively, and respectively this second articulated section is more corresponding has one second axis hole;
Respectively this torsion assembly includes a part, a locking part, the shell fragment more than;
Respectively this pin connected assembly comprises respectively that then a pivot member, revolves latch fitting;
Respectively these adjutage two ends all have a perforate;
Wherein, this first connecting support and this second connecting support are to be provided with in opposite directions, and this first connecting support is in order to being incorporated into wall, and this second connecting support is for directly screwing togather with display;
When this first connecting support engages with this second connecting support desire, respectively this first articulated section of this first connecting support corresponds to second axis hole of this second connecting support, second articulated section respectively by this first axis hole, for the respectively installing of this torsion assembly, make the axle part of this torsion assembly respectively stretch through first axis hole and second axis hole of this second articulated section and the perforation of this shell fragment of this first articulated section, and compress respectively this shell fragment distortion by the locking part of this torsion assembly respectively, and then increase friction between this first connecting support, first articulated section and this second connecting support, second articulated section, make second articulated section of first articulated section of this first connecting support and this second connecting support be packing and articulate state;
This first alar part corresponds to one of them of two perforates of an adjutage by this first pivoted hole, stretching through and revolve latch fitting with this for the pivot member of this pin connected assembly combines, and is articulated in this adjutage;
This second alar part then corresponds to one of them of two perforates of another adjutage by this second pivoted hole, stretching through and revolve latch fitting with this for the pivot member of this pin connected assembly combines, and is articulated in another adjutage;
This two adjutage is not again via and the cushion block of another perforate, between between this first alar part and this second alar part that another perforate corresponds to not and this second alar part articulates that articulate of this first alar part, stretch through and revolve combining of latch fitting for the pivot member of this pin connected assembly, and two adjutages are articulated each other with this;
The top of this first connecting support and the top of this second connecting support are to be connected with pivot joint relation between this second conjunction by this first conjunction, two adjutages, become a complete display hanging structure.
In display hanging structure of the present utility model, this shell fragment is to be a dish type shell fragment, and has a perforation in middle position.
In display hanging structure of the present utility model, respectively this pin connected assembly all can with this torsion assembly mutual alternative.
In display hanging structure of the present utility model, the axle part of this torsion assembly has two axially extended opposite planar for pivoted portions.
In display hanging structure of the present utility model, this first pivoted hole, this second pivoted hole, respectively the hole shape of this first axis hole is and cooperates this part and be corresponding rectangle aspect.
In display hanging structure of the present utility model, the shell fragment of this torsion assembly perforation shape is for cooperating this part to be corresponding rectangle aspect.
In display hanging structure of the present utility model, respectively each perforate of this adjutage, this first alar part, first pivoted hole, this second alar part, second pivoted hole, this first connecting support respectively this first articulated section, first axis hole and this second connecting support respectively all are provided with two flutings of symmetry mutually in the both sides of this second articulated section, second axis hole.
In display hanging structure of the present utility model, this torsion assembly more comprises at least one shim pack.
In display hanging structure of the present utility model, this shim pack is to comprise the second ring pad, at least one pad outer rim has two symmetrically and cooperate the pin of this fluting in this shim pack, and also has at least the hole shape of a pad to be for cooperating the rectangle aspect of this part in this shim pack.
In display hanging structure of the present utility model, this two pad is mutual stacked installing, and all is equipped with most oil grooves on the two facing surfaces, and respectively this oil groove not through this pad.
In display hanging structure of the present utility model, have majority on the surface of this second connecting support and collude hanging hole.
In display hanging structure of the present utility model, but this second connecting support recombinant, one bonding pad, this bonding pad one lateral junction unification display, the another side of this bonding pad then has more most hooks corresponding to the hanging hole that respectively colludes at this second junction surface, is placed in colluding on the hanging hole of this second junction surface for the hook of this bonding pad.
Description of drawings
Fig. 1 is the first embodiment three-dimensional exploded view of the present utility model
Fig. 2 is the second embodiment three-dimensional exploded view of the present utility model
Fig. 3 is the 3rd embodiment three-dimensional exploded view of the present utility model
Fig. 4 is the 4th embodiment three-dimensional exploded view of the present utility model
Fig. 5 is the breakdown action schematic diagram for the utility model the 4th embodiment
Fig. 6 is the closed action schematic diagram for the utility model the 4th embodiment
Fig. 7 is one of schematic perspective view of using the utility model the 4th embodiment recombinant one bonding pad
Fig. 8 is two of the schematic perspective view of using the utility model the 4th embodiment recombinant one bonding pad
Fig. 9 is known three-dimensional exploded view
Figure 10 is known breakdown action schematic diagram
Figure 11 is known closed action schematic diagram
Embodiment
See also Fig. 1, shown in the figure is the selected example structure of the utility model, and this only for the usefulness of explanation, is not subjected to the restriction of this kind structure in patent application.
The display hanging structure of present embodiment, it comprises: one first connecting support 1, one second connecting support 2, one first conjunction 3, one second conjunction 4, two adjutages 5, most pin connected assembly 6 and two torsion assemblies 7.
This first conjunction 3 vertically is convexly equipped with one first alar part 31, and 3 of this first conjunctions are arranged on this first connecting support, 1 top, and this first alar part 31 has more one first pivoted hole 311, and the dual-side bottom in this first connecting support 1 vertically is convexly equipped with one first articulated section 11 respectively, and respectively this first articulated section 11 is more corresponding has one first axis hole 111.
This second conjunction 4 vertically is convexly equipped with one second alar part 41,4 of this second conjunctions are arranged on this second connecting support, 2 tops, and this second alar part 41 has more one second pivoted hole 411, and the dual-side bottom in this second connecting support 2 vertically is convexly equipped with one second articulated section 21 respectively, and respectively this second articulated section 21 is more corresponding has one second axis hole 211.
Respectively 6 of this pin connected assemblies comprise that respectively a pivot member 61, revolves latch fitting 62.Respectively this torsion assembly 7 includes a part 71, a locking part 72 and a shell fragment 73, and in present embodiment, this shell fragment 73 is to be a dish type shell fragment, and has a perforation 731 in middle position.
Respectively this adjutage 5 all has a perforate 51 in relative two ends.
This first connecting support 1 is to be provided with in opposite directions with this second connecting support 2, and this first connecting support 1 is in order to being incorporated into the wall (not shown), and this second connecting support 2 is for directly screwing togather with a display (not shown).
When this first connecting support 1 engages with these second connecting support, 2 desires, respectively this first articulated section 11 of this first connecting support 1 corresponds to second axis hole 211 of these second connecting support, 2 second articulated sections 21 respectively by this first axis hole 111, for the respectively installing of this torsion assembly 7, make the axle part 71 of this torsion assembly 7 respectively stretch through first axis hole 111 and second axis hole 211 of this second articulated section 21 and the perforation 731 of this shell fragment 73 of this first articulated section 11, and compress respectively these shell fragment 73 distortion by the locking part 72 of this torsion assembly 7 respectively, and then increase friction between this first connecting support, 1 first articulated section 11 and this second connecting support 2 second articulated sections 21, make second articulated section 21 of first articulated section 11 and this second connecting support 2 of this first connecting support 1 be packing and articulate state.
This first alar part 31 corresponds to one of them of two perforates 51 of an adjutage 5 by this first pivoted hole 311, stretching through and revolve latch fitting 62 with this for the pivot member 61 of this pin connected assembly 6 combines, and is articulated in this adjutage 5.
41 of this second alar parts correspond to one of them of two perforates 51 of another adjutage 5 by this second pivoted hole 411, stretching through and revolve latch fitting 62 with this for the pivot member 61 of this pin connected assembly 6 combines, and is articulated in another adjutage 5.
This two adjutage 5 is not again via and another perforate 51 of articulating of this first alar part 31 corresponds to not and this second alar part 41 articulates another perforate 51, a cushion block 52 between 41 of this first alar part 31 and this second alar parts, stretch through and revolve combining of latch fitting 62 for the pivot member 61 of this pin connected assembly 6, and two adjutages 5 are articulated each other with this.
Therefore, the top of this first connecting support 1 and this second connecting support, 2 tops are by the relation of the pivot joint between this first conjunction 3, two adjutages 5 and this second conjunction 4, and are connected to become a display hanging structure.
Certainly, still there are many examples in the utility model, therebetween the only variation on the details.See also Fig. 2, it is second embodiment of the present utility model, wherein difference is that respectively this torsion assembly more than 7 comprises a shell fragment 73, to increase the fastening force of each shell fragment 73 after suffering oppression, when pivoting, can increase frictional force for this torsion assembly 7 respectively, articulate state so that second articulated section 21 of first articulated section 11 of this first connecting support 1 and this second connecting support 2 still is packing, and still reach the wall hanging demand of this first connecting support 1 and these second connecting support, 2 formed display hanging structures.
See also Fig. 3, it is the 3rd embodiment of the present utility model, wherein, will be respectively this pin connected assembly 6 all replace with this torsion assembly 7 respectively, be the packing pivot joint state except making between this first connecting support, 1 first articulated section 11 and this second connecting support 2 second articulated sections 21, more increase between one of them hole of two perforates 51 of these first alar part, 31 first pivoted holes 311 and adjutage 5, between one of them hole of two perforates 51 of these second alar part, 41 second pivoted holes 411 and another adjutage 5, the frictional force that another perforate that another perforate 51 that this two adjutage 5 and this first alar part 31 articulate corresponds to not and this second alar part 41 articulates is 51, then can make each articulated section all produce torsion, and then the torsion of hanging structure is promoted, in conjunction with display more large-scale and that weight is heavier.
See also Fig. 4, it is the 4th embodiment of the present utility model, wherein different piece except will be respectively this pin connected assembly 6 be replaced by fully respectively this torsion assembly 7, respectively the axle part 71 of this torsion assembly 7 has more two axially extended opposite planar 711 for pivoted portions.And second pivoted hole 411 of first pivoted hole 311 of this first alar part 31, this second alar part 41 and this first connecting support 1 respectively first axis hole, 111 hole shapes of this first articulated section 11 be and cooperate this part 71 and be corresponding rectangle aspect, and respectively perforation 731 shapes of the shell fragment 73 of this torsion assembly 7 also are for cooperating the rectangle aspect of this part 71.In addition, respectively each perforate 51 of this adjutage 5, these first alar part, 31 first pivoted holes 311, these second alar part, 41 second pivoted holes 411, this first connecting support 1 respectively these first articulated section, 11 first axis holes 111 and this second connecting support 2 respectively all are provided with the two fluting A of symmetry mutually in the both sides of these second articulated section, 21 second axis holes 211.And in present embodiment; respectively this torsion assembly 7 more comprises at least one shim pack 74; wherein; this shim pack 74 more comprises second ring pad 741; at least one pad 741 outer rims have two symmetrical and cooperate the pin 742 of this fluting A in this shim pack 74; and the hole shape that also has a pad 741 in this shim pack 74 at least is for cooperating the rectangle aspect of this part 71; moreover; two pads 741 in this shim pack 74 are to install in mutual stacked mode; and on two pads, 741 facing surfaces, be equipped with most oil grooves 743; and respectively this oil groove 743 is not through this pad 741; first articulated section 11 for this first connecting support 1; second articulated section 21 of this second connecting support 2; this first conjunction 3; two adjutages 5; this second conjunction 4 to each other lubricated when pivoting, and the abrasion of protecting each element when pivoting, to be caused.The structure pivot joint relation between this first connecting support 1 and second connecting support 2 that makes by present embodiment still can present packing pivot joint state, and still reaches the wall hanging demand of this first connecting support 1 and these second connecting support, 2 formed display hanging structures.
See also Fig. 5 to Fig. 6, it is the action schematic diagram for the utility model the 4th embodiment, during use, this wall hanging overall structure hanging of heavy weight display of can loading, be ingenious design fully because of this torsion assembly 7, and make first articulated section 11, second articulated section 21 of second connecting support 2, first conjunction 3, two adjutages 5, second conjunction 4 of this first connecting support 1 can produce stronger torsion when articulating in engaging, and avoid the destruction of shearing force, increase the useful life of this hanging structure.In addition, also make the folding condition between this first connecting support 1 and second connecting support 2 can reach the effect of multi-angle location because of the installing of this torsion assembly 7.
See also Fig. 7 to Fig. 8, it is the 4th embodiment of the present utility model, wherein, this second connecting support 2 has more majority and colludes hanging hole 22, and this second connecting support 2 can be again in conjunction with a bonding pad B, the side of this bonding pad B can be incorporated into earlier on the display (not shown), the opposite side of this bonding pad B then has the majority hook B 1 that respectively colludes hanging hole 22 corresponding to this second junction surface 2, hook B 1 for this bonding pad B can be placed in colluding on the hanging hole 22 of this second junction surface 2 fast, also make display to be installed in fast on this hanging structure, and increase the convenience on using.
In sum, the utility model has the advantages that two connecting supports that utilize hanging structure design through the pivot joint of torsion assembly, and make two joining bases when engaging, produce stronger torsion, and avoid the destruction of shearing force.Two conjunctions of two joining base relative inner, two adjutages pass through the installing of torsion assembly equally, and two joining base tops are articulated mutually, and make integral wall hanging hang structure the hanging of heavy weight display of can loading, more, make this hanging structure can reach the effect of multi-angle location because of the design of torsion assembly.
Claims (12)
1. display hanging structure, it is characterized in that: it is to comprise: one first connecting support, one second connecting support, one first conjunction, one second conjunction, two adjutages, most pin connected assembly and two torsion assemblies;
This first conjunction vertically is convexly equipped with one first alar part, and this first conjunction then is arranged on this first connecting support top, and this first alar part has more one first pivoted hole, and the dual-side bottom in this first connecting support vertically is convexly equipped with one first articulated section respectively, and respectively this first articulated section is more corresponding has one first axis hole;
This second conjunction vertically is convexly equipped with one second alar part, this second conjunction then is arranged on this second connecting support top, and this second alar part has more one second pivoted hole, and the dual-side bottom in this second connecting support vertically is convexly equipped with one second articulated section respectively, and respectively this second articulated section is more corresponding has one second axis hole;
Respectively this torsion assembly includes a part, a locking part, the shell fragment more than;
Respectively this pin connected assembly comprises respectively that then a pivot member, revolves latch fitting;
Respectively these adjutage two ends all have a perforate;
Wherein, this first connecting support and this second connecting support are to be provided with in opposite directions, and this first connecting support is in order to being incorporated into wall, and this second connecting support is for directly screwing togather with display;
When this first connecting support engages with this second connecting support desire, respectively this first articulated section of this first connecting support corresponds to second axis hole of this second connecting support, second articulated section respectively by this first axis hole, for the respectively installing of this torsion assembly, make the axle part of this torsion assembly respectively stretch through first axis hole and second axis hole of this second articulated section and the perforation of this shell fragment of this first articulated section, and compress respectively this shell fragment distortion by the locking part of this torsion assembly respectively, and then increase friction between this first connecting support, first articulated section and this second connecting support, second articulated section, make second articulated section of first articulated section of this first connecting support and this second connecting support be packing and articulate state;
This first alar part corresponds to one of them of two perforates of an adjutage by this first pivoted hole, stretching through and revolve latch fitting with this for the pivot member of this pin connected assembly combines, and is articulated in this adjutage;
This second alar part then corresponds to one of them of two perforates of another adjutage by this second pivoted hole, stretching through and revolve latch fitting with this for the pivot member of this pin connected assembly combines, and is articulated in another adjutage;
This two adjutage is not again via and the cushion block of another perforate, between between this first alar part and this second alar part that another perforate corresponds to not and this second alar part articulates that articulate of this first alar part, stretch through and revolve combining of latch fitting for the pivot member of this pin connected assembly, and two adjutages are articulated each other with this;
The top of this first connecting support and the top of this second connecting support are to be connected with pivot joint relation between this second conjunction by this first conjunction, two adjutages, become a complete display hanging structure.
2. display hanging structure according to claim 1 is characterized in that: this shell fragment is to be a dish type shell fragment, and has a perforation in middle position.
3. display hanging structure according to claim 1 is characterized in that: respectively this pin connected assembly all can with this torsion assembly mutual alternative.
4. display hanging structure according to claim 1 is characterized in that: the axle part of this torsion assembly has two axially extended opposite planar for pivoted portions.
5. display hanging structure according to claim 1 is characterized in that: this first pivoted hole, this second pivoted hole, respectively the hole shape of this first axis hole is and cooperates this part and be corresponding rectangle aspect.
6. display hanging structure according to claim 1 is characterized in that: the shell fragment perforation shape of this torsion assembly is for cooperating this part to be corresponding rectangle aspect.
7. display hanging structure according to claim 1 is characterized in that: respectively each perforate of this adjutage, this first alar part, first pivoted hole, this second alar part, second pivoted hole, this first connecting support respectively this first articulated section, first axis hole and this second connecting support respectively all are provided with two flutings of symmetry mutually in the both sides of this second articulated section, second axis hole.
8. display hanging structure according to claim 1 is characterized in that: this torsion assembly more comprises at least one shim pack.
9. display hanging structure according to claim 8, it is characterized in that: this shim pack is to comprise the second ring pad, at least one pad outer rim has two symmetrically and cooperate the pin of this fluting in this shim pack, and also has at least the hole shape of a pad to be for cooperating the rectangle aspect of this part in this shim pack.
10. display hanging structure according to claim 9 is characterized in that: this two pad is mutual stacked installing, and all is equipped with most oil grooves on the two facing surfaces, and respectively this oil groove not through this pad.
11. display hanging structure according to claim 1 is characterized in that: have majority on the surface of this second connecting support and collude hanging hole.
12. display hanging structure according to claim 11, it is characterized in that: but this second connecting support recombinant, one bonding pad, this bonding pad one lateral junction unification display, the another side of this bonding pad then has more most hooks corresponding to the hanging hole that respectively colludes at this second junction surface, is placed in colluding on the hanging hole of this second junction surface for the hook of this bonding pad.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620000071 CN2891603Y (en) | 2006-01-05 | 2006-01-05 | Wall hanging structure for display |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620000071 CN2891603Y (en) | 2006-01-05 | 2006-01-05 | Wall hanging structure for display |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2891603Y true CN2891603Y (en) | 2007-04-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620000071 Expired - Fee Related CN2891603Y (en) | 2006-01-05 | 2006-01-05 | Wall hanging structure for display |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2891603Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105719572A (en) * | 2016-04-26 | 2016-06-29 | 北京时代奥视科技股份有限公司 | Combined screen system |
-
2006
- 2006-01-05 CN CN 200620000071 patent/CN2891603Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105719572A (en) * | 2016-04-26 | 2016-06-29 | 北京时代奥视科技股份有限公司 | Combined screen system |
| CN105719572B (en) * | 2016-04-26 | 2019-07-26 | 北京时代奥视科技有限公司 | Combine screen system |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |