CN201027047Y

CN201027047Y - Paper-pulp molding buffering holder for notebook-type computer

Info

Publication number: CN201027047Y
Application number: CNU2007200373587U
Authority: CN
Inventors: 陈永铭
Original assignee: SUZHOU EARTH RECYCLE Inc
Current assignee: SUZHOU EARTH RECYCLE Inc
Priority date: 2007-05-08
Filing date: 2007-05-08
Publication date: 2008-02-27
Anticipated expiration: 2017-05-08

Abstract

The utility model discloses a buffer support which is applied at a notebook computer and formed by molding with paper pulp. The buffer support comprises a body wherein a containing hollow cavity is arranged to match the shape of an enclosure positioned at one side of the notebook computer. A plurality of reinforced ribs is arranged around the containing hollow cavity. The buffer support is characterized in that the body comprises an interior buffer part and an exterior buffer part which constitute a dual-layer structure; a bottom of the interior and exterior buffer parts is respectively equipped with a reinforced rib; the exterior buffer part is inside equipped with a containing space matching the bottom shape of the interior buffer part; an exterior end wall respectively positioned at two ends of the interior buffer is respectively stuck with an reinforcing layer which extends till a site positioned at the bottom and close to the reinforced rib. The utility model utilizes the dual-layer buffer structure formed by a stacking of the interior and exterior buffer parts and adds a reinforcing layer arranged at a terminal of the interior buffer part so as to compensate an insufficient buffer strength caused by a buffer distance, reduce the buffer distance, reduce the volume of an exterior packaging box, save a material consumption and lower a manufacture cost.

Description

Notebook PC holds in the palm with the paper mould buffering

Technical field

The utility model relates to a kind of cushion packaging, is specifically related to a kind of buffering paper holder that is used to pack notebook PC.

Background technology

Cushion packaging is used to the weighting material when electric equipment products are cased, especially as the precise electronic product of notebook PC and so on, for prevent pile up or transportation in, unexpected extruding, collision cause damage to product, need the Packaging buffering performance of sufficient intensity.The paper mould padded coaming is easy to reclaim, environmentally safe, and the substitute as expanded material is widely used on the packaging in recent years.

In the prior art, notebook PC by the compression molding of paper mould material one, comprises a body with the holder of paper mould buffering, is provided with the accommodation space that cooperates with notebook PC side shell shape in the body, is provided with a plurality of reinforced ribs around the accommodation space; For making the buffering holder play good buffer action to notebook PC, generally need provide enough buffer distances, promptly realize in the mode that increases the reinforced rib height; Yet, limited by the paper mould production technology on the one hand, the damper element of common single layer structure is being restricted aspect the increase reinforced rib height, can't require to increase arbitrarily according to buffer distance; On the other hand, along with the increase of reinforced rib height, will cause the distance between external packing box and the notebook PC to increase, the finished-product volume after the packing is increased, make troubles to carrying, main is the consumption that has increased packing, has improved packing cost.And, find in actual use, because the pressure maximum is born at the both ends of notebook PC paper holder, be easy to cause buffer invalidation piling up or collide the paper holder end cracking that the back appearance causes because of the middle part pressurized is excessive.

Summary of the invention

A kind of providing under the situation of enough buffer intensities is provided the utility model purpose, and the notebook PC of finished-product volume holds in the palm with the paper mould buffering after can reducing to pack.

For achieving the above object, the technical solution adopted in the utility model is: a kind of notebook PC holds in the palm with the paper mould buffering, comprise a buffering body, be provided with the ccontaining cavity that cooperates with notebook PC one side shell shape in the described body, the bottom that reaches body around described ccontaining cavity is respectively equipped with a plurality of reinforced ribs, described body is by interior, outer damper element stack constitutes double-decker, in, the bottom of outer damper element is respectively equipped with the bottom reinforced rib, described outer damper element inside is provided with the accommodation space that matches with interior damper element bottom shape, be provided with reinforced rib around this accommodation space, damper element two ends outer end wall is pasted with enhancement Layer respectively in described, and extends to nearly reinforced rib place, bottom.

In general, because notebook PC to be packaged is to the buffering requirement of damper element, and the thickness of paper mould is subjected to the restriction of process technology, all satisfy the buffering requirement in the prior art with the buffer distance that increases reinforced rib, yet this will cause the volume of external packing to increase, in the technique scheme, in, outer damper element stack constitutes the buffering body, strengthen buffering effect by double-decker, the jut of bottom reinforced rib can be controlled in the scope of 5mm～10mm, simultaneously, because the pressure that damper element bears in the end is for maximum, thereby, enhancement Layer being set on the outer wall of the end of interior damper element for preventing distortion of damper element end capacity compression or cracking (position of stressed maximum is interior slow end), this enhancement Layer can be that existing each type flexible material is (as U.S. line adhesive plaster, craft paper or sponge adhesive tape etc.), to strengthen the intensity of end single-part stationery wall, and the bottom of damper element in enhancement Layer extends to (near reinforced rib place) links together end face and bottom surface, transmits the suffered pressure of end face; Remedy the not enough problem that buffer distance reduces the back buffer intensity by above-mentioned 2 points (double-layer bumper spare structure and add strong layer), and the buffer distance that reduces reinforced rib just can reach the purpose of dwindling the external packing volume, reduce the use of packing, reduce traffic cost, therefore technique scheme is not that the stack of the inside and outside damper element of simple dependence can realize, and is creative.

In the technique scheme, described inside and outside damper element bottom is respectively equipped with at least 4 and the vertically arranged reinforced rib in the long limit of notebook computer casing.By increasing the reinforced rib number, the reinforced rib bottom and the area of contact of external packing box are increased, the pressure that reduces on the unit area to be born.

Comparatively preferred scheme is that described inside and outside damper element bottom is respectively equipped with 5 reinforced ribs.

Be respectively equipped with and the vertically arranged reinforced rib of exerting pressure of end wall on the both ends end wall of damper element in above-mentioned technology is described, the ccontaining cavity of described outer damper element cooperates with interior slow part end outer wall.The pressure that will be added on the damper element end by the reinforced rib of exerting pressure reaches the both sides of delaying part through this reinforced rib, has reduced to concentrate on the pressure of end.

In the technique scheme, described enhancement Layer is pasted by flexible material and is constituted.

In the technique scheme, the exterior bottom of described interior damper element reinforced rib cooperates with the inner bottom surface of the outer damper element accommodation space of outer damper element.

Because the technique scheme utilization, the advantage that the utility model compared with prior art has is:

1, owing to the buffering body in the utility model is made up of inside and outside damper element stack, in the internals outer end enhancement Layer is set, and bottom extending to, remedy the buffer intensity deficiency of bringing by reducing buffer distance with this, by reducing the reinforced rib buffer distance, can reduce the volume of external packing box greatly, be beneficial to the carrying of finished product, save packing simultaneously, reduced packing and traffic cost;

2, by increasing the reinforced rib number of damper element bottom, increased the area of contact of damper element and external packing box inwall, pressure has obtained dispersion, reduces the pressure that damper element bore on the unit area, prevents the damper element deformation in compression, improves buffering effect;

3, by the reinforced rib of exerting pressure is set at the damper element both ends, the pressure that puts on the end is transmitted to the both sides of damper element by the reinforced rib of exerting pressure, reduce focus pressure to the end, avoid the end to break because of pressurized, improve the buffer intensity of damper element.

Description of drawings

Accompanying drawing 1 is the structural representation of the utility model embodiment one;

Accompanying drawing 2 is the structural representation of interior damper element among Fig. 1;

Accompanying drawing 3 is the upward view of interior damper element;

Accompanying drawing 4 is the enlarged left view of Fig. 3;

Accompanying drawing 5 is the amplification semisectional view of Fig. 4;

Accompanying drawing 6 is the decomposition texture scheme drawing of the utility model embodiment one.

Wherein: 1, body; 2, ccontaining cavity; 3, reinforced rib; 4, interior damper element; 5, outer damper element; 6, enhancement Layer; 7, bottom reinforced rib; 8, the reinforced rib of exerting pressure.

The specific embodiment

Below in conjunction with drawings and Examples the utility model is further described:

Embodiment one: referring to accompanying drawing 1 to shown in the accompanying drawing 6, a kind of notebook PC holds in the palm with the paper mould buffering, comprise a buffering body 1, be provided with the ccontaining cavity 2 that cooperates with notebook PC one side shell shape in the described body 1, the bottom is provided with a plurality of reinforced ribs 3 around described ccontaining cavity 2, described body 1 is by interior, outer damper element stack constitutes double-decker, in, the bottom of outer damper element is respectively equipped with 5 bottom reinforced ribs 7 with the perpendicular layout in the long limit of notebook computer casing, its rising height is 6mm, be respectively equipped with and the vertically arranged reinforced rib 8 of exerting pressure of end wall on the both ends end wall of damper element 4 in described, described outer damper element 5 inside are provided with the accommodation space that matches with interior damper element 4 bottom shapes, and the exterior bottom of interior damper element 4 reinforced ribs 3 cooperates (applying) with the inner bottom surface of outer damper element 5 accommodation spaces, is provided with reinforced rib 3 around the accommodation space of outer damper element 5; Damper element 4 two ends outer end wall are pasted with U.S. line adhesive plaster respectively as enhancement Layer 6 in described, and extend to nearly reinforced rib 3 places, bottom.

During packing, all add the double-decker body 1 that superposes by inside and outside damper element in the present embodiment in the notebook PC both sides, and then in the external packing box of packing into, because the bottom reinforced rib 7 of inside and outside damper element highly only is 6mm, and the exterior bottom of interior damper element 4 is fitted with the inner bottom surface of outer damper element 5, thereby reduced the spatial accommodation that damper element occupies packing box greatly, reach the purpose that reduces the packing box volume, packing have effectively been saved, reduce packing cost, and be beneficial to the carrying of packing back finished product.

Embodiment two: in the present embodiment, its basic structure is similar to embodiment one, and difference is that described enhancement Layer adopts the sponge adhesive tape that has adhesives, to gain in strength.

Claims

1. a notebook PC holds in the palm with the paper mould buffering, comprise a buffering body [1], be provided with the ccontaining cavity [2] that cooperates with notebook PC one side shell shape in the described body [1], the bottom that reaches body [1] at described ccontaining cavity [2] on every side is respectively equipped with a plurality of reinforced ribs [3], it is characterized in that: described body [1] is by interior, outer damper element stack constitutes double-decker, in, the bottom of outer damper element is respectively equipped with bottom reinforced rib [7], described outer damper element [5] inside is provided with the accommodation space that matches with interior damper element [4] bottom shape, be provided with reinforced rib [3] around this accommodation space, damper element in described [4] two ends outer end wall is pasted with enhancement Layer [6] respectively, and nearly reinforced rib [3] is located bottom extending to.

2. notebook PC according to claim 1 is characterized in that: be respectively equipped with 4 and the long vertically arranged reinforced rib in limit [3] of notebook computer casing bottom the described inside and outside damper element with the holder of paper mould buffering at least.

3. notebook PC according to claim 2 is characterized in that: be respectively equipped with 5 reinforced ribs [3] bottom the described inside and outside damper element with the holder of paper mould buffering.

4. notebook PC according to claim 1 holds in the palm with the paper mould buffering, it is characterized in that: be respectively equipped with and the vertically arranged reinforced rib of exerting pressure of end wall [8] on the both ends end wall of damper element [4] in described, the ccontaining cavity [2] of described outer damper element [5] cooperates with interior slow part end outer wall.

5. notebook PC according to claim 1 holds in the palm with the paper mould buffering, it is characterized in that: described enhancement Layer [6] is pasted by flexible material and is constituted.

6. notebook PC according to claim 1 holds in the palm with the paper mould buffering, it is characterized in that: the exterior bottom of damper element [4] reinforced rib [3] cooperates with the inner bottom surface of outer damper element [5] accommodation space in described.