CN201782476U

CN201782476U - Paper cup

Info

Publication number: CN201782476U
Application number: CN2010205181481U
Authority: CN
Inventors: 谢文斌; 郭永福
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-09-02
Filing date: 2010-09-02
Publication date: 2011-04-06
Anticipated expiration: 2020-09-02

Abstract

The utility model discloses a paper cup, which comprises a body and a base. The body is a quadrilateral structure when unfolded and is provided with a first arc edge, a second arc edge, a first joint edge and a second joint edge. The second arc edge is located opposite to the first arc edge. The second joint edge is located opposite to the first joint edge, and an included angle between the first joint edge and the second joint edge is not symmetrical to an included angle between the first arc edge and the second arc edge. The base is connected with the second arc edge.

Description

Dixie cup

Technical field

The utility model relates to a kind of disposable utensils, and particularly relates to a kind of dixie cup.

Background technology

Because it is busy that the modern lives, the ratio of the outer food of breakfast, lunch and dinner is very high, and relatively, disposable utensils are tablewares the most easily.And the container containing in the disposable utensils is the most common with paper-made vessel, as dixie cup, paper bowl etc.

Dixie cup utilizes hot pressing to be fixed as the shape of cup with fan-shaped scraps of paper usually and adds upper bottom surface, and the part of general margin of optic cup can outside turnup, and the camber line that forms guiding allows in the cup in the smooth inflow entrance of drink.But when utilizing external force processing to make the outside turnup of margin of optic cup, the dixie cup side is subjected to the joining place of hot pressing often to can't resist the influence of external force and separate, and dixie cup can't be used.

In addition, please refer to Fig. 6, it is the known structural representation that cuts the fan type scraps of paper 310 of dixie cup.By on the figure as can be known, cut on the paper 300 sector structure 310 by an end that cuts paper 300 in regular turn in twos down side by side, and after cutting, all around all can't the utilizing again of the fan type scraps of paper 310, and waste many paper, not very environmental protection.

The utility model content

Therefore, an aspect of the present utility model is that a kind of dixie cup is being provided, and wherein the outside turnup of the margin of optic cup of dixie cup place has the structural design that adds strong fix, the margin of optic cup that can make dixie cup is not easy to disintegrate because of rightabout response force makes dixie cup after the outside turnup processing of pressure.

According to the utility model one embodiment, a kind of dixie cup is provided, it comprises a body and a base.Body expands into a quadrilateral structure, and has one first arc limit, one second arc limit, one first jointing edge and one second jointing edge.The second arc limit is positioned at the opposite side on the first arc limit, and second jointing edge is positioned at the opposite side of first jointing edge, and the angle on first jointing edge and second jointing edge and the first arc limit and the second arc limit is asymmetric.Base is in order to be connected with the second arc limit.

An aspect of the present utility model is that a kind of dixie cup is being provided, and it has the structure of strengthening the outside turnup of margin of optic cup place, makes it more firm.

According to another embodiment of the utility model, a kind of dixie cup is provided, it comprises a body and a base.Body has one first margin of optic cup, one second margin of optic cup and a junction surface.First margin of optic cup volume of turning on one's side outwardly, second margin of optic cup then is positioned at the opposite side of first margin of optic cup.The junction surface is a parallax in the seam that the surface of body forms.Base be subjected to body around, and be connected with second margin of optic cup.

What deserves to be mentioned is that the first above-mentioned jointing edge is a former one side that cuts paper.

Whereby, not only can strengthen the turnup structure of margin of optic cup, also first jointing edge because of the dixie cup body is former one side that cuts paper, can make full use of the space of former material cut paper, and save the paper space in the process that cuts paper in a large number, reaches the effect of environmental protection.

Description of drawings

For above-mentioned and other purpose of the present utility model, feature, advantage and embodiment can be become apparent, appended the description of the drawings is as follows:

Fig. 1 illustrates the stereogram according to a kind of dixie cup of the utility model one embodiment;

Fig. 2 illustrates the plane outspread drawing of the body of dixie cup among Fig. 1;

Fig. 3 illustrates the profile according to the body manufacturing process of dixie cup among Fig. 1;

Fig. 4 illustrates the profile of dixie cup among Fig. 1;

Fig. 5 illustrates in order to cut one of body and cuts the schematic diagram of paper;

Fig. 6 illustrates the known schematic diagram that one of dixie cup body cuts paper that cuts.

[main description of reference numerals]

100: dixie cup 110: body

111: the first margin of optic cup 111a: the first arc limit

112: the second margin of optic cup 112a: the second arc limit

113: junction surface 113a: first jointing edge

113b: second jointing edge 114: lug

115: recess 120: base

200: cut paper

The specific embodiment

Please refer to Fig. 1, it illustrates the stereogram according to a kind of dixie cup 100 of the utility model one embodiment.Dixie cup 100 comprises a body 110 and a base 120 (being illustrated in Fig. 4).Body 110 has one first margin of optic cup 111, one second margin of optic cup 112 and a junction surface 113.First margin of optic cup 111 volume of turning on one's side outwardly, and second margin of optic cup 112 is positioned at the opposite side of first margin of optic cup 111.The end place that junction surface 113 is adjacent to first margin of optic cup 111 comprises lug 114, and it is along with these first margin of optic cup, 111 outside turnups.Base 120 be subjected to body 110 around, and be connected with second margin of optic cup 112.

Cooperation is with reference to Fig. 2, and it illustrates the plane outspread drawing of the body 110 of dixie cup 100 among Fig. 1.Body 110 expands into a quadrilateral structure, and it has one first arc limit 111a, one second arc limit 112a, one first jointing edge 113a and one second jointing edge 113b.The second arc limit 112a is positioned at the opposite side of the first arc limit 111a, and wherein the first arc limit 111a promptly forms one side of first margin of optic cup 111 of Fig. 1, and the second arc limit 112a then can form second margin of optic cup 112 of Fig. 1.The second jointing edge 113b is positioned at the opposite side of the first jointing edge 113a, and the second jointing edge 113b and the first jointing edge 113a when overlapped formed block be the junction surface 113 of Fig. 1.114 of lugs protrude in the second jointing edge 113b.

When making dixie cup 100, earlier body 110 is put on the conveyer belt of board, and processed.What deserves to be mentioned is that one side of lug 114 is parallel with the first jointing edge 113a, and this structure can make the two ends and the parallel storing in the both sides of board conveyer belt of body 110.When factory adds man-hour in a large number, can allow each body 110 smooth and neat be delivered to the position of processing mold via conveyer belt.

Cooperation illustrates the profile according to body 110 manufacturing process of dixie cup among Fig. 1 100 with reference to Fig. 3.After body 110 was transferred into a mould along with conveyer belt, body 110 can be rolled along the periphery of mould, and made the first jointing edge 113a and the second jointing edge 113b overlapping; Overlapping block is the junction surface 113 among Fig. 1.Then, see through the mode of hot pressing, the seam that the first jointing edge 113a (or second jointing edge 113b) is formed in body 110 outsides closely is connected with body 110.Because the angle of the first jointing edge 113a and the second jointing edge 113b and the first arc limit 111a and the second arc limit 112a is asymmetric, therefore, junction surface 113 is a parallax in the seam that the surface of body 110 forms.

Continuation is with reference to Fig. 4, and it illustrates the profile of dixie cup 100 among Fig. 1.Base 120 is surrounded in the body 110, and the mode that sees through hot pressing is connected in base 120 in body 110 wall of cups.Then, towards body 110 inboard backfins, the mode that sees through hot pressing is connected with base 120, makes base 120 more firm being connected in the body 110 with the second arc limit 112a.

In order to allow the user when drinking water or the beverage, the angle of one guiding can be provided at margin of optic cup, beverage can be flow in user's mouth along margin of optic cup, and the first arc limit 111a of the dixie cup body 110 of this disclosure is subjected to external force turnup laterally, forms first margin of optic cup 111 of the radian with a slyness.Protrude from the second jointing edge 113b because lug 114 extends along the first arc limit 111a, and also to be heated and to be pressed on body 110 sides, therefore when the outside turnup of the first arc limit 111a, lug 114 is also along with outside turnup.In other words, in the junction surface 113 of body 110, the lateral length that is subjected to turnup is more than the lateral length that is not subjected to turnup.Hence one can see that, destroys the connection at junction surface 113 easily though the turnup of the first arc limit 111a makes body 110 be subjected to external force, and the design of lug 114 can make junction surface 113 more firm.

Continuation is with reference to Fig. 5, and it illustrates in order to cut one of body 110 and cuts the schematic diagram of paper 200.Cut paper 200 and be a bundle paper roll, the body 110 of this disclosure is directly continued to use the side that cuts paper 200, is the first jointing edge 113a of body 110.When body 110 quantity when being a plurality of, body 110 can be continued to use the relative both sides that cut paper 200 respectively in twos, and cuts the second jointing edge 113b and lug 114 obliquely 110 of two bodies.Though cutting of lug 114 can make the second jointing edge 113b of body 110 form a recess 115, can not constitute influence for the formation of dixie cup 100 integral body.

By the above-mentioned mode that cuts body 110, can allow the utilization that cuts paper 200 reach maximum area, its paper area that can waste is only for cutting the end limit of paper 200 among Fig. 5 and the area of 110 of the bodies of continuing.Compared to the past by cutting in the middle of the paper, and all must be cancelled in four limits that cut paper, this disclosure has disclosed body 110 cutting structures that reduce paper waste, reaches the purpose of environmental protection.

Though the utility model discloses as above with embodiment; right its is not in order to limit the utility model; any those of ordinary skills; in not breaking away from spirit and scope of the present utility model; when can being used for a variety of modifications and variations, therefore protection domain of the present utility model is as the criterion when looking the scope that the accompanying Claim book defined.

Claims

1. a dixie cup is characterized in that, comprises:

One body, it expands into a quadrilateral structure, and this body has:

One first arc limit;

One second arc limit is positioned at the opposite side on this first arc limit;

One first jointing edge; And

One second jointing edge be positioned at the opposite side of this first jointing edge, and the angle on this first jointing edge and this second jointing edge and this first arc limit and this second arc limit is asymmetric; And

One base is in order to be connected with this second arc limit.

2. dixie cup according to claim 1 is characterized in that, also comprises:

One lug, its outstanding this second jointing edge, and be positioned at the end that this second jointing edge is adjacent to this first arc limit.

3. dixie cup according to claim 2 is characterized in that, one side of this lug is parallel with this first jointing edge.

4. dixie cup according to claim 1 is characterized in that, this first jointing edge is one to cut one side of paper.

5. dixie cup is characterized in that it comprises:

One body, it has:

One first margin of optic cup, its volume of turning on one's side outwardly;

One second margin of optic cup is positioned at the opposite side of this first margin of optic cup;

One junction surface, this junction surface is a parallax in the seam that the surface of this body forms; And

One base, be subjected to this body around, and be connected with this second margin of optic cup.

6. dixie cup according to claim 5 is characterized in that, also comprises:

One lug is positioned at the end place that this junction surface is adjacent to this first margin of optic cup, and it is along with the outside turnup of this first margin of optic cup.