CN105551384A

CN105551384A - Hook face display and movable electronic equipment containing the hook face display

Info

Publication number: CN105551384A
Application number: CN201510553073.8A
Authority: CN
Inventors: 崔钟旻; 梁舜雄; 崔钟哲
Original assignee: Samsung Electronics Co Ltd
Current assignee: Samsung Electronics Co Ltd
Priority date: 2014-09-02
Filing date: 2015-09-01
Publication date: 2016-05-04

Abstract

The disclosure provides a hook face display and movable electronic equipment containing the hook face display. The hook face display comprises an external protection layer having an edge, an opaque layer arranged on the edge of the external protection layer and a panel module layer arranged under the opaque layer and having an electrode path line area. At least one part of ht edge is provided with a curvature.

Description

Flexible displays and comprise the mobile electronic equipment of this flexible displays

Technical field

The aspect of exemplary embodiment relates to a kind of electronic equipment with bending viewing area.

Background technology

Conventional electronic device such as smart mobile phone provides the flat screen relevant to various user function.

In order to extend the viewing area of such conventional electronic device, the size of plane viewing area should increase, and causes the overall dimensions of electronic equipment to increase.Such size increase can make electronic equipment especially mobile electronic equipment such as smart mobile phone portability degenerate.

Summary of the invention

The aspect of exemplary embodiment, for providing the display with bending viewing area, to extend viewing area keeping a certain size simultaneously, and comprises the electronic equipment of this display.

According to the one side of exemplary embodiment, a kind of mobile electronic equipment (it also can be described to display module (displayassembly)) is provided, this mobile electronic equipment comprises display and housing, display comprises plane domain and curved surface area, curved surface area is arranged on the end of display, this housing is arranged along the periphery of display, the edge extending over curved surface area at least partially of housing, wherein display comprises: exterior cover sheets, has the shape consistent with plane domain and curved surface area; Opaque layer, is arranged under the periphery edge of the curved surface area of exterior cover sheets in the described end of display; And panel module, there is the non-display area be arranged on below opaque layer, and opaque layer covers whole non-display area relative to the vertical direction of plane domain.

According to the one side of exemplary embodiment, a kind of removable (or, in other words, portable) electronic equipment is provided, this mobile electronic equipment comprises display (it also can be described to display module) and housing, and this display comprises plane domain and curved surface area; Housing is arranged along the periphery of display, the edge extending over curved surface area at least partially of housing, and wherein display comprises: exterior cover sheets, has the shape consistent with plane domain and curved surface area; And panel module, be arranged on below exterior cover sheets, wherein the end of the curved surface area of panel module extends beyond the end of the curved surface area of exterior cover sheets.

According to the one side of exemplary embodiment, provide a kind of mobile electronic equipment, this mobile electronic equipment comprises: display module, has planar section and curvature portion, and the edge of this curvature portion from the edge of planar section and along planar section extends, with housing (it also can be described to shell), be arranged as support (namely, directly or indirectly via one or more intermediate member supports) display module (and, such as, extend around the periphery or periphery of display module), at least part of housing protruding from the edge of curvature portion (or extending over this edge) (such as, on the direction perpendicular at least part of curvature portion), wherein display module comprises: protective seam (such as, transparent protective layer) or component, there is flat and sweep, this planar section is the outside surface of described flat, this curvature portion is the outside surface of described sweep, opaque portion (it also can be described to opaque section, component, layer or coating), is arranged in below described protective seam and along the marginal portion of described sweep and extends, and display module (it also can be described to panel module), there is viewing area (such as, the viewing area of word and/or figure can be shown) and non-display area is (such as, the non-display area of word or figure can not be shown), wherein non-display area is arranged in and makes when viewed from the direction perpendicular to described planar section during display module below described opaque portion, described opaque portion at least in part (and, in certain embodiments, fully) non-display area is made to thicken and can't see.

According to the one side of exemplary embodiment, a kind of mobile electronic equipment is provided, this mobile electronic equipment comprises flexible displays, this flexible displays comprises: bending display module, bending display module comprises the plane domain of the rear surface being parallel to mobile electronic equipment and is connected to the curved surface area of plane domain, and curved surface area comprises the electrode trace region of the end being arranged on curved surface area; Exterior cover sheets, is arranged on bending display module, and opaque layer, is plugged between electrode trace region and exterior cover sheets, and opaque layer is set to make not see electrode trace region relative to the direction perpendicular to plane domain.

According to the one side of exemplary embodiment, provide a kind of mobile electronic equipment, this mobile electronic equipment comprises: display module, has planar section and curvature portion, and housing, be arranged as and support display module (such as, around the periphery arranged along the periphery of display module or periphery and/or be arranged on display module or periphery), housing protruding from the edge of curvature portion (or extending over this edge) (such as at least partially, on the direction perpendicular at least part of curvature portion), wherein display module comprises: protective seam or component are (such as, transparent protective layer), there is flat and sweep, the outside surface of this flat provides described planar section, the outside surface of this sweep provides described curvature portion, with display module (or panel module), be arranged on below protective seam, wherein the end (or edge) of panel module extends beyond the end (or edge) of the sweep of protective seam.

According to the one side of exemplary embodiment, a kind of moveable (portable) electronic equipment is provided, this moveable (portable) electronic equipment comprises: display, comprise plane domain and from plane domain extend to its all-in-one-piece curved surface area (namely, plane domain and bending area are one), curved surface area is towards the curving of plane domain, and curved surface area has the size less than the size of plane domain; And housing, the edge along display is arranged, and housing extends over the surface of curved surface area at least partially, and wherein this display comprises: exterior cover sheets, is formed as the shape corresponding to the shape of plane domain and curved surface area; Zone of opacity, is arranged on the part place at the edge of the curved surface area below exterior cover sheets; And panel module; be arranged on below exterior cover sheets; panel module comprises viewing area and non-display area; viewing area is arranged on plane domain and a part of curved surface area; non-display area is arranged on the other parts place of curved surface area, and wherein opaque layer is about the entirety of the vertical direction covering non-display area of the plane domain of the edge at curved surface area.

According to the one side of exemplary embodiment, a kind of moveable (portable) electronic equipment is provided, this moveable (portable) electronic equipment comprises: display module, there is outside surface, this outside surface comprises planar section and from planar section (seamlessly) curvature portion of extending continuously, curvature portion bends in one direction from the face of planar section, and curvature portion has the size less than the size of planar section, and housing, be arranged as and support display module (such as, edge along display module is arranged), housing is protruding or extend over curvature portion from curvature portion at least partially, wherein display module comprises: protection component (such as, exterior cover sheets), there is flat and sweep (these parts are integral parts of protection component), the outside surface of this flat provides described planar section, and the outside surface of this sweep provides described curvature portion, opaque portion (such as, zone of opacity, layer, component or coating), is set to the edge close to sweep and is protecting under component, and display module (such as, panel module), be arranged on below protection component, display module comprises viewing area and non-display area, viewing area to be arranged on below flat and below a part for sweep, non-display area is arranged on below the remainder of sweep, wherein opaque portion is arranged so that when viewed from the direction perpendicular to described planar section during display module, described opaque portion at least in part (and, in certain embodiments, non-display area fully) is made to thicken (namely, cover non-display area) and can't see.

Accompanying drawing explanation

Figure 1A is the diagram of the front side of the electronic equipment illustrated according to exemplary embodiment.

Figure 1B is the diagram of a side of electronic equipment according to exemplary embodiment.

Fig. 2 A is the zoomed-in view of the side of curvature portion according to exemplary embodiment.

Fig. 2 B is the zoomed-in view of the side of curvature portion according to exemplary embodiment.

Fig. 2 C is the diagram of the second curve support part illustrated according to exemplary embodiment.

Fig. 3 A is the diagram of the front elevation of a part for the electronic equipment illustrated according to exemplary embodiment.

Fig. 3 B is the diagram of the exploded view of the electronic equipment illustrated according to exemplary embodiment.

Fig. 4 is the diagram of the arrangements of elements of the electronic equipment illustrated according to exemplary embodiment.

Fig. 5 illustrates the state that drops of the electronic equipment according to exemplary embodiment.

Fig. 6 illustrate according to exemplary embodiment its on place the housing of display.

Fig. 7 illustrates the part wherein arranging the electronic equipment of stiffener according to exemplary embodiment.

Fig. 8 illustrates the part arranging cushioning members wherein of the electronic equipment according to exemplary embodiment.

Fig. 9 illustrates the example of the shape of the curvature portion according to exemplary embodiment.

Figure 10 illustrates the electronic equipment of the curved-surface structure of the symmetry had according to exemplary embodiment.

Figure 11 illustrates the reinforcement structure of the electronic equipment of the curved-surface structure of the symmetry had according to exemplary embodiment.

Figure 12 illustrate comprise according to the curved-surface display region of exemplary embodiment can wearable device.

Embodiment

Hereafter, describe exemplary embodiment of the present disclosure with reference to the accompanying drawings in detail.But, should be appreciated that the disclosure is not limited to specific exemplary embodiment, but comprise the various modification of exemplary embodiment of the present disclosure, equivalent and/or replacement person.About the description of accompanying drawing, same Reference numeral can refer to same element.

Term used herein " has ", " can have ", " comprising ", " can comprise " or " comprising " represent character pair (such as, numeral, function, operation or element) existence, do not get rid of the existence of additional features.

Term " A or B ", " in A and/or B at least one " or " one or more in A and/or B " can comprise likely combining of the project be listed in together.Such as, term " A or B ", " in A and B at least one " or " in A or B at least one " can represent that (1) comprises at least one A, (2) comprise all scenario that at least one B and (3) comprise at least one A and at least one B.

Term used herein " first ", " second " can be modified various element and have nothing to do with order and/or priority, but not limiting element.Such term may be used for an element and another element to differentiate.Such as, " first user device " and " the second user's set " can represent different user's sets, and has nothing to do with order or priority.Such as, the first element can be called the second element, and vice versa, and does not deviate from the scope of the present disclosure.

To understand, when certain element (such as, first element) be called as " operatively or communicatively connect or connect " to another element (such as, second element) or when " operatively or communicatively connecting with it or be connected ", certain element described directly can be connected to another element described, or be connected to another element described via another element (such as, third element).But, when certain element (such as, the first element) is called as " directly connection " or " directly connecting " to another element (such as, the second element), intervening elements (such as, third element) is there is not between described element and another element described.

Term " configuration (or setting) for " such as " can be suitable for " with term, " have ... ability ", " being designed to ", " being suitable for ", " for " or " can " alternatively use.Term " configuration (or setting) is " can have the implication of " being specifically designed as ".In some cases, term " be configured to ... device " can represent this device " can " together with other devices or element " execution ".Such as, term " is configured (or setting) for performing the processor of A, B and C " and can represents application specific processor for performing respective operations (such as, embedded processor) or for perform storage software in the storage device or program at least one item to carry out the general processor (such as, CPU or application processor) of respective operations.

Term used herein is not for limiting the disclosure, but for describing concrete exemplary embodiment.The term of singulative can comprise plural form, unless otherwise mentioned.Term used herein, comprises technical term or scientific terminology, has the identical meanings understood with those of ordinary skill in the art.The Essential Terms limited in dictionary can be interpreted as having and the same or analogous implication of contextual meaning that limits in prior art, and should not be interpreted as the implication of idealized or excessive form, unless otherwise defined explicitly.Depend on situation, even if the term limited should not be understood to such as get rid of exemplary embodiment of the present disclosure yet here.

Electronic equipment according to exemplary embodiment of the present disclosure can comprise smart mobile phone, tablet PC (PC), mobile phone, videophone, E-book reader, desktop PC, PC on knee, notebook computer, personal digital assistant (PDA), portable media player (PMP), MP3 player, portable medical device, camera and can wearable device (such as, intelligent glasses, head mounted device (HMD), electronics is decorated, electronics bracelet, electronics necklace, electronic components (appcessory), electronics is tatooed or intelligent watch) at least one.

In some exemplary embodiment, electronic equipment can be controlling intelligent household appliances.Controlling intelligent household appliances can comprise such as TV, DVD player, sound equipment, refrigerator, air-conditioning, suction cleaner, baking box, micro-wave oven, washing machine, air purifier, Set Top Box, home automation controlling panel, security control panel, TV box (such as, Samsung HomeSync ^tM, apple TV ^tMor GoogleTV ^tM), game console (such as, Xbox ^tM, PlayStation ^tM), at least one in electronic dictionary, electronic key, camcorder and electronic picture frame.

In another exemplary embodiment, electronic equipment can comprise various medical treatment device (such as, various portable medical measurement equipment: blood glucose measuring device, heart rate measurement device, blood pressure measuring device or body temperature measuring device, magnetic resonance angiography (MRA), magnetic resonance imaging (MRI), computerized axial tomography (CT), scanner or ultrasonic device), guider, GPS (GPS) receiver, accident-data recorder (EDR), flight data recorders (FDR), vehicle infotainment device, for the electronic equipment (such as, navigational system or gyrostatic compass) of ship, avionic device, safety feature, host computer of vedio device on vehicle, industry or domestic robot, ATM (automatic teller machine) (ATM), store sales point management system (POS) and Internet of things device (such as, bulb (bulb), various sensor, electrically or gas meter, water sprinkler, fire alarm, thermostat, street lamp, baker, body-building equipment, hot water storgae, well heater or boiler) at least one.

According to exemplary embodiment, electronic equipment can comprise at least one in furniture or buildings/structure, electron plate, electronic signature receiving equipment, projector and measurement instrument (such as, water meter, ammeter, gas meter or wavemeter).In exemplary embodiment, electronic equipment can be the one or more combinations in said apparatus.In exemplary embodiment, electronic equipment can be flexible apparatus.Be not limited to said apparatus according to electronic equipment of the present disclosure, and new electronic equipment can be comprised along with the development of technology.

Hereafter, the electronic equipment according to exemplary embodiment is described with reference to the accompanying drawings.Term used herein " user " can refer to and use the people of electronic equipment maybe can refer to the equipment (such as, man-made electronic's equipment) using electronic equipment.

Electronic equipment 100 as described below can comprise shell (such as, housing).Housing can comprise opening (such as, one of at least place at the fringe region of electronic equipment 100 and middle section), the surface of housing at least partially in have at first direction (such as, the right side or left hand edge direction relative to the front side of electronic equipment 100) the first side (such as, curvature portion) of extending.Electronic equipment 100 can comprise the exterior cover sheets of substantial transparent or component (such as; glass); this exterior cover sheets or component comprise the first edge (such as, exterior cover sheets edge) being arranged on and also extending contiguous first side simultaneously in opening in a first direction.Exterior cover sheets edge can be curved surface, is also described to first surface below here.Electronic equipment 100 can comprise panel module layer (it also can be described to display module), this panel module layer has and is arranged on the second edge in described opening (such as, the edge of panel module), be bent into first surface conformal, and extend contiguous first side simultaneously in a first direction.Panel module layer can be the flexible panel module layer comprising the non-display area not showing image, and it extends in a first direction along the second edge and have the first width in the vertical direction of first direction.In addition, electronic equipment 100 can comprise the opaque layer (or other non-transparent parts, component or coating) be arranged in described opening, and this opaque layer is plugged between exterior cover sheets and panel module layer.Opaque layer can extend contiguous first side simultaneously in a first direction, and opaque layer can be included in the second width in the vertical direction of first direction.Second width of opaque layer can have make non-display area on the direction of the first width at least partially by size that opaque layer covers.Opaque layer can comprise such as black matrix.

According to exemplary embodiment, panel module layer can comprise in the face of the first surface of exterior cover sheets with back to second of exterior cover sheets, and electronic equipment 100 can also be included in the sealant (such as, protecting component) of second side.

Electronic equipment 100 can also comprise and is bent into the touch-sensing layer (such as, touch sheet or screen) conformal with first surface.Touch-sensing layer can have the 3rd edge (such as, the edge of touch sheet) being adjacent to the first edge, and is plugged between exterior cover sheets and display layer.In electronic equipment 100, exterior cover sheets also comprises the substantially smooth second surface extended from first surface.In addition, in electronic equipment 100, opaque layer can be set to the part being adjacent to non-display area of the viewing area going back cover plate module layer.

With reference to Figure 1A, electronic equipment 100 according to exemplary embodiment can comprise: display or display module 150 are (such as, comprise exterior cover sheets, panel module layer (such as flexibility (or part is curved or bending), comprise touch-sensing layer (touch sheet), or touch-sensing layer is set separately) and opaque layer), its at least one lateral edges has curved shape (or bending viewing area); Loudspeaker 143, is arranged on the one side or the multi-lateral of this display; Button 141; And housing 200 (such as, shell).

Display 150 (such as; glass (such as; exterior cover sheets), at least one in panel module (such as, panel module layer or flexibility/bending panel module layer), electromagnetic induction panel and heat radiator) such as first surface portion or part 151, planar portions or part 153 and the second curved face part or part 155 can be comprised.First surface part 151 and the second curvature portion 155 can have different curvature.According to exemplary embodiment, the area of first surface part 151 can be less than the area of the second curvature portion 155.According to various embodiment, first surface part 151 and the second curvature portion 155 can have identical curvature, and can arrange symmetrically about the center line of planar section 153.The edge of the first and second curvature portions 151 and 155 can be supported by the side of housing 200.The opaque layer be arranged on below exterior cover sheets can the edge of at least one in the first and second curvature portions 151 and 155 vertically be aimed at the non-display area at the edge being arranged on panel module.Therefore, the viewing area of the panel module of extension can be arranged on the outermost edge place of at least one in the first and second curvature portions 151 and 155.

Housing 200 can equally be shaped by body image polygon (such as, quadrilateral, rectangle) greatly, and can cover (or, in other words, around, engage (engage), keep or protection) outside of display 150.Such as, this housing can be arranged as joint, around, keep or otherwise protect peripheral edge or the periphery of display module.This housing can be arranged as the window (or recess) being effectively provided for receiving display module; thus when display module is received in the window; it at least in part by housing protection (such as; if on the direction being roughly parallel to planar section and/or on the direction being approximately perpendicular to plane and/or curvature portion, at least part of housing is arranged as from the edge of display module protruding).In other words, this housing can be positioned at the surface, outside (outward) of display module around, at least part of at least part of around or along the periphery of display module or peripheral edge that can be positioned at the periphery of display module or peripheral edge.According to exemplary embodiment, housing 200 can have the edge that the outside along display 150 extends, and its at least one lateral edges has curve form.According to exemplary embodiment, housing 200 can comprise internal battery type.Alternatively, housing 200 can comprise detachable battery type.When the type of battery-disassembled, housing 200 can comprise housing as described below (such as, procapsid (integral with back casing), or procapsid and back casing) and battery cover.According to exemplary embodiment, housing 200 can comprise opening (such as, left or right fringe region), comprise the first side (such as, curvature portion), this first side be smooth at least partially, extending first direction (such as, relative at least one in the left direction at the center of housing 200 and right direction) is upper at least partially of the surface of this first side.

Figure 1B is the diagram of the side of the electronic equipment illustrated according to exemplary embodiment.

With reference to Figure 1B, electronic equipment 100 can comprise display 150, first housing 210 (or first housing member) (such as, procapsid) and the second housing (or second housing member) 220 (such as, the battery cover of back casing or covering back casing).

As mentioned above, display 150 can comprise first surface part 151, planar section 153 and the second curvature portion 155.First surface part 151 can have the curvature different from the curvature of the second curvature portion 155.Second curvature portion 155 can adjacent flat part 153 one end and can according to a certain curvature bending.One end of first surface part 151 can contact the side of the first housing 210.One end of second curvature portion 155 can contact the opposite side of the first housing 210.Curved surface in some embodiments and planar portions or part are the appropriate sections of the single continuous outside surface of display module, the outside surface of the protection component (such as layer) of at least one sweep such as comprising flat and extend from the nominal edge of flat and along the nominal edge of flat.

First housing 210 can comprise first surface support section 211, planar support portion 213 and the second curve support part 215.First housing 210 may be provided in metal framework, and wherein first surface support section 211, planar support portion 213 and the second curve support part 215 are formed as a continuous print part.According to exemplary embodiment, first surface support section 211, planar support portion 213 and the second curve support part 215 can be separately provided and be connected to each other.First housing 210 can be made up of such as metal material (or nonmetallic materials), such as SUS, aluminium alloy or magnesium alloy.

First surface support section 211 can cover the end of first surface part 151, supports the bottom with relatively little curvature of first surface part 151 simultaneously.According to exemplary embodiment, the end of first surface support section 211 can extend over first surface part 151 to prevent from covering first surface part 151 to the damage of first surface part 151 simultaneously.In addition, first surface support section 211 can extend over end one predetermined length of first surface part 151 outward direction (wherein first surface part 151 extend from planar section 153 direction).The region of stretching out of first surface support section 211 can be such as rounding.According to exemplary embodiment, first surface support section 211 stretch out region can provide the longitudinal direction that is arranged on housing or cushioning members in a lateral direction at least partially (such as, elasticity and/or non-metallic member such as rubber or polyurethane, or hardware such as damping net or impact damper).

Planar support portion 213 can be arranged on the planar section 153 of display 150 below with supporting plane part 153.The battery bottom patchhole with certain size relevant to the insertion of battery can be limited in certain interior zone of planar support portion 213.Such as first surface support section 211 can be partial in the center of battery bottom patchhole.According to exemplary embodiment, battery bottom patchhole can extend across a part and the planar support portion 213 of first surface support section 211.Planar support portion 213 can comprise the central authorities of supporting plane part 153 or at least one sidewall at least partially at edge, and certain part of the inside of planar support portion 213 can be recessed into.

Second curve support part 215 can cover the end of the second curvature portion 155, supports the bottom with relatively high curvature of the second curvature portion 155 simultaneously.Here, compared with first surface support section 211, the second curve support part 215 can have relatively large curvature.In addition, the second curve support part 215 can to convergent the direction (such as, the wherein direction that extends from planar section 153 of the second curvature portion 155) of end, to support the higher curvature of the second curvature portion 155.According to exemplary embodiment, the end of the second curve support part 215 can extend over the surface of the second curvature portion 155 to prevent the damage to the second curvature portion 155.Such as, the second curve support part 215 can have the xsect of shape as hook, and can have the edge of rounding.According to exemplary embodiment, at least one in the inner side and outer side of the end of the second curve support part 215 be shaped as hook can provide the longitudinal direction that is arranged on housing or cushioning members in a lateral direction (such as, elasticity and/or non-metallic member such as rubber or polyurethane, or hardware such as damping net or impact damper).

Second housing 220 can be the back casing of the bottom of support first housing 210 or the battery cover of covering back casing.Second housing 220 can be formed by metal injection moulding or nonmetal injection moulding such as injection mo(u)lding.Second housing 220 can be provided to support the flat lower of first surface support section 211, the flat lower of planar support portion 213 and the curved lower of the second curve support part 215.Battery top patchhole can be limited in a part for the inside of the second housing 220.Battery top patchhole can be aimed at battery bottom patchhole.Therefore, battery top patchhole can be biased from the vertical centre of the second housing 220 on a direction (such as, towards first surface support section 211).According to exemplary embodiment, when battery-disassembled type, the battery top patchhole of the second housing 220 can be exposed.Cover the side that the battery cover comprising the whole region of battery top patchhole can be arranged on the second housing 220.

According to exemplary embodiment, in electronic equipment 100, procapsid can be integral with back casing.In this case, the second housing 220 can be battery cover.According in exemplary embodiment, electronic equipment 100 can comprise internal battery type.In this case, the first housing 210 can be integral with the second housing 220, can not provide battery cover.

As mentioned above, according in the electronic equipment 100 of exemplary embodiment, the curvature of the second curvature portion 155 can be greater than the curvature of first surface part 151, makes the viewing area extended can be provided to the side of electronic equipment 100.In addition, because the non-display area be arranged on the second curvature portion 155 of panel module is arranged on below opaque layer, so viewing area can extend based on the panel module extended.And, because provide the first surface part 151 with relatively little curvature (or not having curvature), thus provide can be relatively thick first surface support section 211, thus electronic equipment 100 can more easily be held by user.

Fig. 2 A is according to the enlarged drawing of the fringe region of exemplary embodiment (second) curvature portion.

With reference to Fig. 2 A, a part for electronic equipment 100 can comprise a part for display 150 (such as, planar section 153 and the second curvature portion 155 are illustrated), the part (such as, planar support portion 213 and the second curve support part 215 are illustrated) of the first housing 210, a part for the second housing 220 and a part for battery cover 250.Below by describing this part of electronic equipment 100, focus on the region that the second curvature portion 155 is set.The shape of second curvature portion 155 of the following stated also can be applied to first surface part 151.

Display 150 can comprise to the display of image or control relevant panel module 40, the exterior cover sheets 50 be arranged on panel module 40, be arranged on the back side at the edge of exterior cover sheets 50 side opaque layer 52 (such as; black matrix etc.), be arranged on electromagnetic induction panel 53 (such as, digital quantizer) on panel module 40 or below and heat radiator 55 (or heating plate).In addition, bonding coat 51 can be arranged between exterior cover sheets 50 and panel module 40.The non-display area 44b of panel module 40 can be positioned at below the opaque layer 52 of exterior cover sheets 50, makes display 150 can provide the viewing area 44a of extension.

Panel module 40 can comprise such as touch sheet 41 (such as, touch-sensing layer), bonding coat 42, polaroid 43 and display panel 44.Touch sheet 41 is described to the element of panel module 40, but exemplary embodiment is not limited thereto.According to exemplary embodiment, touch sheet 41 can be additionally to be arranged on panel module 40 or below to support the element of touch function.

Touch sheet 41 can support such as capacitance sensing.Touch sheet 41 can comprise touch sensitive areas and trace (trace) region, and the signal wire for sensing touch in touch sensitive areas is arranged to matrix form, and trace areas is used for suppling signal to touch-sensing signal wire.According to exemplary embodiment, on the edge that trace areas can be formed in the both sides of touch sheet 41 or on the edge of its side.Trace areas can be included in such as non-display area 44b.Bonding coat 51 can be arranged in touch sheet 41 and make touch sheet 41 can join exterior cover sheets 50 to.According to exemplary embodiment, touch-sensing signal wire can pass through transparent indium-tin-oxide (ITO) electrode and be formed.Trace areas can be formed by opaque metal electrode.Trace areas can only be arranged in first surface part 151.

Bonding coat 42 can be arranged between touch sheet 41 and polaroid 43 and arrive polaroid 43 with fixing touch sheet 41.Polaroid 43 can be used for making the light polarization of light-transmitting panel module 40.Such as, polaroid 43 can make the light from display panel to external exposure on the direction of rule polarization to improve observability or visual angle.Polaroid 43 can join touch sheet 41 to by bonding coat 42.Polaroid 43 can be stacked with display panel 44.According to exemplary embodiment, bonding coat can be arranged between polaroid 43 and display panel 44 extraly.Alternatively, pattern of polarization can be formed in display panel 44 front surface on integral with it.

Display panel 44 can have the flexible sheet type of a certain thickness.Display panel 44 can include OLED (OLED) or liquid crystal display (LCD).Display panel 44 can have the multiple pixels being arranged to matrix form.Display panel 44 can comprise the viewing area 44a such as arranging described multiple pixel wherein and non-display area 44b arranging the pad for supplying pixel control signal wherein.Pad can be connected to the signal wire of gate drivers or data driver.

The panel module 40 of display 150 can comprise viewing area 44a and non-display area 44b (such as, the fringe region of panel module 40 is at least partially), wherein pad or signal wire to be disposed in non-display area 44b with suppling signal to viewing area 44a.Non-display area 44b can be arranged on going up at least partially of the fringe region of the second curvature portion 155 of display 150.The non-display area 44b being arranged on the edge of the second curvature portion 155 of panel module 40 can be arranged on below opaque layer 52.According to exemplary embodiment, the non-display area 44b (it belongs to first surface part 151) being arranged on the edge of panel module 40 can be positioned at below the opaque layer 52 of the edge being arranged at exterior cover sheets 50.

When electronic equipment 100 support electronic pen produces incoming event by electromagnetic induction, electromagnetic induction panel 53 can be provided.Therefore, if the operation of extra electronic pen is not supported by electronic equipment 100, then electromagnetic induction panel 53 can not be provided.Electromagnetic induction panel 53 can be arranged on display panel 44 below to support to receive from close electronic pen the function of input.

Heat radiator 55 can be arranged on electromagnetic induction panel 53 below and on the first housing 210.Heat radiator 55 can dissipate from the heat of such as display panel 44 generation.According to exemplary embodiment, heat radiator 55 can by the heat trnasfer that produces from display panel 44 to the first housing 210 with the heat that dissipates.

Exterior cover sheets 50 (or other suitable protective seam or component) can be arranged on panel module 40.Exterior cover sheets 50 can be used for protective surface plate module 40 from damage.Exterior cover sheets 50 can be made up of such as glass, acryl or transparent plastic.As shown in Figure 2 A, the edge (or marginal portion) of exterior cover sheets 50 can have a certain curvature.The end of exterior cover sheets 50 can be positioned in the second curve support part 215 of such as the first housing 210.

To prevent light from leaking and to improve observability below the edge that opaque layer 52 can be arranged on exterior cover sheets 50.Opaque layer 52 can be printed on the back side of this exterior cover sheets, or extra film can be attached on this exterior cover sheets as opaque layer 52.This film can be included in the pattern in one surface, thus improves the attractive in appearance of electronic equipment 100.Opaque layer 52 can be arranged on the whole edge of exterior cover sheets 50 with a certain width.Opaque layer 52 can the part of non-display area 44b of cover plate module 40.Therefore, the width of opaque layer 52 can be determined according to the size of non-display area 44b or position.

According to exemplary embodiment; as visible on the normal to a surface direction of exterior cover sheets; the end of opaque layer 52 can from active region (hereinafter referred to as A/A) line in the direction of the width (upside towards curved surface) stretch out a distance A (such as; about 0.03mm to about 0.3mm), active region (A/A) line is the border between non-display area 44b and viewing area 44a.When being arranged on A/A line inside in the end of opaque layer 52, the regional area of display can be covered by opaque layer.Therefore, the end of opaque layer 52 can be arranged on (upside towards curved surface) outside A/A line, and wherein opaque layer 52 can consider build-up tolerance and minimally width.Therefore, panel module 40 be arranged in (being such as arranged in the region wherein arranging pad or signal supply line of signal supply line in the trace areas of touch sheet 41 or display panel 44) at least partially and can being covered by opaque layer 52 of line in non-display area 44b.

According to exemplary embodiment, as visible before electronic equipment 100, the inner end of opaque layer 52 can spaced apart with A/A line (or extending from it) distance B (such as, about 0.5mm), and A/A line is the border between non-display area 44b and viewing area 44a.

When display panel is in sight through exterior cover sheets 50 before electronic equipment 100, the light launched from display panel is made the object when watching outside exterior cover sheets 50 be positioned at different positions seemingly by exterior cover sheets 50 refraction.Therefore, as the user before electronic equipment 100 see (such as, as watch the user of the front portion of electronic equipment 100 see), distance B (being designed to be greater than distance A) is seemingly for being less than the distance C (such as, about 0.3mm) of distance B.Therefore, when user watches the front portion of electronic equipment 100 or watches on normal to a surface direction, distance A becomes and is relatively similar to distance C, and a certain amount of non-active area around display is flatly watched, and do not provide the sensation of difference, thus cause aesthetic feeling.

As mentioned above; in the curved-surface display region of display 150 (such as; first surface part 151 or the second curvature portion 155) in, the non-display area 44b of panel module 40 is arranged on opaque layer 52 thus can minimize when panel module 40 is through the region (non-display area) do not shown when exterior cover sheets 50 is observed below.

As mentioned above, the first housing 210 can comprise the second curve support part 215 of planar support portion 213 and adjacent flat support section 213.Second curve support part 215 can comprise the supportive body 215_1 of adjacent flat support section 213 and be arranged on the curved surface cover part 215_2 at one end place of supportive body 215_1.

Supportive body 215_1 can comprise with the upper surface of the curvature bending of the second curvature portion 155 and the lower surface in the face of the second housing 220.Therefore, supportive body 215_1 can be set to the curvature portion being parallel to display 150.Groove (it also can be described to orbital groove (railgroove) or be roughly parallel to the longitudinal fluting that the direction at the edge of display module extends) 216a can be arranged at least side of the upper surface of supportive body 215_1.Orbital groove 216a can be formed to predetermined length on the longitudinal direction of supportive body 215_1, has a certain width.According to embodiment, orbital groove 216a can be formed in the whole upper surface of supportive body 215_1 at least partially in.Display protection component 240 can be arranged in orbital groove 216a.Protection component 240 can comprise sponge (sponge) or adhesive tape.Protection component 240 can be used for stopping moisture or the dust inside to electronic equipment 100.

Curved surface cover part 215_2 can be arranged on one end place of supportive body 215_1, with the bearing of trend shape of supportive body 215_1 at an angle.According to exemplary embodiment, curved surface cover part 215_2 perpendicular to one end of supportive body 215_1, and can extend over the upper surface of supportive body 215_1 on outward direction (such as, to the direction of exterior cover sheets 50).A sidewall of curved surface cover part 215_2 can in the face of the side surface of display 150.The projecting end of curved surface cover part 215_2 can have and is positioned at the large height of height on a described sidewall than display 150.Therefore, when electronic equipment 100 drops, curved surface cover part 215_2 can absorb the vibrations at least partially on electronic equipment 100.

According to exemplary embodiment, the first housing 210 can comprise battery top patchhole 218.Planar support portion 213 place that battery top patchhole 218 can be arranged in the first housing 210 maybe can be arranged on planar support portion 213 and first surface support section 211.

Second housing 220 supports the first housing 210.Battery bottom patchhole 228 can be arranged in the second housing 220.Battery bottom patchhole 228 can be aimed at battery top patchhole 218.According to exemplary embodiment, the end of the side of the second housing 220 can in the face of the inner side of curved surface cover part 215_2.Therefore, the second housing 220 at least partially can by the edges cover of the first housing 210.

Battery cover 250 can cover lower surface or the exposed surface of the second housing 220.According to exemplary embodiment, battery cover 250 can cover the battery bottom patchhole 228 be arranged in the second housing 220.The end of the side of battery cover 250 can join the inner side of curved surface cover part 215_2 to.The inner side of curved surface cover part 215_2 can have multiple step.Therefore, the end of the second housing 220 and the end of battery cover 250 can be stacked on the inner side of curved surface cover part 215_2.The surface of battery cover 250 can be aimed at abreast with the side of curved surface cover part 215_2.According to exemplary embodiment, battery cover 250 can be integral with the second housing 220, or can be integral with the first and second housings 210 and 220.In this case, battery cover 250 can be fixed to the rear portion of the electronic equipment 100 with internal battery type with clad battery.

To understand; in the embodiment shown in Fig. 2 A; the sweep of protective seam 50 and the sweep of panel module have substantially the same scope; the each same flat usually leaning against the first housing parts 215_2 in the end (edge) of the non-display area 44b of surface, the end of protective seam 50 (edge) and panel module is made (that is, to adjoin the same flat surface of the first housing parts 215_2) on the surface.This flat surfaces limits in the housing for receiving the sidewall of the window (or recess) of display module.From the outside surface of the sweep of protective seam (that is, usual perpendicular on the direction of the curved surface of this position), stretch out this flat surfaces little distance, therefore provides the protection to display module.To understand; the sidewall of the window in the nominal top at equipment in this embodiment and bottom (only top being shown in fig. 2) place housing also extends outwardly beyond the protection flat (153) of component and the outside surface of sweep (155), to provide the protection around to the periphery of display module.

In the embodiment of Fig. 2 A, planar section 153 is outside surfaces of the flat of protection component 50, the flat of placement-face plate module (display module) in its lower section.Curvature portion 155 is outside surfaces of the sweep of protection component 50, the sweep of placement-face plate module (display module) in its lower section.

Fig. 2 B is according to the enlarged drawing of the side of exemplary embodiment (second) curvature portion.

With reference to Fig. 2 B, the part of electronic equipment 100 can comprise the part (such as, planar section 153 and the second curvature portion 155) of display 150, the part of the first housing 210, a part for the second housing 220 and a part for battery cover 250.

First housing 210 can comprise supportive body 215_1 and curved surface cover part 215_2.Curved surface cover part 215_2 can comprise such as the first side wall 215a, the second sidewall 215c, coupling part 215b and brace groove 215d.

The first side wall 215a can adjoin supportive body 215_1, and a certain distance of the upper surface that can extend over supportive body 215_1.The end of some elements (such as, electromagnetic induction panel 53 and heat radiator 55) of display 150 can be arranged on the side surface of the first side wall 215a.Second sidewall 215c can with the distance of the width of the spaced apart brace groove 215d of the first side wall 215a.Second sidewall 215c can extend over the surface of the exterior cover sheets 50 of display 150.The end of exterior cover sheets 50 can be arranged on the side surface of the second sidewall 215c.According to exemplary embodiment, the end of opaque layer 52 can be arranged on the side surface of the second sidewall 215c.Coupling part 215b connects the bottom of first and second sidewall 215a, 215c to form brace groove 215d.The end (such as the end of panel module 40) of some elements of display 150 can be arranged on the surface unlimited by brace groove 215d of coupling part 215b.The some parts (such as a part for the fringe region of panel module 40) of display 150 can be inserted in brace groove 215d.Such as, the non-display area 44b of panel module 40 can be inserted in brace groove 215d.According to exemplary embodiment, brace groove 215d can have the degree of depth identical with the degree of depth of non-display area 44b, maybe can have the degree of depth of preset distance larger than the degree of depth of non-display area 44b.According to exemplary embodiment, panel module 40, electromagnetic induction panel 53 and heat radiator 55 can be arranged in brace groove 215d.

The bending direction that display 150 can be included in the second curvature portion 155 extends over the panel module 40 of exterior cover sheets 50.Such as, panel module 40 can be set to, and the edge of the second curvature portion 155 extends over a certain distance in end (such as, the width of non-display area 44b) of exterior cover sheets 50.The panel module 40 stretched out can be inserted in brace groove 215d.

As mentioned above, because the non-display area 44b of panel module 40 is inserted in brace groove 215d, extra opaque layer can not be provided to display 150.In addition, the orbital groove 216b for receiving display protection component 240 can be arranged on the first side wall 215a at least partially or in the side of supportive body 215_1 below panel module 40 or heat radiator 55.

To understand; in the embodiment of Fig. 2 B; the sweep of panel module extends beyond the edge of the sweep of protective seam 50; in the received slit (or groove) in the housing in the end (extending over the end at the edge of protective seam) of the sweep of panel module, slit along display module edge longitudinal extend.The end (edge) of protective seam is arranged as the substantially smooth sidewall of adjacent housing again, and this housing is limited to and wherein receives the window of display module or the part of recess.

Fig. 2 C illustrates the diagram according to exemplary embodiment (second) curve support part.

With reference to Fig. 2 C, the second curve support part 215 can comprise supportive body 215_1 and curved surface cover part 215_2.Curved surface cover part 215_2 can comprise such as coupling part 215g with sidewall 215f (compared with Fig. 2 B, sidewall 215a is removed), coupling part 215g is arranged on one end place of the upper surface of supportive body 215_1, with the upper surface shape of supportive body 215_1 at an angle (such as, right angle or acute angle).In this case, the element (except exterior cover sheets 50) of display 150 can be arranged in the brace groove 215e formed by coupling part 215g and sidewall 215f.Such as, panel module 40, electromagnetic induction panel 53 and heat radiator 55 can be arranged in brace groove 215e.Display 150 can provide panel module 40, be parallel to electromagnetic induction panel 53 and the heat radiator 55 of panel module 40 setting; panel module 40 extends over a certain distance in end (such as, the width of non-display area 44b) of exterior cover sheets 50.

Orbital groove 216c for receiving display protection component 240 can be arranged at least side of the upper surface of supportive body 215_1.Orbital groove 216c can extend to the inside of brace groove 215e.

With reference to Fig. 3 A, this part of electronic equipment can comprise the first housing 210, adhesive member 230 and protection component 240.

First housing 210 can be the procapsid of such as electronic equipment.First housing 210 can be made up of such as metal material.As shown in Figure 3A, battery top patchhole 218 can be formed in the first housing 210 inside.Battery top patchhole 218 can relative to the vertical centerline offset of the first housing 210 to side, as shown in Figure 3A.

Adhesive member 230 can comprise the upper edge being arranged on the first housing 210 first adhesion area 231 with a certain thickness, be arranged on second adhesion area 233 with a certain thickness of the edge of the sidepiece (such as, left side) of the first housing 210 and be arranged on the 3rd adhesion area 235 with a certain thickness of edge of bottom of the first housing 210.First to the 3rd adhesion area 231,233 and 235 can be connected to each other.First to the 3rd adhesion area 231,233 and 235 can be used for display 150 to be fixed to the first housing 210.According to exemplary embodiment, the second adhesion area 233 can be arranged at below the region of the first surface part 151 arranging display 150 wherein.Such as, the second adhesion area 233 can be used for the first surface part 151 of display 150 to be fixed to the first housing 210.The part at the edge of the sidepiece (right side) of the first adhesion area 231 can be arranged on the edge of the sidepiece (right side) of the first housing 210.The part at the edge of the sidepiece (right side) of the 3rd adhesion area 235 can be arranged on the edge of the sidepiece (right side) of the first housing 210.According to exemplary embodiment, adhesive member 230 can comprise the first adhesion area 231 and the 3rd adhesion area 235.

Protection component 240 can be arranged on the edge of the sidepiece (such as, right part) of the first housing 210 with a certain width.According to exemplary embodiment, protection component 240 can be sponge or adhesive tape.

Equally; to understand; in the embodiment of Fig. 2 C; the sweep of panel module extends beyond the edge of the sweep of protective seam 50; in the received slit in the housing in the end (this end extends over the edge of protective seam) of the sweep of panel module, this slit along display module edge longitudinal extend.The end (edge) of protective seam is arranged as the substantially smooth sidewall of adjacent housing again, and this housing is limited to the part of the window wherein receiving display module.

With reference to Fig. 3 B, electronic equipment can comprise display 150, first housing 210, adhesive member 230 and protection component 240.

As shown in Figure 3 B, display 150 can comprise first surface part 151, planar section 153 and the second curvature portion 155.The side of display 150 can be arranged in for exposing the speaker hole 157 of loudspeaker (or receiver) and the button hole 159 for exposing Home button.

First housing 210 can comprise first surface support section 211, second curve support part 215 and planar support portion 213, faced by first surface support section 211, first surface part 151 (such as, relative with first surface part 151) surface there is the curvature similar with the curvature of first surface part 151, faced by second curve support part 215, the second curvature portion 155 (such as, relative with the second curvature portion 155) surface there is the curvature similar with the curvature of the second curvature portion 155, faced by planar support portion 213, planar section 153 (such as, relative with planar section 153) region limit battery top patchhole 218.According to exemplary embodiment, on the top that antenna pattern can be arranged on the first housing 210 or bottom.

Second curve support part 215 of the first housing 210 can comprise the part setting second curve support region 2155 thereon of the upside of such as adhesive member 230, a part for the downside of adhesive member 230 arranges first surface supporting zone 2151 thereon and connects the three curve support region 2153 of the second curve support region 2155 to first surface supporting zone 2151.Orbital groove 216 for receiving protection component 240 can be arranged in the 3rd curve support region 2153.

Adhesive member 230 can as " C " be shaped, this adhesive member 230 is arranged on the top (or the upside of planar support portion 213 and the second curve support region 2155) of display 150, the edge of first surface part 151 and the bottom (or downside of first surface supporting zone 2151 and planar support portion 213) of display 150 continuously.According to exemplary embodiment, adhesive member 230 can only be arranged on the top of display 150 and the bottom of display 150.As mentioned above, adhesive member 230 can be arranged on going up at least partially of the periphery of the first housing 210.

Protection component 240 can be arranged in the second curve support part 215 with a certain length and (such as, arrange the position of the second curvature portion 155 of display 150).According to exemplary embodiment, protection component 240 can have the length corresponding with the length in the 3rd curve support region 2153.Protection component 240 can be arranged in the orbital groove 216 being arranged on the 3rd curve support region 2153.

Fig. 4 is the diagram at the back of the electronic equipment illustrated according to exemplary embodiment.

With reference to Fig. 4, as shown in state 401, the back of electronic equipment 100 can comprise by aiming at the battery top patchhole and battery bottom patchhole that are separately positioned in the first and second housings 210 and 220 and the battery placement part 280 provided.Battery placement part 280 can be biased left relative to the vertical center line of electronic equipment 100.Such as, as illustrated in state 403, battery 300 can be biased to the left side of electronic equipment 100.Such as, battery 300 can be biased to the first surface part 151 of display 150 or the first surface support section 211 of the first housing 210.Therefore, the mass centre changing of electronic equipment 100 can be the center line leaving electronic equipment by the position of placing battery 300.Therefore, electronic equipment 100 can have the tendency fallen on the direction that the center of gravity changed with the position by battery 300 is consistent.

Fig. 5 illustrates the falling state of the electronic equipment according to exemplary embodiment.

With reference to Fig. 5, as shown in state 501, when electronic equipment 100 highly falls from one, wherein the back surface of electronic equipment downwards (such as, display 150 is towards upper), the part (or arranging the part of battery 300) comprising first surface part 151 of electronic equipment can be rotated down.Therefore, the rear portion (such as, the first surface support section 211 of the first housing 210 or the region being connected to first surface support section 211 of the second housing 220) the arranging battery 300 wherein meeting of first surface part 151 more may hitting ground.Because comprise region (region that housing the is relatively thick) hitting ground of first surface part 151, so vibrations (shock) are absorbed by housing thus can prevent the damage to the second curvature portion 155.

According to exemplary embodiment, as shown in state 503, at electronic equipment 100 in the downward mode of leading flank (such as, in the prone mode of display 150) highly falling from one, the part (or arranging the part of battery 300) comprising first surface part 151 of electronic equipment can be rotated down.Therefore, the front portion arranging battery 300 wherein of first surface part 151 or the first housing 210 meeting of covering first surface part 151 more may hitting ground.Because comprise region (thickness of the side in relatively little or this region of its curvature is greater than the thickness of the second curvature portion 155) hitting ground of first surface part 151, so vibrations are absorbed by housing thus can prevent the damage to the second curvature portion 155.

Fig. 6 illustrates the housing placing display thereon according to exemplary embodiment.

With reference to Fig. 6, display 150 can comprise first surface part 151, planar section 153 and the second curvature portion 155.Display 150 can be arranged on the front surface of the first housing 210.First surface part 210 can comprise the curve support part with the curvature corresponding with the curvature of the first and second curvature portions 151 and 155.

According to exemplary embodiment, protective cover (guard) 219 can be arranged on the edge of the end of the second curve support part 215 of the first housing 210.Protective cover 219 can cover the edge of the second curvature portion 155.In addition, protective cover 219 can extend over a certain distance in surface of the second curvature portion 155.Alternatively, when adhesive member is plugged between display 150 and the first housing 210, protective cover 219 can extend over the surface of display 150.Therefore, protective cover 219 can prevent the second curvature portion 155 of electronic equipment 100 contact another object time such as when free falling time damaged.

Fig. 7 illustrates the part arranging stiffener wherein of the electronic equipment according to exemplary embodiment.

With reference to Fig. 7, electronic equipment can comprise display 150, first housing 210, second housing 220 and battery cover 250.A part for display 150 can comprise such as planar section 153 and the second curvature portion 155.Second curvature portion 155 can be bent to a certain curvature.Second curvature portion 155 can be arranged in the second curve support part 215 of the first housing 210.According to exemplary embodiment, the end of the second curvature portion 155 can in the face of the side surface of curved surface cover part 215_2.

First housing 210 can comprise supportive body 215_1 and curved surface cover part 215_2.Supportive body 215_1 can the second curvature portion 155 of support displays 150.The curved surface cover part 215_2 of adjacent supportive body 215_1 can the end of support displays 150.

According to exemplary embodiment, the auxiliary flute 201 with a certain width can be arranged at least one in the surface of the curved surface cover part 215_2 being exposed to outside in a longitudinal direction.Stiffener 202 can be arranged in auxiliary flute 201.Auxiliary flute 201 can extend at the second curvature portion 155 of display 150 the direction upper shed be simultaneously bent.

Stiffener 202 can be positioned in the auxiliary flute 201 in the 215_2 of curved surface cover part.The thickness of stiffener 202 can be greater than the degree of depth of auxiliary flute 201.Therefore, stiffener 202 can extend over the end of the opening of auxiliary flute 201.According to exemplary embodiment, the outside surface of stiffener 202 at least partially can be rounded.Stiffener 202 can comprise the material that can absorb due to the vibrations caused with object contact.Such as, stiffener 202 can be formed by least one in nonmetallic materials or metal material.Stiffener 202 can have the reticulate texture for increasing aseismic ratio.

Fig. 8 illustrates the part arranging the electronic equipment of cushioning members wherein according to exemplary embodiment.

With reference to Fig. 8, electronic equipment can comprise display 150, first housing 210, second housing 220 and battery cover 250.Display 150 can comprise planar section 153 and the second curvature portion 155.First housing 210 can comprise the second curve support part 215 corresponding to the second curvature portion 155.Second curve support part 215 can comprise supportive body 215_1 and curved surface cover part 215_2.

According to exemplary embodiment, orbital groove 203 can be arranged in the side surface (such as, in the face of the surface of the end of exterior cover sheets 50) of curved surface cover part 215_2 in a longitudinal direction.Cushioning members 204 can be arranged in orbital groove 203.Cushioning members 204 can comprise the various materials and structures for disperseing or absorb outside or inside vibrations.Such as, cushioning members 204 can be formed as utilizing the solid of rubber, nonrigid plastic or its potpourri (its inside is filled).In addition, cushioning members 204 can be formed by nonmetallic materials or metal material, and can have reticulate texture.

According to exemplary embodiment, the width of orbital groove 203 can have the open width (thickness of display 150 such as, except exterior cover sheets 50 except) similar with the width of the side surface of curved surface cover part 215_2.In this case, the cushioning members 204 be arranged in orbital groove 203 can prevent the panel module 40 of display 150, electromagnetic induction panel 53 and heat radiator 55 to be damaged.

According to exemplary embodiment, electronic equipment can adopt the stiffener structure of Fig. 7 and the cushioning members structure of Fig. 8.

With reference to Fig. 9, as shown in state 901, the second curvature portion 155 of display 150 can be bent into be had constant curvature measure and has the thickness (such as, about 0.05mm to about 0.3mm) identical with the planar section of display 150.Alternatively, as shown in state 903, thus the curvature measure that the second curvature portion 155 of display 150 can be larger also has the thickness (such as, about 0.3mm to about 0.5mm) larger than planar section.Alternatively, as shown in state 905, sweep can compared with planar section further projection.Alternatively, as shown in state 907, the curvature measure of the second curvature portion 155 of display 150 can increase gradually, and thus compared with planar section, the thickness of the second curvature portion 155 can little by little reduce.

According to exemplary embodiment, the curvature of the second curvature portion 155 can be adjusted to the bend at least partially with line part or linearity of the end making the second curvature portion 155 (such as, there is a part for the curve of the radius being greater than predetermined value) stably to extrude the curve support part of the second curvature portion 155 against the first housing 210 of display 150, so that easy assembled display 150.The curve support part (such as, the end of curve support part) of the first housing 210 can have flat surfaces to correspond to the line part (such as, a part for the end of the second curvature portion 155) of the second curvature portion 155.Such as, the interface region place between supportive body and curved surface cover part, curve support part can have flat surfaces at least partially.

According to exemplary embodiment, the curve support part of the first housing 210 can have the curvature corresponding with the curvature of the second curvature portion 155 or overhang or overhang, as above about as described in state 901 to 907.Alternatively, the curve support part of the first housing 210 can have constant curvature, and has nothing to do with the curvature of the second curvature portion 155 or overhang.

Figure 10 illustrates the electronic equipment with symmetrical curved-surface structure according to exemplary embodiment.

With reference to Figure 10, as shown in state 1001, the display 1150 of electronic equipment 100 can comprise first surface part 1151, planar section 1153 and the second curvature portion 1155.First and second curvature portions 1151 and 1155 can have identical curvature.Such as, first surface part 1151 can about the vertical center line of planar section 1153 and the second curvature portion 1155 symmetry.In addition, as shown in state 1003, electronic equipment 100 can comprise display 1150, first housing 1210 and the second housing 1220, and two curvature portions of display 1150 are mutually symmetrical.First housing 1210 can comprise the second curve support part 1215 supporting the first surface support section 1211 of first surface part 1151, the planar support portion 1213 of supporting plane part and support the second curvature portion 1155.The upper surface of first surface support section 1211 can have the curvature similar with the curvature of first surface part 1151.The upper surface of the second curve support part 1215 can have the curvature similar with the curvature of the second curvature portion 1155.Therefore, the first housing 1210 can have upper surface, and two lateral edges of this upper surface are mutually symmetrical about the vertical center line of electronic equipment 100.Second housing 1220 can be arranged on the first housing 1210 below to support the first housing 1210.

Figure 11 illustrates the reinforcement structure with the electronic equipment of symmetrical curved-surface structure according to exemplary embodiment.

With reference to Figure 11, as shown in state 1101, the first housing 1210 of electronic equipment 100 can comprise first surface support section 1211, planar support portion 1213 and the second curve support part 1215.First and second curve support parts 1211 and 1215 can be mutually symmetrical about the vertical center line of electronic equipment 100.The upper surface of first surface support section 1211 and the upper surface of the second curve support part 1215 can have same or similar curvature.

It is inner that battery top patchhole 1218 can be arranged on planar support portion 1213.The vertical length of battery top patchhole 1218 can be greater than its horizontal length.According to exemplary embodiment, battery top patchhole 1218 can relative to the centerline offset of electronic equipment 100 to side.According to exemplary embodiment, the area being biased to first surface support section 1211 of battery top patchhole 1218 can be greater than the area being biased to the second curve support part 1215 of battery top patchhole 1218.

According to exemplary embodiment, antisitic defect component 1100 can be arranged on the edge of the first housing 1210.Antisitic defect component 1100 can stretch out a certain distance along the edge of the edge of first surface support section 1211 and the second curve support part 1215.After display 1150 is settled, the height of antisitic defect component 1100 can be greater than a certain distance in surface of display 1150.Such as, as shown in state 1103, antisitic defect component 1100 can extend over first surface part 1151 or second curvature portion 1155 of display 1150.

With reference to state 1103, electronic equipment 100 can comprise the first and second curvature portions 1151 and 1155 that the center line about electronic equipment is mutually symmetrical and the planar section 1153 be arranged between the first and second curvature portions 1151 and 1155.First and second curvature portions 1151 and 1155 can have same or similar curvature.

First surface support section 1211 can be arranged on first surface part 1151 below to support first surface part 1151.Second curve support part 1215 can be arranged on the second curvature portion 1155 below to support the second curvature portion 1155.Planar support portion 1213 can the middle body of support displays 1150, such as planar section.In the battery top patchhole 1218 that can be arranged at least partially as shown in state 1101 of battery 300.When the second housing 1220 joins the first housing 1210 to, battery top patchhole 1218 can aim to form battery placement part with the battery bottom patchhole of the second housing 1220.Battery 300 can be placed in battery placement part.Battery placement part can be biased to first surface part 1151 or first surface support section 1211.Therefore, battery 300 can be biased towards first surface support section 1211.

Although described antisitic defect component 1100 to be arranged in the first and second bent support parts 1211 and 1215, antisitic defect component 1100 can only be arranged in the first bent support part 1211.Alternatively, the antisitic defect component 1100 be arranged on first surface support section 1211 can be different from the antisitic defect component 1100 be arranged in the second curve support part 1215 in structure or material, to prevent the damage to first surface part 1151 caused due to the biased position of battery 300.Such as, the antisitic defect component 1100 be arranged on first surface support section 1211 can adopt wherein damping capacity to be greater than material or the structure of the damping capacity of the antisitic defect component 1100 be arranged in the second curve support part 1215.

Figure 12 illustrate according to exemplary embodiment comprise curved-surface display region can wearable device.

As mentioned above, according to each embodiment of the present disclosure, a kind of mobile electronic device can comprise: display, comprise plane domain and extend to and its all-in-one-piece curved surface area from plane domain, curved surface area is towards the curving of plane domain, and this curved surface area has the size less than the size of plane domain, and housing, edge along display is arranged, the surface extending over curved surface area at least partially of housing, wherein display can comprise the exterior cover sheets of the shape being formed as corresponding to the shape of plane domain and curved surface area, be arranged on a part of place at the edge of curved surface area and the opacity below exterior cover sheets, and the panel module be arranged on below exterior cover sheets, this panel module has viewing area and is arranged on the non-display area of side of viewing area, wherein the plane domain side of opaque layer and the plane domain side of non-display area are vertically aimed in the edge of curved surface area and are made opaque layer cover whole non-display area.

According to each embodiment of the present disclosure, opaque layer can be arranged on non-display area and the vertical curve plane domain side of opaque layer being connected to the plane domain side of non-display area is tilted towards plane domain in the edge of curved surface area.

According to each embodiment of the present disclosure, opaque layer can be arranged on the vertical curve that non-display area makes the plane domain side of opaque layer be connected to the plane domain side of non-display area and tilt specified angle towards plane domain in the described edge of curved surface area, and described vertical curve is with the described edge tilt of this specified angle towards curved surface area.

According to each embodiment of the present disclosure, a kind of mobile electronic device can comprise: display, comprise plane domain and extend to and its all-in-one-piece curved surface area from plane domain, curved surface area is towards the curving of plane domain, and curved surface area has the size less than the size of plane domain; And housing, the edge along display is arranged, the surface extending over curved surface area at least partially of housing.Here, display can comprise: exterior cover sheets, is formed as the shape corresponding with the shape of plane domain and curved surface area; Opacity, be arranged on the edge of curved surface area a part of place and below exterior cover sheets; And panel module; be arranged on below exterior cover sheets; this panel module has viewing area and non-display area; on the part that viewing area is arranged on curved surface area and plane domain; non-display area is arranged on the remainder place of curved surface area, and wherein opaque layer can cover whole non-display area in the edge of curved surface area relative to the vertical direction of plane domain.

According to each embodiment of the present disclosure, the end of the curved surface area of exterior cover sheets at least partially with being arranged parallel to each other in the display at least partially of the end of panel module.

According to each embodiment of the present disclosure, curved surface area can be protruding relative to plane domain.

According to each embodiment of the present disclosure, mobile electronic equipment can comprise the adhesive member below the plane domain being arranged on display, this adhesive member be optionally arranged on the curved surface area of display at least partially below.

According to each embodiment of the present disclosure, a kind of mobile electronic equipment can comprise: display, comprise plane domain and extend to and its all-in-one-piece curved surface area from plane domain, curved surface area is towards the curving of plane domain, and curved surface area has the size less than the size of plane domain; And housing; edge along display is arranged; the surface extending over curved surface area at least partially of housing; the wherein display exterior cover sheets that can comprise the shape being formed as corresponding with the shape of plane domain and curved surface area and the panel module that is arranged on below exterior cover sheets; panel module has viewing area and non-display area; viewing area is arranged on plane domain and a part of curved surface area, and non-display area is arranged on the remainder of curved surface area.Here, the end at least partially comprising non-display area of panel module can extend further than the end of the curved surface area of exterior cover sheets thus be inserted in the brace groove be formed in the side of housing.

With reference to Figure 12, electronic equipment 1200 can be can wearable device.According to exemplary embodiment, electronic equipment 1200 can comprise display 2150, and display 2150 can be divided into first surface part 2151, planar section 2153 and the second curvature portion 2155.First surface part 2151, planar section 2153 and the second curvature portion 2155 can be arranged continuously.First and second curvature portions 2151 and 2155 can be the curved-surface display regions with different curvature.Second curvature portion 2155 can have the curvature larger than the curvature of first surface part 2151.

According to exemplary embodiment, electronic equipment 1200 can comprise bonding part 2700, and the device comprising display 2150 can removably be attached to bonding part 2700.The going up at least partially of health user can be worn in bonding part 2700.Bonding part 2700 can comprise placement part, and display 2150 can removably be attached to this placement part.Sidepiece (such as, the left side of first surface part 2151 and the right side of the second curvature portion 2155) place that bonding part 2700 can also be included in display 2150 is connected to the coupling part of bonding part 2700.Above-mentioned protective cover can be arranged on the edge of display 2150.

As mentioned above, electronic equipment according to exemplary embodiment can provide a kind of display, this display be included in its fringe region at least one on curved-surface display region or curvature portion and display by the non-display area (such as, the non-display area of panel module) of display being located and is arranged on the extension viewing area formed below opaque layer.In exemplary embodiment, the region (such as, the non-display area of panel module) except exterior cover sheets of display can be inserted in the groove of the side being formed in housing, can provide the display not having opaque layer.Groove can support the strong joint between curved-surface display region and housing.

The component of such as sponge can be arranged between curved-surface display region and housing to stop moisture or dust and to alleviate vibrations.

In addition, the region that battery is set by the centerline offset from housing to side, make when electronic equipment is dropped, curved-surface display region or non-curved viewing area (or the adjacent housings) with relatively low curvature fall on the ground, thus prevent the damage to electronic equipment.Here, antisitic defect component can be arranged on non-curved viewing area or have on the viewing area of relatively low curvature.

Prevent about damage, the housing of covering surface viewing area can comprise the protective cover on the surface extending over display from the edge in curved-surface display region.In addition, cushioning members can be arranged at least side (such as, at least one groove) of the housing in curved-surface display region.

According to exemplary embodiment, the end in curved-surface display region can lose curvature (straighteing) to support easily to be connected to housing.

As mentioned above, according to exemplary embodiment, display can comprise: exterior cover sheets, and it comprises the edge at least partially with a certain curvature; Be arranged on the opaque layer of the described edge of exterior cover sheets; And panel module, it comprises the non-display area be positioned at below opaque layer.

According to exemplary embodiment, panel module can comprise the curvature portion of planar section and adjacent flat part, and wherein non-display area can be arranged on the edge of curvature portion.

According to exemplary embodiment, the end of the side of opaque layer and the end of non-display area can be vertically aligned with each other.

According to exemplary embodiment, the end of the side of opaque layer vertically can extend over the end of non-display area.

According to exemplary embodiment, display can also comprise the bonding coat be arranged between exterior cover sheets and panel module.

According to exemplary embodiment, display can also comprise be arranged on the electromagnetic induction panel with a certain curvature below panel module and be arranged on below electromagnetic induction panel have in the heat radiator of a certain curvature at least one.

According to exemplary embodiment; exterior cover sheets and panel module can comprise the first surface part with first curvature, the adjacent planar section of first surface part and the second curvature portion of adjacent flat part, and the second curvature portion has the torsion being different from first curvature.

According to exemplary embodiment; exterior cover sheets and panel module can comprise the first surface part with first curvature, the adjacent planar section of first surface part and the second curvature portion of adjacent flat part, and the second curvature portion has first curvature.

As mentioned above, according to exemplary embodiment, electronic equipment can comprise the housing of display and support displays, and display comprises: exterior cover sheets, and it comprises the edge at least partially with a certain curvature; Be arranged on the opaque layer of the described edge of exterior cover sheets; And panel module, it comprises the non-display area be positioned at below opaque layer.

According to exemplary embodiment, housing can be included in the groove wherein inserting non-display area.

According to exemplary embodiment, housing can also comprise the orbital groove in the surface of display being formed in housing in a longitudinal direction and the protection component be inserted in orbital groove.

According to exemplary embodiment, housing can also comprise the protective cover at the edge covering the display be placed on housing, and protective cover extends over a certain distance in surface of display.

According to exemplary embodiment, housing can also comprise be formed in housing be exposed to the surface of outside at least partially in auxiliary flute and be arranged in auxiliary flute to absorb or the stiffener of dissipate shock.

According to exemplary embodiment, the curve support part that housing can also comprise the end in the face of display, be arranged on curve support part side surface in simultaneously in the face of orbital groove and the cushioning members that is arranged in orbital groove of display.

According to exemplary embodiment, housing can also comprise battery placement part, and battery placement part is biased to non-curved viewing area relative to center line or has the edge curvature portion of the curvature lower than the curvature in curved-surface display region.

According to exemplary embodiment, the end in the curved-surface display region of the display a certain width that can be straightened is many like that.

According to exemplary embodiment, the housing upper surface in the face of the end in the curved-surface display region of display can have the flat surfaces of a certain width.

According to exemplary embodiment, electronic equipment can also comprise the adhesive member gone up at least partially at the edge be arranged between display and housing.

According to exemplary embodiment, electronic equipment can be can wearable device.

As mentioned above; according to exemplary embodiment; the electronic equipment comprising curved-surface display region can comprise display and housing; display comprises its exterior cover sheets at least partially with the edge of a certain curvature and extends over the panel module of end of exterior cover sheets; panel module comprises non-display area, and housing is included in the groove wherein inserting non-display area.

According to exemplary embodiment, the end that electronic equipment can also be included in exterior cover sheets is formed to the opaque layer of a certain width.

According to exemplary embodiment of the present disclosure, viewing area can extend fully, simultaneously by adopting curved-surface display region and processing fringe region and keep the size of electronic equipment.

Exemplary embodiment of the present disclosure is illustrative instead of restriction.Various alternative and etc. be both possible.Other interpolation, to delete or modification will be considered the disclosure by those skilled in the art and understand, and be intended to fall in the scope of claims.

Also will understand, exemplary embodiment provides a kind of mobile electronic equipment, comprising: display, comprises plane domain and curved surface area, and curved surface area is arranged on the end of display; And housing, the periphery along display is arranged, the edge extending over curved surface area at least partially of housing, and wherein display comprises: exterior cover sheets, has the shape consistent with plane domain and curved surface area; Opaque layer, below the periphery edge that the end of display is arranged on the curved surface area of exterior cover sheets; And panel module, have the non-display area be arranged on below opaque layer, wherein opaque layer covers whole non-display area about the vertical direction of plane domain.

In some embodiments, the curved surface area of exterior cover sheets end at least partially with being arranged parallel to each other in the display at least partially of the end of panel module.

In some embodiments, housing comprises: brace groove, is configured to receive non-display area; And sidewall, form a part for brace groove, this sidewall is set to the side surface at the edge in the face of exterior cover sheets.

In some embodiments, this display also comprise following at least one: electromagnetic induction panel, is arranged on curved surface area; Heat radiator, is arranged on curved surface area; And touch-sensing layer, be plugged between exterior cover sheets and panel module.

In some embodiments, curved surface area is protruding relative to plane domain.

In some embodiments, this housing also comprises battery placement part, and this battery placement part is arranged on the position leaving the direction of curved surface area relative to the vertical center line deflection of mobile electronic equipment.

In some embodiments, this housing comprise following at least one: guide rail groove, is formed in a longitudinal direction in the surface contrary with the back of the edge side of display of housing; And protection component, be configured to be inserted in guide rail groove.

In some embodiments, this housing comprises: auxiliary flute, be formed in housing be exposed to outside surface at least partially in; And stiffener, to be arranged in auxiliary flute and to be configured to absorb or dissipate shock.

In some embodiments, this housing comprises the cushioning members on a surface of the end at the edge in the face of display being arranged on curved surface cover part.

In some embodiments, this equipment also comprises the adhesive member below the plane domain being arranged on display, this adhesive member be arranged on the curved surface area of display at least partially below.

In some embodiments, curved surface area comprises the multiple curved surface areas be formed on two edges of display.

Exemplary embodiment provides a kind of mobile electronic equipment, and this mobile electronic equipment comprises: display, comprises plane domain and curved surface area; And housing, the periphery along display is arranged, the edge extending over curved surface area at least partially of housing, and wherein this display comprises: exterior cover sheets, has the shape consistent with plane domain and curved surface area; And panel module, be arranged on below exterior cover sheets, wherein the end of the curved surface area of panel module extends beyond the end of the curved surface area of exterior cover sheets.

In some embodiments, this equipment also comprises the adhesive member gone up at least partially in the region below the plane domain being arranged on display, this adhesive member be arranged on the curved surface area of display at least partially below.

In some embodiments, this housing also comprise following at least one: battery placement part, relative to the vertical center line of mobile electronic equipment be arranged on deflection have the curvature being different from curved surface area curvature portion or deflection plane domain the position not being adjacent to the edge of curved surface area; Brace groove, is configured to receiving panel module region at least partially, and panel module region extends beyond exterior cover sheets; Protection component, is arranged in the part on the surface relative with the back of the edge side of display of housing in a longitudinal direction; Stiffener, what be arranged on housing is exposed to going up at least partially and being configured to absorb or dissipate shock of outside surface; And cushioning members, be arranged on a surface relative with the end at the edge of display of curved surface cover part.

Exemplary embodiment provides a kind of mobile electronic equipment, this mobile electronic equipment comprises: flexible displays, this flexible displays comprises: curved face display panel module, and this curved-surface display module comprises: plane domain, is parallel to the rear surface of mobile electronic equipment; And curved surface area, be connected to plane domain, curved surface area comprises the electrode trace region of the end being arranged on curved surface; Exterior cover sheets, is arranged in curved face display panel module; And opaque layer, be plugged between electrode trace region and exterior cover sheets, the viewing in the electrode trace region that opaque layer is configured such that about the direction perpendicular to plane domain thickens.

In some embodiments, curved surface area comprises the first surface region in the middle of multiple curved surface area, and wherein plane domain is plugged between first surface region in the middle of multiple curved surface area and the second curved surface area.

This application claims the right of priority of the Chinese patent application No.2015102668483.8 that 22, on Mays of korean patent application No.10-2015-0012601 and 2015 of submitting in Korean Intellectual Property Office in the korean patent application No.10-2014-0116501 submitted in Korean Intellectual Property Office on September 2nd, 2014, on January 27th, 2015 submit in China Intellectual Property Office, its disclosure by reference entirety is incorporated into this.

Claims

1. an equipment, comprising:

Housing, comprises opening, this opening have the surface of described housing at least partially in the first side of extending in a first direction;

The exterior cover sheets of substantial transparent, comprises the first edge be arranged in described opening, and described first edge comprises bending first surface, and described first edge extends contiguous described first side simultaneously in said first direction;

Panel module layer, comprise the second edge arranged in described opening, described second edge and described bending first surface conformally bend, contiguous described first side, described second edge, described second edge extends in said first direction, described panel module layer comprises the non-display area extended in said first direction along described second edge, and described non-display area has the first width on the direction perpendicular to described first direction; And

Opaque layer; be arranged in described opening; described opaque layer is plugged between described exterior cover sheets and described panel module layer; described opaque layer extends contiguous described first side simultaneously in said first direction; described opaque layer has the second width on the direction perpendicular to described first direction

Second width of wherein said opaque layer has the size capped at least partially making described non-display area on the direction of described first width.

2. equipment according to claim 1, wherein

Display layer, comprises in the face of the first surface of described exterior cover sheets with back to second of described exterior cover sheets,

Described equipment is also included in the sealant at the side place of described second of described panel module layer.

3. equipment according to claim 1, also comprises:

Touch-sensing layer, conformally bends with described bending first surface, and described touch-sensing layer comprises the 3rd edge being adjacent to described first edge, and described touch-sensing layer is plugged between described exterior cover sheets and described panel module layer.

4. equipment according to claim 1, wherein said exterior cover sheets also comprises the substantially smooth second surface extended from described first surface.

5. equipment according to claim 1, wherein said opaque layer has described second width capped in the normal direction of described bending first surface at least partially or position that make described non-display area on the direction of described first width.

6. equipment according to claim 1, also comprises the first bonding coat be arranged between described exterior cover sheets and described panel module layer.

7. equipment according to claim 1, also comprise following at least one:

Electromagnetic induction panel, to be arranged on below described panel module layer and to have a certain curvature; With

Heat radiator, to be arranged on below described electromagnetic induction panel and to have a certain curvature.

8. equipment according to claim 1, wherein said exterior cover sheets and described panel module layer comprise:

First surface part, has first curvature;

Planar section, adjacent described first surface part; With

Second curvature portion, adjacent described planar section, described second curvature portion has described first curvature or is different from the torsion of described first curvature.

9. an electronic equipment, comprises curved-surface display region, and described electronic equipment comprises:

Display, the glass at least partially with a certain curvature comprising its edge, the opaque layer being arranged on the edge of described glass and be included in the non-display area that described opaque layer arranges below; With

Housing, supports described display.

10. electronic equipment according to claim 9, wherein said housing comprises described non-display area insertion groove wherein.

11. electronic equipments according to claim 9, wherein said housing also comprises:

Guide rail groove, be formed in a longitudinal direction described housing in the face of described display surface in; And

Protection component, is inserted in described guide rail groove.

12. electronic equipments according to claim 9, wherein said housing also comprises protective cover, and this protective cover is a certain distance higher than the surface of described display when covering the edge of the described display placed.

13. electronic equipments according to claim 9, wherein said housing also comprises:

Auxiliary flute, be formed in described housing be exposed to outside surface at least partially in; With

Stiffener, is arranged in described auxiliary flute and is configured to absorb or dissipate shock.

14. electronic equipments according to claim 9, wherein said housing also comprises:

Curve support part, in the face of the end of described display;

Guide rail groove, is arranged in the side surface of described curve support part simultaneously in the face of described display; And

Cushioning members, is arranged in described guide rail groove.

15. electronic equipments according to claim 9, wherein said housing also comprises is partial to the battery placement part of non-curved viewing area or edge curvature portion about center line, and this edge curvature portion has the curvature less than described curved-surface display region.

16. electronic equipments according to claim 9, the end in the curved-surface display region of wherein said display straightend with a certain width as many.

17. electronic equipments according to claim 16, the upper surface of the end in the described curved-surface display region in the face of described display of wherein said housing comprises the flat surfaces with a certain width.

18. electronic equipments according to claim 9, also comprise the adhesive member gone up at least partially at the edge be arranged between described display and described housing.

19. electronic equipments according to claim 9, at least one in wherein said display or described housing is added to wearable device.

20. 1 kinds of electronic equipments, comprise curved-surface display region, and described electronic equipment comprises:

Display, the panel module layer of the glass at least partially with a certain curvature comprising its edge and the end that protrudes past described exterior cover sheets, described panel module layer comprises non-display area; With

Housing, comprises the groove wherein inserting described non-display area.