CN205396988U - Display device's bale structure - Google Patents
Display device's bale structure Download PDFInfo
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- CN205396988U CN205396988U CN201620127418.3U CN201620127418U CN205396988U CN 205396988 U CN205396988 U CN 205396988U CN 201620127418 U CN201620127418 U CN 201620127418U CN 205396988 U CN205396988 U CN 205396988U
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Abstract
The utility model provides a display device's bale structure. Display device's bale structure possesses support frame (70) and central bolster (30, 60). Propping up support frame (70) clamp and adorning between display device and bale case, just the face orientation with display panel disposes parallelly. Central authorities bolster (30, 60) support the display device and the ascending central authorities in left and right sides side of propping up support frame (70) with the mode of the ascending central authorities in left and right sides side of pressing from both sides display device and support frame (70) around. Propping up support frame (70) and having engaging recess (79A, 79B), this engaging recess (79A, 79B) is used for carrying on central bolster (30, 60) for this support frame 70 in the ascending location in left and right sides side. Central authorities bolster (30, 60) have block convex part (37, 67) with engaging recess (79A, 79B) block.
Description
Technical field
This utility model relates to the bale packing structure of display device.
Background technology
As average family, business display device in, the widely known thin-type display device having plane.In recent years, display device adopts and realizes slimming and cover the design that the frame of external shell of display floater is narrower.Therefore, the mechanical strength of display device declines, it is possible to cause that because of mechanical shock when carrying display floater departs from from external shell.
In order to solve this problem, in the bale packing structure of the display device of patent documentation 1, in the packing box housing display device, together contain three bolsters that the bottom to display device supports with display device.These three bolster configures in the way of separating in left-right direction in packing box.Central buffering part configuration central authorities in the lateral direction in these three bolster, in order to suppress display device because of deadweight to the flexure of downside.
Patent documentation 1: No. 2013/73171 publication of International Publication
But, in the bale packing structure of the display device of patent documentation 1, when being applied with mechanical shock to packing box, being configured at the end bolster of both sides and the Existential Space on the left and right directions of central buffering part of central buffering part, therefore cause that central buffering part moves in left-right direction relative to packing box and display device.
For this problem, in order to eliminate the space between end bolster and central buffering part, it is considered to by the size of the size of the left and right directions of increase central buffering part or the left and right directions increasing end bolster, limit the movement in left-right direction of central buffering part.But, when increasing the size of left and right directions of central buffering part or increasing the size of left and right directions of end bolster, for making the material that central buffering part or end bolster shape increase, cause that cost raises.
Utility model content
The purpose of this utility model is in that providing a kind of can suppress cost increase and the binder of display device that can central authorities' bolster movement in left-right direction be limited.
The bale packing structure of the display device of a scheme of the present utility model possesses: packing box, it houses display device, and this display device possesses the display floater of plane and houses the external shell of described display floater；Propping up bearing member, it when being accommodated in described packing box together with described display device, and the direction, face being installed between described display device and described packing box with described display floater configures abreast；And central buffering part, it when being accommodated in described packing box together with described display device and described bearing member, on the direction that described display device and described packing box are overlapping or relative, central authorities on the left and right directions of described display device and described bearing member are carried out clamping supporting, described bearing member has the first holding section, this first holding section is for carrying out described central buffering part relative to this bearing member location on described left and right directions, and described central buffering part has the second holding section engaged with described first holding section.
Utility model effect
According to a scheme of the present utility model, it is thus achieved that cost increase can be suppressed and the bale packing of the display device that central bolster movement in left-right direction limit can be constructed.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of the front-surface side of display device.
Fig. 2 is the axonometric chart of the rear side of the display device of Fig. 1.
Fig. 3 is the exploded perspective view of the bale packing structure of the display device involved by an embodiment.
Fig. 4 is the front view of first bearing member of the bale packing structure of Fig. 3.
Fig. 5 is the axonometric chart of the back side structure of first bearing member illustrating Fig. 4.
Fig. 6 is the front view of the bearing member in the bale packing structure of Fig. 3.
Fig. 7 is the exploded perspective view of a part in the bale packing structure of Fig. 3, bearing member downside and the left end bolster of downside, central buffering part and right-hand member bolster.
Fig. 8 is the exploded perspective view of a part in the bale packing structure of Fig. 3, bearing member upside and the left end bolster of upside, central buffering part and right-hand member bolster.
Fig. 9 is the front view of in the bale packing structure of Fig. 3, to be provided with display device on each bolster and bearing member state.
Figure 10 is the rearview of in the bale packing structure of Fig. 3, to be provided with display device on each bolster and bearing member state.
Figure 11 is the sectional view of the 11-11 line of Fig. 9 of the state in the bale packing structure of Fig. 3, display device, each bolster and a bearing member are contained in packing box.
Figure 12 is the front view of the relation between engaging recessed part and the engaging protuberance of the central buffering part of upside in the bale packing structure of the display device illustrating variation, bearing member upside.
Figure 13 is the front view of the relation between engaging recessed part and the engaging protuberance of the central buffering part of upside in the bale packing structure of the display device illustrating another variation, bearing member upside.
Figure 14 is the front view of the relation between engaging recessed part and the engaging protuberance of the central buffering part of upside in the bale packing structure of the display device illustrating another variation, bearing member upside.
Figure 15 is the front view of the relation between engaging recessed part and the engaging protuberance of the central buffering part of upside in the bale packing structure of the display device illustrating another variation, bearing member upside.
Figure 16 is the exploded perspective view of a part in the bale packing structure of the display device illustrating another variation, first bearing member and jut.
Description of reference numerals:
10... left end bolster
20... right-hand member bolster
30... central buffering part
31... support
37... engaging protuberance (the second holding section)
40... left end bolster
50... right-hand member bolster
60... central buffering part
61... support
67... engaging protuberance (the second holding section)
69... engaging recessed part (the first holding section)
70... supporting frame (bearing member)
70A... the first supporting frame (first bearing member)
70B... the second supporting frame (second bearing member)
72A... first
72B... second
75A, 75B, 75C, 75D... jut
76... horizontal part
77... vertical component effect
78... guide portion
79A... engaging recessed part (the first holding section)
79B... engaging recessed part (the first holding section)
90... packing box
100... display device
110... display floater
120... external shell
G... space
Detailed description of the invention
With reference to accompanying drawing, the bale packing structure of the display device involved by one embodiment is illustrated.
Additionally, in the following description, " upside ", " downside ", " left side ", " right side ", " front surface " and " back side " is defined as, and as shown in Figure 1, observes direction during display floater 110 from front with the posture under the common use state of display device 100 for benchmark.It addition, in the explanation of Fig. 4～Fig. 9, it is labelled with the element that the element of the display device 100 of accompanying drawing labelling represents the display device 100 of Fig. 1 and Fig. 2.
As it is shown in figure 1, display device 100 is slim display device, for instance for digital signage (DigitalSignage), therefore it is used by linking multiple display devices 100 vertically left and right and the video wall that constitutes.
Display device 100 possesses the display floater 110 of plane and houses display floater 110 and the external shell 120 being made up of resin forming product etc..Display device 100 is formed as left and right directions and is long side direction and above-below direction is the rectangle of short side direction.
External shell 120 possesses the fore shell (frontcabinet) 121 being formed with peristome 122 in the way of corresponding with the image display area of display floater 110.Fore shell 121 is the frame of the front-surface side of the outer peripheral edge for covering display floater 110.
It addition, as in figure 2 it is shown, external shell 120 possesses the back cover (backcabinet) 123 combining with fore shell 121 (with reference to Fig. 1) and covering the rear side of display floater 110.Back cover 123 is formed to for showing the collecting part 124 that (all omitting diagram) such as the drive circuit of image, backlight apparatus houses on display floater 110.Ratio on back cover 123 houses part 124 part on the lower, is formed for the distribution mouth (omitting diagram) being connected with the distribution (omitting diagram) of drive circuit, backlight apparatus electrical connection.
As it is shown on figure 3, after utilizing bale packing bag (omitting diagram) to cover display device 100, be contained in the packing box 90 being made up of hardboard, thus constructed as the bale packing of display device 100.Now, the operation device of operation display device 100 is connected with display device 100 cable, the accessory case 92 that contains operation instructions etc. are also accommodated in packing box 90.
It addition, when display device 100 is contained in packing box 90, be provided with three bolsters and left end bolster 10, right-hand member bolster 20 and central buffering part 30 in the downside of display device 100.It addition, be provided with three bolsters and left end bolster 40, right-hand member bolster 50 and central buffering part 60 in the upside of display device 100.Central buffering part 60 loads accessory case 92.Each bolster 10,20,30,40,50,60 is configured to such as use the formed products of the Foamexes such as expanded polystyrene (EPS) (EPS), expanded polypropylene (EPP), a Ou Long (PIOCELAN: registered trade mark, Sekisui Plastics Co., Ltd.).
It addition, in the front side of display device 100, the supporting frame 70 as an example of a bearing member is arranged between packing box 90 and display floater 110 with the state being accommodated in packing box 90 together with display device 100.Supporting frame 70 is formed as frame-shaped, and configures abreast with the direction, face (such as display surface) of the display floater 110 of display device 100.The lower frame 74 of the supporting frame 70 of the lower portion as a bearing member is provided with each bolster 10,20,30 of downside, the upper side frame body 74 of the supporting frame 70 of the upper portion as a bearing member is provided with each bolster 40,50,60 of upside.Therefore, supporting frame 70 is clamped in the vertical direction by each bolster 10,20,30 of downside and each bolster 40,50,60 of upside.
Second supporting frame 70B of the supporting frame 70 first supporting frame 70A by the example as divided first bearing member in the lateral direction and the example as second bearing member is constituted.First supporting frame 70A and the second supporting frame 70B is configured to such as use the formed products of the Foamexes such as expanded polystyrene (EPS) (EPS), expanded polypropylene (EPP), a Ou Long (PIOCELAN: registered trade mark, Sekisui Plastics Co., Ltd.).It should be noted that the first supporting frame 70A and the second supporting frame 70B is preferably formed by the Ou Long in Foamex.
As it has been described above, the bale packing structure of display device 100 is structured with.Namely, as left end bolster, left end bolster 10 that the bale packing of display device 100 constructs the downside that the bottom of the framework 74 and display device 100 with the downside to supporting frame 70 supports and the left end bolster 40 of upside that the framework 74 of upside and the upper end of display device 100 of supporting frame 70 are supported.Additionally, as right-hand member bolster, right-hand member bolster 20 that the bale packing of display device 100 constructs the downside that the bottom of the framework 74 and display device 100 with the downside to supporting frame 70 supports and the right-hand member bolster 50 of upside that the framework 74 of upside and the upper end of display device 100 of supporting frame 70 are supported.Additionally, as central buffering part, central buffering part 30 that the bale packing of display device 100 constructs the downside that the bottom of the framework 74 and display device 100 with the downside to supporting frame 70 supports and the central buffering part 60 of upside that the framework 74 of upside and the upper end of display device 100 of supporting frame 70 are supported.
It addition, be provided with buffering sheet material 80 in the bottom of display device 100.Buffering sheet material 80 is formed as L-shaped when observing display device 100 from the side, and covers front surface and the lower surface of the lower end of external shell 120 in the entire scope of left and right directions.Buffering sheet material 80 is such as formed by compressed paper.Buffering sheet material 80 such as utilizes adhesive tape (omitting diagram) to be secured on the bale packing bag (omitting diagram) covering display device 100.
And, the display device 100 being provided with each bolster 10,20,30 and buffering sheet material 80 is further inserted into constituting the downside supported box 91 being made up of hardboard of a part for packing box 90.Thus, the position on the left and right directions of left end bolster 10 and right-hand member bolster 20 is determined.
As shown in Figure 4, the first supporting frame 70A is long side direction by above-below direction and rectangle that left and right directions is short side direction is formed.First supporting frame 70A is formed the peristome 71 of opening in front-rear direction.On the first supporting frame 70A, first 72A opposed in the longitudinal direction with display floater 110 is formed as plane parallel on left and right directions and above-below direction.When observing the first supporting frame 70A from front, it is formed with chamfering curved surface 73 at four angles as corner of the first supporting frame 70A.In each framework 74 constituting the first supporting frame 70A, the width W1 of vertically extending part (also referred to as vertical component) is less than the width W2 of the part (also referred to as horizontal component) extended in left-right direction.
As it is shown in figure 5, be formed with jut 75A, 75B, 75C, 75D on second 72B of the side contrary with first 72A (with reference to Fig. 4) in the first supporting frame 70A, this first 72A is the face of the side of configuration display floater 110.Jut 75A, 75B, 75C, 75D are prominent from second 72B towards front side.That is, jut 75A, 75B, 75C, 75D extends from second 72B to the side contrary with display floater 110.Jut 75A, 75B, 75C, 75D adjacent on above-below direction and left and right directions is formed at the first supporting frame 70A in the way of symmetrical.
Jut 75A, 75B, 75C, 75D are respectively formed in the corner linked for each framework 74 of the first supporting frame 70A.As shown in Figure 6, the prominent distance on the above-below direction from jut 75A, 75B, 75C, 75D in framework 74 is equal to each other with the prominent distance on the left and right directions from jut 75A, 75B, 75C, 75D in framework 74.It should be noted that in the following description, the prominent distance from jut 75A, 75B, 75C, 75D in framework 74 is set to " prominent distance DP ".
Jut 75A, 75B, 75C, 75D have the horizontal part 76, the vertical component effect 77 extended from the end the left and right directions of horizontal part 76 along above-below direction and the guide portion 78 horizontal part 76 and vertical component effect 77 linked up that extend along left and right directions.
As shown in Figure 6, the second supporting frame 70B and the first supporting frame 70A is formed as identical shape.That is, the second supporting frame 70B is by the die forming identical for supporting frame 70A with first.
First supporting frame 70A and the second supporting frame 70B arranges along left and right directions.Namely the first supporting frame side frame body that namely the second supporting frame side frame body in each framework 74 of the first supporting frame 70A is located close in the framework (hereinafter referred to as " central authorities framework 74A ") of the position of the second supporting frame 70B and each framework 74 of the second supporting frame 70B is located close to framework (hereinafter referred to as " central authorities framework 74B ") the adjacent configuration in the lateral direction of the position of the first supporting frame 70A.And, the central blend stop 74C of supporting frame 70 it is made up of central authorities framework 74A and central authorities framework 74B.Therefore, central authorities' blend stop 74C centre on the left and right directions of supporting frame 70 is vertically extending.
The width WA of central authorities blend stop 74C is more than width W1, W2 of other frameworks 74 of supporting frame 70.In the present embodiment, the width WA of central authorities blend stop 74C becomes 2 times of the width W1 of the vertically extending part of framework 74.
Supporting frame 70 has engaging recessed part 79A, 79B of the example as the first holding section, and this engaging recessed part 79A, 79B are for carrying out central buffering part 30,60 relative to supporting frame 70 location in the lateral direction.
Engaging recessed part 79A is constituted as follows.Namely, the jut 75C of the second supporting frame 70B side in the first supporting frame 70A and the first supporting frame 70A side in the jut 75A of upside and the second supporting frame 70B and upside is arranged in identical position in the vertical direction, and separates space G in the lateral direction and configure.Therefore, the jut 75C of the jut 75A and the second supporting frame 70B of the first supporting frame 70A is formed as, and utilizes the space G formed between jut 75A and jut 75C to constitute engaging recessed part 79A.Namely, by making jut 75A the second supporting frame side frame body being arranged in the first supporting frame 70A namely be in the framework 74 of the position near the second supporting frame 70B, and make jut 75C the first supporting frame side frame body being arranged in the second supporting frame 70B namely be in the framework 74 of the position near the first supporting frame 70A, thus constitute engaging recessed part 79A.
Engaging recessed part 79B is constituted as follows.Namely, the jut 75D of the second supporting frame 70B side in the first supporting frame 70A and the first supporting frame 70A side in the jut 75B of downside and the second supporting frame 70B and downside is arranged in identical position in the vertical direction, and separates space G in the lateral direction and configure.Therefore, the jut 75D of the jut 75B and the second supporting frame 70B of the first supporting frame 70A is formed as, and utilizes the space G formed between jut 75B and jut 75D to constitute engaging recessed part 79B.Namely, by making jut 75B the second supporting frame side frame body being arranged in the first supporting frame 70A namely be in the framework 74 of the position near the second supporting frame 70B, and make jut 75D the first supporting frame side frame body being arranged in the second supporting frame 70B namely be in the framework 74 of the position near the first supporting frame 70A, thus constituting engaging recessed part 79B.
As it is shown in fig. 7, the bottom of the bottom of the first supporting frame 70A and the second supporting frame 70B is inserted in left end bolster 10, right-hand member bolster 20 and central buffering part 30.
On left end bolster 10, it is formed with the support 11 left part of the first supporting frame 70A and the left part of display device 100 supported from downside and left side.Support 11 possesses: the first abutment wall 12 the first supporting frame 70A and display device 100 supported from downside, the second abutment wall 13 the first supporting frame 70A and display device 100 supported from left side and two the 3rd abutment wall 14 from rear side supporting display device 100.First abutment wall 12 is formed two the bearing-surface 12A extended along left and right directions.Second abutment wall 13 is the wall extended to upside from the left border of bearing-surface 12A.Each 3rd abutment wall 14 is the wall extended to upside from the trailing edge of bearing-surface 12A.Two the 3rd abutment wall 14 intervals in the lateral direction and formed.
On support 11, the insertion section 15 that the framework 74 of the framework 74 and left side that are formed for the downside of the first supporting frame 70A is inserted.Insertion section 15 is the groove formed in the gamut of the first abutment wall 12 and the second abutment wall 13.
The width dimensions of groove being formed in width dimensions and the insertion section 15 of the groove of the part of the first abutment wall 12 part being formed at the second abutment wall 13 in insertion section 15 is equal to each other.The width G W of the groove of insertion section 15 is bigger than the thickness T of the first supporting frame 70A.Thus, it is easy to the first supporting frame 70A is inserted in support 11.
The degree of depth of groove being formed in the degree of depth and the insertion section 15 of the groove of the part of the first abutment wall 12 part being formed at the second abutment wall 13 in insertion section 15 is equal to each other.Prominent distance DP shown in degree of depth GH and Fig. 6 of the groove of insertion section 15 is roughly equal.
The position of the side rearward, ratio insertion section 15 in support 11, is formed with the rear side support 16 for supporting display device 100.Rear side support 16 comprises the bearing-surface 12A than side rearward, insertion section 15, and is made up of the part of the part of the rear side of the first abutment wall 12 and the rear side of the second abutment wall 13.
The position of the forward side, ratio insertion section 15 in support 11, is formed for the jut 75D of the first supporting frame 70A front side support 17 supported.Front side support 17 comprises the bearing-surface 12A of side more forward than insertion section 15, and is made up of the part of the part of the front side of the first abutment wall 12 and the front side of the second abutment wall 13.
Right-hand member bolster 20 is the structure symmetrical with left end bolster 10, and it possesses the support 21 the second supporting frame 70B and display device 100 supported from downside and right side.Support 21 is the structure identical with the support 11 of left end bolster 10, and it possesses the first abutment wall the 22, second abutment wall 23 and the 3rd abutment wall 24.It addition, identically with support 11, support 21 is formed with insertion section 25, rear side support 26 and front side support 27.
Central buffering part 30 possesses the support 31 that the end to supporting frame 70 and the above-below direction of display device 100 supports.Support 31 is inserted with the framework 74 of the downside of framework 74, the second supporting frame 70B of the downside of the first supporting frame 70A and the bottom of display device 100.Support 31 possesses the first abutment wall 32 the first supporting frame 70A, the second supporting frame 70B and display device 100 supported from downside and supports the second abutment wall 33 of display device 100 from rear side.
First abutment wall 32 is formed for the insertion section 34 that the framework 74 of the downside of framework 74, the second supporting frame 70B of the downside of the first supporting frame 70A is inserted.Insertion section 34 is the groove that the left end from the first abutment wall 32 extends towards right-hand member.The width G W of the groove of insertion section 34 is equal with the width G W of the groove of insertion section 15,25.The degree of depth GH of the groove of insertion section 34 is equal with the degree of depth GH of the groove of insertion section 15,25.
The position of the side rearward, ratio insertion section 34 in support 31, is formed with the rear side support 35 for supporting display device 100.The width dimensions of the fore-and-aft direction of the bearing-surface 35A of rear side support 35 is equal with the width dimensions of the fore-and-aft direction of bearing-surface 12A, 22A of rear side support 16,26.
The position of the forward side, ratio insertion section 34 in support 31, is formed for the jut 75D of the jut 75B of the first supporting frame 70A and the second supporting frame 70B front side support 36 supported.The gauge of the fore-and-aft direction of the bearing-surface 36A of front side support 36 is equal with the gauge of the fore-and-aft direction of bearing-surface 12A, 22A of front side support 17,27.
Central buffering part 30 has the engaging protuberance 37 of the example as the second holding section engaged of the engaging recessed part 79B with an example of the first holding section as supporting frame 70.That is, the second holding section has the engaging protuberance 37 being embedded in constituting the space G formed between the jut 75B and the jut 75D of the second supporting frame 70B of the first supporting frame 70A of engaging recessed part 79B.Extend on the upside of mediad on the left and right directions of the engaging protuberance 37 bearing-surface 36A of side electrode support 36 in the past.Be formed as above-below direction when engaging protuberance 37 is from front side and be long side direction and left and right directions is the rectangle of short side direction.The size of the width dimensions of the left and right directions of engaging protuberance 37 left and right directions than the space G forming engaging recessed part 79B is slightly smaller, and this engaging recessed part 79B is made up of the jut 75D of the jut 75B and the second supporting frame 70B of the first supporting frame 70A.
As shown in Figure 8, the upper end of the first supporting frame 70A and the upper end of the second supporting frame 70B are inserted in left end bolster 40, right-hand member bolster 50 and central buffering part 60.
Left end bolster 40 is that in upper and lower symmetrical structure, it possesses the support 41 the first supporting frame 70A and display device 100 supported from upside and left side to the left end bolster 10 (with reference to Fig. 7) with downside.Support 41 is the structure that the support 11 (with reference to Fig. 7) with left end bolster 10 is identical, and possesses the first abutment wall the 42, second abutment wall 43 and the 3rd abutment wall 44.It addition, identically with support 11, support 41 is formed with insertion section 45, rear side support 46 and front side support 47.
Right-hand member bolster 50 is the structure symmetrical with the left end bolster 40 of upside, and it possesses the support 51 the second supporting frame 70B and display device 100 supported from upside and right side.Support 51 is the structure identical with the support 41 of left end bolster 40, and possesses the first abutment wall the 52, second abutment wall 53 and the 3rd abutment wall 54.It addition, identically with support 41, support 51 is formed with insertion section 55, rear side support 56 and front side support 57.
The size of the left and right directions of central buffering part 60 is bigger than the size of the left and right directions of the central buffering part 30 (with reference to Fig. 7) of downside.Central buffering part 60 possesses the support 61 that the end to supporting frame 70 and the above-below direction of display device 100 supports.Support 61 is inserted with the framework 74 of the upside of framework 74, the second supporting frame 70B of the upside of the first supporting frame 70A and the upper end of display device 100.Support 61 is support 31 (with reference to Fig. 7) same structure of the central buffering part 30 with downside, and possesses the first abutment wall 62 and the second abutment wall 63.In the same manner, the first abutment wall 62 is formed with insertion section 64, rear side support 65 and front side support 66 with the first abutment wall 32 (with reference to Fig. 7) of central buffering part 30.
Central buffering part 60 has the engaging protuberance 67 of the example as the second holding section engaged of the engaging recessed part 79A with an example of the first holding section as supporting frame 70.That is, the second holding section has the engaging protuberance 67 being embedded in constituting the space G formed between the jut 75A and the jut 75C of the second supporting frame 70B of the first supporting frame 70A of engaging recessed part 79A.Extend on the upside of mediad on the left and right directions of the engaging protuberance 67 bearing-surface 66A of side electrode support 66 in the past.Be formed as above-below direction when engaging protuberance 67 is from front side and be long side direction and left and right directions is the rectangle of short side direction.The size of the left and right directions of the space G that the left and right directions width dimensions of engaging protuberance 67 is slightly less than between the jut 75A of the first supporting frame 70A and the jut 75C of the second supporting frame 70B.
It addition, in the upside of central buffering part 60, be formed with the resettlement section 68 housing the accessory case 92 shown in Fig. 3.Resettlement section 68 is formed as the concave shape of upside and rear openings.
Then, with reference to Fig. 9～Figure 11, display device 100 is installed on the state of each bolster 10,20,30,40,50,60 and supporting frame 70 and display device 100 is accommodated in the state of packing box 90 and illustrates.
As it is shown in figure 9, display device 100 and each bolster 10,20,30,40,50,60 are assembled as each other, the front side of the display floater 110 of display device 100 is opposed with supporting frame 70.The central blend stop 74C of supporting frame 70 across cover display device 100 bale packing bag and with the central contact on the left and right directions of the fore shell 121 of external shell 120 such that it is able to the central authorities on the left and right directions of display floater 110 are supported in the way of can contacting.
As it is shown in figure 9, left end bolster 10 interval and be arranged in the left side of central buffering part 30, and the left part of supporting frame 70 and the left part of display device 100 are supported.Right-hand member bolster 20 interval and be arranged in the right side of central buffering part 30, and the right part of supporting frame 70 and the right part of display device 100 are supported.
The jut 75C of the jut 75A and the second supporting frame 70B of the first supporting frame 70A constituting engaging recessed part 79A of supporting frame 70, position identical with central buffering part 60 in the lateral direction, configure at spaced intervals in the lateral direction.The jut 75D of the jut 75B and the second supporting frame 70B of the first supporting frame 70A constituting engaging recessed part 79B of supporting frame 70, position identical with central buffering part 30 in the lateral direction, configure at spaced intervals in the lateral direction.
The front side support 17 of left end bolster 10 contacts with the jut 75D of the first supporting frame 70A on left and right directions and above-below direction, or opposed with the jut 75D of the first supporting frame 70A across minim gap on left and right directions and above-below direction.
The front side support 27 of right-hand member bolster 20 contacts with the jut 75B of the second supporting frame 70B on left and right directions and above-below direction, or opposed with the jut 75B of the second supporting frame 70B across minim gap on left and right directions and above-below direction.
The horizontal part 76 of the horizontal part 76 of the front side support 36 of central buffering part 30 and the jut 75B of the first supporting frame 70A and the jut 75D of the second supporting frame 70B contacts, or opposed with the horizontal part 76 of the horizontal part 76 of the jut 75B of the first supporting frame 70A and the jut 75D of the second supporting frame 70B across minim gap in the vertical direction.That is, central buffering part 30 is can be supported by horizontal part 76 in the way of contacting with horizontal part 76 in the vertical direction.
It should be noted that the difference that preferably above-mentioned minim gap is less than the thickness T (all with reference to Fig. 7) of the thickness T and the second supporting frame 70B of the width G W (all with reference to Fig. 7) and the first supporting frame 70A of the insertion section 15,25,34 of support 11,21,31.
In the engaging protuberance 37 of central buffering part 30, it is inserted with the engaging recessed part 79B of supporting frame 70 from upside.Now, the guide portion 78 of the jut 75D that the leading section of engaging protuberance 37 is configured the jut 75B and the second supporting frame 70B of the first supporting frame 70A of engaging recessed part 79B guides to engaging recessed part 79B.That is, engaging protuberance 37 is guided by guide portion 78 to vertical component effect 77 side.
And, as it is shown in figure 9, the engaging protuberance 37 of central buffering part 30 is embedded in the engaging recessed part 79B of supporting frame 70.That is, engaging protuberance 37 contacts with the vertical component effect 77 of the jut 75B of the first supporting frame 70A constituting engaging recessed part 79B, or opposed with the vertical component effect 77 of the jut 75B of the first supporting frame 70A across minim gap in the lateral direction.It addition, engaging protuberance 37 contacts with the vertical component effect 77 of the jut 75D of the second supporting frame 70B constituting engaging recessed part 79B, or opposed with the vertical component effect 77 of the jut 75D of the second supporting frame 70B across minim gap in the lateral direction.It addition, the part that engaging protuberance 37 contacts across the left border of the right border of the first supporting frame 70A and the boundary member of the second supporting frame 70B, the i.e. central framework 74A of the first supporting frame 70A and the central framework 74B of the second supporting frame 70B in left-right direction.
It addition, left end bolster 40 is arranged in the left side of central buffering part 60 at spaced intervals, and the left part of supporting frame 70 and the left part of display device 100 are supported.Right-hand member bolster 50 is arranged in the right side of central buffering part 60 at spaced intervals, and the right part of supporting frame 70 and the right part of display device 100 are supported.
The front side support 47 of left end bolster 40 contacts with the jut 75C of the first supporting frame 70A on left and right directions and above-below direction, or opposed with the jut 75C of the first supporting frame 70A across minim gap on left and right directions and above-below direction.
The front side support 57 of right-hand member bolster 50 contacts with the jut 75A of the second supporting frame 70B on left and right directions and above-below direction, or opposed with the jut 75A of the second supporting frame 70B across minim gap on left and right directions and above-below direction.
The horizontal part 76 of the horizontal part 76 of the front side support 66 of central buffering part 60 and the jut 75A of the first supporting frame 70A and the jut 75C of the second supporting frame 70B contacts, or opposed with the horizontal part 76 of the horizontal part 76 of the jut 75A of the first supporting frame 70A and the jut 75C of the second supporting frame 70B across minim gap in the vertical direction.That is, central buffering part 60 is in the vertical direction can be supported by horizontal part 76 in the way of contacting with horizontal part 76.
It should be noted that the difference that the minim gap between preferably above-mentioned front side support 47,57,66 and supporting frame 70 is less than the width G W (all with reference to Fig. 7) and the thickness T (with reference to Fig. 7) of each supporting frame 70A, 70B of the insertion section 15,25,34 of support 11,21,31.
The engaging protuberance 67 of central buffering part 60 is inserted into the engaging recessed part 79A of supporting frame 70 from upside.Now, the guide portion 78 of the jut 75C that the leading section of engaging protuberance 67 is configured the jut 75A and the second supporting frame 70B of the first supporting frame 70A of engaging recessed part 79A guides to the space G of engaging recessed part 79A.That is, engaging protuberance 67 is guided by guide portion 78 to vertical component effect 77 side.
And, as it is shown in figure 9, the engaging protuberance 67 of central buffering part 60 is embedded in the engaging recessed part 79A of supporting frame 70.That is, engaging protuberance 67 contacts with the vertical component effect 77 of the jut 75A of the first supporting frame 70A constituting engaging recessed part 79A, or opposed with the vertical component effect 77 of the jut 75A of the first supporting frame 70A across minim gap in the lateral direction.It addition, engaging protuberance 67 contacts with the vertical component effect 77 of the jut 75C of the second supporting frame 70B constituting engaging recessed part 79A, or opposed with the vertical component effect 77 of the jut 75C of the second supporting frame 70B across minim gap in the lateral direction.It addition, engaging protuberance 67 is in left-right direction across the boundary member of the first supporting frame 70A and the second supporting frame 70B.
As shown in Figure 10, the collecting part 124 of the back cover 123 in the external shell 120 of display device 100 is clamped in the vertical direction by central buffering part 30,60.Back cover 123 by the 3rd abutment wall 14 of left end bolster 10,40,44, the second abutment wall 33,63 supporting of the 3rd abutment wall 24,54 of right-hand member bolster 20,50 and central buffering part 30,60.Therefore, display device 100 is limited to the movement of rear side relative to each bolster 10,20,30,40,50,60.
As shown in figure 11, the framework 74 of the downside of supporting frame 70 and the bottom of display device 100 are clamped in the longitudinal direction by the central buffering part 30 of downside.Therefore, central buffering part 30 when being accommodated in packing box 90 together with display device 100 and supporting frame 70, on the direction that display device 100 and supporting frame 70 are overlapping or relative, the central authorities on the left and right directions of display device 100 and supporting frame 70 are carried out clamping supporting.Although it should be noted that Figure 11 is not shown, but the bottom of the framework 74 of the downside of supporting frame 70 and display device 100 is clamped in the longitudinal direction by left end bolster 10 and the right-hand member bolster 20 of downside.
It addition, the upper end of the framework 74 of the upside of supporting frame 70 and display device 100 is clamped in the longitudinal direction by the central buffering part 60 of upside.Therefore, central buffering part 60 when being accommodated in packing box 90 together with display device 100 and supporting frame 70, on the direction that display device 100 and supporting frame 70 are overlapping or relative, the central authorities on the left and right directions of display device 100 and supporting frame 70 are carried out clamping supporting.Although it should be noted that Figure 11 is not shown, but the upper end of the framework 74 of the upside of supporting frame 70 and display device 100 is clamped in the longitudinal direction by left end bolster 40 and the right-hand member bolster 50 of upside.
As shown in figure 11, the front surface of rear surface and the bottom of the external shell 120 of display device 100 that buffering sheet material 80 is supported by the framework 74 of the downside of frame 70 is clamped.It addition, the lower surface of the bottom of bearing-surface 12A, 22A, 35A (all with reference to Fig. 7) of buffering sheet material 80 supported portion 11,21,31 and external shell 120 is clamped.
It addition, as shown in figure 11, supporting frame 70 separates space with the inner surface of the front surface 90A side of packing box 90 in the longitudinal direction and configures.In jut 75A, 75B space between supporting frame 70 and packing box 90.Although it should be noted that not shown in Figure 11, but except jut 75A, 75B, jut 75C, 75D also are located in space.
The position of the fore-and-aft direction of the front surface of the position of the fore-and-aft direction of the front end face of jut 75A, 75B and central buffering part 30,60 is equal to each other.The front end face of jut 75A and the front surface of central buffering part 60 contact with packing box 90, or opposed with packing box 90 across minim gap.That is, the front end face of jut 75A can contact with the inner surface of packing box 90.It addition, the front surface of the front end face of jut 75B and central buffering part 30 contacts with the downside supported box 91 of the part constituting packing box 90.That is, the front end face of jut 75B can contact with the inner surface of the downside supported box 91 of the part constituting packing box.Although it should be noted that not shown in Figure 11, but being also identical for jut 75B, 75C, 75D, left end bolster 10,40 and right-hand member bolster 20,50.Additionally, it is preferred that the difference that above-mentioned minim gap is less than the thickness T (all with reference to Fig. 7) of the thickness T and the second supporting frame 70B of the width G W (all with reference to Fig. 7) and the first supporting frame 70A of the insertion section 15,25,34 of support 11,21,31.
But, when packing box 90 being applied with mechanical shock when display device 100 is accommodated in packing box 90 because dropping etc. in the front surface 90A side of packing box 90, display floater 110 bends relative to external shell 120 forward side.Now, the deflection of the central authorities on the above-below direction of display floater 110 and left and right directions becomes maximum.
But, as shown in the double dot dash line of Figure 11, when display floater 110 forward side bends, the central blend stop 74C of supporting frame 70 central contact rapidly and on the left and right directions of display floater 110.Thus, as shown in the double dot dash line of Figure 11, central authorities blend stop 74C is forward side flexure while the flexure of restriction display floater 110.That is, by central authorities' blend stop 74C flexure, thus the flexure for display floater 110 reduced in central authorities blend stop 74C and act on the counter-force of display floater 110.
Additionally, as shown in the double dot dash line of Figure 11, for instance sometimes due to operator beats the central authorities on the above-below direction of the front surface 90A of packing box 90 and left and right directions and makes the central authorities on the above-below direction of the front surface 90A of packing box 90 and left and right directions deform towards display floater 110.It addition, sometimes because dropping etc. in the front surface 90A side of packing box 90 and makes the front surface 90A of packing box 90 deform towards display floater 110 equally.
But, in the bale packing structure of the display device 100 of present embodiment, between the fore-and-aft direction of packing box 90 and supporting frame 70, it is formed with space, even if also not contacting with supporting frame 70 avoiding packing box 90 to deform to display floater 110 side.Therefore, contacted with supporting frame 70 by packing box 90, it is suppressed that apply the situation of power to display floater 110 across supporting frame 70, therefore inhibit display floater 110 that the situation of breakage occurs.
Especially the space between packing box 90 and supporting frame 70 is set to following size: even if when making supporting frame 70 forward side bend because of the flexure of display floater 110 forward side, packing box 90 there occurs deformation to display floater 110 side, and packing box 90 does not also contact with supporting frame 70.Thus, reduce further the probability of display floater 110 breakage.
Then, with reference to Fig. 3 and Fig. 9, the effect of the bale packing structure of the display device 100 of present embodiment is illustrated.
As it is shown on figure 3, contain the left end bolster 10 of downside, right-hand member bolster 20 and central buffering part 30 in downside supported box 91.It addition, contain the left end bolster 40 of upside, right-hand member bolster 50 and central buffering part 60 in packing box 90.And, as it is shown in figure 9, left end bolster 10,40, right-hand member bolster 20,50 and central buffering part 30,60 are provided with supporting frame 70.Therefore, the left end bolster 10 of downside and right-hand member bolster 20 are by being clamped between supporting frame 70 and downside supported box 91, thus the movement limited in left-right direction.It addition, the left end bolster 40 of upside and right-hand member bolster 50 are by being clamped between supporting frame 70 and packing box 90, thus the movement limited in left-right direction.In other words, supporting frame 70 is limited movement in left-right direction by left end bolster 10,40 and right-hand member bolster 20,50 and packing box 90 and downside supported box 91.
As it is shown in figure 9, by the engaging protuberance 37 of the central buffering part 30 of downside is embedded in the engaging recessed part 79B of supporting frame 70, thus determining the central buffering part 30 position relative to the left and right directions of supporting frame 70.
And, when central buffering part 30 is wanted to move in left-right direction, engaging protuberance 37 abuts with the vertical component effect 77 of jut 75B, 75D of constituting engaging recessed part 79B.And, it is as noted previously, as supporting frame 70 and does not move in left-right direction, so jut 75B, 75D do not move in left-right direction.Therefore, jut 75B, 75D can bear the power that engaging protuberance 37 moves in left-right direction.Thus, jut 75B, 75D is utilized to limit engaging protuberance 37 movement in left-right direction.Even if it is thus possible, for instance be applied with mechanical shock when the packing box 90 containing display device 100 grade drops to packing box 90, the movement of central buffering part 30 both sides in the lateral direction of downside is also limited.
It addition, as it is shown in figure 9, pass through to be embedded in the engaging recessed part 79A of supporting frame 70 the engaging protuberance 67 of the central buffering part 60 of upside, thus determining the central buffering part 60 position relative to the left and right directions of supporting frame 70.Therefore, identical with the engaging protuberance 37 of the central buffering part 30 of downside, engaging protuberance 67 is configured jut 75A, 75C of engaging recessed part 79A and limits movement in left-right direction, and therefore, the movement of central buffering part 60 both sides in the lateral direction is limited.
The bale packing structure of the display device 100 according to present embodiment, it is possible to obtain following effect.
(1) supporting frame 70 has engaging recessed part 79A, 79B as the first holding section, and central buffering part 30,60 has the engaging protuberance 37,67 as the second holding section engaged with the first holding section.According to this structure, owing to engaging recessed part 79A, 79B engage with engaging protuberance 37,67, therefore determining on the central buffering part 30,60 basis relative to the position of the left and right directions of supporting frame 70, central buffering part 30,60 is also limited relative to supporting frame 70 movement in left-right direction.Therefore, compared with the central buffering part without holding section in the bale packing structure of existing display device, central buffering part 30,60 movement in left-right direction is limited.
Additionally, by integrally increasing the size of the left and right directions of central buffering part, with the space filled up between left end bolster and right-hand member bolster with central buffering part to compared with limiting the structure of central buffering part movement in left-right direction, the increase amount of the material of central buffering part 30,60 is less.Therefore, it is possible to suppress the cost increase of central buffering part 30,60.
(2) the engaging protuberance 37,67 of central buffering part 30,60 is embedded in engaging recessed part 79A, 79B of supporting frame 70.According to this structure, engaging recessed part 79A, 79B is utilized to limit the movement of engaging protuberance 37,67 both sides in the lateral direction.Therefore, it is possible to restriction central buffering part 30,60 movement in left-right direction further.
(3) for ease of being inserted by supporting frame 70, it is difficult to avoid formation gap between the fore-and-aft direction of the insertion section 15,25,34,45,55,64 of supporting frame 70 and each bolster 10,20,30,40,50,60.Therefore, supporting frame 70 likely moves to the direction separated with display device 100 relative to such as each bolster 10,20,30,40,50,60.
To this, in the bale packing structure of the display device 100 of present embodiment, owing to supporting frame 70 has jut 75A, 75B, 75C, 75D, therefore the front end face of jut 75A, 75B, 75C, 75D contacts with the inner surface of packing box 90.Thus, supporting frame 70 is limited to the movement in the direction separated with display device 100 relative to each bolster 10,20,30,40,50,60.Therefore, it is suppressed that the gap between display device 100 and supporting frame 70 excessively increases.Therefore, inhibit make due to the gap between display device 100 with supporting frame 70 display floater 110 bend not with the central authorities blend stop 74C generation of state contacted, therefore inhibit the situation making display floater 110 depart from because of the flexure of display floater 110 from external shell 120.
(4) as above-mentioned (3) illustrate, between the insertion section 64 and supporting frame 70 of central buffering part 60, it is formed with gap.It is therefoie, for example, when central buffering part 60 being installed on supporting frame 70 when central buffering part 60 is not also contained in packing box 90, central buffering part 60 is likely to tilt relative to supporting frame 70.
To this, the central buffering part 60 of present embodiment is can be supported by horizontal part 76 in the way of contacting with the horizontal part 76 of jut 75A, 75C of being constituted engaging recessed part 79A of supporting frame 70 in the vertical direction.Therefore, it is suppressed that the situation that central buffering part 60 tilts relative to supporting frame 70.
It should be noted that, about the relation between jut 75A and the right-hand member bolster 50 of upside of the relation between jut 75C and the left end bolster 40 of upside of the first supporting frame 70A and the second supporting frame 70B, the relation also and between central buffering part 60 and jut 75A, 75C of supporting frame 70 is identical.Therefore, it is suppressed that the situation that left end bolster 40 and right-hand member bolster 50 tilt relative to supporting frame 70.
It addition, when display device 100 is not contained in packing box 90, supporting frame 70 is inserted by the state being accommodated in downside supported box 91 with central buffering part 30, and therefore supporting frame 70 is likely to tilt relative to central buffering part 30.
To this, in the present embodiment, central buffering part 30 is can support horizontal part 76 in the way of contacting with the horizontal part 76 of jut 75B, 75D of being constituted engaging recessed part 79B of supporting frame 70 in the vertical direction, therefore, it is suppressed that the situation that supporting frame 70 tilts relative to central buffering part 30.
It should be noted that, about the relation between jut 75B and the right-hand member bolster 20 of downside of the relation between jut 75D and the left end bolster 10 of downside of the first supporting frame 70A and the second supporting frame 70B, the relation also and between central buffering part 30 and jut 75B, 75D of supporting frame 70 is identical.Therefore, it is suppressed that the situation that supporting frame 70 tilts relative to left end bolster 10 and right-hand member bolster 20.
(5) jut 75A, 75C of constituting engaging recessed part 79A of supporting frame 70 has the guide portion 78 guided by the engaging protuberance 67 of the central buffering part 60 of upside to vertical component effect 77.According to this structure, engaging protuberance 67 is easily embedded in the space G between the vertical component effect 77 adjacent in the lateral direction in engaging recessed part 79A by guide portion 78.Therefore, it is possible to easily assemble supporting frame 70 and central buffering part 60.It should be noted that owing to the engaging recessed part 79B of supporting frame 70 has guide portion 78 too, therefore, it is possible to easily assemble central buffering part 30 and the supporting frame 70 of downside.
(6) the left end bolster 10 of downside, central buffering part 30 and right-hand member bolster 20 interval in the lateral direction and configure.According to this structure, such as when display device 100 is contained in supported box 91, downside by it from the basis that packing box 90 takes out, when downside supported box 91 is positioned over ground, it is possible to carry out installing the installation exercise of distribution to display device 100 via the space between left end bolster 10 and central buffering part 30.Additionally, can carry out installing the installation exercise of distribution to display device 100 via the space between right-hand member bolster 20 and central buffering part 30 equally.Therefore, operator can easily carry out installing the installation exercise of distribution to display device 100.
About the illustration of the mode that the bale packing structure that the explanation of above-mentioned embodiment is display device of the present utility model adopts, it is not intended to this utility model is limited.The bale packing of display device of the present utility model is configured to the mode adopting the variation of above-mentioned embodiment such as shown below and the combination of mutual reconcilable at least two variation being obtained.
In the above-described embodiment, as shown in figure 12, the vertical component effect 77 of the jut 75C of the vertical component effect 77 of the jut 75A of the first supporting frame 70A and the second supporting frame 70B can also extend from horizontal part 76 to upside.In this case, central buffering part 60 forms engaging recessed part 69 and replaces engaging protuberance 67.And, the vertical component effect 77 of jut 75A, 75C constitutes the engaging protuberance embedded to engaging recessed part 69.It should be noted that, although it is not shown in Figure 12, but about the relation of the jut 75D of jut 75B and the second supporting frame 70B by central buffering part 30, the first supporting frame 70A of the downside engaging protuberance constituted and engaging recessed part, can be modified too.
In the above-described embodiment, as shown in figure 13, the vertical component effect 77 of the jut 75A of the first supporting frame 70A can also be configured to, and extends from the end of the side contrary with the second supporting frame 70B side to upside in the lateral direction relative to horizontal part 76.It addition, the vertical component effect 77 of the jut 75C of the second supporting frame 70B can also be configured to, extend from the end of the side contrary with the first supporting frame 70A side to upside in the lateral direction relative to horizontal part 76.The engaging protuberance 67 of central buffering part 60 is embedded in the space G between the left and right directions of the vertical component effect 77 of the jut 75A constituting engaging recessed part 79A and the vertical component effect 77 of jut 75C.As shown in figure 13, the lower surface of engaging protuberance 67 contacts with the horizontal part 76 of jut 75A and the horizontal part 76 of jut 75C, or opposed with the horizontal part 76 of the horizontal part 76 of jut 75A and jut 75C across minim gap in the vertical direction.It should be noted that, although it is not shown in Figure 13, but about the relation of the jut 75D of jut 75B and the second supporting frame 70B by central buffering part 30, the first supporting frame 70A of the downside engaging protuberance constituted and engaging recessed part, can be modified too.
In the above-described embodiment, as shown in figure 14, it is also possible to from the jut 75C of the jut 75A of the first supporting frame 70A and the second supporting frame 70B, omit guide portion 78.In this case, as shown in figure 14, it is preferable that the front end corner part at the engaging protuberance 67 of central buffering part 60 forms guide portion 67A.According to this structure, as shown in the double dot dash line of Figure 14, when central buffering part 60 is installed on supporting frame 70, by engaging the guide portion 67A of the protuberance 67 space G guided between the jut 75A and jut 75C of composition engaging recessed part 79A by engaging protuberance 67.It should be noted that, although it is not shown in Figure 14, but the relation about the jut 75D of jut 75B and the second supporting frame 70B by central buffering part 30, the first supporting frame 70A of the downside engaging protuberance constituted and engaging recessed part, it is also possible to be modified equally.
In the above-described embodiment, as shown in figure 15, the jut 75C of the jut 75A and the second supporting frame 70B of the first supporting frame 70A can also be cylinder.Jut 75A and jut 75C constitutes engaging recessed part 79A.The engaging protuberance 67 of central buffering part 60 is embedded in the space G between jut 75A and jut 75C.It should be noted that the shape of jut 75A, 75C can also be the polygon prism beyond the cylinders such as quadrangular.Although it addition, not shown in Figure 15, but about the relation of the jut 75D of jut 75B and the second supporting frame 70B by central buffering part 30, the first supporting frame 70A of the downside engaging protuberance constituted and engaging recessed part, it is also possible to be modified equally.
In the above-described embodiment, at least one in jut 75A, 75B, 75C, 75D can also omit the side in horizontal part 76 and vertical component effect 77.
In the above-described embodiment, at least one in jut 75A, 75B, 75C, 75D can also omit the side in horizontal part 76 and vertical component effect 77 and guide portion 78.
In the above-described embodiment, as shown in figure 16, it is also possible to jut 75A is installed as, it is possible to load and unload relative to the first supporting frame 70A.First supporting frame 70A is formed for the fitting portion 74D chimeric for jut 75A.As an example, when fitting portion 74D is to observe the first supporting frame 70A from front with jut 75A be the through hole of similar shape.It addition, be formed with the protuberance 75E chimeric with fitting portion 74D on jut 75A.When protuberance 75E is embedded in fitting portion 74D, the peripheral contact of jut 75A and the fitting portion 74D in the first supporting frame 70A.It should be noted that about jut 75B, 75C, 75D in the first supporting frame 70A, it is also possible to it is changed to the identical structure of the jut 75A with Figure 16 and fitting portion 74D.It addition, about the second supporting frame 70B, it is also possible to it is changed to the structure identical for supporting frame 70A with the first of Figure 16.
In the above-described embodiment, it is also possible to omit the jut 75C and the first supporting frame 70A of the jut 75A and the second supporting frame 70B of the first supporting frame 70A jut 75B and the second supporting frame 70B jut 75D in a side.Namely, it is also possible to omit the side in engaging recessed part 79A and engaging recessed part 79B.In this case, it is also possible to omit the engaging protuberance corresponding with the engaging recessed part being omitted in the engaging protuberance 37,67 of central buffering part 30,60.
In the above-described embodiment, it is also possible to from supporting frame 70, omit central authorities blend stop 74C.
In the above-described embodiment, it is also possible to replace the first supporting frame 70A and the second supporting frame 70B the two frame, and constituted supporting frame 70 by a frame.
In the above-described embodiment, replacing supporting frame 70, the bearing member configured abreast with the direction, face of the display floater 110 of display device 100 can also be do not form the tabular component of peristome 71.In this case, the central authorities upside on the left and right directions of tabular component forms engaging recessed part 79A, and the central authorities downside on the left and right directions of tabular component forms engaging recessed part 79B.
In the above-described embodiment, it is also possible to reduce the size of the left and right directions of the central buffering part 60 of upside.For example, it is also possible to make left and right directions equal sized of the central buffering part 30 of size and the downside of the left and right directions of the central buffering part 60 of upside.In such a situation it is preferred that accessory case 92 is dispersed in, such as the left end bolster 40 of upside, right-hand member bolster 50 and central buffering part 60 house.
This utility model is not limited to the content illustrated.Such as, the feature of illustration is necessary for being not interpreted as this utility model, and technological thought of the present utility model is occasionally present in the feature fewer than all features of disclosed particular implementation.Should refer to the claims of the utility model added, and be endowed all equivalents of right to determine scope of the present utility model in conjunction with these claims.
Industrial applicibility
The bale packing of this display device is configured in the bale packing have the thin-type display device of display floater of plane to utilize.
Claims (10)
1. the bale packing structure of a display device, it is characterised in that
The bale packing structure of described display device possesses:
Packing box, it houses display device, and this display device possesses the display floater of plane and houses the external shell of described display floater；
Propping up bearing member, it when being accommodated in described packing box together with described display device, and the direction, face being installed between described display device and described packing box with described display floater configures abreast；And
Central buffering part, it when being accommodated in described packing box together with described display device and described bearing member, on the direction that described display device and described packing box are overlapping or relative, central authorities on the left and right directions of described display device and described bearing member are carried out clamping supporting
Described bearing member has the first holding section, this first holding section for carrying out described central buffering part relative to this bearing member location on described left and right directions,
Described central buffering part has the second holding section engaged with described first holding section.
2. the bale packing structure of display device according to claim 1, it is characterised in that
Described bearing member has jut, and when the face of the side configuring described display floater in described bearing member is set to first, this jut extends from the second of this first contrary side towards the side contrary with described display floater,
The position that described jut is identical with described central buffering part on described left and right directions, is configured with multiple at spaced intervals on described left and right directions,
Described jut adjacent on described left and right directions is formed as, and the space formed between described jut constitutes the engaging recessed part as described first holding section,
Described second holding section has the engaging protuberance embedded to the space formed between described jut.
3. the bale packing structure of display device according to claim 2, it is characterised in that
The front end face of described jut can contact with the inner surface of described packing box.
4. the bale packing structure of display device according to claim 2, it is characterised in that
Described bearing member is divided into first bearing member and second bearing member,
Described first bearing member and described second bearing member arrange along described left and right directions,
By the described jut being positioned at the first supporting member side portion of the described jut being arranged in the second supporting member side portion in described first bearing member and described second bearing member to constitute described engaging recessed part.
5. the bale packing structure of display device according to claim 4, it is characterised in that
Described engaging protuberance on described left and right directions across the boundary member between described first bearing member and described second bearing member.
6. the bale packing structure of the display device according to any one of claim 2 to 5, it is characterised in that
Described jut has the horizontal part extended along described left and right directions,
Described central buffering part can be supported by described horizontal part in the way of contacting with described horizontal part on described above-below direction.
7. the bale packing structure of display device according to claim 6, it is characterised in that
Described jut has: the vertical component effect extended from the end the described left and right directions of described horizontal part along described above-below direction and the guide portion described vertical component effect and described horizontal part linked up,
Described guide portion guides described engaging protuberance to described vertical component effect side.
8. the bale packing structure of display device according to claim 1, it is characterised in that
Described central buffering part possesses the support that the end to described bearing member and the above-below direction of described display device supports.
9. the bale packing structure of display device according to claim 1, it is characterised in that
The bale packing structure of described display device is also equipped with left end bolster and right-hand member bolster,
Described left end bolster is arranged in the left side of described central buffering part at spaced intervals on described left and right directions, and the left part of described bearing member and the left part of described display device are supported,
Described right-hand member bolster is arranged in the right side of described central buffering part at spaced intervals on described left and right directions, and the right part of described bearing member and the right part of described display device are supported.
10. the bale packing structure of display device according to claim 9, it is characterised in that
Described left end bolster has: the left end bolster of the upside that the left end bolster of the downside that the part of downside and the bottom of described display device of described bearing member are supported and the part of upside and the upper end of described display device to described bearing member support
Described right-hand member bolster has: the right-hand member bolster of the upside that the right-hand member bolster of the downside that the part of downside and the bottom of described display device of described bearing member are supported and the part of upside and the upper end of described display device to described bearing member support
Described central buffering part has: the central buffering part of the upside that the central buffering part of the downside that the part of downside and the bottom of described display device of described bearing member are supported and the part of upside and the upper end of described display device to described bearing member support.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2015-118726 | 2015-06-11 | ||
| JP2015118726A JP6508522B2 (en) | 2015-06-11 | 2015-06-11 | Packing structure of display device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205396988U true CN205396988U (en) | 2016-07-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620127418.3U Active CN205396988U (en) | 2015-06-11 | 2016-02-18 | Display device's bale structure |
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| JP (1) | JP6508522B2 (en) |
| CN (1) | CN205396988U (en) |
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| CN112896755A (en) * | 2021-01-14 | 2021-06-04 | 重庆市美盈森环保包装工程有限公司 | Buffer protection packaging structure for display and accessories thereof and preparation method thereof |
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| US6976587B2 (en) * | 2003-12-02 | 2005-12-20 | International Business Machines Corporation | Flexible interlocking-column packaging assembly |
| JP2006273357A (en) * | 2005-03-29 | 2006-10-12 | Sharp Corp | Packing device |
| JP4671060B2 (en) * | 2008-04-23 | 2011-04-13 | 船井電機株式会社 | Thin display device packaging structure |
| JP5774843B2 (en) * | 2010-11-30 | 2015-09-09 | 日油株式会社 | Cylindrical ammunition container |
| JP5701586B2 (en) * | 2010-12-09 | 2015-04-15 | 積水化成品工業株式会社 | Packing equipment |
| JP2013108604A (en) * | 2011-11-24 | 2013-06-06 | Aisin Seiki Co Ltd | Vehicle driving device |
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