CN105711968A - Thermal insulation part - Google Patents
Thermal insulation part Download PDFInfo
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- CN105711968A CN105711968A CN201410717223.XA CN201410717223A CN105711968A CN 105711968 A CN105711968 A CN 105711968A CN 201410717223 A CN201410717223 A CN 201410717223A CN 105711968 A CN105711968 A CN 105711968A
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- lamellar body
- thermal insulation
- circulus
- container
- cutting line
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Abstract
Disclosed is a thermal insulation part. The thermal insulation part is used for promoting the thermal insulation effect of an existing thermal insulation part. The thermal insulation part comprises a sheet body having a first direction and a second direction which are perpendicular to each other. The sheet body can form an annular structure in the second direction and is provided with a plurality of cutting lines in the second direction, and the cutting lines are arranged at intervals in the first direction. Each cutting line comprises a plurality of cutting-off lines penetrating through the sheet body. The cutting-off lines are arranged at intervals in the second direction.
Description
Technical field
The present invention is about a kind of thermal insulation barriers, especially a kind of good effect of heat insulation can be provided to take the thermal insulation barriers of a container will pass through this thermal insulation barriers.
Background technology
Refer to shown in Fig. 1, be a kind of existing thermal insulation barriers 9, this thermal insulation barriers 9 is a lamellar body, and the two ends of described lamellar body be combined with each other and make this thermal insulation barriers 9 form a circulus.This thermal insulation barriers 9 comprises thermal insulation layer 91 and a surface layer 92.This thermal insulation layer 91 is in wavy, and this thermal insulation layer 91 can by stick and this mutual gluing of surface layer 92.
Shown in Fig. 2, when this thermal insulation barriers 9 is actually used, it is available for being coated on outside a container C.Thereby, the thermal insulation layer 91 of this thermal insulation barriers 9 can abut against with the outer surface of this container C, and this surface layer 92 is then available for users to grip.Wherein, if the contents temperature that this container C contains is higher, or after this container C is processed by heating devices heat such as microwave ovens, when the temperature making the content of this container C raises, owing to this thermal insulation layer 91 is in wavy, therefore this thermal insulation layer 91 can and the outer surface of this container C form the contacting of interval shape, to avoid the high temperature that the content of this container C has to be directly conducted on this thermal insulation barriers 9, and then convenient user taken this container C by this thermal insulation barriers 9, and the high temperature of the content by this container C is avoided to be scalded.
Although this thermal insulation barriers 9 is by the above-mentioned high temp effect being configured to provide the preliminary content isolating this container C, but, this thermal insulation barriers 9 forms contacting of interval shape by the outer surface of this thermal insulation layer 91 and this container C, to reduce the contact area between this thermal insulation barriers 9 and this container C, and then produce effect of heat insulation.Wherein, this thermal insulation layer 91 is in wavy, and therefore this thermal insulation layer 91 will form strip with this container C and contact, and cause that the contact area between this thermal insulation barriers 9 and this container C is still relatively greatly, and this thermal insulation layer 91 and this mutual gluing of surface layer 92.Accordingly, longer with this container C time contacted once this thermal insulation barriers 9, the high temperature that the content of this container C has finally will pass through this thermal insulation layer 91 and conduct the surface layer 92 to this thermal insulation barriers 9 so that the effect of heat insulation that this thermal insulation barriers 9 has is fairly limited.
Furthermore, please continue with reference to shown in Fig. 1, although this thermal insulation barriers 9 under unused state can in addition folding, make this thermal insulation barriers 9 be easy to stack storage.But, owing to this thermal insulation layer 91 is in wavy, this thermal insulation layer 91 is made to have bigger thickness, the overall volume in turn resulting in this thermal insulation barriers 9 is bigger, therefore this thermal insulation barriers 9 all takies a large amount of volume of timber under resting state or travel position, it is easy to what increase this required consuming of thermal insulation barriers 9 stores cost or cost of transportation.
In view of this, need the thermal insulation barriers that a kind of further improvement is provided badly, in order to improve shortcomings such as " effect of heat insulation are not good " and " volume is excessive " that aforementioned thermal insulation barriers 9 has, so that user is taken by this thermal insulation barriers contains the container of high temperature content, reduce dealer provides the cost needed for this thermal insulation barriers simultaneously.
Summary of the invention
One purpose of the embodiment of the present invention is to provide a kind of thermal insulation barriers, and this thermal insulation barriers is under unused state, and this heat insulating strip is plane, has the effect of the overall volume reducing thermal insulation barriers.
Another purpose of the embodiment of the present invention is to provide a kind of thermal insulation barriers, and this thermal insulation barriers comprises a lamellar body, and several cutting lines are offered at this lamellar body interval, has the effect of the effect of heat insulation promoting thermal insulation barriers.
The further object of the embodiment of the present invention is to provide a kind of thermal insulation barriers, and when utilizing this lamellar body to be inserted in a container, this lamellar body will be subject to the outer peripheral face of this container and be shored, and makes this lamellar body form several gas insulation hole, has the effect promoting effect of heat insulation further.
For reaching aforementioned invention purpose, the technological means that the present invention uses includes:
A kind of thermal insulation barriers, comprise: a lamellar body, this lamellar body has an orthogonal first direction and a second direction, this lamellar body can surround this second direction and form a circulus, this lamellar body offers several cutting lines along this second direction, and described cutting line is upwardly formed interval in this first party and arranges, respectively this cutting line comprises several cutting lines running through this lamellar body, and described cutting line is upwardly formed interval in this second party and arranges.
The thermal insulation barriers of one embodiment of the invention, two sides of a cutting line of one of them cutting line connect a pre-broken line respectively, and this pre-broken line extends along this first direction towards this lamellar body two side.
Thermal insulation barriers as above, wherein, the circulus that this lamellar body is formed is in order to be sheathed on an external container, this circulus has first state and second state, this circulus has first girth under this first state, this circulus has second girth under this second state, this first girth is less than the girth of the outer peripheral face of this container, this second girth is equal to the girth of the outer peripheral face of this container, and the outer peripheral face of this container can shore this lamellar body and make this circulus be this second state by this first state transfer, this circulus is under this second state, the pre-broken line that this cutting line two side connects can produce bending respectively, to form broken line on this lamellar body, this broken line extends along this first direction towards this lamellar body two side.
Thermal insulation barriers as above, wherein, described several cutting lines are respectively parallel to this second direction and offer.
The thermal insulation barriers of another embodiment of the present invention, wherein, this cutting line comprises first section arranged along this second direction, and two ends of this first section connect second section respectively, and this second section extends along this first direction towards the side of this lamellar body.
Thermal insulation barriers as above, wherein, the circulus that this lamellar body is formed is in order to be sheathed on an external container, this circulus has first state and second state, this circulus has first girth under this first state, this circulus has second girth under this second state, this first girth is less than the girth of the outer peripheral face of this container, this second girth is equal to the girth of the outer peripheral face of this container, and the outer peripheral face of this container can shore this lamellar body and make this circulus be this second state by this first state transfer, this circulus is under this second state, this heat insulating strip will form bending along this second section, to form the broken line extended towards this lamellar body two side along this first direction on this lamellar body.
The thermal insulation barriers of the embodiment of the present invention, the cutting line of the cutting line that wherein two is adjacent is upwardly formed in this first party and shifts to install.
The thermal insulation barriers of the embodiment of the present invention, one cutting line of one of them cutting line is overlapping with another adjacent cutting line cutting line in the first direction, two cutting lines of described overlap are opened in diverse location in this second direction so that these two cutting lines are formed can overlapping shifting to install.
The thermal insulation barriers of the embodiment of the present invention, the cutting line that wherein two is adjacent defines a heat insulating strip on this lamellar body, and this heat insulating strip two sides in this second direction form a fillet respectively.
The thermal insulation barriers of the embodiment of the present invention, wherein, respectively in several cutting lines of this cutting line, the cutting line connecting this lamellar body side in this second direction has first length, the cutting line connecting this lamellar body opposite side in this second direction has second length, and this first length is more than this second length.
The thermal insulation barriers of the embodiment of the present invention, wherein, this lamellar body two sides on this first direction are respectively equipped with a joint portion, and several cutting lines of this lamellar body are opened between this two joint portion, and this two joint portion can be combined with each other.
The thermal insulation barriers of the embodiment of the present invention, wherein, this lamellar body is additionally provided with a spacer portion between this two joint portion, and described cutting line is opened in this spacer portion and respectively between this joint portion.
The thermal insulation barriers of the embodiment of the present invention, wherein, two adjacent cutting lines of this lamellar body have a spacing on this first direction, and the spacing between wantonly two adjacent cutting lines of this lamellar body is equal.
The thermal insulation barriers of the embodiment of the present invention, wherein, this lamellar body has an axis of this first direction parallel, and two adjacent cutting lines of this lamellar body have a spacing on this first direction, and the spacing between wantonly two adjacent cutting lines of this lamellar body is respectively facing this joint portion increasing or decreasing by this axis.
The thermal insulation barriers of the embodiment of the present invention, wherein, two joint portion coating sticks of this lamellar body, dock for these two joint portions and mutually bond, making this lamellar body form a circulus.
The thermal insulation barriers of the embodiment of the present invention, wherein, one of them joint portion of this lamellar body is provided with a fastener, and another joint portion of this lamellar body is provided with a mortise, and this fastener corresponding can pass and be incorporated into this mortise, makes this lamellar body form a circulus.
The thermal insulation barriers of the embodiment of the present invention, wherein, the circulus that this lamellar body is formed is in order to be sheathed on an external container, this circulus has first state and second state, this circulus has first girth under this first state, this circulus has second girth under this second state, this first girth is less than the girth of the outer peripheral face of this container, this second girth is equal to the girth of the outer peripheral face of this container, and the outer peripheral face of this container can be shored this lamellar body and make this circulus be this second state by this first state transfer.
Wherein two adjacent cutting lines define a heat insulating strip on this lamellar body, this circulus is under this first state, the part that this heat insulating strip is connected with a cutting line of one of them cutting line forms a fin, the outer peripheral face of this fin and this container forms a distance, the part that the position, interval of two adjacent cutting lines of this heat insulating strip and this cutting line connects forms a pull rib, and this pull rib can abut the outer peripheral face of this container.
One fin of one of them heat insulating strip pulls rib phase para-position with one of another adjacent heat insulating strip on this first direction, making between this fin and this pull rib one gas insulation hole of formation, this gas insulation hole penetrates this lamellar body and connects the perforation of outer peripheral face of this container.
In sum, the thermal insulation barriers of the present invention comprises a lamellar body, and this lamellar body can form a circulus, and this circulus has first state, makes this lamellar body form a smooth laminated structure, to reach effect of the above-mentioned overall volume reducing thermal insulation barriers.On the other hand, several cutting lines are offered at this lamellar body interval, respectively this cutting line comprises the cutting line that several intervals arrange and run through this lamellar body, two adjacent cutting lines are utilized to define a heat insulating strip on the lamellar body of this thermal insulation barriers, when this lamellar body is inserted in a container, this lamellar body will be subject to the outer peripheral face of this container and be shored, forcing this circulus is second state by this first state transfer, this heat insulating strip is made to form several fin and several pull ribs, and between the pull rib of the fin of one of them heat insulating strip of this lamellar body and another heat insulating strip, form several gas insulation hole, to reach effect of aforementioned lifting effect of heat insulation.
Accompanying drawing explanation
Fig. 1 is the outside drawing of a kind of existing thermal insulation barriers.
Fig. 2 is the use state diagram of another kind of existing thermal insulation barriers.
Fig. 3 a is the schematic appearance of first embodiment of the invention.
Fig. 3 b is the schematic appearance of another enforcement aspect of first embodiment of the invention.
Fig. 4 a is the use situation figure that first embodiment of the invention forms the first state.
Fig. 4 b is that first embodiment of the invention is incorporated into a container and forms the use situation schematic diagram of the second state.
Fig. 5 is the enlarged diagram that the lamellar body of first embodiment of the invention is incorporated into a container.
Fig. 6 is that first embodiment of the invention is incorporated into the use view of a case type container along a longitudinal direction.
Fig. 7 is that first embodiment of the invention is incorporated into the use view of a case type container along a horizontal direction.
Fig. 8 is the schematic appearance of second embodiment of the invention.
Fig. 9 is the use view that second embodiment of the invention is incorporated into a container.
Figure 10 is that the lamellar body of third embodiment of the invention is in the local appearance schematic diagram of one first state.
Figure 11 is that the lamellar body of third embodiment of the invention is in the local appearance schematic diagram of one second state.
Figure 12 is the enlarged diagram that the lamellar body of third embodiment of the invention is incorporated into a container.
Figure 13 is that the lamellar body of another enforcement aspect of third embodiment of the invention is in the local appearance schematic diagram of one first state.
Figure 14 is the schematic appearance of fourth embodiment of the invention.
Figure 15 is the schematic diagram that the lamellar body of fourth embodiment of the invention forms a circulus.
Figure 16 be several cutting lines of offering of the lamellar body of the embodiment of the present invention along an axisymmetrical formed unequal-interval and schematic appearance.
Figure 17 is the schematic appearance that several cutting lines that the lamellar body of the embodiment of the present invention is offered form unequal-interval.
Figure 18 is that the joint portion of the embodiment of the present invention is provided with the outward appearance of fastening structure and is intended to.
The thermal insulation barriers that Figure 19 is the embodiment of the present invention passes through the schematic appearance that joint portion is continuously coupled.
Figure 20 is the schematic appearance that the thermal insulation barriers of the embodiment of the present invention is continuously coupled.
Figure 21 is the use situation schematic diagram utilizing an adhesive tape to be combined with each other lamellar body two side of the thermal insulation barriers of the embodiment of the present invention.
(present invention)
1 lamellar body
The pre-tearing line 1b of 1a cuts face
11 joint portion 111 fasteners
112 mortises
12 cutting line 121 cutting lines
121a the first section 121b the second section
13 heat insulating strip 13a fins
13b pulls rib 131 fillet
14 pre-broken line 14 ' broken lines
15 spacer portion
2 gas insulation holes
X first direction Y second direction
θ angle
C1 container C2 case type container
L longitudinal direction W horizontal direction
H spacing A axis
T adhesive tape
H1 the first length h2 the second length
(prior art)
9 thermal insulation barriers
91 thermal insulation layer 92 surface layers
C container.
Detailed description of the invention
For the above-mentioned of the present invention and other purpose, feature and advantage can be become apparent, presently preferred embodiments of the present invention cited below particularly, and coordinate institute's accompanying drawings, it is described in detail below:
Refer to shown in Fig. 3 a, be the thermal insulation barriers of first embodiment of the invention, comprise a lamellar body 1, this lamellar body 1 can be made up of stationery, plastic material or other material with toughness.This lamellar body 1 has an an orthogonal first direction X and second direction Y, this lamellar body 1 two sides on this first direction X can be combined with each other, make this lamellar body 1 can surround this second direction Y shape and become a circulus, in other words, this lamellar body 1 can be bent to round using this second direction Y as axle center, makes this lamellar body 1 form described circulus.This lamellar body offers several cutting lines 12 along this second direction Y, and described cutting line 12 forms interval on this first direction X and arranges.Respectively this cutting line 12 all comprises several cutting lines 121 running through this lamellar body 1, and several cutting lines 121 described are in discontinuous, that is, be not respectively connected with each other between this cutting line 121, and described cutting line 121 forms interval on this second direction Y and arranges.Wherein, the cutting line 121 of wantonly two adjacent cutting lines 12 can shift to install on this first direction X in formation.
Above-mentioned cutting line 12 forms interval on this first direction X and arranges, therefore two adjacent cutting lines 12 can define a heat insulating strip 13 on this lamellar body 1, this heat insulating strip 13 is in plane, and two sides that this heat insulating strip 13 is on this second direction Y can form a fillet 131 (roundangle) respectively.In other words, two adjacent heat insulating strips 13 are separated by a cutting line 12, several cutting lines 121 that respectively this cutting line 12 comprises due to this form interval on this first direction X and arrange, therefore this two adjacent heat insulating strip 13 can by the position at each cutting line 121 interval of this cutting line 12 to be connected with each other so that two adjacent heat insulating strips 13 will not be separated from one another.
In the middle of the present embodiment, described several cutting line 12 can be respectively parallel to this second direction Y and offer, in other words, several cutting lines 121 that respectively this cutting line 12 comprises are each parallel to this second direction Y, but, please referring additionally to shown in Fig. 3 b, it it is another enforcement aspect of the thermal insulation barriers of first embodiment of the invention, in the middle of this embodiment, this lamellar body 1 two sides on this second direction Y can form curved arc shape, therefore, described several cutting line 12 can be not parallel to this second direction Y and offer, namely, this cutting line 12 can have angle θ with this second direction Y shape, and wantonly two cutting lines 12 can be different from the angle theta that this second direction Y is formed.Accordingly, several cutting lines 121 that respectively this cutting line 12 comprises can be not parallel to this second direction Y, " several cutting lines 12 are offered along this second direction Y respectively " of the present invention, referring to that this cutting line 12 and this second direction Y angle theta formed are less than 45 °, person with usual knowledge in their respective areas of the present invention is all appreciated that enforcement.
Refer to shown in Fig. 4 a, be the use situation figure of the thermal insulation barriers of first embodiment of the invention.When this thermal insulation barriers is actually used, it is possible to use this lamellar body 1 two sides on this first direction X are be combined with each other by adhesive tape or staple, make this lamellar body 1 form a circulus；But, in the middle of the present embodiment, this lamellar body 1 two sides on this first direction X are respectively equipped with a joint portion 11, several cutting lines 12 of this lamellar body 1 are opened between this two joint portion 11, this joint portion 11 is for coating stick, therefore this two joint portion 11 can dock and mutually bond, this lamellar body 1 is made to form a circulus.Thereby, this lamellar body 1 can be sheathed on outside a container C1, this container C1 can be cylindrical container (such as: cup), and the outer surface of this container C1 can become expanding along a longitudinal direction L-shaped, make the internal diameter of the circulus that the minimum outer diameter of the outer peripheral face of this container C1 can be formed less than or equal to this lamellar body 1, and the internal diameter of the circulus that the maximum outside diameter of the outer peripheral face of this container C1 can be formed more than this lamellar body 1.Therefore, this lamellar body 1 can be sheathed on outside this container C1 from the minimum outer diameter place of the outer peripheral face of this container C1, shown in Fig. 4 b, owing to the outer surface of this container C1 becomes expanding along this longitudinal direction L-shaped, and the maximum outside diameter of this container C1 is more than the internal diameter of this lamellar body 1, therefore when this lamellar body 1 is inserted in this container C1 along this longitudinal direction L, the outer peripheral face of this container C1 has a girth in the position forming maximum outside diameter, the girth of the outer peripheral face of this container C1 will be greater than the girth of the circulus that this lamellar body 1 is formed, this lamellar body 1 will be subject to the outer peripheral face of this container C1 and be shored, make this lamellar body 1 be coated with and be positioned outside this container C1.
Specifically, this lamellar body 1 is around this second direction Y to form this circulus, and this circulus has one first state and one second state.As shown in fig. 4 a, this circulus is not yet subject to forming this first state when the outer peripheral face of this container C1 is shored, and this circulus has one first girth, the girth of this first girth outer peripheral face less than this container C1 under this first state.Accordingly, as shown in Figure 4 b, by this lamellar body 1 along this longitudinal direction L be inserted in this container C1 time, this lamellar body 1 will be subject to the outer peripheral face of this container C1 and be shored, making this circulus is this second state by this first state transfer, this circulus has one second girth under this second state, the girth of this second girth outer peripheral face equal to this container C1.
Now, after this circulus is changed into this second state, owing to this lamellar body 1 offers several cutting lines 12, therefore the part that this heat insulating strip 13 is connected with this cutting line 121 affords the strength that the outer peripheral face of this container C1 shores to be affected, the direction deflection of this container C1 will be directed away from, and then form the fin 13a erected.Relatively, the part (part that namely position, interval of two adjacent cutting lines 121 of this heat insulating strip 13 and a cutting line 12 connects) that this heat insulating strip 13 does not connect with this cutting line 121 will form a pull rib 13b, and this pull rib 13b can abut the outer peripheral face of this container C1.Described cutting line 121 forms interval on this second direction Y and arranges, and therefore this fin 13a and this pull rib 13b will be staggered to form in this heat insulating strip 13, makes this heat insulating strip 13 form three-dimensional corrugated.
More specifically, shown in Fig. 5, this fin 13a can form a distance D with the outer peripheral face of this container C1, and owing to cutting line 121 formation on this first direction X of two adjacent cutting lines 12 shifts to install, therefore wherein a fin 13a of a heat insulating strip 13 can in a pull rib 13b phase para-position of this first direction X with another adjacent heat insulating strip 13, make to form a gas insulation hole 2 between this fin 13a and this pull rib 13b, therefore several gas insulation hole 2 will be formed between the fin 13a and the pull rib 13b of this another heat insulating strip 13 of this heat insulating strip 13, described gas insulation hole 2 is to penetrate this lamellar body 1 and connect the perforation of outer peripheral face of this container C1.
Wherein, owing to this heat insulating strip 13 bears the strength that the outer peripheral face of this container C1 is shored, therefore under the effect of Newton's third law, the pull rib 13b producing a counteracting force and make to be formed at this heat insulating strip 13 is connected to the outer peripheral face of this container C1 by this heat insulating strip 13 really, to guarantee this lamellar body 1 is firm to be coated and fixed on outside this container C1.The fin 13a of this heat insulating strip 13 is available for users to grip away from the end of this container C1, owing to this lamellar body 1 comprises several heat insulating strip 13, and respectively this heat insulating strip 13 forms several fin 13a respectively, therefore when user grips this lamellar body 1, the fin 13a that described heat insulating strip 13 is formed can effectively share user hand pressure applied, to avoid this heat insulating strip 13 to produce excessive deformation, it is ensured that be only connected by the pull rib 13b of this heat insulating strip 13 between this lamellar body 1 with this container C1.On the other hand, owing to this heat insulating strip 13 two sides on this second direction Y form a fillet 131 respectively, this fillet 131 is it can be avoided that user is intended to grip the risk of the speed of action too fast lateral margin scratch being likely this lamellar body 1 during this lamellar body 1.
It can thus be appreciated that, please continue with reference to shown in Fig. 3 a, the thermal insulation barriers of first embodiment of the invention is under unused state, this heat insulating strip 13 is in plane, the circulus that this lamellar body 1 is formed forms this first state, this lamellar body 1 is made to form a smooth laminated structure, compare the thermal insulation layer 91 of aforementioned existing thermal insulation barriers 9 in wavy, this thermal insulation layer 91 is made to have bigger thickness, the overall volume causing this thermal insulation barriers 9 is bigger, the lamellar body 1 of the thermal insulation barriers of first embodiment of the invention forms smooth laminated structure, thus there is less thickness, really there is the effect of the overall volume reducing thermal insulation barriers.Thereby, this thermal insulation barriers 9 shared volume of timber under resting state or travel position can effectively reduce, and stores cost or cost of transportation with what expend needed for reducing this thermal insulation barriers 9.
Furthermore, the thermal insulation barriers of first embodiment of the invention arranges several cutting lines 12 by this lamellar body 2 along this second direction Y interval, and respectively this cutting line 12 all comprises several cutting lines 121 running through this lamellar body 1, described cutting line 121 forms interval on this second direction Y and arranges, and the cutting line 12 that namely available two-phase is adjacent can define this heat insulating strip 13 on this lamellar body 1.When this lamellar body 1 is inserted in this container C1, owing to the external diameter of this container C1 is more than the internal diameter of this lamellar body 1, therefore the girth of the outer peripheral face of this container C1 will be greater than the first girth that the circulus that this lamellar body 1 formed has under this first state, this lamellar body 1 will be subject to the outer peripheral face of this container C1 and be shored, forcing this circulus is this second state by this first state transfer, this heat insulating strip 13 is made to form several fin 13a being staggered to form and pull rib 13b, the outer peripheral face of this fin 13a and this container C1 forms a distance D, this pull rib 13b then can abut the outer peripheral face of this container C1, make the outer peripheral face formation point cantact of this lamellar body 1 and this container C1.Accordingly, compare aforementioned existing thermal insulation barriers 9 to contact by forming strip between wavy thermal insulation layer 91 with this container C, cause that the contact area between this thermal insulation barriers 9 and this container C is bigger, the lamellar body 1 of the thermal insulation barriers of first embodiment of the invention forms point cantact with the outer peripheral face of this container C1, can effectively reduce the contact area between this lamellar body 1 and this container C1, the high temperature conduction that content so that this container C is greatly reduced has, to the speed of this lamellar body 1, has the effect promoting effect of heat insulation really.
In addition, in the middle of the present embodiment, this lamellar body 1 can adopt stationery or plastic material to make, and the circulus that this lamellar body 1 is formed is under this second state, several gas insulation hole 2 is formed between the fin 13a and the pull rib 13b of another heat insulating strip 13 of a wherein heat insulating strip 13 of this lamellar body 1, therefore the lamellar body 1 of this thermal insulation barriers comprises several gas insulation hole 2, described gas insulation hole 2 is distributed in this lamellar body 1, and this gas insulation hole 2 is to penetrate this lamellar body 1 and connect the perforation of outer peripheral face of this container C1, make there is air in the middle of this gas insulation hole 2.It is that number (about 0.05W/mK) is for low owing to the heat conduction of air is the heat conduction of number (about 0.024W/mK) relatively stationery or plastic material, therefore aforementioned existing thermal insulation barriers 9 is compared when gripping for user, the high temperature that the content of this container C has can pass through this thermal insulation layer 91 and conduct the surface layer 92 to this thermal insulation barriers 9, the thermal insulation barriers of first embodiment of the invention forms several gas insulation hole 2 by means of this lamellar body 1, the speed that the effective slowing down heat energy of air in the middle of this gas insulation hole 2 can be utilized to conduct in this lamellar body 1, has the effect promoting effect of heat insulation further really.
Notice, in the middle of the present embodiment, by making cutting line 121 formation on this first direction X of two adjacent cutting lines 12 shift to install, in the pull rib 13b phase para-position of this first direction X with another adjacent heat insulating strip 13, can make to be formed between this two heat insulating strip 13 several gas insulation hole 2 with the fin 13a of an order wherein heat insulating strip 13.Wherein, the cutting line 121 of this two adjacent cutting line 12 can be formed on this first direction X can overlapping shifting to install, namely, wherein a cutting line 121 of a cutting line 12 cutting line 121 with another adjacent cutting line 12 on this first direction X is overlapping, two cutting lines 121 of described overlap are opened in diverse location on this second direction Y so that this two cutting line 121 is formed can overlapping shifting to install.But, the cutting line 121 of this two adjacent cutting line 12 can also be formed on this first direction X can not overlapping shifting to install, namely, wherein a cutting line 121 of a cutting line 12 cutting line 121 with another adjacent cutting line 12 on this first direction X is not overlapping, and the present invention is not limited thereto.But, in the middle of section Example of the present invention, the cutting line 121 of two adjacent cutting lines 12 can form para-position on this first direction X and arrange, and design and make the cutting line 121 of this two adjacent cutting line 12 have different length or shape, thereby, still above-mentioned several gas insulation hole 2 can be formed between two adjacent heat insulating strips 13, therefore the cutting line 121 of two adjacent cutting lines 12 can form dislocation or para-position is arranged on this first direction X on this lamellar body 1, the present invention is not any limitation as.
Refer to shown in Fig. 6, be another use situation figure of the thermal insulation barriers of first embodiment of the invention.This thermal insulation barriers is except can being used in said vesse C1, it is possible to be used in a case type container C2(such as: boxed cassette).This case type container C2 has an an orthogonal longitudinal direction L and horizontal direction W, and the width that this case type container C2 is on this horizontal direction W is less than its length on this longitudinal direction L.Accordingly, the outer peripheral face of this case type container C2 girth on this horizontal direction W is less than its girth on this longitudinal direction L, and the first girth of circulus that the girth that the outer peripheral face of this case type container C2 is on this horizontal direction W can be formed less than or equal to this lamellar body 1, and the outer peripheral face of this case type container C2 first girth of the circulus that girth can be formed more than this lamellar body 1 on this longitudinal direction L.Therefore, the lamellar body 1 of this thermal insulation barriers can be sheathed on outside this case type container C2 along this longitudinal direction L, the first girth due to the circulus that girth on this longitudinal direction L of the outer peripheral face of this case type container C2 is formed more than this lamellar body 1, therefore the outer peripheral face of this case type container C2 will not shore this lamellar body 1, this circulus may remain in this first state, make this lamellar body 1 be maintained smooth laminated structure, be beneficial to stacking storage this case type container C2.
Shown in Fig. 7, if this case type container C2 must be processed by heating devices heat such as microwave ovens, first this lamellar body 1 can be taken off from this case type container C2, and after this case type container C2 has been heat treatment, along this horizontal direction W, this lamellar body 1 is sheathed on outside this case type container C2, the first girth due to the circulus that girth on this horizontal direction W of the outer peripheral face of this case type container C2 is formed less than or equal to this lamellar body 1, therefore the outer peripheral face of this case type container C2 will shore this lamellar body 1, making this circulus is this second state by this first state transfer, and then promote this heat insulating strip 13 to form three-dimensional corrugated.Thereby, although this case type container C2 is likely to be of high temperature after heat treated, user remains able to the fin 13a end away from this container C1 by gripping this heat insulating strip 13, with this case type container C2 that takes as usual.
Refer to shown in Fig. 8, it it is the thermal insulation barriers of second embodiment of the invention, the place different with aforementioned first embodiment is in that: this lamellar body 1 is additionally provided with several pre-broken lines 14, more specifically, two sides of one cutting line 121 of arbitrary cutting line 12 connect a pre-broken line 14 respectively, this pre-broken line 14 extends along this first direction X towards this lamellar body 1 two side, and this pre-broken line 14 preferably extends as other cutting line 12 adjacent with this cutting line 12 on this first direction X along this first direction X.Thereby, shown in Fig. 9, when this lamellar body 1 be sheathed on a container C1 outside and be subject to the outer peripheral face of this container C1 shored time, the pre-broken line 14 connected due to this cutting line 121 2 side can produce to bend to form broken line 14 ' on this lamellar body 1 respectively, this broken line 14 ' extends along this first direction X towards this lamellar body 1 two side, may be used to assist this heat insulating strip 13 to form above-mentioned fin 13a and pull rib 13b, to form above-mentioned gas insulation hole 2 between this fin 13a and this pull rib 13b, and then this heat insulating strip 13 is made to quickly form reservation shape.This heat insulating strip 13 can be made to be more readily formed this fin 13a and pull rib 13b by arranging this pre-broken line 14, to promote the structural strength of this lamellar body 1, and it is softened at this lamellar body 1 or when pulling open, allow the strength that acts on this lamellar body 1 along described broken line 14 ' average conduction, this lamellar body 1 can be made uniformly to launch to be changed into this second state, effectively promote the ease of use of the thermal insulation barriers of second embodiment of the invention.
Furthermore, please continue with reference to shown in Fig. 8 and 9, respectively in several cutting lines 121 of this cutting line 12, the cutting line 121 connecting this lamellar body 1 side on this second direction Y has one first length h1, the cutting line 121 connecting this lamellar body 1 opposite side on this second direction Y has one second length h2, and this first length h1 is preferably more than this second length h2.Thereby, when this lamellar body 1 is inserted in this container C1 along this longitudinal direction L, this lamellar body 1 is subject to staying on the opening that the side on this second direction Y formed and will be greater than the opening that this lamellar body 1 opposite side on this second direction Y is formed, in other words, when the circulus that this lamellar body 1 is formed is subject to shoring, two sides on this second direction Y are formed the opening varied in size, the opening that user is formed easily by this lamellar body 1 side on this second direction Y is allowed to be inserted in this container C1, to increase the ease of use of the thermal insulation barriers of this second embodiment further.
Refer to shown in Figure 10, it it is lamellar body 1 partial schematic diagram of the thermal insulation barriers of third embodiment of the invention, compare several cutting lines 121 that respectively this cutting line 12 of this first and second embodiment comprises and be straight line, in the middle of the present embodiment, this cutting line 121 comprises the one first section 121a along this second direction Y arrangement, this first section 121a can be parallel to this second direction Y, and two ends of this first section 121a connect one second section 121b respectively, this second section 121b can extend along this first direction X towards the side of this lamellar body 1.Thereby, this first section 121a and this 2 second section 121b the cutting line 121 collectively constituted can form sclay texture.
Shown in Figure 11, when the thermal insulation barriers of third embodiment of the invention is actually used, this lamellar body 1 two sides on this first direction X can be combined with each other equally and make this lamellar body 1 form a circulus.When the outer peripheral face that the circulus that this lamellar body 1 is formed is subject to container is shored, the part that this heat insulating strip 13 is connected with this cutting line 121 bears the strength shored to be affected, the direction deflection of container will be directed away from, now, owing to this cutting line 121 comprises this first section 121a and is connected to 2 second section 121b of this first section 121a bis-end, this second section 121b extends along this first direction X, therefore this 2 second section 121b can provide guiding strength to make this heat insulating strip 13 form bending, in other words, this heat insulating strip 13 will form bending along this second section 121b, to be formed along this first direction X broken line 14 ' extended towards this lamellar body 1 two side on this lamellar body 1, this broken line 14 ' may be used to assist this heat insulating strip 13 to form above-mentioned fin 13a and pull rib 13b, to form above-mentioned gas insulation hole 2 between this fin 13a and this pull rib 13b, and then make this heat insulating strip 13 quickly form reservation shape.
In addition, refer to shown in Figure 12, in the present embodiment, owing to this cutting line 121 comprises this first section 121a and is connected to 2 second section 121b of this first section 121a bis-end, described 2 second section 121b can make this cutting line 121 extend, and increases the length of this cutting line 121 with equivalence.Therefore, when the lamellar body 1 of the thermal insulation barriers of the 3rd embodiment is inserted in this container C1, owing to the length of this cutting line 121 increases, the length of the pull rib 13b that the part (part that namely position, interval of two adjacent cutting lines 121 of this heat insulating strip 13 and a cutting line 12 connects) that this heat insulating strip 13 does not connect with this cutting line 121 is formed will shorten, and then makes the contact area of this pull rib 13b and this container C1 reduce；On the other hand, the length of the fin 13a that the part that this heat insulating strip 13 is connected with this cutting line 121 is formed will increase, therefore this fin 13a and this container C1) the distance D ' that formed of outer peripheral face will be greater than distance D(that the outer peripheral face of the fin 13a and this container C1 of the thermal insulation barriers of this first embodiment formed as shown in Figure 5).Accordingly, the thermal insulation barriers of the 3rd embodiment can reduce the contact area of this pull rib 13b and this container C1 and reduce, increase the distance D that the outer peripheral face of this fin 13a and this container C1 is formed simultaneously, to promote the size of the gas insulation hole 2 formed between this fin 13a and this pull rib 13b, it is possible to more preferably promote the effect of heat insulation of the present embodiment thermal insulation barriers.
Refer to shown in Figure 13, it it is another enforcement aspect of the thermal insulation barriers of third embodiment of the invention, this heat insulating strip 13 two sides on this second direction Y are equally possible forms a fillet 13 respectively, and this fillet 131 is it can be avoided that user is intended to grip the risk of the speed of action too fast lateral margin scratch being likely this lamellar body 1 during this lamellar body 1.In addition, in several cutting lines 121 of this cutting line 12, the cutting line 121 connecting this lamellar body 1 side on this second direction Y has one first length h1, the cutting line 121 connecting this lamellar body 1 opposite side on this second direction Y has one second length h2, this first length h1 is equally preferably more than this second length h2, when making the circulus that this lamellar body 1 is formed be subject to shoring, two sides on this second direction Y are formed the opening varied in size, the opening that user is formed easily by this lamellar body 1 side on this second direction Y is allowed to be inserted in this container C1, to increase the ease of use of the thermal insulation barriers of this second embodiment further.
It can thus be appreciated that, in the middle of second and third embodiment of the aforementioned present invention, by the circulus that formed in this lamellar body 1 by the process that this first state transfer is this second state, this lamellar body 1 is formed along this first direction X broken line 14 ' extended towards this lamellar body 1 two side, described broken line 14 ' is connected to two sides of the cutting line 121 of respectively this cutting line 12, this lamellar body 1 can be allowed more smoothly by the process that this first state transfer is this second state, assist this heat insulating strip 13 to form above-mentioned fin 13a and pull rib 13b simultaneously, this heat insulating strip 13 is made to quickly form reservation shape, the effects such as the ease of use of the structural strength with this lamellar body 1 of enhancement and the thermal insulation barriers promoting the present invention second and the 3rd embodiment.
Furthermore, in the middle of the 3rd embodiment, it is form sclay texture by the cutting line 121 collectively constituted by above-mentioned first section 121a and two second section 121b, when this is changed into the second state at this lamellar body 1, to be formed on this lamellar body 1 along this first direction X broken line 14 ' extended.But, this cutting line 121 also can form curved arc shape or polygon to form similar sclay texture, in other words, the cutting line 121 of the thermal insulation barriers of various embodiments of the present invention can TV structure demand and be designed as straight line or various non-directional shape, therefore the present invention is not limited with cutting line 121 aspect disclosed in previous embodiment.
Refer to shown in Figure 14, be the thermal insulation barriers of fourth embodiment of the invention, and the different place of aforementioned first embodiment is in that: this lamellar body 1 is additionally provided with a spacer portion 15 between this two joint portion 11, and this spacer portion 15 is not offered this cutting line 12.In other words, described cutting line 12 is opened in this spacer portion 15 and respectively between this joint portion 11.Shown in Figure 15, when this two joint portion 11 can be combined with each other make this lamellar body 1 form a circulus time, this spacer portion 15 can be formed in this circulus with this two joint portion 11 to become relative position, by arranging this spacer portion 15, it is possible to avoid the negative effect that its structural strength is caused by this lamellar body 1 because offering this cutting line 12 continuously.In addition; this lamellar body 1 is continuous level in the position of this spacer portion 15; shoring and deforming of said vesse C1 or case type container C2 cannot be subject to; therefore the thermal insulation barriers of the 3rd embodiment can make this spacer portion 15 and respectively bear the strength that the outer peripheral face of this container C1 or case type container C2 shores between this joint portion 11 and more concentrate; have and make this heat insulating strip 13 be more readily formed the effect of this fin 13a and pull rib 13b and dissipate, by this interval 15 part, the strength that this lamellar body 1 bears further; this heat insulating strip 13 can also be protected, it is to avoid it produces fracture situation.
Refer to shown in Figure 19, two adjacent cutting lines 12 of this lamellar body 1 have a spacing H on this first direction X, although aforementioned first, second, third and the 4th in embodiment, spacing H between the wantonly two adjacent cutting lines 12 of this lamellar body 1 is all equal, several cutting lines 12 offered on this lamellar body 1 are made to form spaced set, but, several cutting lines 12 that this lamellar body 1 is offered also can form unequal-interval.Specifically, as shown in figure 17, in section Example of the present invention, this lamellar body 1 has an axis A of parallel this first direction X, this lamellar body 1 can less than this lamellar body 1 away from the spacing H between the two adjacent cutting lines 12 of this axis A close to the spacing H between the two adjacent cutting lines 12 of this axis A, in other words, the two of this lamellar body adjacent cutting lines have a spacing on this first direction.In like manner, the spacing H between the wantonly two adjacent cutting lines 12 of this lamellar body 1 can be respectively facing this two joint portion 11 by this axis A and successively decreases.In addition, this lamellar body 1 can arrange the spacer portion 15 such as aforementioned 4th embodiment in the position of this axis A, with at user when pulling open the thermal insulation barriers of the embodiment of the present invention, the strength that this lamellar body 1 bears can be disperseed by this spacer portion 15 more fifty-fifty, and make relative this axis A of this lamellar body 1 launch symmetrically, thereby, the thermal insulation barriers of the embodiment of the present invention can bring more uniformly effect of heat insulation, has more attractive external form concurrently simultaneously.
In addition, refer to shown in Figure 15, in section Example of the present invention, this lamellar body 1 has an axis A of parallel this first direction X equally, but, spacing H between the wantonly two adjacent cutting lines 12 of this lamellar body 1 can be incremented by towards a wherein joint portion 11 of this lamellar body 1 by this axis A, and, the spacing H between the wantonly two adjacent cutting lines 12 of this lamellar body 1 can be successively decreased towards another joint portion 11 of this lamellar body 1 by this axis A.Several cutting lines 12 offered on this lamellar body 1 are made to form unequal-interval by designing, except this heat insulating strip 13 can be assisted to form above-mentioned fin 13a and pull rib 13b, the fin 13a of each heat insulating strip 13 of this lamellar body 1 can also be made away from end self-assembling formation one radian of this container C1, and then it is more light to allow user grip the posture of this lamellar body 1.
Refer to shown in Figure 16, although aforementioned first, second, third and the 4th in embodiment, two joint portions 11 of this lamellar body 1 are coated with stick to be interconnected bonding mutually by bonding way, this lamellar body 1 is made to form a circulus, but, in the middle of section Example of the present invention, two joint portions 11 of this lamellar body 1 can be respectively provided with fastener 111 and a mortise 111, this fastener 111 corresponding can pass and be incorporated into this mortise 111, makes this two joint portion 11 can pass through manner to be combined with each other.Accordingly, two joint portions 11 of the thermal insulation barriers of various embodiments of the present invention can be passed through to bond or the mode such as fastening is to be combined with each other, and this two joint portion 11 also by stitching, hot melt engages or other existing combined fixed mode is to be combined with each other；Or, this lamellar body 1 also can omit and arrange this two joint portion 11, directly adopts adhesive tape or staple to be combined with each other this lamellar body 1 two sides on this first direction X, this lamellar body 1 can be made equally to form a circulus, and the present invention is not limited thereto.
Refer to shown in Figure 17, in the middle of section Example of the present invention, this thermal insulation barriers can utilize continuation mode to produce.More specifically, in process of production, the lamellar body 1 of two adjacent thermal insulation barriers passes through this joint portion 11 to be connected with each other to the thermal insulation barriers of various embodiments of the present invention, and can be provided with a pre-tearing line 1a between the lamellar body 1 of this thermal insulation barriers.Thereby, the lamellar body 1 of several thermal insulation barriers can sequentially connect formation drum or layered laminate, to be easy to storage when this thermal insulation barriers produces shipment or to transport.When user need to use this thermal insulation barriers, only along this pre-tearing line 1a, the lamellar body 1 of a wherein thermal insulation barriers need to be torn, to obtain single thermal insulation barriers, and two joint portions 11 of this lamellar body 1 are be combined with each other make this lamellar body 1 form a circulus, namely can this thermal insulation barriers actually used.
Or, refer to shown in Figure 18, in the middle of section Example of the present invention, this thermal insulation barriers can utilize continuation mode to produce, and this lamellar body 1 can omit and arrange this two joint portion 11, makes the lamellar body 1 of several thermal insulation barriers form continuous arrangement.Accordingly, user can cut a lamellar body 1 of random length depending on user demand, namely the face that the cuts 1b that this lamellar body 1 is cut formed is positioned at two sides of this lamellar body 1, therefore directly adopt adhesive tape or staple to be combined with each other by the face that the cuts 1b of this lamellar body 1 two side, this lamellar body 1 can be made to form a circulus with this thermal insulation barriers actually used.For example, shown in Figure 19, user can utilize an adhesive tape T to be combined with each other this lamellar body 1 two side, makes this lamellar body 1 form described circulus.
According to by aforementioned structure, being mainly characterized by of the thermal insulation barriers of the present invention first, second and third embodiment:
By providing the thermal insulation barriers comprising a lamellar body 1, this lamellar body 1 has an an orthogonal first direction X and second direction Y, this lamellar body 1 two sides on this first direction X form a joint portion 11 respectively, this lamellar body offers several cutting lines 12 between this two joint portion 11, described cutting line is offered along this second direction Y respectively, and described cutting line 12 forms interval on this first direction X and arranges, respectively this cutting line 12 comprises several cutting lines 121 running through this lamellar body 1, described cutting line 121 forms interval on this second direction Y and arranges, namely the cutting line 12 that available two-phase is adjacent can define a heat insulating strip 13 on this lamellar body 1.Thereby, this two joint portion 11 can be combined with each other and make this lamellar body 1 form a circulus, when this lamellar body 1 is inserted in a container, if the girth of the circulus that the girth of the outer peripheral face of this container is formed more than this lamellar body 1, the outer peripheral face that this lamellar body 1 will be subject to this container is shored, this heat insulating strip 13 is made to form above-mentioned fin 13a and pull rib 13b, the outer peripheral face of this fin 13a and this container forms a distance D, this pull rib 13b then can abut the outer peripheral face of this container, makes the outer peripheral face formation point cantact of this lamellar body 1 and this container.
It follows that the thermal insulation barriers of various embodiments of the present invention is under unused state, this heat insulating strip 13, in plane, makes this lamellar body 1 form a smooth laminated structure, and in other words, this lamellar body 1 has less thickness, really has the effect of the overall volume reducing thermal insulation barriers.
Furthermore, the thermal insulation barriers of various embodiments of the present invention can utilize the pull rib 13b of the heat insulating strip 13 of this lamellar body 1 to form point cantact with the outer peripheral face of this container, can effectively reduce the contact area between this lamellar body 1 and this container, the high temperature conduction that content so that this container is greatly reduced has, to the speed of this lamellar body 1, has the effect promoting effect of heat insulation really.
In addition, several gas insulation hole 2 is formed between the fin 13a and the pull rib 13b of another heat insulating strip 13 of a wherein heat insulating strip 13 of this lamellar body 1, therefore the thermal insulation barriers of various embodiments of the present invention is by providing several gas insulation holes 2, described gas insulation hole 2 is distributed in this lamellar body 1, and this gas insulation hole 2 is to penetrate this lamellar body 1 and connect the perforation of outer peripheral face of this container, make there is air in the middle of this gas insulation hole 2, namely the speed that the effective slowing down heat energy of air in the middle of this gas insulation hole 2 available conducts in this lamellar body 1, really there is the effect promoting effect of heat insulation further.
In sum, thermal insulation barriers of the present invention really can reach promote the effect of heat insulation of thermal insulation barriers and reduce effect such as overall volume of thermal insulation barriers, so that user is taken by this thermal insulation barriers contains the container of high temperature content, reduce dealer provides the cost needed for this thermal insulation barriers simultaneously.
Although the present invention has utilized above-described embodiment to disclose; so it is not limited to the present invention; any it has the knack of this those skilled in the art without departing from the spirit and scope of the present invention; relative above-described embodiment carries out various change and still belongs to, with amendment, the technology category that the present invention protects, and therefore protection scope of the present invention is when being as the criterion depending on the defined person of appended claims.
Claims (18)
1. a thermal insulation barriers, it is characterised in that it comprises:
One lamellar body, this lamellar body has an orthogonal first direction and a second direction, this lamellar body can surround this second direction and form a circulus, this lamellar body offers several cutting lines along this second direction, described cutting line is upwardly formed interval in this first party and arranges, respectively this cutting line comprises several cutting lines running through this lamellar body, described cutting line is upwardly formed interval in this second party and arranges, two sides of one cutting line of one of them cutting line connect a pre-broken line respectively, and this pre-broken line extends along this first direction towards this lamellar body two side.
2. a thermal insulation barriers, it is characterised in that it comprises:
One lamellar body, this lamellar body has an orthogonal first direction and a second direction, this lamellar body can surround this second direction and form a circulus, this lamellar body offers several cutting lines along this second direction, described cutting line is upwardly formed interval in this first party and arranges, respectively this cutting line comprises several cutting lines running through this lamellar body, described cutting line is upwardly formed interval in this second party and arranges, this cutting line comprises first section arranged along this second direction, and two ends of this first section connect second section respectively, this second section extends along this first direction towards the side of this lamellar body.
3. thermal insulation barriers as claimed in claim 1 or 2, it is characterised in that the cutting line of two adjacent cutting lines is upwardly formed in this first party and shifts to install.
4. thermal insulation barriers as claimed in claim 3, it is characterized in that, one cutting line of one cutting line is overlapping with another adjacent cutting line cutting line in the first direction, two cutting lines of described overlap are opened in diverse location in this second direction so that these two cutting lines are formed can overlapping shifting to install.
5. thermal insulation barriers as claimed in claim 1, it is characterised in that described several cutting lines are respectively parallel to this second direction and offer.
6. thermal insulation barriers as claimed in claim 1 or 2, it is characterised in that two adjacent cutting lines define a heat insulating strip on this lamellar body, and this heat insulating strip two sides in this second direction form a fillet respectively.
7. thermal insulation barriers as claimed in claim 1 or 2, it is characterized in that, respectively in several cutting lines of this cutting line, the cutting line connecting this lamellar body side in this second direction has first length, the cutting line connecting this lamellar body opposite side in this second direction has second length, and this first length is more than this second length.
8. thermal insulation barriers as claimed in claim 1 or 2, it is characterised in that this lamellar body two sides on this first direction are respectively equipped with a joint portion, and several cutting lines of this lamellar body are opened between these two joint portions, and these two joint portions can be combined with each other.
9. thermal insulation barriers as claimed in claim 8, it is characterised in that this lamellar body is additionally provided with a spacer portion between these two joint portions, and described cutting line is opened in this spacer portion and respectively between this joint portion.
10. thermal insulation barriers as claimed in claim 1 or 2, it is characterised in that two adjacent cutting lines of this lamellar body have a spacing on this first direction, and the spacing between wantonly two adjacent cutting lines of this lamellar body is equal.
11. thermal insulation barriers as claimed in claim 8, it is characterized in that, this lamellar body has an axis of this first direction parallel, two adjacent cutting lines of this lamellar body have a spacing on this first direction, and the spacing between wantonly two adjacent cutting lines of this lamellar body is respectively facing this joint portion increasing or decreasing by this axis.
12. thermal insulation barriers as claimed in claim 8, it is characterised in that two joint portion coating sticks of this lamellar body, dock for these two joint portions and mutually bond, making this lamellar body form a circulus.
13. thermal insulation barriers as claimed in claim 8, it is characterized in that, one of them joint portion of this lamellar body is provided with a fastener, and another joint portion of this lamellar body is provided with a mortise, this fastener corresponding can pass and be incorporated into this mortise, makes this lamellar body form a circulus.
14. thermal insulation barriers as claimed in claim 1 or 2, it is characterized in that, the circulus that this lamellar body is formed is in order to be sheathed on an external container, this circulus has first state and second state, this circulus has first girth under this first state, this circulus has second girth under this second state, this first girth is less than the girth of the outer peripheral face of this container, this second girth is equal to the girth of the outer peripheral face of this container, and the outer peripheral face of this container can shore this lamellar body and make this circulus be this second state by this first state transfer.
15. thermal insulation barriers as claimed in claim 14, it is characterized in that, two adjacent cutting lines define a heat insulating strip on this lamellar body, this circulus is under this first state, the part that this heat insulating strip is connected with a cutting line of one of them cutting line forms a fin, the outer peripheral face of this fin and this container forms a distance, and the part that the position, interval of two adjacent cutting lines of this heat insulating strip and this cutting line connects forms a pull rib, and this pull rib can abut the outer peripheral face of this container.
16. thermal insulation barriers as claimed in claim 15, it is characterized in that, one fin of one heat insulating strip pulls rib phase para-position with one of another adjacent heat insulating strip on this first direction, making between this fin and this pull rib one gas insulation hole of formation, this gas insulation hole penetrates this lamellar body and connects the perforation of outer peripheral face of this container.
17. thermal insulation barriers as claimed in claim 1, it is characterized in that, the circulus that this lamellar body is formed is in order to be sheathed on an external container, this circulus has first state and second state, this circulus has first girth under this first state, this circulus has second girth under this second state, this first girth is less than the girth of the outer peripheral face of this container, this second girth is equal to the girth of the outer peripheral face of this container, and the outer peripheral face of this container can shore this lamellar body and make this circulus be this second state by this first state transfer, this circulus is under this second state, the pre-broken line that this cutting line two side connects can produce bending respectively, to form broken line on this lamellar body, this broken line extends along this first direction towards this lamellar body two side.
18. thermal insulation barriers as claimed in claim 1, it is characterized in that, the circulus that this lamellar body is formed is in order to be sheathed on an external container, this circulus has first state and second state, this circulus has first girth under this first state, this circulus has second girth under this second state, this first girth is less than the girth of the outer peripheral face of this container, this second girth is equal to the girth of the outer peripheral face of this container, and the outer peripheral face of this container can shore this lamellar body and make this circulus be this second state by this first state transfer, this circulus is under this second state, this heat insulating strip will form bending along this second section, to form the broken line extended towards this lamellar body two side along this first direction on this lamellar body.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910373837.3A CN110282266A (en) | 2014-12-01 | 2014-12-01 | Thermal insulator |
| CN201410717223.XA CN105711968B (en) | 2014-12-01 | 2014-12-01 | Thermal insulator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410717223.XA CN105711968B (en) | 2014-12-01 | 2014-12-01 | Thermal insulator |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910373837.3A Division CN110282266A (en) | 2014-12-01 | 2014-12-01 | Thermal insulator |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105711968A true CN105711968A (en) | 2016-06-29 |
| CN105711968B CN105711968B (en) | 2019-06-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410717223.XA Expired - Fee Related CN105711968B (en) | 2014-12-01 | 2014-12-01 | Thermal insulator |
| CN201910373837.3A Pending CN110282266A (en) | 2014-12-01 | 2014-12-01 | Thermal insulator |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910373837.3A Pending CN110282266A (en) | 2014-12-01 | 2014-12-01 | Thermal insulator |
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| CN (2) | CN105711968B (en) |
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| US6250545B1 (en) * | 2000-05-31 | 2001-06-26 | M&N Plastics, Inc. | Insulative sleeve for disposable hot drink cup |
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- 2014-12-01 CN CN201410717223.XA patent/CN105711968B/en not_active Expired - Fee Related
- 2014-12-01 CN CN201910373837.3A patent/CN110282266A/en active Pending
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| US2261307A (en) * | 1938-11-08 | 1941-11-04 | Still William George | Thermal insulating material |
| US5667135A (en) * | 1996-04-17 | 1997-09-16 | Sweetheart Cup Company, Inc. | Thermal insulating sleeve for drink cups |
| JP2000247377A (en) * | 1999-02-26 | 2000-09-12 | Oji Paper Co Ltd | Heat-retentive and heat-insulating container |
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| CN104139926A (en) * | 2013-05-08 | 2014-11-12 | 联羿设计实业有限公司 | Thermal insulation member |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105711968B (en) | 2019-06-11 |
| CN110282266A (en) | 2019-09-27 |
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