CN208700944U - Bonding structure - Google Patents

Abstract

The utility model provides a kind of bonding structure, includes: an ontology；The upper and lower two sides of the ontology are respectively provided with one first side and a second side, the selection of one first colloid layer is any set on aforementioned first side, second side, first colloid layer has plural first passage, first colloid layer is defined plural first blob of viscose by the plural number first passage, plural first passage is set by first colloid layer, fitting is easier when the ontology being enabled to be bonded with other units and does not generate gap and bubble.

Description

Bonding structure

Technical field

The utility model relates to a kind of bonding structures, and espespecially one kind can increase ontology and more closely be bonded not with other elements Generate the bonding structure in bubble and gap.

Background technique

Existing bonding structure its at least side sets sticking glue-line or glue class, be mainly used in the base unit to be bonded Paste protection or sealing；Or the base unit to be linked two is connected with each other fitting integrally.

And above-mentioned bonding structure is substantially divided into two kinds of patterns of one side glue and double-sided adhesive, such as hand-held device screen with The laminating type of screen protector is one side glue pattern, i.e., pastes one layer on screen protector (plastic film or glass flake) Plane glue enables screen protector that can be bonded or be bonded on screen to protect screen to prevent to scratch or damage；And graphite It is then double faced adhesive tape mould assembly formula that piece, which is bonded used in object with hand-held device backboard or heat carrier with time, and double-sided adhesive pattern ties up to The upper and lower two sides of the plate body of PET material are each provided with a layer plane glue, and the upper and lower two side planes glue is enabled to paste or be adhered to respectively On on the inside of the graphite flake and hand-held device backboard, the two is made to be integrally combined；But since both paste and secondary fitting object exist The foreign matters such as imporosity between the two and bubble must be kept to exist when being bonded, avoid generating the facts being not exclusively bonded when fitting Occur, and because the viscosity of viscose glue is that disposable bonding uses, therefore can not carry out heavy industry, is then bonded and needs certain proficiency, but Whether the bonding structure of one side glue or double-sided adhesive pattern due to its be all using plane glue as binder, fitting Shi Douyi Generation can not be bonded and be bonded completely poor flatness and gauffer or cavitation occurs.

In addition also there is dealer that silica gel is selected to be bonded use as colloid help, silica gel is that one kind there can be viscosity or inviscid The glue-line of characteristic is then bonded by electrostatic help, but when selecting the silica gel of non-stick characteristics because silica gel is the side covered comprehensively Formula is set to the side of protector, and when fitting must keep protector and screen not to have gap or bubble between the two, so that with The state of complete close adhesion both is enabled, though it is more convenient than the laminating type of aforementioned viscose glue and heavy industry, identical needs can be carried out The operation that certain proficiency makes to be bonded.

Therefore how to improve single object paste protection or sealing or two articles or the fitting of multilayer object is more convenient and fast Speed is not easy failure, reach completely fitting and fitting flatness good the phenomenon that not generating fold or gap be then that this dealer is primary Improved target.

Utility model content

In this way, to solve the disadvantage that the above-mentioned prior art, the main purpose of the utility model are to provide one kind to increase by two The bonding structure of gap and bubble is more simply bonded to each other and not generated between base matrix.

In order to achieve the above object, the utility model provides a kind of bonding structure, it is characterized in that comprising:

One ontology has one first side and a second side；

One first colloid layer, selection is any set on aforementioned first side, second side, and first colloid layer has plural number First passage.

The bonding structure, in which: the plural number first passage of first colloid layer is transversely and longitudinally staggered company It connects, and first colloid layer segmentation is defined as plural first blob of viscose by the plural number first passage, the plural number first passage is two The space of a hollow cavity shaped is formed between two first blob of viscoses.

The bonding structure, in which: the first blob of viscose horizontal section is rounded or multiangular or other geometric figures.

The bonding structure, in which: first colloid layer has viscosity or do not have viscosity.

The bonding structure, in which: the side of the opposite ontology of first colloid layer has a protective layer, the guarantor Sheath is the sheet of a release paper or a silica gel or an oil film piece or a macromolecule material.

The bonding structure, in which: the first side of the ontology has one second colloid layer, the second colloid layer tool Have plural second channel, the plural number second channel transversely and longitudinally staggered connection, and the plural number second channel by this second Colloid layer is divided into plural second blob of viscose, and plural number the second blob of viscose horizontal section is rounded or polygonal or other geometric figures.

The bonding structure, in which: there is one first connector, first connector of plural number between first blob of viscose of plural number Both ends are separately connected adjacent first blob of viscose of plural number.

The bonding structure, in which: the one fitting object of side connection of the opposite ontology of second colloid layer and indirectly The primary fitting object of connection, the fitting object and secondary fitting object material are metals or nonmetallic or complete structure finished unit, described Metal material is gold, silver, copper or aluminium or stainless steel or titanium, and the non-metallic material is porous sintered body or graphite or macromolecule Polymer or natural polymer, the porous sintered body are ceramics or semiconductor, and the high molecular polymer is foam or gathers Ethylene or polyvinyl chloride or nylon or polytetrafluoroethylene (PTFE) or silica resin, the natural polymer are shellac or amber or protein Or nucleic acid, the complete structure finished unit are a temperature-uniforming plate or a heat pipe or hand-hold device casing or a substrate or a circuit Plate.

The bonding structure, in which: the ontology material is metal or non-metallic material, the metal material be gold, Silver, copper or aluminium or stainless steel or titanium, the non-metallic material are porous sintered body or graphite or high molecular polymer or natural Polymer, the porous sintered body is ceramics or semiconductor, the high molecular polymer are foam or polyethylene or polychlorostyrene second Alkene or nylon or polytetrafluoroethylene (PTFE) or silica resin, the natural polymer are shellac or amber or protein or nucleic acid.

The bonding structure, in which: the ontology has flexible or inflexible.

The bonding structure, in which: plural number the first blob of viscose arrangement mode is in equidistant or non-equidistant.

The bonding structure, in which: plural number the first blob of viscose arrangement mode is in any block dense arrangement or any area The mode of block not dense arrangement is arranged.

The bonding structure, in which: the plural number first passage of first colloid layer does not interlock in transverse direction and longitudinal direction, And first colloid layer is divided into plural first adhesive tape by the plural number first passage, first adhesive tape of plural number selection be in it is oblique or Radial fashion is extended.

The bonding structure, in which: the ontology is transparent or opaque or semi-transparency property.

The bonding structure, in which: the ontology is in light-permeable or impermeable light characteristic.

The utility model is mainly by being arranged one first glue in at least side of ontology (the first side, second side are any) Body layer helps the ontology and other binding articles or is bonded, and because the plural first passage set by first colloid layer should First colloid layer is divided into that plural strip is dotted or block-like kenel (plural first blob of viscose), when the ontology so being enabled to be bonded, It can enable and be discharged with the air being bonded between object, the two fitting is made to fit closely not warpage more completely, reach fitting completely and fitting The good fold that do not generate of flatness generates gap, enables fitting work more simple and convenient.

Detailed description of the invention

Fig. 1 is the stereo decomposing of the utility model bonding structure first embodiment；

Fig. 2 is the assembled sectional view of the utility model bonding structure first embodiment；

Fig. 3 a is the first blob of viscose schematic diagram of the utility model bonding structure first embodiment；

Fig. 3 b is the first blob of viscose schematic diagram of the utility model bonding structure first embodiment；

Fig. 4 is the assembled sectional view of the second embodiment of the utility model bonding structure；

Fig. 5 is the assembled sectional view of the 3rd embodiment of the utility model bonding structure；

Fig. 6 is the fourth embodiment assembled sectional view of the utility model bonding structure；

Fig. 7 is the 5th embodiment assembled sectional view of the utility model bonding structure；

Fig. 8 is the sixth embodiment assembled sectional view of the utility model bonding structure；

Fig. 9 a is the 7th embodiment assembled sectional view of the utility model bonding structure；

Fig. 9 b is the 7th embodiment assembled sectional view of the utility model bonding structure；

Fig. 9 c is the 7th embodiment assembled sectional view of the utility model bonding structure；

Figure 10 is the 8th embodiment top view of the utility model bonding structure；

Figure 11 a is the 9th embodiment top view of the utility model bonding structure；

Figure 11 b is the 9th embodiment top view of the utility model bonding structure；

Figure 12 is the tenth embodiment schematic diagram of the utility model bonding structure.

Description of symbols: ontology 1；First side 11；Second side 12；First colloid layer 13；First passage 131；First glue Block 132；First connector 133；First adhesive tape 134；Protective layer 15；Second colloid layer 16；Second channel 161；Second blob of viscose 162；It is bonded object 17；Secondary fitting object 18.

Specific embodiment

The above-mentioned purpose and its structure of the utility model and characteristic functionally, by the preferred embodiment according to institute's accompanying drawings The ratio for being explained, and illustrating only clearly discloses each interstructural corresponding relationship, and related ratio is not limited to diagram Performance.

Please refer to Fig. 1, Fig. 2, Fig. 3 a, Fig. 3 b be the utility model bonding structure first embodiment stereo decomposing and combination Cross-sectional view and the first blob of viscose schematic diagram, as shown, the bonding structure, includes: an ontology 1；

The upper and lower two sides of ontology 1 are respectively provided with one first side 11 and a second side 12.

It is any that the selection of one first colloid layer 13 is set to aforementioned first side, second side 11,12, the selection of the present embodiment system It is set to the second side 12, but does not regard it as and is limited, first colloid layer 13 has plural first passage 131.

The ontology 1 has flexible or inflexible any, and the ontology 1 is transparent opaque or translucent Or light-permeable or opaque any characteristic.

1 material of ontology is that metal or non-metallic material are any, metal material (such as gold, silver, copper or aluminium or not Become rusty steel or titanium) etc. metals.

Non-metallic material is porous sintered body (such as ceramics or semiconductor) or graphite or high molecular polymer or natural poly- Conjunction object is any, and the high molecular polymer is foam or polyethylene or polyvinyl chloride or nylon or polytetrafluoroethylene (PTFE) or silicon oxygen Resin is any, and the natural polymer is that shellac (shellac) or amber or protein or nucleic acid are any.

The ontology 1 can also be a kind of finished product structure body, such as a circuit substrate or a heat pipe or a temperature-uniforming plate or a touch-control Screen or a protection pad pasting are any.

First colloid layer 13 131 system of plural number first passage selection transverse direction and longitudinal direction and it is oblique with staggeredly or non-friendship Mistake connection setting, with this, 131 transverse direction and longitudinal direction of plural number first passage is interlaced is provided as illustrating embodiment for the present embodiment system, And first colloid layer 13 segmentation is defined as the first blob of viscose 132 of plural equal part or non-equal part by the plural number first passage 131, 132 arrangement mode of the first blob of viscose of plural number is any in equidistant or non-equidistant.

The plural number first passage 131 forms the space of a hollow cavity shaped, the plural number between this two-by-two adjacent the first blob of viscose 132 First blob of viscose, 132 horizontal section rounded (Fig. 3 a) or multiangular (Fig. 3 b) or other geometric figures are any, the plural number One blob of viscose 132 can be formed in second side 12 of the ontology 1 by mode for dispensing glue, and first colloid layer 13 is with viscous Property or do not have viscosity characteristic it is any, if selection has sticking first colloid layer 13, which is heat Cure adhesive or contact adhesive or thermoplastic elastomeric binder or hot-melt adhesive are any, and another person, adhesive can With comprising rubber adhesive or acryloid cement or polyurethane adhesive or epobond epoxyn it is any or And combinations thereof.

Referring to Fig. 4, being the second embodiment assembled sectional view of the utility model bonding structure, as shown, this implementation Example part-structure is identical as aforementioned first embodiment therefore will not be described in great detail herein, and only the present embodiment and aforementioned first embodiment be not It exists together and is that the side of the opposite ontology 1 of first colloid layer 13 has a protective layer 15, the protective layer 15 is one release The sheet of paper or a silica gel or an oil film piece or a macromolecule material, the high molecular sheet are polyvinyl chloride or polyphenyl Ethylene or polypropylene are any.

Referring to Fig. 5, being the 3rd embodiment assembled sectional view of the utility model bonding structure, as shown, this implementation Example part-structure is identical as aforementioned first embodiment therefore will not be described in great detail herein, and only the present embodiment and aforementioned first embodiment be not It exists together and is that the first side 11 of the ontology 1 has one second colloid layer 16, which is totally coated with for one in this The plane glue on 11 surface of the first side.

Referring to Fig. 6, being the fourth embodiment assembled sectional view of the utility model bonding structure, as shown, this implementation Example part-structure is identical with aforementioned third embodiment therefore will not be described in great detail herein, only the present embodiment with aforementioned fourth embodiment not It exists together and is that second colloid layer 16 has plural second channel 161,161 transverse direction and longitudinal direction of plural number second channel is with staggeredly Or noninterlace connection is any, the present embodiment system implements not regard it as to be limited to interlock as illustrating, the plural number second channel Second colloid layer 16 segmentation is defined plural second blob of viscose 162 by 161, enables second colloid layer 16 as mode for dispensing glue is in this First side, 11 surface forms second blob of viscose of plural number 162, and plural number second blob of viscose 162 is rounded or rectangular or triangle or ladder type Or other geometric figures are any, the present embodiment system is using rectangular as illustrating embodiment.

Can also by the aspect of revealed second colloid layer 16 of the 3rd embodiment and fourth embodiment (it is dotted with it is flat Face) it is mashed up carry out using (not shown), and the profile shape of second colloid layer 16 of these described planes and dotted kenel It can also be symmetrically or non-symmetrically any kenel setting.

Referring to Fig. 7, being the 5th embodiment stereogram exploded view of the utility model bonding structure, as shown, this implementation Example part-structure is identical as aforementioned first embodiment therefore will not be described in great detail herein, and only the present embodiment and aforementioned first embodiment be not Existing together has one first connector 133 between being first blob of viscose of plural number 132, which connects respectively Connect adjacent first blob of viscose of plural number 132.

Referring to Fig. 8, being the sixth embodiment assembled sectional view of the utility model bonding structure, as shown, this implementation Example part-structure is identical as aforementioned third embodiment therefore will not be described in great detail herein, and only the present embodiment and aforementioned third embodiment be not It exists together and is the one fitting object 17 of side connection of the opposite ontology 1 of second colloid layer 16 and in addition combined with primary fitting object 18 illustrate embodiment, and the fitting object 17 and secondary 18 material of fitting object are that metal or non-metallic material are any, metal material The metals such as matter (gold, silver, copper or aluminium or stainless steel or titanium).

Non-metallic material is porous sintered body (such as ceramics or semiconductor) or graphite or high molecular polymer or natural poly- Conjunction object is any, and the high molecular polymer is foam or polyethylene or polyvinyl chloride or nylon or polytetrafluoroethylene (PTFE) or silicon oxygen Resin is any, and the natural polymer is that shellac (shellac) or amber or protein or nucleic acid are any.

The fitting object 17 and secondary fitting object 18 can also be complete structure finished unit such as a temperature-uniforming plate or a heat pipe or proficiency It holds apparatus housing or a substrate or a circuit board is any, and can also be by being arranged again in the other side of the fitting object 17 Another second colloid layer 16 is bonded object 18 with another time again by second colloid layer 16 and carries out stacking fitting.

It is adjacent two-by-two if the present embodiment mainly discloses multiple fitting objects 17 and time is bonded the combination that object 18 need to coincide Fitting object 17 with time be bonded object 18 and is then bonded between the two by the way that second colloid layer 16 help is arranged.

It indicates, if having when time being bonded object 18 and need to carry out fitting work of lamination coating object 17 and multilayer, laminated sequence One second colloid layer 16 is set for 1 side of ontology, a fitting object 17 is arranged in the side of the opposite ontology 1 of second colloid layer 16 again Another second colloid layer 16 is arranged in the side of (such as graphite), opposite aforementioned second colloid layer 16 of the fitting object 17 (graphite) again, Primary fitting object 18 (copper), the secondary fitting is arranged in the side of opposite aforementioned fitting object 17 (graphite) of second colloid layer 16 again afterwards Another second colloid layer 16 ... so sequentially laminated alternating is arranged in the side of opposite aforementioned second colloid layer 16 of object 18 (copper) again Setting, and the set-up mode of second colloid layer 16 can be that the mode of the mode being totally coated with or local dispensing setting is wherein appointed One does not regard it as limit.

Fig. 9 a, Fig. 9 b, Fig. 9 c are please referred to, is the 7th embodiment assembled sectional view of the utility model bonding structure, is such as schemed Shown, the present embodiment part-structure is identical as aforementioned fourth embodiment therefore will not be described in great detail herein, only the present embodiment and aforementioned the The longitudinal profile of first blob of viscose of plural number 132 for being different in the first body glue-line 13 of four embodiments (figure triangular in shape 9a) or ladder type (Fig. 9 b) or semicircle (Fig. 9 c) it is any.

Referring to Fig. 10, being the 8th embodiment schematic diagram of the utility model bonding structure, as shown, the present embodiment portion Separation structure is identical as aforementioned first embodiment therefore will not be described in great detail herein, and only the present embodiment and aforementioned first embodiment do not exist together It is 132 arrangement mode of the first blob of viscose of plural number in any block dense arrangement, the mode of any block not dense arrangement is arranged.

Figure 11 a, Figure 11 b are please referred to, is the 9th embodiment schematic diagram of the utility model bonding structure, as shown, this Embodiment part-structure is identical as aforementioned first embodiment therefore will not be described in great detail herein, only the present embodiment and aforementioned first embodiment 131 transverse direction and longitudinal direction of plural number first passage for being different in first colloid layer 13 do not interlock, and plural number First colloid layer 13 is divided into plural first adhesive tape 134 by one channel 131, first adhesive tape of plural number 134 selection be in it is oblique (such as Figure 11 a) or radial (such as Figure 11 b) any mode be extended.

Figure 12 is please referred to, is the tenth embodiment schematic diagram of the utility model bonding structure, as shown, the present embodiment portion Separation structure is identical as aforementioned sixth embodiment therefore will not be described in great detail herein, and only the present embodiment and aforementioned sixth embodiment do not exist together It is that the attaching of the first colloid layer 13 set by second side 12 of the ontology 1 and a back-cover 2 is combined, and the of the ontology 1 Second colloid layer 16 set by side 11 is then bonded the fitting of object 17 with one, and 17 system of fitting object of the present embodiment is using graphite as saying It is bright do not regard it as be limited, and the side of opposite second colloid layer 16 of the fitting object 17 may also set up another second colloid layer 16, and the side setting of the opposite fitting object 17 of second colloid layer 16 is once bonded object 18, and this illustrates time of embodiment Being bonded object 18 is that copper or aluminium or titanium are any, and the side of opposite second colloid layer 16 of described fitting object 18 is settable another Second colloid layer 16, and object 17 is bonded or secondary fitting object 18 is bonded with another again by second colloid layer 16 selection.

The utility model is mainly by the way that in at least one or both sides of ontology 1, (the first side, second side 11,12 are wherein simultaneously It is any) one first colloid layer 13 of setting, and plural first passage 131 is opened up in first colloid layer 13 simultaneously, enable first glue Body layer 13 is divided into that plural strip is dotted or block-like kenel (plural first colloid 132 or the by the first passage 131 One adhesive tape 134), it so enables the ontology 1 that can be bonded object or element or unit with other and carries out extra sky when stratiform stacks setting Gas can be discharged by the first passage 131, and be can help to heat dissipation and be used, and be enabled more easily tight when fitting object is bonded two-by-two Closely connected conjunction not warpage, reaches that fitting completely and fitting flatness, smooth degree is splendid does not generate fold and gap, is greatly reduced two Time of stratiform fitting and required technical is carried out between structural body.

Claims (15)

1. a kind of bonding structure, it is characterized in that comprising:

One ontology has one first side and a second side；

One first colloid layer, selection is any set on aforementioned first side, second side, and first colloid layer has plural number first Channel.

2. bonding structure according to claim 1, it is characterised in that: the plural number first passage edge of first colloid layer Transverse direction and longitudinal direction is cross-linked, and first colloid layer segmentation is defined as plural first blob of viscose by the plural number first passage, should Plural first passage forms the space of a hollow cavity shaped between the first blob of viscose two-by-two.

3. bonding structure according to claim 2, it is characterised in that: the first blob of viscose horizontal section is rounded or polygonal Type.

4. bonding structure according to claim 1, it is characterised in that: first colloid layer has viscosity or do not have viscous Property.

5. bonding structure according to claim 1, it is characterised in that: the side tool of the opposite ontology of first colloid layer There is a protective layer, the protective layer is the sheet of a release paper or a silica gel or an oil film piece or a macromolecule material.

6. bonding structure according to claim 1, it is characterised in that: the first side of the ontology has one second colloid Layer, second colloid layer have a plural second channel, and transversely and longitudinally staggered connection, and this is answered the plural number second channel Second colloid layer is divided into plural second blob of viscose by number second channel, and plural number the second blob of viscose horizontal section is rounded or polygonal Shape.

7. bonding structure according to claim 1, it is characterised in that: have one first connection between first blob of viscose of plural number Body, the first connector of plural number both ends are separately connected adjacent first blob of viscose of plural number.

8. bonding structure according to claim 6, it is characterised in that: the side of the opposite ontology of second colloid layer connects It connects a fitting object and is indirectly connected with primary fitting object, the fitting object and secondary fitting object material are gold or silver or copper or aluminium or stainless Steel or titanium or graphite or ceramics or semiconductor or foam or polyethylene or polyvinyl chloride or nylon or polytetrafluoroethylene (PTFE) or silicon oxygen tree Rouge or shellac or amber or protein or nucleic acid or a temperature-uniforming plate or a heat pipe or hand-hold device casing or a substrate or an electricity Road plate.

9. bonding structure according to claim 1, it is characterised in that: the ontology material is gold or silver or copper or aluminium or not Become rusty steel or titanium or graphite or ceramics or semiconductor or foam or polyethylene or polyvinyl chloride or nylon or polytetrafluoroethylene (PTFE) or silicon oxygen Resin or shellac or amber or protein or nucleic acid.

10. bonding structure according to claim 1, it is characterised in that: the ontology has flexible or inflexible.

11. bonding structure according to claim 2, it is characterised in that: plural number the first blob of viscose arrangement mode in equidistant or Non-equidistant.

12. bonding structure according to claim 2, it is characterised in that: plural number the first blob of viscose arrangement mode is in any area The mode of block dense arrangement or any block not dense arrangement is arranged.

13. bonding structure according to claim 2, it is characterised in that: the plural number first passage of first colloid layer Do not interlock in transverse direction and longitudinal direction, and first colloid layer is divided into plural first adhesive tape, the plural number by the plural number first passage The selection of first adhesive tape is extended in oblique or radial fashion.

14. bonding structure according to claim 1, it is characterised in that: the ontology is transparent opaque or translucent Characteristic.

15. bonding structure according to claim 1, it is characterised in that: the ontology is in light-permeable or impermeable light characteristic.