Description of drawings
Fig. 1 is the stereographic map of the pedestal of the utility model combined display;
Fig. 2 is the stereographic map of the monitor body of the utility model combined display;
Fig. 3 is the three-dimensional exploded view of the utility model combined display, and wherein the anchor ring of the shell of the monitor body of this combined display is not connected to its pedestal as yet;
Fig. 4 is the three-dimensional combination figure of the utility model combined display, and wherein the spring secures rail to sleeper of the pedestal of this combined display is not buckled in the shell of its monitor body as yet;
Fig. 5 is the three-dimensional combination figure of the utility model combined display, and wherein the spring secures rail to sleeper of the pedestal of this combined display is buckled in the shell of its monitor body;
Fig. 6 is the partial cutaway schematic of Fig. 5;
Fig. 7 is the three-dimensional exploded view of the utility model combined display, and wherein the back side of the shell of the monitor body of this combined display is not connected to its pedestal as yet;
Fig. 8 is the three-dimensional combination figure of the utility model combined display, and wherein the spring secures rail to sleeper of the pedestal of this combined display is not buckled in the shell of its monitor body as yet;
Fig. 9 is the three-dimensional combination figure of the utility model combined display, and wherein the spring secures rail to sleeper of the pedestal of this combined display is buckled in the shell of its monitor body;
Figure 10 is the partial cutaway schematic of Fig. 9.
Symbol description among the figure
1 pedestal
10 end faces, 11 reference columns
111 bar portions, 112 protuberances
12 spring secures rail to sleepers, 121 elastic arms
122 button portions, 123 pulling parts
2 monitor bodies
3 shells
30 fronts, 31 anchor rings
32 back sides, 311 first snapping positions
321 second snapping positions, 33 first positioning pilot holes
331 insertion sections, 332 guidance parts
34 second positioning pilot holes, 341 insertion sections
342 guidance parts
4 display panels
Embodiment
For further setting forth the utility model is to reach technological means and the effect that predetermined purpose is taked, see also following about detailed description of the present utility model and accompanying drawing, believe the purpose of this utility model, feature and characteristics, go deep into and concrete understanding when getting one thus, yet appended graphic reference and the explanation usefulness of only providing not is to be used for the utility model is limited.
See also illustrated in figures 1 and 2ly, the utility model is a kind of combined display, comprises a pedestal 1 and a monitor body 2.
The end face 10 of this pedestal 1 has a plurality of reference columns 11 and a spring secures rail to sleeper 12.Each reference column 11 has a bar portion 111 and a protuberance 112.The protuberance 112 of each reference column 11 is connected in an end of its bar portion 111, and the cross sectional area of the protuberance 112 of each reference column 11 is greater than the cross sectional area of its bar portion 111.This spring secures rail to sleeper 12 has an elastic arm 121 and a button portion 122, and this button portion 122 is connected in a free end of this elastic arm 121.This spring secures rail to sleeper 12 further has a pulling part 123, and this pulling part 123 is connected in this button portion 122.
This monitor body 2 has a shell 3 and a display panel 4.This display panel 4 is located at a front 30 (as shown in Figure 3 and Figure 4) of this shell 3, and an anchor ring 31 of this shell 3 and a back side 32 selectively are connected to the end face 10 of this pedestal 1.
This anchor ring 31 of this shell 3 forms a plurality of first positioning pilot holes 33.In the present embodiment, this anchor ring 31 is a bottom surface of this shell 3.Each first positioning pilot hole 33 has an insertion section 331 and a guidance part 332, and the cross sectional area of the insertion section 331 of each first positioning pilot hole 33 and the cross sectional area of its guidance part 332 are matched with the cross sectional area of protuberance 112 of corresponding each reference column 11 of this pedestal 1 and the cross sectional area of its bar portion 111 respectively.This back side 32 of this shell 3 forms a plurality of second positioning pilot holes 34.Each second positioning pilot hole 34 has an insertion section 341 and a guidance part 342, and the cross sectional area of the insertion section 341 of each second positioning pilot hole 34 and the cross sectional area of its guidance part 342 are matched with the cross sectional area of protuberance 112 of corresponding each reference column 11 of this pedestal 1 and the cross sectional area of its bar portion 111 respectively.
As shown in Figure 2, this shell 3 defines one first snapping position 311 and one second snapping position 321 in addition.In the present embodiment, this first snapping position 311 is at an edge of this anchor ring 31 of this shell 3, and the back side 32 of this shell 3 has a groove, and this second snapping position 321 is at this groove.The guidance part 332 of each first positioning pilot hole 33 than its insertion section 331 near this first snapping position 311, and the guidance part 342 of each second positioning pilot hole 34 than its insertion section 341 near this second snapping position 321.The first snapping position 311 of this shell 3 and the second snapping position 321 can be other appropriate configuration corresponding to the spring secures rail to sleeper 12 of this pedestal 1.
See also Fig. 3 to shown in Figure 6, when being connected to this pedestal 1, combined display of the present utility model becomes vertical display always when this anchor ring 31 (i.e. this bottom surface of this shell 3) of this shell 3.
At first, this pedestal 1 is placed on the plane, and the protuberance 112 of corresponding each reference column 11 of insertion section 331 these pedestals 1 of alignment of each first positioning pilot hole 33 of this shell 3.
Secondly, this anchor ring 31 of this shell 3 is abutted against this end face 10 in this pedestal 1, makes the protuberance 112 of each reference column 11 insert the corresponding respectively insertion section 331 of first positioning pilot hole 33.At this moment, the button portion 122 of this spring secures rail to sleeper 12 is also pressed down by this anchor ring 31 of this shell 3.
Then, this monitor body 2 is pushed forward, make the bar portion 111 of each reference column 11 be directed at the guidance part 332 of corresponding each first positioning pilot hole 33, and the button portion 122 of this spring secures rail to sleeper 12 is reset to this first snapping position 311 (i.e. this edge of this anchor ring 31).As a result, each reference column 11 is immobilizated in this first snapping position 311 that corresponding each first positioning pilot hole, 33 button portion 122 interior and this spring secures rail to sleeper 12 are buckled in this shell 3, makes this pedestal 1 be connected reliably with this monitor body 2.
When desire was dismantled combined display of the present utility model, at first, the pulling part 123 of this spring secures rail to sleeper 12 was pulled, and made this button portion 122 break away from this first snapping position 311.Secondly, this monitor body 2 is pushed rearward moving, the protuberance 112 of corresponding each reference column 11 of insertion section 331 alignment of feasible each first positioning pilot hole 33.Then, the protuberance 112 of each reference column 11 is removed the insertion section 331 of corresponding each first positioning pilot hole 33, makes this anchor ring 31 of this shell 3 be located away from this end face 10 of this pedestal 1.
See also Fig. 7 to shown in Figure 10, when this back side 32 of this shell 3 was connected to this pedestal 1, combined display of the present utility model became a wall display-device.
At first, this pedestal 1 is fixed on the metope, and the protuberance 112 of corresponding each reference column 11 of insertion section 341 these pedestals 1 of alignment of each second positioning pilot hole 34 of this shell 3.
Secondly, this end face 10 in this pedestal 1 is abutted against at this back side 32 of this shell 3, makes the protuberance 112 of each reference column 11 insert the corresponding respectively insertion section 341 of second positioning pilot hole 34.At this moment, the button portion 122 of this spring secures rail to sleeper 12 is also pressed down by this back side 32 of this shell 3.
Then, this monitor body 2 is pushed down, and make the bar portion 111 of each reference column 11 be directed at the guidance part 342 of corresponding each second positioning pilot hole 34, and the button portion 122 of this spring secures rail to sleeper 12 is reset to this second snapping position 321 (i.e. this groove).As a result, each reference column 11 is immobilizated in this second snapping position 321 that corresponding each second positioning pilot hole, 34 button portion 122 interior and this spring secures rail to sleeper 12 are buckled in this shell 3, makes this pedestal 1 be connected reliably with this monitor body 2.
When desire was dismantled combined display of the present utility model, at first, the pulling part 123 of this spring secures rail to sleeper 12 was pulled, and made this button portion 122 break away from this second snapping position 321.Secondly, this monitor body 2 is pushed upwardly, the protuberance 112 of corresponding each reference column 11 of insertion section 341 alignment of feasible each second positioning pilot hole 34.Then, the protuberance 112 of each reference column 11 is removed the insertion section 341 of corresponding each second positioning pilot hole 34, makes this back side 32 of this shell 3 be located away from this end face 10 of this pedestal 1.
As from the foregoing, the dismounting of this pedestal 1 and this monitor body 2 and assembling are very easy to.The user need not use the work that any instrument just can be finished dismounting and assembling.Therefore, this pedestal 1 and this monitor body 2 need not be finished by factory's assembling in advance before its shipment, and can be packaged under separated situation, to reduce its Packing Capacity.In addition, combined display of the present utility model need not any extra retaining element, makes its spare part cost reduce and the globality of its outward appearance can be not destroyed.
So combined display of the present utility model has following characteristics:
1, the reference column of this pedestal selectively is immobilizated in first positioning pilot hole and second positioning pilot hole of this shell, and the spring secures rail to sleeper of this pedestal is buckled in this shell, make the dismounting of this pedestal and this monitor body and easily assembled, thereby reduce its Packing Capacity, to reduce its shipment and delivery cost.
2, the reference column of this pedestal can cooperate this first positioning pilot hole and this second positioning pilot hole, make this anchor ring of shell and this back side of this monitor body selectively be connected to this pedestal, be common to vertical type and wall-hanging combined display thereby make combined display of the present utility model become.
3, combined display of the present utility model replaces extra retaining element to make up this pedestal and this monitor body with the structure of reference column, spring secures rail to sleeper and positioning pilot hole, makes that the globality of its zero element cost reduction and its outward appearance can be not destroyed.
The above, only be the detailed description and the accompanying drawing of specific embodiment of the utility model, be not in order to restriction the utility model and feature of the present utility model, such as affiliated technical field technician, modify or variation along the equivalence of doing according to spirit of the present utility model, all should be contained in the claim of the present utility model.