CN104486462A - Handset production method, handset sealing gasket production method and handset - Google Patents
Handset production method, handset sealing gasket production method and handset Download PDFInfo
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- CN104486462A CN104486462A CN201410614779.6A CN201410614779A CN104486462A CN 104486462 A CN104486462 A CN 104486462A CN 201410614779 A CN201410614779 A CN 201410614779A CN 104486462 A CN104486462 A CN 104486462A
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Abstract
The invention discloses a handset production method. The handset production method comprises steps that, S1, independent sealing parts are cut, one faces of the sealing parts are provided with first pasting layers, and the other faces of the sealing parts are provided with second pasting layers; S2, the first pasting layers are utilized to paste each independent sealing part on a thin film, and the sealing parts are connected end by end to form an enclosed framework; S3, the second pasting layers are utilized to paste the other faces of the sealing parts on a casing of a handset; and S4, the thin film layer is torn, the first pasting layers are reserved on the sealing parts, and a screen cover board covers the first pasting layers. Each sealing part is independently cut, each independent sealing part is connected to form a framework-shaped sealing layer, the sealing layer is further pasted on the thin film to form a sealing gasket, the utilization rate of raw materials is greatly improved, production cost of the handset sealing gasket is reduced, so production cost of the handset is reduced, resources are saved, and environmental protection and energy saving are facilitated.
Description
Technical field
The present invention relates to communication field, in particular, relate to a kind of production method of mobile phone, the production method of mobile phone sealing gasket and mobile phone.
Background technology
Sealing gasket between usual mobile phone screen and housing is stamping forming, and stamping forming mode needs the larger raw material of use one monoblock carry out punching press and cut out, very large to the waste of material like this, not only increases material cost, and is unfavorable for environmental protection.
Summary of the invention
Technical problem to be solved by this invention is to provide and a kind ofly reduces the production method of the mobile phone of sealing gasket cost, the production method of mobile phone sealing gasket and mobile phone.
The object of the invention is to be achieved through the following technical solutions:
A production method for mobile phone, comprises the following steps,
S1: cut out independently seal member, seal member one side is provided with the first adhered layer, and another side has the second adhered layer;
S2: use the first adhered layer to be pasted onto on thin layer by each independently seal member, the sealant of the frame shaped that the end to end formation of seal member is closed;
S3: use the second adhered layer to paste on the housing of mobile phone by the another side of seal member;
S4: tear thin layer off, is retained on seal member by the first adhered layer, is covered on the first adhered layer by screen cover plate.
Further, step S1 comprises and cuts out thin layer and cut out line level, and line level arranges the pairs of bit line of seal member; Step S2 comprises, and with reference to the pairs of bit line in line level, uses the first adhered layer to paste in thin layer and line level by each independently seal member simultaneously; Step S4 comprises, and tears thin layer and line level off.Cut out line level, line level arranges the pairs of bit line of seal member, and with reference to the pairs of bit line in line level, use the first adhered layer to paste in thin layer and line level by each independently seal member simultaneously, so just can conveniently produce in batches, seal member is all pasted onto in line level, so just not only facilitates positioning control when producing, and convenient batch production.
Further, cut out thin layer in step S1 to comprise and cut out the first film layer and the second thin layer; In step S2, in sealant, a part of seal member is pasted onto on the first film layer by the first adhered layer, another part seal member is pasted onto on the second thin layer, and the seal member be pasted onto on the first film layer is pasted onto in line level with the seal member be pasted onto on the second thin layer all simultaneously.Cut out the first film layer and the second thin layer, can speed production efficiency, seal member a part of in sealant is pasted onto on the first film layer by the first adhered layer, another part seal member is pasted onto on the second thin layer, again by the first film layer and the combination of the second thin layer after can completing respectively like this, thus improve production efficiency.
Further, cut out independently seal member in described step S1 to comprise and cut out the first seal member, the second seal member, the 3rd seal member and the 4th seal member, in described step S2, first seal member is pasted onto one end of the first film layer, 3rd seal member is pasted onto the other end of the first film layer, second seal member is pasted onto one end of the second thin layer, 4th seal member is pasted onto the other end of the second thin layer, the framework that the first seal member, the second seal member, the 3rd seal member and the end to end composition of the 4th seal member are rectangular-shaped.First seal member, the second seal member, the 3rd seal member and the 4th seal member form rectangular-shaped framework, easy to assembly, and this structure saves raw material more.
Further, described the first film layer has first side, second side, the 3rd side and four side, described first seal member is pasted onto first side, described 3rd seal member is pasted onto the 3rd side, and the spacing between described second seal member and the 4th seal member is greater than the spacing between second side and four side; Described second thin layer has the 5th side, the 6th side, heptalateral limit and the 8th side, described second seal member is pasted onto the 6th side, described 4th seal member is pasted onto the 8th side, and the spacing between described first seal member and the 3rd seal member is greater than the 5th spacing between side and heptalateral limit.Spacing between second seal member and the 4th seal member is greater than the spacing between second side and four side, spacing between first seal member and the 3rd seal member is greater than the 5th spacing between side and heptalateral limit, time like this on the first side the first seal member being pasted the first film layer and in line level, the impact of the second thin layer can not be subject to, equally, at stickup second seal member, the 3rd seal member and the 4th seal member, also can not be subject to the interference of thin layer, thus ensure normally carrying out of stickup.
Further, the first breach coordinated with the second seal member is cut out in one end that step S1 is also included in the first seal member, the second breach coordinated with the 4th seal member is cut out at the other end of the first seal member, the 3rd breach coordinated with the second seal member is cut out in one end of the 3rd seal member, cut out the 4th breach coordinated with the 4th seal member at the other end of the 3rd seal member, described first seal member is also provided with the camera hole coordinated with mobile phone camera and coordinate with earpiece go out sound breach.The first breach coordinated with the second seal member is cut out in one end of the first seal member, the second breach coordinated with the 4th seal member is cut out at the other end of the first seal member, the 3rd breach coordinated with the second seal member is cut out in one end of the 3rd seal member, the 4th breach coordinated with the 4th seal member is cut out at the other end of the 3rd seal member, like this can at the first seal member, second seal member, when 3rd seal member and the 4th seal member form a framework, first breach can be passed through, second breach, 3rd breach and the 4th breach position, facilitate the first seal member, second seal member, the assembling of the 3rd seal member and the 4th seal member, and this structure can also prevent the light leak being arranged on the seam crossing after on mobile phone between seal member of sealing gasket.Arrange camera hole and go out sound breach, what can facilitate the work of mobile phone camera and receiver goes out sound.
Further, step S1 comprises, and the second seal member cut out is identical with the size shape of the 4th seal member.Second seal member is identical with the size shape of the 4th seal member, can the production of convenient second seal member and the 4th seal member, and saves raw material further.
Further, step S1 is included on thin layer and processes at least two location holes; Step S1 is also included on thin layer and offers through hole, arranges the protuberance be fixedly connected with thin layer in through hole.Hole, position can conveniently be installed, and thin layer arranges protuberance and can facilitate tearing of thin layer.
A production method for mobile phone sealing gasket, comprises the following steps,
S1: cut out independently seal member, seal member one side is provided with the first adhered layer, and another side has the second adhered layer, and described second adhered layer is provided with diaphragm;
S2: use the first adhered layer to be pasted onto on thin layer by each independently seal member, the sealant of the frame shaped that the end to end formation of seal member is closed.
Adopt the mobile phone that this production method is produced, cut out separately each seal member, then each independent sealed parts are coupled together, surround the sealant of a frame shaped, sealant is pasted onto on thin layer simultaneously, form sealing gasket, the waste material identical with the shape of through holes size of sealant produced when doing so avoids sealant entirety stamping-out, because the shape of independently seal member is strip substantially, therefore cut out these seal members and only can produce few waste material, compared with waste material before, substantially increase raw-material utilance, greatly reduce the cost producing mobile phone sealing gasket, thus reduce the cost producing mobile phone, save resource, be of value to environmental protection and energy-conservation.
A kind of mobile phone, have employed the production method of any mobile phone above-mentioned.
Adopt the mobile phone that this production method is produced, cut out separately each seal member, then each independent sealed parts are coupled together, surround the sealant of a frame shaped, sealant is pasted onto on thin layer simultaneously, form sealing gasket, the waste material identical with the shape of through holes size of sealant produced when doing so avoids sealant entirety stamping-out, because the shape of independently seal member is strip substantially, therefore cut out these seal members and only can produce few waste material, compared with waste material before, substantially increase raw-material utilance, greatly reduce the cost producing mobile phone sealing gasket, thus reduce the cost producing mobile phone, save resource, be of value to environmental protection and energy-conservation.
During sealing gasket between usual production mobile phone screen cover plate and housing, that the raw material getting one piece of rectangle carry out shaping punching press, due to sealing gasket shaping after shape be a frame shaped, centre is through hole, like this to after raw material punching press, what obtain is exactly the sealing gasket of frame shaped and the waste material identical with the shape of through holes size of framework, because the area of framework through hole is larger, can not again be utilized again, so the larger waste material of this block area just causes great waste, raw-material utilance is just very low, make like this cost of sealing gasket occupy high-leveled and difficult under, and pollute, be unfavorable for environmental protection.The present invention is owing to cutting out independently seal member, and seal member one side is provided with the first adhered layer, and another side has the second adhered layer; The first adhered layer is used to be pasted onto on thin layer by each independently seal member, the framework that the end to end formation of seal member is closed; The second adhered layer is used to paste on the housing of mobile phone by the another side of seal member; Tear thin layer off, the first adhered layer is retained on seal member, screen cover plate is covered on the first adhered layer.Adopt the mobile phone that this production method is produced, cut out separately each seal member, then each independent sealed parts are coupled together, surround the sealant of a frame shaped, sealant is pasted onto on thin layer simultaneously, form sealing gasket, the waste material identical with the shape of through holes size of sealant produced when doing so avoids sealant entirety stamping-out, because the shape of independently seal member is strip substantially, therefore cut out these seal members and only can produce few waste material, compared with waste material before, substantially increase raw-material utilance, greatly reduce the cost producing mobile phone sealing gasket, thus reduce the cost producing mobile phone, save resource, be of value to environmental protection and energy-conservation.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of prior art punching press sealant;
Fig. 2 is the flow sheet of the embodiment of the present invention one;
Fig. 3 is the schematic diagram of the first film layer of the embodiment of the present invention one;
Fig. 4 is the schematic diagram of the second thin layer of the embodiment of the present invention one;
Fig. 5 is the first film layer of the embodiment of the present invention one and the schematic diagram of the second thin layer overlap;
Fig. 6 is the schematic diagram that the sealant of the embodiment of the present invention two and thin layer are pasted onto in line level;
Fig. 7 is the schematic diagram of the thin layer of the embodiment of the present invention three;
Fig. 8 be in the embodiment of the present invention the first seal member cut out schematic diagram;
Fig. 9 be in the embodiment of the present invention the 3rd seal member cut out schematic diagram;
Figure 10 be in the embodiment of the present invention the second seal member and the 4th seal member cut out schematic diagram.
Wherein: 1, raw material, 2, sealant, 7, line level, 10, through hole, 3, thin layer, 4, location hole, 5, film through hole, 6, protuberance, 31, the first film layer, 32, second thin layer, 33, first location hole, 34, second location hole, 35, first through hole, 36, first protuberance, 37, second through hole, 38, second protuberance, 40, seal member, 41, first seal member, 42, second seal member, 43, 3rd seal member, 44, 4th seal member, 51, first breach, 52, second breach, 53, 3rd breach, 54, 4th breach, 55, camera hole, 56, go out sound breach, 61, first side, 62, second side, 63, 3rd side, 64, four side, 65, 5th side, 66, 6th side, 67, heptalateral limit, 68, 8th side.
Embodiment
A production method for mobile phone, comprises the following steps, S1: cut out independently seal member, and seal member one side is provided with the first adhered layer, and another side has the second adhered layer; S2: use the first adhered layer to be pasted onto on thin layer by each independently seal member, the framework that the end to end formation of seal member is closed; S3: use the second adhered layer to paste on the housing of mobile phone by the another side of seal member; S4: tear thin layer off, is retained on seal member by the first adhered layer, is covered on the first adhered layer by screen cover plate.
Adopt the mobile phone that this production method is produced, cut out separately each seal member, then each independent sealed parts are coupled together, surround the sealant of a frame shaped, sealant is pasted onto on thin layer simultaneously, form sealing gasket, the waste material identical with the shape of through holes size of sealant produced when doing so avoids sealant entirety stamping-out, because the shape of independently seal member is strip substantially, therefore cut out these seal members and only can produce few waste material, compared with waste material before, substantially increase raw-material utilance, greatly reduce the cost producing mobile phone sealing gasket, thus reduce the cost producing mobile phone, save resource, be of value to environmental protection and energy-conservation.
Below in conjunction with accompanying drawing and preferred embodiment, the invention will be further described.
As shown in Figure 1, it is the schematic diagram of prior art punching press sealant, the sealant 2 of the frame shaped of a punching press rectangle on raw material 1, there is a through hole 10 centre, after punching press is carried out to raw material 1, the lump waste materials that raw material 1 coordinate with the through hole 10 of sealant 2 just wastes, cannot recycle, thus cause huge waste, and so large one block of raw material 1 can only produce layer 2 sealing together, assembled layers sealing gasket, namely three blocks of large raw material 1 like this are had, also three sealing gaskets can only be produced, the production of production sealing gasket is in not little, thus make the production cost of mobile phone also higher.
Embodiment one
As shown in Figures 2 to 5, in the present embodiment, a kind of production method of mobile phone, comprises the following steps:
S1: cut out the first film layer 31, second thin layer 32 and independently seal member 40, comprise the first seal member 41, second seal member 42, the 3rd seal member 43 and the 4th seal member 44, the one side of seal member 40 is provided with the first adhered layer, and another side is provided with the second adhered layer; The first film layer 31 is offered at least two the first location holes 33 and the first through hole 35, first through hole 35 and be provided with the first protuberance 36; Second thin layer 32 is offered to be provided with the second protuberance 38, second location hole 34 at least two the second location holes 34 and the second through hole 37, second through hole 37 corresponding with the position of the first location hole 33; The first breach 51 coordinated with the second seal member 42 is cut out in one end of first seal member 41, the second breach 52 coordinated with the 4th seal member 44 is cut out at the other end of the first seal member 41, cut out the 3rd breach 53 coordinated with the second seal member 42 in one end of the 3rd seal member 43, cut out the 4th breach 54 coordinated with the 4th seal member 44 at the other end of the 3rd seal member 43; First seal member 41 is also provided with the camera hole 55 coordinated with mobile phone camera and coordinate with earpiece go out sound breach 56;
S2: use the first adhered layer that the first seal member 41 and the 3rd seal member 43 are pasted onto the two ends of the first film layer 31, second seal member 42 and the 4th seal member 44 are pasted onto the two ends of the second thin layer 32, by the first film layer 31 and the second thin layer 32 overlap, first location hole 33 and the second location hole 34 overlap, the sealant 2 of the frame shaped that the first seal member 41, second seal member 42, the 3rd seal member 43 and the end to end formation of the 4th seal member 44 are closed;
S3: use the second adhered layer to paste on the housing of mobile phone by the first seal member 41, second seal member 42, the 3rd seal member 43 and the 4th seal member 44;
S4: tear the first film layer 31 and the second thin layer 33 off by the first protuberance 36 and the second protuberance 38, the first adhered layer is retained on seal member 40, screen cover plate is covered on the first adhered layer.
Adopt this production method, adopt the mobile phone that this production method is produced, cut out separately each seal member 40, then each independent sealed parts 40 are coupled together, be pasted onto on the first film layer 31 and the second thin layer 32, surround the sealant 2 of a frame shaped, the waste material that through hole 10 shape size that is that produce when doing so avoids sealant 2 overall stamping-out and sealant 2 is identical, because the shape of independently seal member 40 is strip substantially, therefore cut out these seal members 40 and only can produce few waste material, compared with waste material before, substantially increase raw-material utilance, greatly reduce the cost producing mobile phone sealing gasket, thus reduce the cost producing mobile phone, save resource, be of value to environmental protection and energy-conservation.
Cut out independently the first seal member 41, second seal member 42, 3rd seal member 43 and the 4th seal member 44, then the first seal member 41 and the 3rd seal member 43 are pasted onto respectively the two ends of the first film layer 31, second seal member 42 and the 4th seal member 44 are pasted onto respectively the two ends of the second thin layer 32, again the first film layer 31 and the second thin layer 32 are overlaped, first seal member 41, second seal member 42, 3rd seal member 43 and the 4th seal member 44 form the sealant 2 of the frame shaped of a rectangle, just define sealing gasket, then paste on handset shell by the second adhered layer, after tearing the first film layer 31 and the second thin layer 32 off, be pasted onto on screen cover plate at use first adhered layer, just complete the installation of mobile phone sealing gasket.As shown in Figure 7 to 9, raw material 1 cut, again raw material 1 can cut out multiple first seal member 41, second seal member 42, 3rd seal member 43 and the 4th seal member 44, cut on same three blocks of raw material 1 like this, at least can make six sealants, if arrangement is tightr, the sealant of more than six can be made, and in prior art, three blocks of same raw material, three sealants can only be made, so the production method in the present embodiment substantially increases raw-material utilance, decrease the waste of material, the cost of sealing gasket is reduced greatly, thus reduce the cost of mobile phone.
The first film layer 31 and the second thin layer 32 is cut out in the present embodiment, can speed production efficiency, seal member 40 a part of in sealant 2 is pasted onto on the first film layer 31, another part seal member 40 to be pasted onto on the second thin layer 32, again the first film layer 31 and the second thin layer 32 are combined after can completing respectively like this, thus improve production efficiency.Due to the low price of thin layer 3, but also can recycle, so the utilance of thin layer 3 is very high, waste seldom, effectively saves resource, and provides cost savings.
In the present embodiment, the first film layer 31 arranges three the first location holes 33, relevant position on the second thin layer 32 arranges three the second location holes 34, first location hole 33 is identical with the shape size of the second location hole 34, the center of circle of the first location hole 33 is connected and can forms triangle, and location is accurately convenient like this.
In the present embodiment, the first film layer 31 arranges the first through hole 35, the first protuberance 36 be fixedly connected with the first film layer 31 is set in the first through hole 35, second thin layer 32 is provided with the second through hole 37, the second protuberance 38 be fixedly connected with the second thin layer 32 is set in the second through hole 37, first protuberance 36 is identical with the shape size of the second protuberance 38, and position is corresponding.This set is convenient to be torn off the first film layer 31 and the second thin layer 32 by the first protuberance 36 and the second protuberance 38.
In the present embodiment, the first film layer 31 has first side 61, second side 62, the 3rd side 63 and four side 64, described first seal member 41 is pasted onto first side 61, described 3rd seal member 43 is pasted onto the 3rd side 63, and the spacing between described second seal member 42 and the 4th seal member 44 is greater than the spacing between second side 62 and four side 64; Described second thin layer 32 has the 5th side 65, the 6th side 66, heptalateral limit 67 and the 8th side 68, described second seal member 42 is pasted onto the 6th side 66, described 4th seal member 44 is pasted onto the 8th side 68, and the spacing between described first seal member 41 and the 3rd seal member 43 is greater than the spacing between the 5th side 65 and heptalateral limit 67.Spacing between second seal member 42 and the 4th seal member 44 is greater than the spacing between second side 62 and four side 64, spacing between first seal member 41 and the 3rd seal member 43 is greater than the spacing between the 5th side 65 and heptalateral limit 67, time like this on the first side 61 the first seal member 41 being pasted the first film layer 31 and in line level 7, the impact of the second thin layer 32 can not be subject to, equally, at stickup second seal member 42, 3rd seal member 43 and the 4th seal member 44, also the interference of thin layer can not be subject to, thus ensure normally carrying out of stickup.
The sealant 2 that the first seal member 41, second seal member 42, the 3rd seal member 43 and the 4th sealing 44 composition in the present embodiment is rectangular-shaped, easy to assembly, and also this structure saves raw material more.The first breach 51 coordinated with the second seal member 42 is cut out in one end of the first seal member 41, the second breach 52 coordinated with the 4th seal member 44 is cut out at the other end of the first seal member 41, the 3rd breach 53 coordinated with the second seal member 42 is cut out in one end of the 3rd seal member 43, the 4th breach 54 coordinated with the 4th seal member 44 is cut out at the other end of the 3rd seal member 43, like this can at the first seal member 41, second seal member 42, 3rd seal member 43 and the 4th seal member 44 form a frame shaped close layer by layer 2 time, first breach 51 can be passed through, second breach 52, 3rd breach 53 and the 4th breach 54 position, facilitate the first seal member 41, second seal member 42, the assembling of the 3rd seal member 43 and the 4th seal member 44, and this structure can also prevent the light leak being arranged on the seam crossing after on mobile phone between seal member 40 of sealant 2.First seal member 41 is also provided with the camera hole 55 coordinated with mobile phone camera and coordinate with earpiece go out sound breach 56, what can facilitate the camera work of mobile phone and receiver normally goes out sound.In the present embodiment, seal member 40 also can be its real form, such as, use the framework of three seal member Shape closed, also can reach and save raw-material object, in addition, first seal member 41, second seal member 42, the shape of the 3rd seal member 43 is also not only confined to this, can also be, the two ends of the first seal member 41 extend slightly along the direction of the second seal member 42 and the 4th seal member 44, it is shorter a little that such second seal member 42 and the 4th seal member 44 just can be produced, so also raw material can be saved, reduce the production cost of sealing gasket.
In the present embodiment, the second seal member 42 is identical with the size shape of the 4th seal member 44, like this can the production of convenient second seal member 42 and the 4th seal member 44, and saves raw material further.
Embodiment two
Embodiment two is with the difference of embodiment one, is also pasted onto in line level while the first seal member, the second seal member, the 3rd seal member and the 4th seal member are pasted onto on thin layer.
In the present embodiment, a kind of production method of mobile phone, comprises the following steps:
S1: cut out the first film layer, the second thin layer and independently seal member, comprise the first seal member, the second seal member, the 3rd seal member and the 4th seal member, the one side of seal member is provided with the first adhered layer, and another side is provided with the second adhered layer; The first film layer is offered at least two the first location holes and the first through hole, in the first through hole, be provided with the first protuberance; Second thin layer is offered at least two the second location holes and the second through hole, be provided with the second protuberance in the second through hole, the second location hole is corresponding with the position of the first location hole; The first breach coordinated with the second seal member is cut out in one end of first seal member, the second breach coordinated with the 4th seal member is cut out at the other end of the first seal member, cut out the 3rd breach coordinated with the second seal member in one end of the 3rd seal member, cut out the 4th breach coordinated with the 4th seal member at the other end of the 3rd seal member; The sender first seal member being also provided with the camera hole coordinated with mobile phone camera and coordinating with earpiece; Cut out line level, line level arranges the pairs of bit line of the first seal member, the second seal member, the 3rd seal member and the 4th seal member;
S2: with reference to the pairs of bit line in line level, use the first adhered layer that the first seal member and the 3rd seal member are pasted onto the two ends of the first film layer, be pasted onto in line level simultaneously, by the second thin layer and the first film ply, first location hole and the second location hole overlap, second seal member and the 4th seal member are pasted onto the two ends of the second thin layer, be pasted onto in line level, the framework that the first seal member, the second seal member, the 3rd seal member and the end to end formation of the 4th seal member are closed simultaneously;
S3: use the second adhered layer to paste on the housing of mobile phone by the first seal member, the second seal member, the 3rd seal member and the 4th seal member;
S4: tear line level off, tears the first film layer and the second thin layer off by the first protuberance and the second protuberance, is retained on seal member by the first adhered layer, covered on the first adhered layer by screen cover plate.
As shown in Figure 6, in the present embodiment, increase line level 7, batch production and the use of sealing gasket 2 can be facilitated, each thin layer 3 and sealing gasket 2 being arranged in order is pasted onto in line level 7, such line level 7 just can be pasted a lot of sealing gaskets 2, not only facilitate depositing of sealing gasket 2, also facilitate the transport of sealing gasket 2, and when needs use sealing gasket 2, just line level 7 can be launched, use sealing gasket 2 successively, very convenient, be more applicable for the production of industrial mass.
Embodiment three
Embodiment three is with the difference of embodiment one, embodiment two, and thin layer only has one.
In the present embodiment, a kind of production method of mobile phone, comprises the following steps:
S1: cut out independently the first seal member, the second seal member, the 3rd seal member and the 4th seal member, the one side of the first seal member, the second seal member, the 3rd seal member and the 4th seal member is provided with the first adhered layer, another side has the second adhered layer, covered with protective film on the second adhered layer; The first breach coordinated with the second seal member is cut out in one end of the first seal member, the second breach coordinated with the 4th seal member is cut out at the other end of the first seal member, cut out the 3rd breach coordinated with the second seal member in one end of the 3rd seal member, cut out the 4th breach coordinated with the 4th seal member at the other end of the 3rd seal member; Second seal member is identical with the shape size of the 4th seal member; Cut out thin layer, thin layer arranges three location holes, thin layer arranges through hole, the protuberance be fixedly connected with thin layer is set in through hole; Cut out line level, line level arranges the pairs of bit line of the first seal member, the second seal member, the 3rd seal member and the 4th seal member;
S2: with reference to the pairs of bit line on flowing water layer, the first adhered layer is used to be pasted onto on thin layer by the first seal member, the second seal member, the 3rd seal member and the 4th seal member, be pasted onto in line level, the first seal member, the second seal member, the 3rd seal member and the 4th seal member form the sealant of the frame shaped of closed rectangle on thin layer simultaneously;
S3: use the second adhered layer to paste on the housing of mobile phone by the first seal member, the second seal member, the 3rd seal member and the 4th seal member;
S4: tear line level off, tears the first film layer and the second thin layer off by the first protuberance and the second protuberance, is retained on seal member by the first adhered layer, covered on the first adhered layer by screen cover plate.
As shown in Figure 7, only have a thin layer 3, produce also very convenient, eliminate contraposition during two thin layers overlaps.
Embodiment four
Embodiment four is production methods of a kind of mobile phone sealing gasket, can think intermediate products.
A production method for mobile phone sealing gasket, comprises the following steps:
S1: cut out thin layer, cut out independently the first seal member, the second seal member, the 3rd seal member and the 4th seal member, first seal member, the second seal member, the 3rd seal member and the 4th seal member one side are provided with the first adhered layer, another side has the second adhered layer, and described second adhered layer is provided with diaphragm;
S2: use the first adhered layer independently the first seal member, the second seal member, the 3rd seal member and the 4th seal member to be pasted onto on thin layer, the sealant of the frame shaped that the first seal member, the second seal member, the 3rd seal member and the end to end formation of the 4th seal member are closed.
Adopt the production method of this mobile phone sealing gasket, cut out separately each seal member, then each independent sealed parts are coupled together, surround the sealant of a frame shaped, sealant is pasted onto on thin layer simultaneously, form sealing gasket, the waste material identical with the shape of through holes size of sealant produced when doing so avoids sealant entirety stamping-out, because the shape of independently seal member is strip substantially, therefore cut out these seal members and only can produce few waste material, compared with waste material before, substantially increase raw-material utilance, greatly reduce the cost producing mobile phone sealing gasket, thus reduce the cost producing mobile phone, save resource, be of value to environmental protection and energy-conservation.
The same with above-described embodiment two, embodiment three, can add in step sl and cut out line level, line level arranges the pairs of bit line of the first seal member, the second seal member, the 3rd seal member and the 4th seal member, in step s 2 with reference to pairs of bit line, while first seal member, the second seal member, the 3rd seal member and the 4th seal member are pasted onto on thin layer, be pasted onto in line level.In the present embodiment, thin layer can be one, also can be two film layers.
Embodiment five
Embodiment five is a kind of mobile phones, have employed the production method in above-mentioned any embodiment.Adopt the mobile phone that this production method is produced, cut out separately each seal member, then each independent sealed parts are coupled together, surround the sealant of a frame shaped, sealant is pasted onto on thin layer simultaneously, form sealing gasket, the waste material identical with the shape of through holes size of sealant produced when doing so avoids sealant entirety stamping-out, because the shape of independently seal member is strip substantially, therefore cut out these seal members and only can produce few waste material, compared with waste material before, substantially increase raw-material utilance, greatly reduce the cost producing mobile phone sealing gasket, thus reduce the cost producing mobile phone, save resource, be of value to environmental protection and energy-conservation.
Above content is in conjunction with concrete preferred implementation further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, some simple deduction or replace can also be made, all should be considered as belonging to protection scope of the present invention.
Claims (10)
1. a production method for mobile phone, is characterized in that, comprises the following steps,
S1: cut out independently seal member, seal member one side is provided with the first adhered layer, and another side has the second adhered layer;
S2: use the first adhered layer to be pasted onto on thin layer by each independently seal member, the sealant of the frame shaped that the end to end formation of seal member is closed;
S3: use the second adhered layer to paste on the housing of mobile phone by the another side of seal member;
S4: tear thin layer off, is retained on seal member by the first adhered layer, is covered on the first adhered layer by screen cover plate.
2. the production method of a kind of mobile phone according to claim 1, is characterized in that, step S1 comprises and cuts out thin layer and cut out line level, and line level arranges the pairs of bit line of seal member; Step S2 comprises, and with reference to the pairs of bit line in line level, uses the first adhered layer to paste in thin layer and line level by each independently seal member simultaneously; Step S4 comprises, and tears thin layer and line level off.
3. the production method of a kind of mobile phone according to claim 2, is characterized in that, cuts out thin layer and comprise and cut out the first film layer and the second thin layer in step S1; In step S2, in sealant, a part of seal member is pasted onto on the first film layer by the first adhered layer, another part seal member is pasted onto on the second thin layer, and the seal member be pasted onto on the first film layer is pasted onto in line level with the seal member be pasted onto on the second thin layer all simultaneously.
4. the production method of a kind of mobile phone according to claim 3, it is characterized in that, cut out independently seal member in described step S1 to comprise and cut out the first seal member, second seal member, 3rd seal member and the 4th seal member, in described step S2, first seal member is pasted onto one end of the first film layer, 3rd seal member is pasted onto the other end of the first film layer, second seal member is pasted onto one end of the second thin layer, 4th seal member is pasted onto the other end of the second thin layer, first seal member, second seal member, 3rd seal member and the rectangular-shaped framework of the end to end composition of the 4th seal member.
5. the production method of a kind of mobile phone according to claim 4, it is characterized in that, described the first film layer has first side, second side, the 3rd side and four side, described first seal member is pasted onto first side, described 3rd seal member is pasted onto the 3rd side, and the spacing between described second seal member and the 4th seal member is greater than the spacing between second side and four side; Described second thin layer has the 5th side, the 6th side, heptalateral limit and the 8th side, described second seal member is pasted onto the 6th side, described 4th seal member is pasted onto the 8th side, and the spacing between described first seal member and the 3rd seal member is greater than the 5th spacing between side and heptalateral limit.
6. the production method of a kind of mobile phone according to claim 4, it is characterized in that, the first breach coordinated with the second seal member is cut out in one end that step S1 is also included in the first seal member, the second breach coordinated with the 4th seal member is cut out at the other end of the first seal member, the 3rd breach coordinated with the second seal member is cut out in one end of the 3rd seal member, the 4th breach coordinated with the 4th seal member is cut out at the other end of the 3rd seal member, described first seal member is also provided with the camera hole coordinated with mobile phone camera and coordinate with earpiece go out sound breach.
7. the production method of a kind of mobile phone according to claim 4, it is characterized in that, step S1 comprises, and the second seal member cut out is identical with the size shape of the 4th seal member.
8. the production method of a kind of mobile phone according to claim 2, is characterized in that, step S1 is included on thin layer and processes at least two location holes; Step S1 is also included on thin layer and offers through hole, arranges the protuberance be fixedly connected with thin layer in through hole.
9. a production method for mobile phone sealing gasket, is characterized in that, comprises the following steps,
S1: cut out independently seal member, seal member one side is provided with the first adhered layer, and another side has the second adhered layer, and described second adhered layer is provided with diaphragm;
S2: use the first adhered layer to be pasted onto on thin layer by each independently seal member, the sealant of the frame shaped that the end to end formation of seal member is closed.
10. a mobile phone, is characterized in that, have employed the production method as any mobile phone of claim 1 to 8.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410614779.6A CN104486462A (en) | 2014-11-04 | 2014-11-04 | Handset production method, handset sealing gasket production method and handset |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410614779.6A CN104486462A (en) | 2014-11-04 | 2014-11-04 | Handset production method, handset sealing gasket production method and handset |
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| CN201410614779.6A Pending CN104486462A (en) | 2014-11-04 | 2014-11-04 | Handset production method, handset sealing gasket production method and handset |
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| US20120164394A1 (en) * | 2010-12-22 | 2012-06-28 | Samsung Mobile Display Co., Ltd. | Protective film unit and method of assembling panel using the same |
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