WO2014056262A1 - Liquid crystal module packing box - Google Patents

Description

 LCD module packaging box

 The invention relates to the field of packaging, and in particular to a liquid crystal module packaging box. Background technique

 In the field of liquid crystal display production, the production of liquid crystal displays includes an assembly process, that is, the liquid crystal module, the main control circuit, the outer casing and the like are assembled, and the components are first produced and sealed, and then assembled into the entire liquid crystal display. Among them, the liquid crystal module is inevitably subjected to external force collision and falling during transportation. Therefore, in order to protect the liquid crystal module, it is necessary to add a buffer structure in the packaging box to disperse the force when the external force acts and absorb the impact when falling. energy.

 The structure of the existing liquid crystal module packaging box is as shown in FIG. 1 . The packaging box includes: a box body 100, a bottom buffer unit 300 and a top buffer unit 500. The bottom buffer unit 300 includes: a buffer bottom plate 302 And two buffer side plates 304 disposed on the buffer bottom plate 302 and located at two ends of the buffer bottom plate 302, and three limit buffer plates disposed on the buffer bottom plate 302 and spaced apart between the two buffer side plates 304. 306. The two buffering side plates 304 are respectively disposed with a plurality of mounting slots 305. The three limiting limiting plates 306 are provided with a plurality of limiting slots 307 corresponding to the mounting slots 305. The top buffer unit 500 is provided with a structural arrangement corresponding to the bottom buffer unit 300.

 When installing, first place the buffer bottom plate 302 in the box 100, and secondly, the liquid crystal module

The 700 is sequentially mounted and fixed in the mounting slot 305 and the limiting slot 307. Finally, the top buffer unit 500 is placed on the upper end of the liquid crystal module, and some buffer materials need to be loaded during the boxing process. The cushioning parts used are basically made of foaming cushioning materials such as EPE and EPS. A small amount of solutions use corrugated paper folding paper, pulp forming paper trays, and blister materials. Buffer parts are made of such materials. The transportation space has a high occupancy rate, which affects transportation costs.

 In the packaging industry, there is an emerging cushioning material "inflatable packaging". The manufacturer produces a sheet-like product. The user inflates the product into a tubular or bag shape by using an air gun before use, and fills it with the contents and The buffer between the outer boxes is proved by the industry, and the buffering effect is compared with the foaming materials. Moreover, since the finished product is in the form of a sheet, the storage space can be greatly saved, and the use cost of the cushioning material is reduced in a variable manner.

At present, the inflatable column packaging on the market is basically applied to the packaging of single objects. For sheet products, if each product is wrapped separately and placed in the outer box, there will be too much usage (as shown in Figure 2), and the inflatable column package 900 is in the form of a bag, which is set in the liquid crystal module. At both ends of the 700, this The two liquid crystal modules 700 have two layers of the inflatable column package 900, which causes the waste column package 900 material to be wasted while increasing the overall thickness, thereby reducing the single box transportation volume and increasing the transportation cost. Summary of the invention

 The object of the present invention is to provide a liquid crystal module packaging box, which adopts a bubble buffer bag and a fixing frame to package the liquid crystal module, thereby effectively protecting the liquid crystal module, avoiding damage to the liquid crystal module by external force, and having a simple packaging structure and occupying space. The rate is low, which effectively reduces transportation costs.

 In order to achieve the above object, the present invention provides a liquid crystal module packaging box, comprising: a box body, two oppositely disposed fixing frames disposed in the box body, and an array of bubble buffering bags. When packaging, the liquid crystal module is correspondingly mounted on the two fixed Between the racks, the array of bubble buffer bags are sleeved on the liquid crystal module.

 There are two bubble buffer bags in each group, which are respectively sleeved on both ends of the liquid crystal module.

 The fixing frame includes a first fixing unit, a second fixing unit connected to the first fixing unit, and a third fixing unit connected to the second fixing unit. The first and third fixing units are bent on the second fixing unit. On the same side, a "U"-shaped accommodation space is formed, and the liquid crystal module is installed in the accommodating space.

 The first fixing unit is provided with a plurality of first buffering members spaced apart from the side surface of the third fixing unit, and the second fixing unit is provided with a plurality of second buffering members corresponding to the first buffering member. The third fixing unit is provided with a plurality of third buffering members corresponding to the second buffering member, and two ends of each of the second buffering members are respectively connected to the corresponding first and third buffering members, thereby forming a plurality of intervals. The buffer unit is provided, and a plurality of mounting slots are formed between each two buffer units and between the buffer unit and the box, and the liquid crystal modules are respectively installed in the mounting slots and the buffer unit.

 The first, second and third fixing units are integrally formed.

 The first, second and third fixing units are formed by foaming a cushioning material, a corrugated paper or a blister material.

 The bubble buffer bag is connected into a sheet by a plurality of buffer gas columns and is formed by heat sealing. The diameter of the buffer gas column is smaller than the height of the second buffer member.

 Each buffer gas column is provided with an inflation hole and a sealing device for sealing the inflation hole.

 The box is a carton or a plastic box.

 The invention also provides a liquid crystal module packaging box, comprising: a box body, two oppositely disposed fixing frames disposed in the box body, and an array of bubble buffering bags. When packaging, the liquid crystal module is correspondingly installed between the two fixing frames. The array bubble buffer bag is sleeved on the liquid crystal module;

Each of the two sets of bubble buffering bags is disposed on the two ends of the liquid crystal module, wherein the fixing frame includes a first fixing unit and a second solid connected to the first fixing unit. And a third fixing unit connected to the second fixing unit, wherein the first and third fixing units are bent on the same side of the second fixing unit, thereby forming a “U”-shaped receiving space, and the liquid crystal module is mounted In the accommodating space;

 The first fixing unit is provided with a plurality of first buffering members spaced apart from the side surface of the third fixing unit, and the second fixing unit is provided with a plurality of second buffering members corresponding to the first buffering member. The third fixing unit is provided with a plurality of third buffering members corresponding to the second buffering member, and two ends of each of the second buffering members are respectively connected to the corresponding first and third buffering members, thereby forming a number a buffer unit arranged at intervals, a plurality of mounting slots are formed between each two buffer units and between the buffer unit and the box, and the liquid crystal modules are respectively mounted in the mounting slots and the buffer unit;

 Wherein the first, second and third fixing units are integrally formed;

 Wherein the first, second and third fixing units are integrally formed from a foaming cushioning material, a corrugated paper or a absorbing material;

 Wherein, the bubble buffer bag is connected into a sheet by a plurality of buffer gas columns, and is formed by hot pressing sealing;

 Wherein the diameter of the buffer gas column is smaller than the height of the second buffer member;

 Wherein each of the buffer gas columns is provided with an inflation hole and a sealing device for sealing the inflation hole;

 Wherein, the box is a carton or a plastic box.

 The invention has the beneficial effects that: the liquid crystal module packaging box of the invention effectively protects the liquid crystal module by providing a fixing frame and a bubble buffering bag in the box body, avoiding damage to the liquid crystal module by external force, and the packaging structure is simple, the bubble bag The spacer is sleeved on the liquid crystal module, the utilization rate is high, the material cost is reduced, and the buffer unit is disposed on the fixing frame, thereby effectively buffering the liquid crystal module while eliminating the height difference between the adjacent two liquid crystal modules, and ensuring Flatness further protects the LCD module.

 For a better understanding of the features and technical aspects of the present invention, reference should be made to the accompanying drawings. DRAWINGS

 The technical solutions and other advantageous effects of the present invention will be apparent from the following detailed description of embodiments of the invention.

 In the drawings,

 1 is a schematic diagram of a packaging process of an existing packaging box packaging liquid crystal module;

2 is a schematic structural view of a conventional liquid crystal module packaged by a bubble buffer bag; 3 is a schematic view showing the assembly structure of a liquid crystal module packaging box fixing frame, a bubble buffering bag and a liquid crystal module according to the present invention;

 Figure 4 is a perspective structural view of the fixing frame of Figure 3;

 Figure 5 is a development view of the structure of the fixing frame of Figure 4;

 Figure 6 is a schematic structural view of the bubble buffer bag of Figure 3;

 7 is a schematic structural view showing the assembly of the bubble buffer bag and the liquid crystal module in FIG. 3;

 FIG. 8 is a schematic flow chart of a liquid crystal module packaged in a liquid crystal module according to the present invention. detailed description

 In order to further clarify the technical means and effects of the present invention, the following detailed description will be made in conjunction with the preferred embodiments of the invention and the accompanying drawings.

 Referring to FIG. 2 to FIG. 8 , the present invention provides a liquid crystal module packaging box, comprising: a box body (not shown), two oppositely disposed fixing frames 2 disposed in the box body, and an array of bubble buffering bags 4, and packaging The liquid crystal module 6 is correspondingly mounted between the two fixing frames 2, and the array bubble buffering bag 4 is sleeved on the liquid crystal module 6.

 There are two bubble buffer bags 4 in each group, which are respectively sleeved on both ends of the liquid crystal module 6.

 The fixing frame 2 includes a first fixing unit 22, a second fixing unit 24 connected to the first fixing unit 22, and a third fixing unit 26 connected to the second fixing unit 24, the first, second and third The fixing units 22, 24, 26 are integrally formed. Preferably, the first, second and third fixing units 22, 24, 26 are integrally formed from a foaming cushioning material, a corrugated paper or a blister material. The first and third fixing units 22 and 26 are bent on the same side of the second fixing unit 24 to form a "U"-shaped accommodating space 226, and the liquid crystal module 6 is mounted in the accommodating space 226.

The first fixing unit 22 is spaced apart from the side surface of the third fixing unit 26 and is provided with a plurality of first buffering members 222. The second fixing unit 24 is provided with a plurality of second buffers corresponding to the first buffering member 222. The punching member 242, the third fixing unit 26 is spaced apart from the second buffering member 242 by a plurality of third buffering members 262, and the two ends of each of the second buffering members 242 are respectively connected to the corresponding first and third portions. On the buffer members 222 and 262, a plurality of buffer units 246 are formed at intervals. A plurality of mounting grooves 264 are formed between each of the two buffer units 246 and between the buffer unit 246 and the box. The liquid crystal module 6 is formed. The buffering bag 4 is disposed on the two ends of the liquid crystal module 6 mounted in the mounting groove 264, and is mounted on the buffer unit 246. The liquid crystal module 6 abuts against the outer surface of the bubble buffering bag 4, and can also be well buffered, so that only one bubble buffering bag 4 is adjacent between the adjacent liquid crystal modules 6, thereby effectively reducing The thickness of the package makes the single box transport increase, effective Reduce transportation costs.

 The bubble buffer bag 4 is connected into a sheet by a plurality of buffer gas columns 42 and is formed by heat sealing.

 Referring to FIG. 7 , when the bubble buffer bag 4 is sleeved on the liquid crystal module, the bottom edge of the liquid crystal module 6 is fixed to the second side due to the presence of the buffer gas column 42 below the bottom edge of the liquid crystal module 6 . There is a height difference between the bottom surface of the mounting groove 264 on the unit 24, and the height difference between the side of the liquid crystal module 6 and the side of the mounting groove 264 on the first and third fixing units 22, 24 is also The height difference is eliminated by the buffer unit 246. Preferably, the diameter of the buffer gas column 42 is smaller than the height of the second buffer member 242. More preferably, the diameter of the buffer gas column 42 is The sum of the thicknesses of the bottom portions is slightly smaller than or equal to the height of the second buffering member 242 to eliminate the difference in height between the liquid crystal module 6 disposed in the mounting groove 264 and the liquid crystal module 6 disposed on the second buffering member 242. The flatness is effective to protect the liquid crystal module 6.

 Each of the buffer gas columns 42 is provided with an inflation hole (not shown) and a sealing device (not shown) for sealing the inflation hole. When the bubble buffer bag 4 is transported, the buffer gas column 42 is not It is filled with gas, which is in the form of a flat sheet, which has a small space occupation rate and effectively reduces the transportation cost. When the liquid crystal module 6 is packaged, the buffer gas column 42 is filled with air through the inflation hole, and the air is sealed in the buffer by a sealing device. In the air column 42, the liquid crystal module is effectively buffered to avoid damage to the liquid crystal module by external force.

 The box is a carton or a plastic box, preferably a carton, further reducing transportation costs.

 Please refer to FIG. 8 , which is a schematic flow chart of a liquid crystal module packaged in a liquid crystal module according to the present invention. First, the bubble buffering bag 4 is sleeved on both ends of the liquid crystal module 6 , and the liquid crystal module 6 is mounted on the mounting slot. In the 264, the liquid crystal module 6 of the bubble buffer bag 4 is mounted on the side of the assembled liquid crystal module 6 on the side of the buffer unit 246, which is a liquid crystal module that is sleeved with the bubble buffer bag 4. 6 Abutting against the outer surface of the bubble buffering bag 4, and then installing a liquid crystal module 6 provided with the bubble buffering bag 4 is installed in the adjacent mounting groove 264, at this time, the bubble cushioning bag is not set. The liquid crystal module 6 of the 4 is buffered by the bubble buffering bag 4 on both sides, and the liquid crystal module is sequentially installed in the fixing frame 2 in the above order, to be full, and then another fixing frame 2 is buckled, and finally installed Into the box, complete the packaging.

 In summary, the liquid crystal module packaging box of the present invention effectively protects the liquid crystal module by providing a fixing frame and a bubble buffering bag in the box body, thereby avoiding damage to the liquid crystal module by external force, and the packaging structure is simple, and the bubble bag spacing is The utility model has the advantages of high utilization rate, reduced material cost, and a buffer unit on the fixing frame, effectively buffering the liquid crystal module and eliminating the height difference between the adjacent two liquid crystal modules, thereby ensuring the height difference. Flatness, further protect the LCD module.

In view of the above, various other changes and modifications can be made in accordance with the technical solutions and technical concept of the present invention, and all such changes and modifications can be made by those skilled in the art. Should fall within the scope of protection of the claims of the present invention

Claims

Rights request 1. A liquid crystal module packaging box, including: a box body, two opposite fixing racks located in the box body, and an array of bubble buffer bags. During packaging, the liquid crystal module is correspondingly installed between the two fixing racks, as described Arrays of bubble buffer bags are spaced on the LCD module. 2. The liquid crystal module packaging box as claimed in claim 1, wherein there are two bubble buffer bags in each group, and they are respectively set on both ends of the liquid crystal module. 3. The liquid crystal module packaging box according to claim 1, wherein the fixing frame includes a first fixing unit, a second fixing unit connected to the first fixing unit, and a third fixing unit connected to the second fixing unit. , the first and third fixing units are bent on the same side of the second fixing unit, thereby forming a "U" shaped accommodation space, and the liquid crystal module is installed in the accommodation space. 4. The liquid crystal module packaging box according to claim 3, wherein a plurality of first buffer parts are spaced on the side of the first fixing unit facing the third fixing unit, and the second fixing unit corresponds to the The first buffering component is provided with a plurality of second buffering components at intervals. The third fixing unit is provided with a plurality of third buffering components at intervals corresponding to the second buffering component. Both ends of each second buffering component are respectively connected to Several buffer units arranged at intervals are further formed on the corresponding first and third buffer components. Several mounting slots are formed between each two buffer units and between the buffer units and the box. The liquid crystal modules are respectively Installed in these installation slots and on the buffer unit. 5. The liquid crystal module packaging box according to claim 3, wherein the first, second and third fixing units are integrally formed. 6. The liquid crystal module packaging box according to claim 5, wherein the first, second and third fixing units are made of foam buffer material, corrugated paper or blister material. 7. The liquid crystal module packaging box according to claim 4, wherein the bubble buffer bag is made of several buffer air columns connected into a piece and sealed by hot pressing. 8. The liquid crystal module packaging box according to claim 7, wherein the diameter of the buffer air column is smaller than the height of the second buffer component. 9. The liquid crystal module packaging box as claimed in claim 7, wherein each of the buffer air columns is provided with an inflation hole and a sealing device for sealing the inflation hole. 10. The liquid crystal module packaging box according to claim 1, wherein the box is a carton or a plastic box. 11. A liquid crystal module packaging box, including: a box body, two opposite fixing frames located in the box body, and an array of bubble buffer bags. During packaging, the liquid crystal module is installed correspondingly between the two fixing frames, as described Arrays of bubble buffer bags are spaced on the LCD module; There are two bubble buffer bags in each group, which are respectively set on both ends of the liquid crystal module; wherein, the fixing frame includes a first fixing unit, a second fixing unit connected to the first fixing unit and a second fixing unit connected to the first fixing unit. In the third fixing unit of the second fixing unit, the first and third fixing units are bent on the same side of the second fixing unit, thereby forming a "U" shaped accommodation space, and the liquid crystal module is installed in the accommodation space. Inside; Wherein, the side of the first fixing unit facing the third fixing unit is provided with several first buffering parts at intervals, and the second fixing unit is provided with several second buffering parts at intervals corresponding to the first buffering parts, The third fixed unit has several third buffer components spaced apart corresponding to the second buffer components, and both ends of each second buffer component are respectively connected to the corresponding first and third buffer components, thereby forming several third buffer components. There are buffer units arranged at intervals. Several installation slots are formed between each two buffer units and between the buffer unit and the cabinet. The liquid crystal modules are installed in these installation slots and on the buffer units respectively; Wherein, the first, second and third fixing units are integrally formed; Wherein, the first, second and third fixing units are made of foam buffer material, corrugated paper or blister material in one piece; Wherein, the bubble buffer bag is made of several buffer air columns connected into a sheet and sealed by hot pressing; Wherein, the diameter of the buffer air column is smaller than the height of the second buffer component; Wherein, each of the buffer air columns is provided with an inflation hole and a sealing device for sealing the inflation hole; Wherein, the box is a carton or a plastic box.