CN201770055U - Pressure-resisting containing cup for lightweight packaging - Google Patents
Pressure-resisting containing cup for lightweight packaging Download PDFInfo
- Publication number
- CN201770055U CN201770055U CN2010202856574U CN201020285657U CN201770055U CN 201770055 U CN201770055 U CN 201770055U CN 2010202856574 U CN2010202856574 U CN 2010202856574U CN 201020285657 U CN201020285657 U CN 201020285657U CN 201770055 U CN201770055 U CN 201770055U
- Authority
- CN
- China
- Prior art keywords
- cup
- holds
- burr
- compression
- packaging
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Table Devices Or Equipment (AREA)
Abstract
The utility model provides a pressure-resisting containing cup for lightweight packaging, concave and convex grains are arranged on inner walls of a cup body and a cup bottom under the principle of not increasing the thickness of the cup body of the containing cup, thereby showing the non-planar structure shape; and the arrangement of the concave and convex grains can not affect the operation of coating and combining a packaging film on the outer edge surface of the containing cup. Simultaneously, the convex grains in a plurality of preset positions on the cup body and the annular regions in the preset widths at the upper section and the lower section are thickened, the thickening parts constitute a pressure-resistant stressed framework, with the coordination of the design of the integral non-planar concave and convex grains, the integral structural strength can be greatly improved. Additionally, a joint of the packaging film coated on the outer edge is kept in the corresponding position of one thickened convex grain, so that the containing can not easily deform, break and cause the content to overflow when being stressed and extruded. Furthermore, due to the arrangement of the concave grains, the consumption of material can be relatively reduced under the situation of the total thickness of the cup body is increased, so that the material cost is reduced.
Description
Technical field
The utility model is to hold cup about a kind of lightweight packaging with compression-resistant structure.
Background technology
General coffee, milk tea, oat etc. promptly drink or instant drawing expected or food, and being provides the customer to drink or edible convenience, and the appearance cup that adopts cup-shaped usually is as packing container.Hold at this type of packaging in the design of cup, in early days based on the Styrofoam material, but because of derive easily problem in the environmental protection offal treatment of Styrofoam material, add its structural strength deficiency, be squeezed easily and breakage, therefore eliminated by market gradually, high strength, height are anti-to be replaced towards property and the thermoplastic plastic material that meets environmental protection standard by having in commentaries on classics.Utilize the material characteristic of these thermoplastic plastic materials, make its press forming operation more easy, fall its productive costs except that can significantly subtracting, can directly be covered in its outer edge surface that holds cup simultaneously in conjunction with packaging film, not only the pad pasting quality can be improved, its external sight simultaneously is also more attractive in appearance, has just like become this type of and has promptly drunk or the main flow in instant beverage and packaging for foodstuff market.
Current packaging is held cup, mainly is that the inwall of its glass body and outer edge surface all are smooth surface with cup body compression moulding predetermined thickness, tightly at the bottom of cup center and cup on one's body section make and be set as the terrace shape, to promote its structural strength.Then being covered at cup body outer edge surface is combined with the packaging film of printing according to its packing content thing, according to its material characteristic, makes its packaging film be able to obtain the very smooth and attractive in appearance effect that combines with a cup body.Generally speaking, give it though this type of appearance cup utilizes its material characteristic and have preferable structural strength, but when being subjected to the external force extruding, except causing the distortion of its glass body easily, more may cause its glass body to produce breakage or fracture phenomena, cause its content generation overflow or suffer the situation of outside contamination, can have a strong impact on edible safety and health, also can cause simultaneously the pollution of ambient environment, be necessary to manage to solve improvement in fact.
The utility model content
Main purpose of the present utility model is via the structure design that holds cup, not influencing under the principle of its glass body outer edge surface lining in conjunction with the packaging film demand, can effectively promote its structural strength, and it is being subjected under the external force squeezing action, and structure is unlikely breaks.
Another purpose of the present utility model is the composition design via its structure, make it not increasing under glass principle of body gross thickness, except that the structural strength that can promote its resistance to compression anticracking, more can reduce the consumption of material, reach the reduction of material cost, and with holding cup weight-saving effect.
For achieving the above object, the utility model adopts following design plan:
A kind of lightweight packaging with compression-resistant structure holds cup, the cup end that it holds cup is plastic material compression moulding, have cone shape cup body and closed lower, also be covered in conjunction with the packaging film of other system at its glass body outer edge surface, constitute the basic functional architecture that it holds cup according to this; It is characterized in that:
The cup body inwall of this appearance cup is provided with many dimpled grain and the burrs that are vertically alternately, and the inwall at the bottom of its glass is provided with many and is radial dimpled grain and burr alternately, and makes to add heavy gauge at the burr of wherein several privileged sites of this glass body inwall and make.
Aforesaid lightweight packaging with compression-resistant structure holds cup, wherein, the described packaging film that holds the lining of cup cup body outer edge surface, its seam is positioned at wherein arbitrary corresponding position that adds the burr of heavy gauge.
Aforesaid lightweight packaging with compression-resistant structure holds cup, and wherein, the described cup body inwall that holds cup is done to add the burr that heavy gauge makes, and is positioned at four positions that are the diagonal angle that intersects vertically.
Aforesaid lightweight packaging with compression-resistant structure holds cup, and wherein, the described cup that holds cup is the section and the hypomere position at the nearly cup of the cup body end on one's body, thickens making and settlement.
Aforesaid lightweight packaging with compression-resistant structure holds cup, wherein, the described cup body inwall that holds cup is positioned at the burr at four positions that are the diagonal angle that intersects vertically, and makes to add heavy gauge and makes, and the described cup that holds cup is the section and the hypomere position at the nearly cup of the cup body end on one's body, thickens making and settlement.
Aforesaid lightweight packaging with compression-resistant structure holds cup, and wherein, the described cup body of cup and the dimpled grain and the burr of cup end inwall of holding is continuous ripple glaze.
Aforesaid lightweight packaging with compression-resistant structure holds cup, and wherein, the described cup body of cup and the dimpled grain and the burr of cup end inwall of holding is continuous hackle mark.
Aforesaid lightweight packaging with compression-resistant structure holds cup, and wherein, the described cup body of cup and the line and the burr of cup end inwall of holding is the concave convex texture of continuous basic how much kenels.
The beneficial effects of the utility model are:
The utility model holds structurally existing problem of cup and disappearance for solving existing packaging, be to utilize the concave convex texture of on-plane surface kenel to promote its structural strength, cooperate the burr of its predetermined position to thicken processing, and cup on one's body, the annular region of hypomere predetermined position thickens making and settlement, make its single-piece compressive strength can obtain significantly to promote, thereby when suffering the external force extruding,, have the situation of breaking anything but and produce though may produce buckling deformation.Because of its asperities structure makes in cup body inwall, the packaging film lining that therefore can't influence its outer edge surface is in conjunction with operation again.Simultaneously can be via the making and settlement of its dimpled grain the economization material usage, reach the minimizing of integral material cost, and the lightweight of weight.In other words, promptly the utility model holds the structural improvement design that cup is done at packaging, has that structural strength is good, pressurized does not break, weight saving and material cost subtract the excellent characteristics of falling, and has splendid industry applications and practical value really.
Description of drawings
Fig. 1 is the structural representation of the utility model preferred embodiment.
Fig. 2 is the structural upright cut-away view of the utility model preferred embodiment.
Fig. 3 is the structural relation scheme drawing of the utility model preferred embodiment.
Fig. 4 shows the structural relation scheme drawing for the utility model preferred embodiment in overlooking under the state cuing open of A-A ' line.
Fig. 5 is that the local structure for amplifying of the utility model preferred embodiment concerns scheme drawing.
Fig. 6 thickens resistance to compression stress frame structural representation for the utility model preferred embodiment.
The simple declaration of figure elements symbol:
10 glasss of body 11 extension diameter sections
12 antelabium, 13 dimpled grains
At the bottom of 20 glasss of 14,14 ' burrs
23 burrs, 30 packaging films
31 seams
The specific embodiment
Reach the aspect relevant for structure composition of the present utility model, technological means and effect, careful conjunction with figs. give again further specify for example as follows:
Embodiment 1
See also the structural representation of Fig. 1, the structural upright cut-away view of Fig. 2, the structural relation scheme drawing of Fig. 3～5 and the structural representation of Fig. 6, be a preferred embodiment of the present utility model.As shown in the figure, packing of the present utility model is held cup on structure design, still adopts plastic material compression moulding basically, makes it have the cup end 20 of cone shape cup body 10 and closed lower.Be provided with extension diameter section 11 at cup body 10 epimeres, and at the top moulding antelabium 12 that turns up, 20 centers at the bottom of the cup then make be provided with in protuberance 21, in the packaging film 30 of its glass body 10 outer edge surfaces lining, constitute the basic functional architecture that it holds cup according to this again in conjunction with other system.
And in order to promote the compression-resistant structure intensity of holding cup, the utility model is to be provided with majority in the cup body 10 inwalls planning system of holding cup to be vertical kenel dimpled grain 13 and burr 14 alternately, and 20 inwall planning system is provided with radial dimpled grain 22 and burr 23 at the bottom of cup simultaneously.Wherein the dimpled grain 13 of this glass body 10 and burr 14 can be the on-plane surface texture structure of continuous ripple glaze, hackle mark or other basic how much kenels.The width of its dimpled grain 13 is slightly less than the width of burr 14, and be several burrs 14 at four positions at the diagonal angle that intersects vertically ' be to thicken making and settlement at cup body 10 mutually, and make cup body 10 average total thickness at its burr 14 vertex places be advisable to be no more than the common cup body thickness that holds cup.Comparatively ideal design is, the gross thickness of cup body 10 in general burr 14 places of this appearance cup is 0.6mm, and the height of its burr 14 is 0.3mm; And be 0.65mm in the gross thickness that thickens burr 14 ' locate, its burr 14 ' highly be 0.35mm; And the thickness of its packaging film 30 is 0.08mm, so the thickness of locating of its dimpled grain 13 has only 0.22mm.In addition the suitable processing that thickens is also done at 20 hypomere position at the bottom of 10 near glasss of extension diameter section 11 epimeres of this glass body 10 and cup bodies, several that utilize the ring-type position of cup body 10 extension diameter sections, 11 epimeres and the nearly cup ends 20 hypomere and position, aforementioned four diagonal angle in view of the above vertically thicken burr 14 ' binding, just constituted the resistance to compression stress frame that holds cup (please cooperate consult shown in Figure 6), make its single-piece structural strength be obtained to promote, thereby can bear bigger squeeze force.While is in the lining operation of the packaging film 30 of its glass body 10 outer edge surfaces, make the seam 31 of packaging film 30 remain on arbitrary outer edge surface that thickens fin 14 ' corresponding position of aforementioned cup body 10, make its thickened fin 14 ' structural strength promote and remedy the stress that packaging film 30 seams 31 may cause, can thoroughly solve according to this and hold cup and be subjected to the external force extruding and produce a problem of breaking, make its content not have overflow or suffer pollution problems.
In addition, as previously mentioned, appearance cup of the present utility model is on structure design, except dimpled grain 13,22 that is used in glass body 10 and the cup ends 20 inwall and the nonplanar structure that burr 14,23 constitutes, obtain outside the lifting usefulness to its overall construction intensity, more the gross thickness because of its glass body 10 is a principle with the thickness that is no more than existing like product.Therefore the thickness at its dimpled grain 13 positions can be thinner than the thickness of existing structure, can alleviate it on the one hand and hold cup single-piece weight, reach the effect of " lightweight ", on the other hand then can be because of the consumption of its reduced thickness saving in material, reach the function that reduces material cost, so that better industrial economy benefit to be provided.
Hence one can see that, the utility model holds structurally existing problem of cup and disappearance for solving existing packaging, be to utilize the concave convex texture of on-plane surface kenel to promote its structural strength, cooperate the burr of its predetermined position to thicken processing, and cup on one's body, the annular region of hypomere predetermined position thickens making and settlement, makes its single-piece compressive strength can obtain significantly to promote, thereby when suffering the external force extruding, though may produce buckling deformation, have the situation of breaking anything but and produce.Because of its asperities structure makes in cup body inwall, the packaging film lining that therefore can't influence its outer edge surface is in conjunction with operation again.Simultaneously can be via the making and settlement of its dimpled grain the economization material usage, reach the minimizing of integral material cost, and the lightweight of weight.In other words, promptly the utility model holds the structural improvement design that cup is done at packaging, and the excellent characteristics that have that structural strength is good, pressurized does not break, weight saving and material cost reduce have splendid industry applications and practical value really.
In sum, the utility model holds the structural improvement design that cup is done at packaging, under the principle that does not influence its outer edge surface packaging film lining combination, innovation ground utilizes the on-plane surface concave convex texture planning of holding the cup inwall to make, assistant is with the processing that thickens of predetermined position, make its single-piece structural strength can obtain significantly to promote, fall its material usage and cost but relatively can subtract.Make it improving the shortcoming while that existing ware is easily broken by the external force extruding, more can have the lifting again of industrial economy benefit concurrently.Generally speaking, really dark tool industry applications and practical value, the excellence of really can yet be regarded as, outstanding innovative design propose patent application then in accordance with the law.
Claims (8)
1. the lightweight packaging with compression-resistant structure holds cup, the cup end that it holds cup is plastic material compression moulding, have cone shape cup body and closed lower, also be covered in conjunction with the packaging film of other system at its glass body outer edge surface, constitute the basic functional architecture that it holds cup according to this; It is characterized in that:
The cup body inwall of this appearance cup is provided with many dimpled grain and the burrs that are vertically alternately, and the inwall at the bottom of its glass is provided with many and is radial dimpled grain and burr alternately, and is provided with several works adds the burr that heavy gauge makes in the burr of described cup body inwall.
2. the lightweight packaging with compression-resistant structure according to claim 1 holds cup, it is characterized in that, the described packaging film that holds the lining of cup cup body outer edge surface, and its seam is positioned at wherein arbitrary corresponding position that adds the burr of heavy gauge.
3. the lightweight packaging with compression-resistant structure according to claim 1 holds cup, it is characterized in that, the described cup body inwall that holds cup is done to add the burr that heavy gauge makes, and is positioned at four positions that are the diagonal angle that intersects vertically.
4. the lightweight packaging with compression-resistant structure according to claim 1 holds cup, it is characterized in that, the described cup that holds cup is the section and the hypomere position at the nearly cup of the cup body end on one's body, thickens making and settlement.
5. the lightweight packaging with compression-resistant structure according to claim 1 holds cup, it is characterized in that, the described cup body inwall that holds cup is positioned at four positions that are the diagonal angle that intersects vertically and is provided with the burr of doing to add the heavy gauge making and settlement, and the described cup that holds cup is the section and the hypomere position at the nearly cup of the cup body end on one's body, thickens making and settlement.
6. the lightweight packaging with compression-resistant structure according to claim 1 holds cup, it is characterized in that, the described cup body of cup and the dimpled grain and the burr of cup end inwall of holding is continuous ripple glaze.
7. the lightweight packaging with compression-resistant structure according to claim 1 holds cup, it is characterized in that, the described cup body of cup and the dimpled grain and the burr of cup end inwall of holding is continuous hackle mark.
8. the lightweight packaging with compression-resistant structure according to claim 1 holds cup, it is characterized in that, the described cup body of cup and the line and the burr of cup end inwall of holding is the concave convex texture of continuous basic how much kenels.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202856574U CN201770055U (en) | 2010-08-09 | 2010-08-09 | Pressure-resisting containing cup for lightweight packaging |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202856574U CN201770055U (en) | 2010-08-09 | 2010-08-09 | Pressure-resisting containing cup for lightweight packaging |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201770055U true CN201770055U (en) | 2011-03-23 |
Family
ID=43749891
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202856574U Expired - Fee Related CN201770055U (en) | 2010-08-09 | 2010-08-09 | Pressure-resisting containing cup for lightweight packaging |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201770055U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103654154A (en) * | 2012-09-25 | 2014-03-26 | 洪启瑞 | Cup |
| CN107855318A (en) * | 2017-12-19 | 2018-03-30 | 陈明光 | A kind of medical treatment is visited inspection electron mirror and kept a public place clean anti-infection equipment and its application method |
-
2010
- 2010-08-09 CN CN2010202856574U patent/CN201770055U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103654154A (en) * | 2012-09-25 | 2014-03-26 | 洪启瑞 | Cup |
| CN107855318A (en) * | 2017-12-19 | 2018-03-30 | 陈明光 | A kind of medical treatment is visited inspection electron mirror and kept a public place clean anti-infection equipment and its application method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201770055U (en) | Pressure-resisting containing cup for lightweight packaging | |
| CN201995804U (en) | Meal box with baffles | |
| CN202801059U (en) | Straw spoon | |
| CN201977388U (en) | Combined tea set | |
| CN201790309U (en) | Household cocktail brewing rack | |
| CN204467651U (en) | Multifunctional combined tea set | |
| CN204520114U (en) | Novel inherent filtration teabowl with a cover | |
| CN201899246U (en) | Combined teapot | |
| CN201231950Y (en) | Multi-bin milk box | |
| CN201332647Y (en) | Foldable iron framework silica gel cake baking pan | |
| CN201564154U (en) | Wine glass | |
| CN202919740U (en) | Novel tea making device with filter net | |
| CN202226113U (en) | Square arc inner-three-hole ashtray can | |
| CN211299394U (en) | Quantitative high-quality stainless steel spoon | |
| CN201894462U (en) | Multifunctional teapot | |
| CN202295668U (en) | Drinking water bottle with lug on bottle cap | |
| CN201557887U (en) | Cup with double-cavity | |
| CN201276246Y (en) | Multi-capacity beverage bottle | |
| CN2870571Y (en) | Disposable tea-sealed paper up | |
| CN202492009U (en) | Novel wine bottle cap | |
| CN107348782B (en) | A kind of variable displacement double-cap cup | |
| CN201351013Y (en) | Packaging foam plastic for electric hotpot | |
| CN201268437Y (en) | Novel water vat | |
| CN201254330Y (en) | Stand hand held paper bag | |
| CN201761743U (en) | Porridge tin cover |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110323 Termination date: 20110809 |