CN207861002U

CN207861002U - Structure of container

Info

Publication number: CN207861002U
Application number: CN201721831225.7U
Authority: CN
Inventors: 高志宏; 萧钦元
Original assignee: HAOHAN INT CO Ltd
Current assignee: HAOHAN INT CO Ltd
Priority date: 2017-12-25
Filing date: 2017-12-25
Publication date: 2018-09-14
Anticipated expiration: 2027-12-25

Abstract

The utility model proposes a kind of structure of container, have a cover and an external annulus.The cover has a top plate and an internal ring wall.Top plate is formed with a jack.The horizontal cross-section of internal ring wall is cumulative from top to bottom, and a upper peripheral edge of internal ring wall is connected to the periphery of top plate.Internal ring wall is formed with multiple groovings, and has multiple grooving in the sustained height position on internal ring wall.The horizontal cross-section of external annulus is gradually wide from bottom to top, and a lower periphery of external annulus is connected to a lower periphery of internal ring wall.One upper peripheral edge of goblet is sticked in the grooving in same annular.The structure of container that therefore, there is no need to redesign corresponding size in order to adapt to various sizes of goblet, thereby reduces the cost of manufacture and storage.

Description

Structure of container

Technical field

The utility model is about a kind of structure of container, especially with regard to a kind of structure of container holding food.

Background technology

When buying food and beverage, user generally requires to take food, the other hand to take beverage, cause diet on the other hand On inconvenience, and edible action could be carried out by needing first to put down beverage.

The current container for containing food existing on the market, can be covered on a goblet, therefore remove and provide cup lid function, Its storage tank can be utilized to install the foods such as puffed rice, food is drunk to facilitate while take.Specifically, general goblet is upper Edge is formed with a ring flange, therefore the internal face for containing the container of food has been correspondingly formed a ring convex rib, the ring convex rib of container with After the ring flange of goblet is interlocked, container can be fixedly arranged on the upper opening of goblet.

However, since goblet size, the size manufactured by various manufacturers are not quite similar, and even same manufacturer, Also the goblet with various different models, therefore the diameter of the ring flange of various goblets is also not quite similar, and causes to hold The ring convex rib of device can not match with the ring flange of goblet.

It is industry urgent problem to be solved thus in view of this, propose a kind of more preferably improvement plan.

Utility model content

The main purpose of the utility model is that proposing a kind of structure of container, various various sizes of drinks can be fastened on In material cup.

In order to achieve the above object, the structure of container that the utility model is proposed has：

One the cover, the cover have：

One top plate, the top plate are formed with a jack；

The horizontal cross-section of one internal ring wall, the internal ring wall is cumulative from top to bottom, and the upper peripheral edge of the internal ring wall is connected to the top The periphery of plate；The internal ring wall is formed with multiple groovings, and has multiple grooving in the sustained height position on the internal ring wall；With And

The horizontal cross-section of one external annulus, the external annulus is cumulative from bottom to top, and to be connected to this interior for the lower periphery of the external annulus The lower periphery of ring wall；

Wherein, the upper peripheral edge of the goblet is sticked in multiple grooving in sustained height.

In foregoing structure of container, which is formed with：

One lateral tangent line, the transverse direction tangent line are laterally extended through the internal ring wall and along the internal ring wall；And

Two profile tangents, which runs through the internal ring wall, and is respectively communicated in the both ends of the transverse direction tangent line, and in It is extended longitudinally upward from the both ends of the transverse direction tangent line on the internal ring wall.

In foregoing structure of container, which is formed with：

Two profile tangents, which runs through the internal ring wall, and is respectively communicated in the both ends of the transverse direction tangent line, and in It is extended longitudinally downward from the both ends of the transverse direction tangent line on the internal ring wall.

In foregoing structure of container, the cross section of the internal ring wall is polygon, and the grooving is formed with one and laterally cuts Line, the transverse direction tangent line run through each flanking central of the internal ring wall and are laterally extended along the internal ring wall.

In foregoing structure of container：

One lower edge of each side of the polygon internal ring wall of the cover is formed with an invayination, the invayination outward and It upwardly extends；And

The cross section of the external annulus is polygon, and the lower edge of each side of the polygon external annulus is fixedly arranged on the internal ring wall Wherein one side the invayination medial surface, and the external annulus is formed with multiple notches, and respectively the notch is located at the external annulus The lower periphery and positioned at the external annulus adjacent wherein two side faces between；

Wherein, the end of adjacent two invayination is stretched into the medial surface of the external annulus by outside with corresponding to the respectively notch.

In foregoing structure of container：

The top surface of the cover is not higher than the upper peripheral edge of the internal ring wall；And

The cover has：

One central portion protrudes the center for the top surface for forming in the top plate and linear extension.

In foregoing structure of container, which has two hook parts, which is respectively formed in the central portion Both ends, and two hook part hooks the upper peripheral edge set on the internal ring wall respectively.

In foregoing structure of container, which is arranged in multiple annulars, and multiple annular is in longitudinally spaced arrangement.

Also there is foregoing structure of container a covering, the covering to be removably attachable to the external annulus and cover It is open on the one of the external annulus.

In foregoing structure of container, which is formed with multiple groovings, and multiple grooving of the external annulus is neighbouring The upper peripheral edge of the external annulus；And the covering is formed with multiple lugs, multiple lug is protruded outward from the periphery of the covering； Multiple lug is selectively arranged in multiple grooving of the external annulus respectively.

In foregoing structure of container, which is formed with a broken line, thereby the covering can along the folding line, And wherein one multiple lug be located at the side of the broken line in the covering, remaining multiple lug is located in the covering The broken line the other side.

In foregoing structure of container, the height and position of the upper peripheral edge of the external annulus is higher than the upper peripheral edge of the internal ring wall Height and position.

In foregoing structure of container：

A groove is formed at the top of the top plate；And

The cover also has a separator, which is fixedly arranged in the groove of the top plate, and the groove is separated into Multiple regions.

Therefore, the utility model has the advantage of the structure of container of the utility model can be covered on various sizes of goblet On, the structure of container without redesigning corresponding size in order to adapt to various sizes of goblet thereby reduces system The cost made and stored.

Description of the drawings

Fig. 1 is installed in stereoscopic schematic diagram when goblet for the first embodiment of the utility model.

Fig. 2 is installed in stereoscopic schematic diagram when goblet and half-open covering for the first embodiment of the utility model.

Fig. 3 is the stereogram exploded view of the first embodiment of the utility model.

Fig. 4 is installed in diagrammatic cross-section when goblet for the first embodiment of the utility model.

Fig. 5 is the profile in Fig. 4 at A in the first embodiment of the utility model.

Fig. 6 is the stereoscopic schematic diagram of the cover of another embodiment of the utility model.

Fig. 7 is the stereoscopic schematic diagram of the cover of the second embodiment of the utility model.

Fig. 8 is the profile when the cover of the second embodiment of the utility model is combined with goblet.

Fig. 9 is the stereogram exploded view of the 3rd embodiment of the utility model.

Figure 10 is installed in diagrammatic cross-section when goblet for the 3rd embodiment of the utility model.

Figure 11 is installed in stereoscopic schematic diagram when goblet for the fourth embodiment of the utility model.

Figure 12 is the stereogram exploded view of the fourth embodiment of the utility model.

Figure 13 is installed in diagrammatic cross-section when goblet for the fourth embodiment of the utility model.

Figure 14 is the upper schematic diagram of the fourth embodiment of the utility model.

Figure 15 is the schematic side view of the fourth embodiment of the utility model.

Primary clustering symbol description：

10,11 top plate of 10A, 10B, 10C the cover

111,112 groove of 111C jacks

The hook parts 113C central portion 1130C

Tabs on 114C lateral plates 115C

12,12A, 12C internal ring wall 121,121A, 121C grooving

1211,1211A transverse directions tangent line 1212,1212A profile tangents

122 activity template 123C invayinations

13B separator 131B top flats

132B connection sheet 1310B jacks

20,21 grooving of 20B, 20C external annulus

30 covering of 22C notches

31 lug, 32 broken line

90 goblet, 91 upper peripheral edge

Specific implementation mode

The preferred embodiment for coordinating schema and the utility model below, it is to reach to make a reservation in fact that the utility model, which is expanded on further, The technological means taken with novel purpose.

Referring first to Fig. 1 and Fig. 2.The first embodiment of the utility model proposes a kind of structure of container, is used for lid and sets In on a goblet 90.Structure of container has a cover 10, an external annulus 20 and a covering 30.Goblet is arranged in the cover 10 90 upper peripheral edge, and cover the upper opening of goblet 90.External annulus 20 is surrounded on around the cover 10, makes to be formed in external annulus 20 One accommodating space and food can be held.In this present embodiment, the cross section of the cover 10 and external annulus 20 is all round, but not with this It is limited.

The cover 10 has a top plate 11 and an internal ring wall 12.Top plate 11 is formed with a periphery, a jack 111 and a groove 112, groove 112 is located at the top surface of the cover 10.In the present embodiment, the periphery of top plate 11 can protrude upward.Jack 111 can be located at top 11 center of plate, but not limited to this.

Next referring to Fig. 3 and Fig. 4.The horizontal cross-section of internal ring wall 12 is cumulative from top to bottom, and internal ring wall 12 is formed with one Upper peripheral edge, a lower periphery and multiple groovings 121.The upper peripheral edge of internal ring wall 12 is connected to the periphery of top plate 11, therefore top plate 11 Upper side (being also the top surface of the cover 10) can form the groove 112 less than the upper peripheral edge of internal ring wall 12.In grooving 121 is formed in The upper peripheral edge of ring wall 12 and next week are intermarginal, and arrange and circularize.That is, having multiple cut in sustained height position on internal ring wall 12 Slot 121.In other words, as long as being formed with a grooving 121 in a certain height and position, other groovings can be then formed in the height and position 121.In the present embodiment, all groovings 121 are all located at sustained height position；In other embodiment, grooving 121 can be distributed in Different height and positions, and there are multiple groovings 121 in each height and position.

Grooving 121 is formed with 1211 and two profile tangent 1212 of lateral tangent line.Lateral tangent line 1211 runs through internal ring wall 12 And it is laterally extended along internal ring wall 12.Two profile tangents 1212 also extend through internal ring wall 12, and are respectively communicated in lateral tangent line 1211 Both ends, and in the both ends of transverse direction tangent line 1211 extend longitudinally upward certainly on internal ring wall 12.In other words, in this present embodiment, pass through Grooving 121, internal ring wall 12 can form multiple activity templates 122, and the top edge of activity template 122 is connected with the ontology of internal ring wall 12 It connects.

The horizontal cross-section of external annulus 20 is cumulative from bottom to top, and a lower periphery of external annulus 20 is connected to the one of internal ring wall 12 Lower periphery, and the height and position of a upper peripheral edge of external annulus 20 can be higher than internal ring wall 12 upper peripheral edge height and position, but not with This is limited.Thereby, external annulus 20 is formed by accommodating space and can hold food, and the lower periphery of external annulus 20 is less than the cover 10 Top plate 11, therefore food can be placed in the space less than top plate 11, and can hold more food.

Referring again to Fig. 1 and Fig. 2.Covering 30 be removably attachable to external annulus 20 and cover external annulus 20 one on Opening.In this present embodiment, external annulus 20 is formed with multiple groovings 21, and the grooving 21 of external annulus 20 is adjacent to the upper of external annulus 20 Periphery；Correspondingly, covering 30 is formed with multiple lugs 31, and the periphery of lug 31 from covering 30 protrudes outward, and lug 31 It is selectively arranged in the grooving 21 of external annulus 20 respectively.Thereby, covering 30 is securable to external annulus 20.The also shape of covering 30 Cheng Youyi broken lines 32, and covering 30 can be folded along broken line 32.Wherein a lug 31 is located at the broken line 32 in covering 30 Side, remaining lug 31 is located at the other side of the broken line 32 in covering 30, thereby when covering 30 is fixed on external annulus When 20, the part of a lug 31 is formed in covering 30 to be detached or fix with external annulus 20 easily, make user light It changes places and opens or closes external annulus 20.

Next referring to Fig. 3 and Fig. 5.By above structure, when the structure of container of the utility model is combined with goblet 90, It is the grooving 121 being sticked in by a upper peripheral edge 91 of goblet 90 on internal ring wall 12 in same annular.For example, goblet 90 Can have a cup body and a upper cover, upper cover is fixedly arranged on cup body and is formed with the upper peripheral edge 91, and the upper peripheral edge 91 is one outside The flange of protrusion.It is to enter goblet 90 in the internal ring wall 12 of the cover 10 by the lower section of the cover 10, until beverage when combining Cup 90 is resisted against the medial surface of the internal ring wall 12 of the cover 10, and is aligned in the grooving 121 positioned at sustained height, then by upper peripheral edge 91 are sticked in grooving 121.In addition, if goblet does not have upper cover, using the flange of the cup body opening of goblet It is sticked in grooving 121 for upper peripheral edge.

In order to allow the upper peripheral edge 91 of goblet 90 to be sticked in the grooving 121 of internal ring wall 12 really, 12 shape of internal ring wall It is slightly less than diameter on the upper peripheral edge 91 of goblet 90 at the bore having at grooving 121.And pass through the horizontal cross-section of internal ring wall 12 It is cumulative from top to bottom, when goblet 90 moves into internal ring wall 12, the upper peripheral edge of goblet 90 can be compressed and made by internal ring wall 12 91 slightly deform.Go deep into the depth of internal ring wall 12 enough in goblet 90 and the upper peripheral edge 91 of goblet 90 is aligned in internal ring wall When 12 grooving 121, the upper peripheral edge 91 of goblet 90 corresponding to the part of the grooving 121 of internal ring wall 12 can then reply original shape and Activity template 122 is released, therefore can be protruded out from the lateral tangent line 1211 of the grooving 121 of internal ring wall 12 and be snapped in inner ring In the grooving 121 of wall 12.Thereby, even if the diameter of goblet 90 is slightly different, the structure of container energy and beverage of the utility model Cup 90 is fixed.

Next referring to Fig. 3 and Fig. 6.In other embodiment, the grooving 121 of internal ring wall 12 is arranged in multiple annulars, and Multiple annulars are in longitudinally spaced arrangement.The grooving 121 of internal ring wall 12 can be distributed in different height position, but be located at sustained height position The grooving 121 set is arranged in an annular.In in use, can make the upper peripheral edge 91 of goblet 90 right according to the diameter of goblet 90 Together in the grooving 121 of appropriate height and position on internal ring wall 12.Therefore, the more various sizes of beverages that can be applicable in this embodiment Cup 90.

Next referring to Fig. 7 and Fig. 8.In the second embodiment of the utility model, technical characteristic and first embodiment phase Seemingly, the grooving 121A on the internal ring wall 12A of the cover 10A is formed with a transverse direction tangent line 1211A and two profile tangent 1212A.However, In the present embodiment, lateral tangent line 1211A is laterally extended through internal ring wall 12A and along internal ring wall 12A, and two profile tangent 1212A It through internal ring wall 12A, and is respectively communicated in the both ends of lateral tangent line 1211A, and in certainly lateral tangent line 1211A on internal ring wall 12A Both ends extend longitudinally downward, rather than upwardly extend.Therefore, in second embodiment, by grooving 121A, internal ring wall 12A can shape At multiple activity template 122A, and the lower edge of activity template 122A is connected with the ontology of internal ring wall 12A.

In in use, be similar to first embodiment, be equally that goblet 90 is entered into the cover 10A by the lower section of the cover 10A Internal ring wall 12A in, and the upper peripheral edge 91 of goblet 90 can be compressed and slightly deformed by internal ring wall 12A.When goblet 90 The upper peripheral edge 91 can protrude out when being aligned in the grooving 121A of internal ring wall 12A from the lateral tangent line 1211A of grooving 121A, connect The activity template 122A in each grooving 121A is inwardly pushed away as long as, the top edge of activity template 122A is made to be sticked in being somebody's turn to do for goblet 90 The bottom of upper peripheral edge 91 thereby makes goblet 90 be fixed togather with internal ring wall 12A.

Next referring to Fig. 9 and Figure 10.In the 3rd embodiment of the utility model, technical characteristic is real with the first or second Apply that example is similar, a difference of the utility model 3rd embodiment and previous embodiment is, the cover 10B has more a separator 13B, separator 13B are fixedly arranged in the groove 112 of top plate 11, and groove 112 is separated into multiple regions.It therefore, can be in difference Placed in region it is different be stained with sauce, increase the flavor of food.

Separator 13B can have a top flat 131B and two connection sheet 132B.Top flat 131B horizontal extensions, and two connection sheets 132B is connected to the both sides top flat 131B, and is extended downwardly from the both sides top flat 131B and be connected to the top surface of top plate 11.It changes and talks about, this The section of the separator 13B of embodiment forms a ㄇ fonts.A jack 1310B can be formed on top flat 131B, top flat 131B's inserts Hole 1310B is right against the jack of top plate 11 (figure is not painted).In other embodiment, the section of separator 13B can be formed with down Set V-shaped.

The utility model 3rd embodiment and previous embodiment another difference is that, the height of the upper peripheral edge of external annulus 20B Degree position is only slightly higher than the height and position of the upper peripheral edge of internal ring wall 12, can thereby make inserting for the jack or top flat 131B on top plate 11 The height and position of hole 1310B close to external annulus 20B upper peripheral edges height and position, with the jack of top plate 11 or top after containing food The jack 1310B of piece 131B will not be covered by food.

Next referring to Figure 11 to Figure 14.In the fourth embodiment of the utility model, technical characteristic and previous embodiment It is similar, but difference is that the cross section of the cover 10C and external annulus 20C are all polygon, therefore it is respectively formed multiple sides.Grooving 121C can be formed with a lateral tangent line but not have profile tangent, therefore also not have activity template；However, also can be with aforementioned implementation Grooving in example is similar and has lateral tangent line and profile tangent.Lateral tangent line is through internal ring wall 12C and lateral along internal ring wall 12C Extend.And the grooving 121C in the present embodiment can be all on each side of internal ring wall 12C sustained height position and be arranged in One annular, multiple height and positions for also can be distributed on each side of internal ring wall 12C and be arranged in multiple annulars.Thereby, different The upper peripheral edge of the goblet 90 of size can be arranged in multiple grooving 121C of sustained height position to some extent, therefore make this The structure of container of utility model can be combined with various sizes of goblet 90.

Next referring to Figure 12, Figure 14 and Figure 15.In the fourth embodiment of the utility model, the internal ring wall of the cover 10C One lower edge of each side of 12C is formed with an invayination 123C, and invayination 123C is outside, upwardly extends.External annulus 20C's is each One lower edge of side is fixedly arranged on the wherein upper side of an invayination 123C of internal ring wall 12C, thereby prevents external annulus 20 from falling. In this present embodiment, external annulus 20C is removably installed on internal ring wall 12C.Specifically, external annulus 20C be formed with it is more Between a notch 22C, each notch 22C are located at the lower periphery of external annulus 20C and the adjacent wherein two side faces that are located at, and each notch It is protruded out under 22C mediads, thereby the invayination 123C of internal ring wall 12 can be stretched into the inside of external annulus 20C by outside after assembling Face, therefore external annulus 20C and internal ring wall 12 are fixed.In other words, outer shroud can be stretched by invayination 123C by originally applying in implementation Friction after wall 20C medial surfaces between invayination 123C and internal ring wall 12C is mutually fixed.

In this present embodiment, the top plate 11C of the cover 10C have a jack 111C, a central portion 113C, two lateral plate 114C, And multiple upper tabs 115C.Jack 111C is formed on central portion 113C.Central portion 113C is equivalent to point in previous embodiment Spacing body, therefore central portion 113C is in the shape that raises up.Central portion 113C can have two hook part 1130C, two hook part 1130C to distinguish shape At in the both ends of central portion 113C, and two hook part 1130C hook the upper peripheral edge set on internal ring wall 12C respectively, thereby allow central portion 113C keeps the state of protrusion.Two lateral plate 114C are located at the both sides of central portion 113C, and under the both sides of central portion 113C Edge extends outwardly.Upper tabs 115C is upwardly extended from the outer peripheral edge of two lateral plate 114C, and the quantity of upper tabs 115C is in internal ring wall The quantity of 12 side.Therefore, upper tabs 115C is fixedly arranged on the side of internal ring wall 12 respectively.

In conclusion the structure of container of the utility model can be covered on various sizes of goblet 90, without for The various sizes of goblet of adaptation 90 and the structure of container for redesigning corresponding size, thereby reduce manufacture and storage at This.

The above is only the preferred embodiment of the utility model, is not done in any form to the utility model Limitation is not limited to the utility model although the utility model is disclosed above with preferred embodiment, any to be familiar with Professional and technical personnel, in the range of not departing from technical solutions of the utility model, when in the technology using the disclosure above Hold the equivalent embodiment made a little change or be modified to equivalent variations, as long as being without departing from technical solutions of the utility model Hold, the technical spirit according to this practicality utility model to any simple modification, equivalent change and modification made by above example, It is still within the scope of the technical solutions of the present invention.

Claims

1. a kind of structure of container, which is characterized in that for being covered on a goblet, which has：

One the cover, the cover have：

One top plate, the top plate are formed with a jack；

The horizontal cross-section of one internal ring wall, the internal ring wall is cumulative from top to bottom, and the upper peripheral edge of the internal ring wall is connected to the top plate Periphery；The internal ring wall is formed with multiple groovings, and has multiple grooving in the sustained height position on the internal ring wall；And

The horizontal cross-section of one external annulus, the external annulus is cumulative from bottom to top, and the lower periphery of the external annulus is connected to the internal ring wall Lower periphery；

2. structure of container as described in claim 1, which is characterized in that the grooving is formed with：

Two profile tangents, two profile tangent run through the internal ring wall, and are respectively communicated in the both ends of the transverse direction tangent line, and interior in this It is extended longitudinally upward from the both ends of the transverse direction tangent line on ring wall.

3. structure of container as described in claim 1, which is characterized in that the grooving is formed with：

Two profile tangents, two profile tangent run through the internal ring wall, and are respectively communicated in the both ends of the transverse direction tangent line, and interior in this It is extended longitudinally downward from the both ends of the transverse direction tangent line on ring wall.

4. structure of container as described in claim 1, which is characterized in that the cross section of the internal ring wall is polygon, and the grooving It is formed with a lateral tangent line, which runs through each flanking central of the internal ring wall and be laterally extended along the internal ring wall.

5. structure of container as claimed in claim 4, which is characterized in that the one of each side of the polygon internal ring wall of the cover Lower edge is formed with an invayination, which outwardly and upwardly extends；And

The cross section of the external annulus is polygon, and the lower edge of each side of the polygon external annulus is fixedly arranged on its of the internal ring wall The medial surface of the invayination of middle one side, and the external annulus is formed with multiple notches, respectively the notch is located at being somebody's turn to do for the external annulus Lower periphery and positioned at the external annulus adjacent wherein two side faces between；

6. structure of container as claimed in claim 4, which is characterized in that

The cover has：

7. structure of container as claimed in claim 6, which is characterized in that there are the central portion two hook parts, two hook part to distinguish shape At in the both ends of the central portion, and two hook part hooks the upper peripheral edge set on the internal ring wall respectively.

8. the structure of container as described in any one of claim 1 to 7, which is characterized in that the grooving is arranged in multiple annulars, and Multiple annular is in longitudinally spaced arrangement.

9. the structure of container as described in any one of claim 1 to 7, which is characterized in that the structure of container also has one to hide Shield, the covering be removably attachable to the external annulus and cover the external annulus one on be open.

10. structure of container as claimed in claim 9, which is characterized in that

The external annulus is formed with multiple groovings, the upper peripheral edge of multiple grooving of the external annulus adjacent to the external annulus；And

The covering is formed with multiple lugs, and multiple lug is protruded outward from the periphery of the covering；Multiple lug selection It is arranged in property multiple grooving of the external annulus respectively.

11. structure of container as claimed in claim 10, which is characterized in that the covering is formed with a broken line, thereby the masking Part can be along the folding line, and wherein one multiple lug is located at the side of the broken line in the covering, remaining is multiple Lug is located at the other side of the broken line in the covering.

12. the structure of container as described in any one of claim 1 to 7, which is characterized in that the height of the upper peripheral edge of the external annulus Height and position of the position higher than the upper peripheral edge of the internal ring wall.

13. the structure of container as described in any one of claim 1 to 5, which is characterized in that

A groove is formed at the top of the top plate；And

The cover also has a separator, which is fixedly arranged in the groove of the top plate, and the groove is separated into multiple Region.