WO2021185369A1 - 折叠式手机壳及连接件 - Google Patents

折叠式手机壳及连接件 Download PDF

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Publication number
WO2021185369A1
WO2021185369A1 PCT/CN2021/081932 CN2021081932W WO2021185369A1 WO 2021185369 A1 WO2021185369 A1 WO 2021185369A1 CN 2021081932 W CN2021081932 W CN 2021081932W WO 2021185369 A1 WO2021185369 A1 WO 2021185369A1
Authority
WO
WIPO (PCT)
Prior art keywords
mobile phone
shock
strip
shuttle
phone case
Prior art date
Application number
PCT/CN2021/081932
Other languages
English (en)
French (fr)
Inventor
蒋涛
Original Assignee
深圳市太维新材料科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 深圳市太维新材料科技有限公司 filed Critical 深圳市太维新材料科技有限公司
Publication of WO2021185369A1 publication Critical patent/WO2021185369A1/zh

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/02—Constructional features of telephone sets
    • H04M1/18—Telephone sets specially adapted for use in ships, mines, or other places exposed to adverse environment
    • H04M1/185—Improving the rigidity of the casing or resistance to shocks

Definitions

  • the patent of the present invention relates to the technical field of mobile phone cases, specifically, to a foldable mobile phone case and a connector.
  • Folding mobile phone is a kind of smart phone, which is characterized by flexible foldability; the screen is the size of a traditional mobile phone, which is convenient to carry, and when opened, it becomes a tablet computer, which has both entertainment and office functions, which caters to the current consumers. Pursue the requirements of portability and multiple functions.
  • the purpose of the present invention is to provide a foldable mobile phone case and a connector, which aims to solve the problem of lack of protection for foldable mobile phones in the prior art.
  • the present invention is realized in this way.
  • the foldable mobile phone case includes an upper casing with an upper mounting surface, a lower casing with a lower mounting surface, and a connecting layer arranged to be stretched or contracted under force.
  • the upper installation surface and the lower installation surface are horizontally arranged correspondingly; the upper installation surface is formed with an upper installation groove recessed downward, and the lower installation surface is formed with a downward recess
  • a lower installation groove is provided, and both ends of the connecting layer are respectively laid flat and fixed to the upper installation groove and the lower installation groove.
  • the foldable mobile phone case includes a plurality of shuttle strips, the shuttle strips are arranged in a long strip shape, and along the width direction, each of the shuttle strips is arranged in sequence; one end of the shuttle strip is butted and fixed to the The lower casing, the upper casing has a shuttle hole, the other end of the shuttle strip passes through the shuttle hole, when the mobile phone case is gradually deployed, the other end of the shuttle strip gradually faces away from the upper casing When the mobile phone case is in a folded arrangement, the other end of the shuttle strip moves in a shuttle direction toward the upper housing without leaving the upper housing. Shuttle hole.
  • the upper shell is thinned to form an upper thinned area
  • the lower shell is thinned to form a lower thinned area
  • one end of the shuttle bar is butted and fixed to the lower thinned area
  • the The upper thinned area is provided with a shuttle element, the shuttle element forms the shuttle hole, and the other end of the shuttle strip penetrates the shuttle element.
  • the foldable mobile phone case includes a shielding cover, the shielding cover is arranged to be stretched or retracted under a force, the upper housing has an upper connecting surface, the lower housing has a lower connecting surface, and the The two ends of the shielding cover are respectively connected to the upper connecting surface and the lower connecting surface; when the mobile phone case is in an unfolded arrangement, the connecting layer and the shielding cover are arranged up and down correspondingly.
  • the shielding cover includes a plurality of cover pieces, and each of the cover pieces is arranged in order from end to end; when the mobile phone case is gradually unfolded, each of the cover pieces is gradually folded and contracted, and when the mobile phone case is gradually folded At this time, each of the cover sheets is gradually deployed in a wave shape.
  • the connecting layer has an outer end surface facing the shielding cover, the outer end surface of the connecting layer is provided with buffer strips, the buffer strips are arranged along the length direction, and the bottom of the buffer strip fixes the connecting layer When the mobile phone case is in a folded arrangement, the top of the buffer strip abuts the shielding cover.
  • connection layer forms an upper contact surface, and when one end of the connection layer is flat and the upper installation groove is fixed, the upper contact surface and the upper installation surface are arranged flush;
  • the other end of the connecting layer forms a lower contact surface, and when one end of the connecting layer is flat and the lower installation groove is fixed, the lower contact surface and the lower installation surface are arranged flush.
  • the upper casing and the lower casing are combined to form a placement cavity, the placement cavity is used to place a mobile phone;
  • the upper contact surface is formed with a plurality of upper abutment strips, and the upper abutment strips are arranged extending along the length ,
  • Each of the upper contact strips is arranged at intervals along the width direction in sequence, the top of the upper contact strip is arranged flush with the upper mounting surface,
  • the lower contact surface is formed with a plurality of lower contact strips, the The lower abutment bars are arranged along the length, each of the lower abutment bars is arranged at intervals along the width direction, and the top of the lower abutment bars are arranged flush with the lower mounting surface; when the mobile phone is placed in the placement cavity At this time, the bottom surface of the mobile phone abuts the top of each of the upper abutment bars and the top of each of the lower abutment bars.
  • the lower housing includes a lower bottom plate, the lower bottom plate has the lower mounting surface, the lower bottom plate is formed with a raised platform, and the raised platform is located below the lower mounting surface.
  • the upper housing includes an upper side strip having an upper installation cavity, the upper installation cavity is arranged extending along the length direction of the upper side strip and passes through both ends of the upper side strip,
  • the upper shell is provided with an upper shock-absorbing strip, and the upper shock-absorbing strip covers the upper installation cavity.
  • the upper side shock-absorbing strip is formed with a plurality of shock-absorbing columns, and each of the shock-absorbing columns is arranged in sequence along the length direction of the upper side strip, and
  • the shock-absorbing column is located in the upper mounting cavity; the outer end of the shock-absorbing column forms a shock-absorbing surface, and when the mobile phone is placed in the foldable mobile phone case, the shock-absorbing surface abuts against the outer surface of the mobile phone.
  • the upper housing includes an upper top side bar with an upper top cavity
  • the lower housing includes a lower top side bar with a lower top cavity.
  • the foldable mobile phone case includes a top shock-absorbing strip, the top shock-absorbing strip is arranged to be stretched or contracted under force, and the top shock-absorbing strip covers the upper top cavity and The lower top cavity.
  • a connecting piece is equipped with the elevated platform, the connecting piece is used for installing a finger ring piece, and the finger ring piece and the connecting piece are arranged in a snapped or separated arrangement.
  • the lower housing forms a snap-in opening, the inner end of the snap-in opening extends to the raised platform, and the outer end of the snap-in opening penetrates the lower housing to communicate with the outside;
  • the connecting piece has a connecting portion, The connecting portion extends to the engaging port, and the finger ring member is connected to or separated from the connecting portion through the engaging port.
  • the connecting member directly contacts with the outside, so that the lower shell or the upper shell is arranged to interfere with the outside in an adsorption arrangement.
  • the foldable mobile phone case provided by the present invention when used, the mobile phone case is in an unfolded arrangement.
  • the upper mounting surface and the lower mounting surface are arranged horizontally and correspondingly to form a plane, which realizes the placement of the mobile phone, and at the same time ,
  • the connection layer receives less tensile tension, and the connection layer makes the upper shell and the lower shell relatively fixedly arranged.
  • the upper shell and the lower shell Under the action of the upper shell and the lower shell, it protects the mobile phone; when not in use, the mobile phone case In a folded arrangement, the upper shell and the lower shell are arranged in a superimposed arrangement, and the connecting layer is arranged in an elongated arrangement under tension, so that the upper shell and the lower shell are relatively fixed, which is convenient for carrying the mobile phone; in addition, a groove is arranged on the upper shell Slots are arranged below and below to avoid exposure of the connection layer, and when the phone case is folded, it effectively reduces the tension applied to the connection layer and increases the service life of the connection layer; in this way, the folding mobile phone case can be folded regardless of use Whether it is in a storage state or in a storage state, it is protected.
  • Figure 1 is a three-dimensional schematic diagram of a foldable mobile phone case provided by the present invention.
  • FIG. 2 is a perspective schematic view of another embodiment of a foldable mobile phone case provided by the present invention.
  • Figure 3 is a perspective schematic view of the shuttle bar of the foldable mobile phone case provided by the present invention.
  • FIG. 4 is a schematic cross-sectional view of the lower shell of the foldable mobile phone case provided by the present invention.
  • Fig. 5 is a three-dimensional schematic diagram of the shock-absorbing column of the foldable mobile phone case provided by the present invention.
  • FIG. 6 is a perspective view of another embodiment of the shock-absorbing column of the foldable mobile phone case provided by the present invention.
  • Fig. 7 is a schematic plan view of different arrangement forms of the tenon-and-mortise connection of the foldable mobile phone case provided by the present invention.
  • the foldable mobile phone case includes an upper case 10, a lower case 20, and a connecting layer 30.
  • the upper case 10 has an upper mounting surface
  • the lower case 20 has a lower mounting surface
  • the connecting layer 30 is stretched or contracted under force.
  • the upper mounting surface and the lower mounting surface are arranged horizontally correspondingly; the upper mounting surface is formed with an upper mounting groove recessed downward, and the lower mounting surface is formed with a downward recessed lower mounting surface.
  • the installation grooves are respectively laid on both ends of the connecting layer 30 and the upper installation groove and the lower installation groove are fixed.
  • the mobile phone case when in use, the mobile phone case is in an unfolded arrangement.
  • the upper mounting surface and the lower mounting surface are arranged horizontally and correspondingly to form a plane to realize the placement of the mobile phone.
  • the connecting layer 30 makes the upper casing 10 and the lower casing 20 relatively fixedly arranged.
  • the upper casing 10 and the lower casing 20 Under the action of the upper casing 10 and the lower casing 20, it protects the mobile phone; when not in use, the mobile phone casing is in a folded arrangement , The upper housing 10 and the lower housing 20 are arranged in a superimposed arrangement, and the connecting layer 30 is stretched under tension, so that the upper housing 10 and the lower housing 20 are relatively fixed, which is convenient for carrying the mobile phone; The groove and the lower groove are arranged to prevent the connection layer 30 from being exposed, and when the mobile phone case is folded, the tension applied to the connection layer 30 is effectively reduced, and the service life of the connection layer 30 is increased; in this way, through the folding mobile phone case, Realize that the folding mobile phone can be protected regardless of the state of use or storage.
  • the foldable mobile phone case includes a plurality of shuttle bars 40, and the shuttle bars 40 are arranged in a long strip shape to facilitate shuttle movement of the shuttle bars 40 along the length direction.
  • each shuttle strip 40 is arranged in sequence; it is ensured that each shuttle strip 40 effectively covers the exposed area of the connecting layer 30, thereby effectively preventing the connecting layer 30 from being exposed and protecting the connecting layer 30.
  • a connecting block is provided between adjacent shuttle bars 40, and the two ends of the connecting block respectively butt and fix the adjacent shuttle bars 40, so that the shuttle bars 40 are moved synchronously, and at the same time, the shuttle bars 40 are formed Overall, the lateral deviation when the shuttle bar 40 moves is reduced.
  • One end of the shuttle bar 40 is mated and fixed to the lower housing 20.
  • the upper housing 10 has a shuttle hole.
  • the other end of the shuttle bar 40 penetrates the shuttle hole.
  • the body 10 shuttles in the direction, and the connecting layer 30 and each shuttle strip 40 are arranged up and down correspondingly; when the mobile phone case is in a folded arrangement, the other end of the shuttle strip 40 shuttles in the direction toward the upper housing 10 without leaving the shuttle hole; ,
  • the shuttle bar 40 moves in a shuttle to protect the connection layer 30.
  • each shuttle bar 40 plays a role of buffering and damping, enhancing the protection of the folding phone Effect.
  • the upper casing 10 is thinned to form an upper thinned area
  • the lower casing 20 is thinned to form a lower thinned area.
  • One end of the shuttle bar 40 is butted and fixed to the lower thinned area, and the upper thinned area is provided with a shuttle to shuttle
  • the member forms a shuttle hole, and the other end of the shuttle bar 40 penetrates the shuttle member; thus, the thickness of the mobile phone case is reduced, and at the same time, the setting of the shuttle member and the setting of the shuttle bar 40 are facilitated.
  • the top surface of the other end of the shuttle bar 40 is arranged in a circular arc transition; the mutual wear between the shuttle bar 40 and the shuttle member when the shuttle bar 40 is shuttled is reduced, thereby increasing the service life.
  • the thickness of the other end of the shuttle strip 40 is gradually reduced, and the bottom of the other end of the shuttle strip 40 is attached with a thinned area; it is convenient for the movement of the shuttle strip 40, and at the same time, it is convenient for the shuttle strip.
  • the other end of the 40 is attached to the upper thinned area, which reduces the shaking of the shuttle 40 when it moves, and improves the movement stability of the shuttle 40.
  • One end of the shuttle bar 40 is docked and fixed to the upper housing 10, the lower housing 20 has a shuttle hole, and the other end of the shuttle bar 40 penetrates the shuttle hole; when the mobile phone case is gradually deployed, the other end of the shuttle bar 40 gradually faces toward the upper case
  • the body 10 shuttles in the direction, and the connecting layer 30 and each shuttle strip 40 are arranged up and down correspondingly; when the mobile phone case is in a folded arrangement, the other end of the shuttle strip 40 shuttles in the direction away from the upper case 10 without leaving the shuttle hole; ,
  • the shuttle bar 40 moves in a shuttle to protect the connection layer 30.
  • each shuttle bar 40 plays a role of buffering and damping, enhancing the protection of the folding phone Effect.
  • the lower thinned area is provided with a shuttle member, the shuttle member forms a shuttle hole, and the other end of the shuttle strip 40 penetrates the shuttle member.
  • the foldable mobile phone case includes a shielding cover, which is arranged to be stretched or retracted by force.
  • the upper housing 10 has an upper connecting surface
  • the lower housing 20 has a lower connecting surface.
  • the two ends of the shielding cover are respectively Butt the upper and lower connecting surfaces; when the mobile phone case is deployed, the connecting layer 30 and the shielding cover are arranged up and down correspondingly; in this way, the shielding cover effectively prevents the connecting layer 30 from being exposed and protects the connecting layer 30.
  • the shielding cover includes a plurality of cover sheets, each of which is arranged in order from end to end; when the mobile phone case is gradually expanded, each cover sheet is gradually folded and contracted, and when the mobile phone case is gradually folded, each cover sheet is gradually wavy Expansion arrangement; through the expansion and contraction of each cover sheet, the connecting layer 30 is effectively shielded, and at the same time, the upper housing 10 and the lower housing 20 are relatively fixedly arranged.
  • the connecting layer 30 has an outer end surface facing the shielding cover.
  • the outer end surface of the connecting layer 30 is provided with a buffer strip extending along the length direction.
  • the bottom of the buffer strip fixes the outer end surface of the connecting layer 30; when the mobile phone case is folded, The top of the bumper bar is against the shielding cover; under the action of the bumper bar, when the phone case falls, the shielding cover acts as a preliminary shock absorber, and the bumper bar again absorbs shock, thereby effectively enhancing the shock absorption effect.
  • connection layer 30 forms an upper contact surface.
  • the connection layer 30 When one end of the connection layer 30 is flat and the upper installation groove is fixed, the upper contact surface and the upper installation surface are arranged flush; the other end of the connection layer 30 forms a lower contact surface, When one end of the connecting layer 30 is flat and the lower installation groove is fixed, the lower contact surface and the lower installation surface are arranged flush; in this way, when the mobile phone is placed in the mobile phone case, the upper contact surface and the upper installation surface and the lower The contact surface and the lower mounting surface respectively abut against the back of the mobile phone to form a plane, which protects the back of the mobile phone, so as to realize synchronously against the back of the mobile phone and enhance the placement stability of the mobile phone.
  • the upper casing 10 and the lower casing 20 are combined to form a placement cavity for placing a mobile phone; a plurality of upper contact bars are formed on the upper contact surface, and the upper contact bars are arranged along the length, and each upper contact bar is in sequence along the width direction Arranged at intervals, the top of the upper contact strips are arranged flush with the upper mounting surface, the lower contact surface is formed with a plurality of lower contact strips, the lower contact strips are arranged along the length, and each lower contact strip is arranged at intervals along the width direction in sequence, The top of the lower interference bar is arranged flush with the lower installation surface; when the mobile phone is placed in the placement cavity, the bottom surface of the mobile phone abuts the top of each upper interference bar and the top of each lower interference bar.
  • the lower housing 20 includes a lower bottom plate 28, the bottom bottom plate 28 has a lower mounting surface, the lower bottom plate 28 is formed with a raised platform 27, the raised platform 27 is located below the lower mounting surface; To shock absorption.
  • the upper housing 10 and the lower housing 20 are arranged in a left-to-right correspondence:
  • the upper housing 10 includes an upper side strip 11 having an upper installation cavity, the upper installation cavity is arranged along the length direction of the upper side strip 11 and penetrates both ends of the upper side strip 11, and the upper housing 10 is provided with upper
  • the side shock-absorbing strip, the upper shock-absorbing strip covers the upper installation cavity; under the action of the upper shock-absorbing strip, the upper side strip 11 has a shock-absorbing effect. When the upper side strip 11 falls downward, Effectively play a role in shock absorption.
  • the upper side damping strip is formed with a plurality of damping columns 70, and each damping column 70 is arranged in order along the length direction of the upper side rail 11, and the damping column 70 is in the upper side.
  • the outer end of the shock-absorbing column 70 forms a shock-absorbing surface, when the mobile phone is placed in the folding mobile phone case, the shock-absorbing surface abuts the outer surface of the mobile phone; the shock-absorbing column 70 has sufficient cushioning effect to effectively enhance the protection of the mobile phone , And under the action of the shock-absorbing surface, the collision area with the mobile phone is increased, which is convenient to disperse the impact force.
  • the lower housing 20 includes a lower side strip 21 having a lower installation cavity, the lower installation cavity is arranged along the length of the lower side strip 21 and penetrates both ends of the lower side strip 21, the lower housing 20 is provided with a lower
  • the side shock-absorbing strip, the lower shock-absorbing strip covers the lower installation cavity; under the action of the lower shock-absorbing strip, it plays a shock-absorbing effect on the lower side strip 21.
  • the lower side strip 21 falls downward, it effectively acts To shock absorption.
  • the lower side damping strip is formed with a plurality of damping columns 70, and each damping column 70 is arranged in order along the length direction of the lower side rail 21, and the damping column 70 is in the lower mounting position.
  • the outer end of the shock-absorbing column 70 forms a shock-absorbing surface, when the mobile phone is placed in the folding mobile phone case, the shock-absorbing surface abuts the outer surface of the mobile phone; the shock-absorbing column 70 has sufficient cushioning effect to effectively enhance the protection of the mobile phone , And under the action of the shock-absorbing surface, the collision area with the mobile phone is increased, which is convenient to disperse the impact force.
  • the upper housing 10 includes an upper top side bar 12 having an upper top cavity
  • the lower housing 20 includes a lower top side bar 22 having a lower top cavity.
  • the foldable mobile phone case includes a top shock-absorbing strip, the top shock-absorbing strip is arranged to be stretched or contracted under force, and the top shock-absorbing strip covers the upper top cavity and the lower top cavity respectively; in this way, under the action of the top shock-absorbing strip, Along the length direction, the upper end of the connecting layer 30 is shielded to prevent the connecting layer 30 from being exposed; at the same time, the top shock-absorbing strips effectively share the tension applied to the connecting layer 30, and the top shock-absorbing strips cooperate with the connecting layer 30, It is convenient to switch between the unfolding and folding of the mobile phone case.
  • the upper case 10 includes an upper bottom side strip 13 having an upper bottom cavity
  • the lower case 20 includes a lower bottom side strip 23 having a lower bottom cavity.
  • the foldable mobile phone case includes a bottom shock-absorbing strip, the bottom shock-absorbing strip is arranged to be stretched or contracted under force, and the bottom shock-absorbing strip covers the upper bottom cavity and the lower bottom cavity respectively; in this way, under the action of the bottom shock-absorbing strip, Along the length direction, the lower end of the connecting layer 30 is shielded to prevent the connecting layer 30 from being exposed; at the same time, the bottom shock-absorbing strip effectively shares the tensile tension applied to the connecting layer 30, and the bottom shock-absorbing strip cooperates with the connecting layer 30, It is convenient to switch between the unfolding and folding of the mobile phone case.
  • the upper shell 10 includes an upper arc portion 14 which is arranged in an arched arc shape outwards, the upper arc portion 14 has an upper arc cavity, and both ends of the upper arc portion 14 are connected to the upper top edge strips respectively 12 and the upper side strip 11, the upper arc-shaped cavity is provided with arc damping strips, the arc damping strips are formed with a damping column 70; the inner end of the damping column 70 is fixed with the arc damping strip, and the outer end of the damping column 70 It is arranged vertically extending away from the upper arc portion 14; the upper arc portion 14 is a common drop area, and under the action of the arc shock-absorbing strip and the shock-absorbing column 70, it effectively protects the upper arc portion 14.
  • the lower shell 20 includes a lower arc portion, the lower arc portion is arranged in an arched arc shape toward the outside, the lower arc portion has a lower arc cavity, and both ends of the lower arc portion are respectively connected to the lower top edge 22 and the lower side Side strip 21, the lower arc-shaped cavity is provided with arc damping strips, the arc damping strips are formed with damping columns 70; the inner end of the damping column 70 is fixed with the arc damping strips, and the outer end of the damping column 70 is away from the lower arc
  • the direction of the shaped part is vertically extended; the lower arc part is a common drop area, and under the action of the arc shock-absorbing strip and the shock-absorbing column 70, the lower arc part is effectively protected.
  • the upper casing 10 and the lower casing 20 are arranged vertically correspondingly:
  • the upper housing 10 includes an upper left side strip 15 with an upper left installation cavity.
  • the upper left installation cavity is arranged along the length direction of the upper left side strip 15 and penetrates both ends of the upper left side strip 15.
  • the upper left housing 10 is provided with an upper left
  • the side shock-absorbing strip, the upper left shock-absorbing strip covers the upper left installation cavity; under the action of the upper left shock-absorbing strip, the upper left side strip 15 has a shock-absorbing effect.
  • the upper left side strip 15 falls downward, Effectively play a role in shock absorption.
  • the lower housing 20 includes a lower left side strip 25 with a lower left installation cavity.
  • the lower left installation cavity is arranged along the length direction of the lower left side strip 25 and penetrates both ends of the lower left side strip 25.
  • the lower left housing 20 is provided with a lower left
  • the side shock absorber, the lower left shock absorber covers the lower left installation cavity; the lower left shock absorber acts as the lower left shock absorber, and the lower left side rail 25 plays a shock absorber effect.
  • the lower left side rail 25 falls downward to the left, Effectively play a role in shock absorption.
  • the upper left shock-absorbing strip and the lower left shock-absorbing strip are in an integrated butt arrangement.
  • the upper left mounting cavity and the left mounting cavity are arranged in communication, so that the upper left shock-absorbing strip and the lower left shock Under the coordinated action of the shock strips, along the width direction, the upper left end of the connecting layer 30 is shielded to avoid exposure of the connecting layer 30; at the same time, the upper left shock absorbing strip and the lower left shock absorbing strip are effectively applied to the upper left of the connecting layer 30.
  • the tension tension of the upper left side and the lower left side damping strip are matched with the connection layer 30 to facilitate the switching between the unfolding and folding of the mobile phone case.
  • the upper casing 10 includes an upper right side strip 16 having an upper right installation cavity.
  • the upper right installation cavity is arranged along the length direction of the upper right side strip 16 and penetrates both ends of the upper right side strip 16, and the upper right casing 10 is provided with an upper right
  • the side shock absorber, the upper right shock absorber covers the upper right installation cavity; under the action of the upper right shock absorber, it has a shock absorber effect on the upper right side rail 16.
  • the lower housing 20 includes a lower right side strip 26 having a lower right installation cavity.
  • the lower right installation cavity is arranged along the length direction of the lower right side strip 26 and penetrates both ends of the lower right side strip 26.
  • the casing 20 is provided with a lower right side shock-absorbing strip, which covers the lower right installation cavity; the lower right side shock-absorbing strip acts as a shock-absorbing strip on the lower right side and plays a shock-absorbing effect on the lower right side strip 26.
  • the lower right side rail 26 falls toward the lower right, it effectively acts as a shock absorber.
  • the upper-right shock-absorbing strip and the lower-right shock-absorbing strip are in an integrated butt arrangement.
  • the upper right mounting cavity and the right mounting cavity are arranged in communication, so that the upper right shock-absorbing strip and the lower right Under the coordinated action of the side shock-absorbing strips, along the width direction, the upper right end of the connecting layer 30 is shielded to prevent the connecting layer 30 from being exposed; at the same time, the upper right shock-absorbing strip and the lower right shock-absorbing strip effectively share the application in the connection
  • the tension of the upper right of the layer 30 is matched with the connecting layer 30 through the upper right shock absorbing strip and the lower right shock absorbing strip, which facilitates the switching between the unfolding and folding of the mobile phone case.
  • a plurality of shock absorbing columns 70 are formed on the upper left side damping strip, and each damping column 70 is arranged in order along the length direction of the upper left side rail 15, and the damping column 70 is in the upper left side.
  • shock absorption columns 70 are formed on the upper right side damping strip.
  • the outer end of the shock-absorbing column 70 forms a shock-absorbing surface, when the mobile phone is placed in the folding mobile phone case, the shock-absorbing surface abuts the outer surface of the mobile phone; the shock-absorbing column 70 has sufficient cushioning effect to effectively enhance the protection of the mobile phone , And on the right side of the damping surface, it increases the area of collision with the mobile phone to facilitate the dispersion of the impact force.
  • the upper casing 10 includes an upper top side strip 12 with an upper top cavity
  • the foldable mobile phone case includes a top shock-absorbing strip
  • the top shock-absorbing strip is arranged to be stretched or contracted under force
  • the top shock-absorbing strips respectively cover the upper top cavity; In this way, under the action of the top damping strip, when the top side strip 12 of the mobile phone falls downward, the upper top side strip 12 will have a cushioning and damping effect.
  • the lower casing 20 includes a lower top side strip 22 with a lower top cavity
  • the foldable mobile phone case includes a top shock-absorbing strip
  • the top shock-absorbing strips are arranged to be stretched or contracted under force
  • the top shock-absorbing strips respectively cover the lower top cavities; In this way, under the action of the top shock-absorbing strip, when the lower top side strip 22 of the mobile phone falls downward, the bottom top side strip 22 is buffered and shock-absorbing.
  • the upper housing 10 includes two upper arc portions 14 correspondingly arranged in the width direction, the upper arc portions 14 are arranged in an arched arc shape outwards, and the upper arc portion 14 has an upper arc cavity , The two ends of the upper arc portion 14 are connected to the upper top side bar 12 and the upper left side bar 15 respectively.
  • the upper arc-shaped cavity is provided with an arc damping bar, and the arc damping bar is formed with a damping column 70;
  • the inner end is fixed with the arc damping strip, and the outer end of the damping column 70 extends vertically in the direction away from the upper arc portion 14;
  • the upper arc portion 14 is a common drop area, and the arc damping strip and the damping column 70 Under the action of, the upper arc portion 14 is effectively protected.
  • the lower shell 20 includes two lower arc parts, the two lower arc parts are correspondingly arranged in the width direction, the lower arc parts are arranged in an arched arc shape facing outward, the lower arc part has a lower arc cavity, and the lower arc part The two ends of the part are connected to the lower top side strip 22 and the right side strip respectively.
  • the lower arc-shaped cavity is provided with arc shock-absorbing strips.
  • the arc shock-absorbing strips are formed with shock-absorbing columns 70; the inner ends of shock-absorbing columns 70 are fixed with arc shock
  • the outer end of the shock-absorbing column 70 extends vertically in the direction away from the lower arc part; the lower arc part is a common drop area. Under the action of the arc shock-absorbing strip and the shock-absorbing column 70, the lower arc The shape is protected.
  • the lower arc-shaped portion and the lower left side strip 25 are arranged in an enclosed sequence to form a placement cavity.
  • Adjacent shock-absorbing columns 70 are arranged in order butt-connected by connecting bars; each shock-absorbing column 70 is formed as a whole, which effectively enhances the cushioning effect.
  • the connecting strips are arranged in a staggered arrangement; in this way, the connecting strips cooperate to disperse the impact force, thereby enhancing the shock-absorbing effect of the shell structure and effectively preventing the mobile phone from being broken.
  • the multiple shock-absorbing columns 70 can be arranged in one row, two rows, three rows, four rows, five rows, etc., in multiple rows.
  • one row is cylindrical
  • the second row is vertical bar
  • the third row is square bar
  • the damping columns 70 respectively provided on the upper side strip 11 and the lower side strip 21 are arranged in a one-to-one correspondence, so that the electronic product can be placed more stably.
  • the upper side strip 11 is formed with a groove 17, the inner end of the lower side shock absorber or the inner end of the shock absorbing column 70 is formed with a protrusion, and the protrusion is embedded in the groove 17 in a snap-fitting and fixed arrangement; in this way, the protrusion It is connected with the groove 17 in a tenon-and-mortise joint; the fixing effect of the shock-absorbing column 70 is ensured.
  • the lower side shock absorber and the upper side shock absorber can be installed on the lower shell 20 and the upper shell 10 by injection molding, hot pressing of the shock absorber, ultrasonic welding, or one or more combinations.
  • the shock-absorbing column 70 is arranged in a cylindrical shape, so that the shock-absorbing column 70 is uniformly stressed, and the shock-absorbing effect is improved.
  • the shock-absorbing column 70 is arranged in a square column shape, so that the shock-absorbing column 70 is uniformly stressed, and the shock-absorbing effect is improved.
  • the shock-absorbing column 70 is arranged in an elliptical column shape, so that the shock-absorbing column 70 is uniformly stressed, and the shock-absorbing effect is improved.
  • the shock-absorbing column 70 is arranged in a pinpoint shape, which is convenient for the shock-absorbing column 70 to gradually weaken the impact force and improve the shock-absorbing effect.
  • the cut surface of the shock-absorbing column 70 can be quadrilateral, pentagonal, hexagonal, heptagonal, octagonal, nine-sided, etc. polygons; it is convenient for the installation of the shock-absorbing column 70, and it is convenient for the shock-absorbing column 70 and electronics. Coordination of equipment.
  • the grooves 17 are arranged in a trapezoid shape with upper narrow and lower width, and the protrusions are arranged in a trapezoidal shape with upper width and lower width; effectively enhancing the fixing effect.
  • the groove 17 is in the shape of an oblique L-shaped inclined surface with a large angle, and has an inclined surface notch.
  • the inclined surface notch can be on the left or right side alone, or on both sides; effectively enhancing the fixing effect.
  • the groove 17 is wide in the upper part and slightly narrower in the lower part.
  • the upper part has a horizontal line or a horizontal arrow line.
  • the middle part is provided with a vertical column, and the bottom is a rectangular or square or triangular cavity design. When injection molding, the shock absorption material It will flow into the cavity at the bottom and the vertical column in the middle to further impose the tensile force and position and fix it.
  • the shock-absorbing column 70 and the shock-absorbing strip are made of one or a mixture of multiple polymer materials of PP, PC, TPU, TPR, TPV, etc., and are installed on the upper shell 10 by injection molding or hot pressing. ⁇ 20 ⁇ And the lower housing 20.
  • the connecting layer 30 adopts one of polyethylene, polypropylene, polystyrene, polymethyl methacrylate, polyvinyl chloride, polycarbonate, polyurethane, polytetrafluoroethylene or polyethylene terephthalate, etc. Or a soft arrangement formed by a mixture of several.
  • the upper housing 10 and the lower housing 20 are made of non-metallic materials, so as to avoid signal interference to the mobile phone.
  • the upper shell 10 and the lower shell 20 are made of one or a mixture of several kinds of PP, PC, TPU, TPR, TPV, silica gel, etc., by injection molding or hot pressing.
  • the upper shell 10 and the lower shell 20 are reinforced and modified by adding glass fiber or carbon fiber to form a composite material to improve the mechanical strength.
  • the lower bottom plate 28 is provided with at least one engaging opening 29, the connecting member 50 is installed in the engaging opening 29, the finger ring member 60 passes through the engaging opening 29 and is movably engaged with the connecting member 50.
  • the finger ring 60 has a finger hole for the finger to pass through.
  • the finger ring 60 is arranged in a strip shape
  • the connecting piece 50 is arranged in a strip shape
  • the connecting piece 50 has a moving groove
  • one end of the finger ring 60 is fixedly arranged
  • the other end of the finger ring 60 is movably installed with the moving groove; in this way, use
  • the other end of the driving finger ring member 60 moves along the moving groove, so that the finger ring member 60 is arranged in an arch, which is convenient for fingers to pass through.
  • the finger ring 60 is arranged in the shape of a neck rope, and the two ends are respectively connected to the connecting member 50 to form an enclosed arrangement; when in use, the finger ring 60 is worn on the neck to facilitate the carrying of the mobile phone.
  • the connecting piece is installed on the elevated platform, and the connecting piece 50 is used for installing the finger ring piece 60, and the finger ring piece 60 and the connecting piece 50 are arranged in a snap-fit or separate arrangement.
  • the lower housing 20 forms a snap-in port, the inner end of the snap-in port extends to the elevated platform, and the outer end of the snap-in port penetrates the lower housing to communicate with the outside;
  • the connector 50 has a connecting portion, the connecting portion extends to the snap-in port, and the finger ring is butted through the snap-in port Or detach from the connecting part; realize the snapped arrangement or separate arrangement of the finger ring 60 and the connecting piece 50, and realize the installation and disassembly of the finger ring 60.
  • the lower bottom plate 28 is provided with a raised platform 27, the installation of the connecting member 50 is convenient, the installation stability of the connecting member 50 is improved, and the installation stability of the finger ring member 60 is ensured.
  • the engaging port may also be formed on the upper housing 10 to realize that the connecting member 50 is installed on the upper housing 10.
  • the connecting piece 50 is made of plastic material and has a low manufacturing cost.
  • the connecting member 50 is made of metal material.
  • the outer member such as a bracket, a fixed shell, etc.
  • the connecting member 50 is affected by the magnetic force of the magnetic member and is adsorbed on the outer member.
  • the outer part is an upright type with an upright surface, and the connecting piece 50 is affected by the magnetic force of the magnetic part and is adsorbed on the upright surface of the outer part.
  • the outer part is triangular in shape and has a triangular inclined surface.
  • the connecting piece 50 is affected by the magnetic force of the magnetic part and is adsorbed on the triangular inclined surface of the outer part.
  • the connecting member 50 is made of a magnetic material. In this way, the lower housing 20 is suspended from the outside through the connecting member 50.
  • the connecting member 50 directly contacts with the outside, so that the lower casing 20 or the upper casing 10 is arranged in a suspended arrangement for adsorption with the outside.

Abstract

本发明涉及手机壳的技术领域，公开了折叠式手机壳及连接件，包括上壳体、下壳体及受力呈伸长或收缩布置的连接层，当手机壳呈展开布置时，上安设面与下安设面呈水平对应布置；上安设面形成有上安设槽，下安设面形成有下安设槽，连接层的两端分别平铺且固定上安设槽和下安设槽。使用时，手机壳呈展开布置，连接层受到的拉张力较小，连接层使上壳体与下壳体呈相对固定布置，对手机起到保护；不使用时，上壳体与下壳体呈叠合布置，连接层受到拉张力呈伸长布置，便于手机的携带；在上安设槽和下安设槽，避免连接层的外露且有效降低对连接层施加的拉张力，提高连接层的使用寿命；实现折叠手机无论使用状态还是收纳状态，均起到保护。

Description

折叠式手机壳及连接件 技术领域
本发明专利涉及手机壳的技术领域，具体而言，涉及折叠式手机壳及连接件。
 背景技术
折叠手机，是智能手机的一种造型，特点是柔性可折叠；屏幕合起来为传统手机的大小，方便携带，打开则变成一个平板电脑，兼具娱乐和办公的功能，迎合了当下消费者追求便携和功能多样统一的需求。
 技术问题
目前，由于折叠手机的显示屏更大，显示屏的价值更高，缺乏有效的保护，往往易造成经济损失。
 技术解决方案
本发明的目的在于提供折叠式手机壳及连接件，旨在解决现有技术中，折叠手机缺乏保护的问题。
本发明是这样实现的，折叠式手机壳，包括具有上安设面的上壳体、具有下安设面的下壳体以及受力呈伸长或收缩布置的连接层，当手机壳呈展开布置时，所述上安设面与所述下安设面呈水平对应布置；所述上安设面形成有朝下凹陷的上安设槽，所述下安设面形成有朝下凹陷的下安设槽，所述连接层的两端分别平铺且固定所述上安设槽和所述下安设槽。
进一步的，所述折叠式手机壳包括多个穿梭条，所述穿梭条呈长条状布置，沿宽度方向，各个所述穿梭条呈依序排列布置；所述穿梭条的一端对接固定所述下壳体，所述上壳体具有穿梭孔，所述穿梭条的另一端贯穿所述穿梭孔，当手机壳逐渐呈展开布置时，所述穿梭条的另一端逐渐沿背离所述上壳体方向穿梭移动，且所述连接层与各个所述穿梭条呈上下对应布置；当手机壳呈折叠布置时，所述穿梭条的另一端沿朝向所述上壳体方向穿梭移动且不脱离所述穿梭孔。
进一步的，所述上壳体进行薄化处理形成上薄化区，所述下壳体进行薄化处理形成下薄化区，所述穿梭条的一端对接固定所述下薄化区，所述上薄化区设有穿梭件，所述穿梭件形成所述穿梭孔，所述穿梭条的另一端贯穿所述穿梭件。
进一步的，所述折叠式手机壳包括遮挡罩，所述遮挡罩受力拉伸布置或撤力收缩布置，所述上壳体具有上连接面，所述下壳体具有下连接面，所述遮挡罩的两端分别对接所述上连接面以及所述下连接面；当手机壳呈展开布置时，所述连接层与所述遮挡罩呈上下对应布置。
进一步的，所述遮挡罩包括多个罩片，各个所述罩片呈首尾依次对接布置；当手机壳逐渐呈展开时，各个所述罩片逐渐呈叠合收缩布置，当手机壳逐渐呈折叠时，各个所述罩片逐渐呈波浪状展开布置。
进一步的，所述连接层具有朝向所述遮挡罩的外端面，所述连接层的外端面设有缓冲条，所述缓冲条沿长度方向延伸布置，所述缓冲条的底部固定所述连接层的外端面；当手机壳呈折叠布置时，所述缓冲条的顶部抵触所述遮挡罩。
进一步的，所述连接层的一端形成上接触面，当所述连接层的一端平铺且固定所述上安设槽时，所述上接触面与所述上安设面呈平齐布置；所述连接层的另一端形成下接触面，当所述连接层的一端平铺且固定所述下安设槽时，所述下接触面与所述下安设面呈平齐布置。
进一步的，所述上壳体与所述下壳体组合形成放置腔，所述放置腔用于放置手机；所述上接触面形成有多个上抵触条，所述上抵触条沿长度延伸布置，各个所述上抵触条沿宽度方向呈依序间隔布置，所述上抵触条的顶部与所述上安设面呈平齐布置，所述下接触面形成有多个下抵触条，所述下抵触条沿长度延伸布置，各个所述下抵触条沿宽度方向呈依序间隔布置，所述下抵触条的顶部与所述下安设面呈平齐布置；当手机置于所述放置腔时，手机的底面抵触各个所述上抵触条的顶部以及抵触各个所述下抵触条的顶部。
进一步的，所述下壳体包括下底板，所述下底板具有所述下安设面，所述下底板形成有抬高台，所述抬高台处于所述下安设面的下方。
进一步的，所述上壳体包括具有上安设腔的上侧边条，所述上安设腔沿所述上侧边条的长度方向延伸布置且贯通所述上侧边条的两端，所述上壳体设有上侧减震条，所述上侧减震条覆盖所述上安设腔。
进一步的，沿背离所述上侧边条方向，所述上侧减震条形成有多个减震柱，各个所述减震柱沿上侧边条的长度方向呈依序排列布置，所述减震柱处于所述上安设腔；所述减震柱的外端形成减震面，当手机放置所述折叠式手机壳内时，所述减震面抵触手机的外表面。
进一步的，所述上壳体包括具有上顶腔的上顶边条，所述下壳体包括具有下顶腔的下顶边条，当手机壳呈展开布置时，所述上顶腔与所述下顶腔呈连通布置；所述折叠式手机壳包括顶减震条，所述顶减震条呈受力呈伸长或收缩布置，所述顶减震条分别覆盖所述上顶腔与所述下顶腔。
连接件，所述连接件安设所述抬高台，所述连接件用于安设指环件，所述指环件与所述连接件呈卡合或分离布置。
进一步的，所述下壳体形成卡合口，所述卡合口的内端延伸至所述抬高台，所述卡合口的外端贯通所述下壳体连通外部；所述连接件具有连接部，所述连接部延伸至所述卡合口，所述指环件通过所述卡合口对接或脱离所述连接部。
进一步的，当所述指环件脱离所述连接件时，所述连接件直接与外部接触，实现下壳体或上壳体与外部抵触呈吸附布置。
 有益效果
与现有技术相比，本发明提供的折叠式手机壳，使用时，手机壳呈展开布置，此时，上安设面与下安设面呈水平对应布置形成平面，实现手机的放置，同时，连接层受到的拉张力较小，连接层使上壳体与下壳体呈相对固定布置，在上壳体与下壳体的作用下，对手机起到保护；当不使用时，手机壳呈折叠布置，上壳体与下壳体呈叠合布置，连接层受到拉张力呈伸长布置，实现上壳体与下壳体呈相对固定，便于手机的携带；另外，在上安设槽和下安设槽，避免连接层的外露，以及在手机壳呈折叠时，有效降低对连接层施加的拉张力，提高连接层的使用寿命；这样，通过折叠式手机壳，实现折叠手机无论使用状态还是收纳状态，均起到保护。
 附图说明
图1是本发明提供的折叠式手机壳的立体示意图；
图2是本发明提供的折叠式手机壳的另一实施例的立体示意图；
图3是本发明提供的折叠式手机壳的穿梭条的立体示意图；
图4是本发明提供的折叠式手机壳的下壳体的剖面示意图；
图5是本发明提供的折叠式手机壳的减震柱的立体示意图；
图6是本发明提供的折叠式手机壳的减震柱另一实施例的立体示意图；
图7是本发明提供的折叠式手机壳的榫卯连接的不同设置形式的平面示意图。
 本发明的最佳实施方式
为了使本发明的目的、技术方案及优点更加清楚明白，以下结合附图及实施例，对本发明进行进一步详细说明。应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。
以下结合具体实施例对本发明的实现进行详细的描述。
本实施例的附图中相同或相似的标号对应相同或相似的部件；在本发明的描述中，需要理解的是，若有术语“上”、“下”、“左”、“右”等指示的方位或位置关系为基于附图所示的方位或位置关系，仅是为了便于描述本发明和简化描述，而不是指示或暗示所指的装置或元件必须具有特定的方位、以特定的方位构造和操作，因此附图中描述位置关系的用语仅用于示例性说明，不能理解为对本专利的限制，对于本领域的普通技术人员而言，可以根据具体情况理解上述术语的具体含义。
参照图1-8所示，为本发明提供的较佳实施例。
折叠式手机壳，包括上壳体10、下壳体20以及连接层30，上壳体10具有上安设面，下壳体20具有下安设面，连接层30受力呈伸长或收缩布置，当手机壳呈展开布置时，上安设面与下安设面呈水平对应布置；上安设面形成有朝下凹陷的上安设槽，下安设面形成有朝下凹陷的下安设槽，连接层30的两端分别平铺且固定上安设槽和下安设槽。
上述的折叠式手机壳，使用时，手机壳呈展开布置，此时，上安设面与下安设面呈水平对应布置形成平面，实现手机的放置，同时，连接层30受到的拉张力较小，连接层30使上壳体10与下壳体20呈相对固定布置，在上壳体10与下壳体20的作用下，对手机起到保护；当不使用时，手机壳呈折叠布置，上壳体10与下壳体20呈叠合布置，连接层30受到拉张力呈伸长布置，实现上壳体10与下壳体20呈相对固定，便于手机的携带；另外，在上安设槽和下安设槽，避免连接层30的外露，以及在手机壳呈折叠时，有效降低对连接层30施加的拉张力，提高连接层30的使用寿命；这样，通过折叠式手机壳，实现折叠手机无论使用状态还是收纳状态，均起到保护。
折叠式手机壳包括多个穿梭条40，穿梭条40呈长条状布置，便于穿梭条40沿长度方向穿梭移动。
沿宽度方向，各个穿梭条40呈依序排列布置；保障各个穿梭条40有效覆盖连接层30外露的区域，从而有效避免连接层30外露，对连接层30起到保护作用。
再者，相邻穿梭条40之间设有连接块，连接块的两端分别对接固定相邻的穿梭条40，这样，使各个穿梭条40呈同步穿梭移动，同时，使各个穿梭条40形成整体，降低穿梭条40移动时的横向偏移。
穿梭条40的一端对接固定下壳体20，上壳体10具有穿梭孔，穿梭条40的另一端贯穿穿梭孔，当手机壳逐渐呈展开布置时，穿梭条40的另一端逐渐沿背离上壳体10方向穿梭移动，且连接层30与各个穿梭条40呈上下对应布置；当手机壳呈折叠布置时，穿梭条40的另一端沿朝向上壳体10方向穿梭移动且不脱离穿梭孔；这样，手机壳折叠或展开时，穿梭条40呈穿梭移动，对连接层30起到防护作用，同时，若手机壳掉落时，各个穿梭条40起到缓冲减震作用，增强对折叠手机的保护效果。
上壳体10进行薄化处理形成上薄化区，下壳体20进行薄化处理形成下薄化区，穿梭条40的一端对接固定下薄化区，上薄化区设有穿梭件，穿梭件形成穿梭孔，穿梭条40的另一端贯穿穿梭件；从而降低手机壳的厚度，同时，便于穿梭件的设置以及便于穿梭条40的设置。
穿梭条40的另一端的顶表面呈圆弧过渡布置；降低穿梭条40穿梭移动时，与穿梭件之间的相互磨损，从而提高使用寿命。
再者，沿背离穿梭条40的一端方向，穿梭条40的另一端的厚度逐渐缩小，穿梭条40的另一端的底部贴附上薄化区；便于穿梭条40的移动，同时，便于穿梭条40的另一端与上薄化区呈贴附移动，降低穿梭条40移动时的晃动，提高穿梭条40的移动稳定性。
穿梭条40设置的另一实施例：
穿梭条40的一端对接固定上壳体10，下壳体20具有穿梭孔，穿梭条40的另一端贯穿穿梭孔；当手机壳逐渐呈展开布置时，穿梭条40的另一端逐渐沿朝向上壳体10方向穿梭移动，且连接层30与各个穿梭条40呈上下对应布置；当手机壳呈折叠布置时，穿梭条40的另一端沿背离上壳体10方向穿梭移动且不脱离穿梭孔；这样，手机壳折叠或展开时，穿梭条40呈穿梭移动，对连接层30起到防护作用，同时，若手机壳掉落时，各个穿梭条40起到缓冲减震作用，增强对折叠手机的保护效果。
下薄化区设有穿梭件，穿梭件形成穿梭孔，穿梭条40的另一端贯穿穿梭件。
本实施例中，折叠式手机壳包括遮挡罩，遮挡罩受力拉伸布置或撤力收缩布置，上壳体10具有上连接面，下壳体20具有下连接面，遮挡罩的两端分别对接上连接面以及下连接面；当手机壳呈展开布置时，连接层30与遮挡罩呈上下对应布置；这样，通过遮挡罩，有效避免连接层30外露，对连接层30起到保护作用。
遮挡罩包括多个罩片，各个罩片呈首尾依次对接布置；当手机壳逐渐呈展开时，各个罩片逐渐呈叠合收缩布置，当手机壳逐渐呈折叠时，各个罩片逐渐呈波浪状展开布置；通过各个罩片的展开与收缩，有效对连接层30起到遮挡，同时，实现上壳体10与下壳体20呈相对固定布置。
连接层30具有朝向遮挡罩的外端面，连接层30的外端面设有缓冲条，缓冲条沿长度方向延伸布置，缓冲条的底部固定连接层30的外端面；当手机壳呈折叠布置时，缓冲条的顶部抵触遮挡罩；在缓冲条的作用下，当手机壳掉落时，遮挡罩起到初步减震，缓冲条再次减震，从而有效增强减震效果。
连接层30的一端形成上接触面，当连接层30的一端平铺且固定上安设槽时，上接触面与上安设面呈平齐布置；连接层30的另一端形成下接触面，当连接层30的一端平铺且固定下安设槽时，下接触面与下安设面呈平齐布置；这样，当手机置于手机壳内时，上接触面与上安设面以及下接触面与下安设面分别抵触手机的背面，形成一个平面，对手机的背面进行防护，实现同步抵触手机的背面，增强手机的放置稳定性。
上壳体10与下壳体20组合形成放置腔，放置腔用于放置手机；上接触面形成有多个上抵触条，上抵触条沿长度延伸布置，各个上抵触条沿宽度方向呈依序间隔布置，上抵触条的顶部与上安设面呈平齐布置，下接触面形成有多个下抵触条，下抵触条沿长度延伸布置，各个下抵触条沿宽度方向呈依序间隔布置，下抵触条的顶部与下安设面呈平齐布置；当手机置于放置腔时，手机的底面抵触各个上抵触条的顶部以及抵触各个下抵触条的顶部。
这样，在各个上抵触条以及下抵触条的作用下，实现提高手机置于放置腔的内部的空间整体高度，便于手机的散热，同时，当出现跌落时，对底部保护减震作用。
下壳体20包括下底板28，下底板28具有下安设面，下底板28形成有抬高台27，抬高台27处于下安设面的下方；实现下底板28的抬高处理，对底部起到减震作用。
实施例一，上壳体10与下壳体20呈左右对应布置：
上壳体10包括具有上安设腔的上侧边条11，上安设腔沿上侧边条11的长度方向延伸布置且贯通上侧边条11的两端，上壳体10设有上侧减震条，上侧减震条覆盖上安设腔；在上侧减震条的作用下，对上侧边条11起到减震作用，当上侧边条11朝下掉落时，有效起到减震作用。
沿背离上侧边条11方向，上侧减震条形成有多个减震柱70，各个减震柱70沿上侧边条11的长度方向呈依序排列布置，减震柱70处于上安设腔；减震柱70的外端形成减震面，当手机放置折叠式手机壳内时，减震面抵触手机的外表面；减震柱70具备足够的缓冲效果，有效增强对手机的防护，且在减震面的作用下，增大与手机的抵触面积，便于分散撞击力。
下壳体20包括具有下安设腔的下侧边条21，下安设腔沿下侧边条21的长度方向延伸布置且贯通下侧边条21的两端，下壳体20设有下侧减震条，下侧减震条覆盖下安设腔；在下侧减震条的作用下，对下侧边条21起到减震作用，当下侧边条21朝下掉落时，有效起到减震作用。
沿背离下侧边条21方向，下侧减震条形成有多个减震柱70，各个减震柱70沿下侧边条21的长度方向呈依序排列布置，减震柱70处于下安设腔；减震柱70的外端形成减震面，当手机放置折叠式手机壳内时，减震面抵触手机的外表面；减震柱70具备足够的缓冲效果，有效增强对手机的防护，且在减震面的作用下，增大与手机的抵触面积，便于分散撞击力。
上壳体10包括具有上顶腔的上顶边条12，下壳体20包括具有下顶腔的下顶边条22，当手机壳呈展开布置时，上顶腔与下顶腔呈连通布置；折叠式手机壳包括顶减震条，顶减震条呈受力呈伸长或收缩布置，顶减震条分别覆盖上顶腔与下顶腔；这样，在顶减震条的作用下，沿长度方向，对连接层30的上端起到遮挡作用，避免连接层30外露；同时，顶减震条有效分担施加在连接层30上的拉张力，通过顶减震条与连接层30配合，便于手机壳的展开以及折叠之间的切换。
上壳体10包括具有上底腔的上底边条13，下壳体20包括具有下底腔的下底边条23，当手机壳呈展开布置时，上底腔与下底腔呈连通布置；折叠式手机壳包括底减震条，底减震条呈受力呈伸长或收缩布置，底减震条分别覆盖上底腔与下底腔；这样，在底减震条的作用下，沿长度方向，对连接层30的下端起到遮挡作用，避免连接层30外露；同时，底减震条有效分担施加在连接层30上的拉张力，通过底减震条与连接层30配合，便于手机壳的展开以及折叠之间的切换。
上壳体10包括上弧形部14，上弧形部14朝外呈拱起弧形布置，上弧形部14具有上弧形腔，上弧形部14的两端分别对接上顶边条12以及上侧边条11，上弧形腔设有弧减震条，弧减震条形成有减震柱70；减震柱70的内端固定弧减震条，减震柱70的外端沿背离上弧形部14方向呈垂直延伸布置；上弧形部14是常见的掉落区域，在弧减震条以及减震柱70的作用下，有效对上弧形部14起到防护。
下壳体20包括下弧形部，下弧形部朝外呈拱起弧形布置，下弧形部具有下弧形腔，下弧形部的两端分别对接下顶边条22以及下侧边条21，下弧形腔设有弧减震条，弧减震条形成有减震柱70；减震柱70的内端固定弧减震条，减震柱70的外端沿背离下弧形部方向呈垂直延伸布置；下弧形部是常见的掉落区域，在弧减震条以及减震柱70的作用下，有效对下弧形部起到防护。
实施例二，上壳体10与下壳体20呈上下对应布置：
上壳体10包括具有左上安设腔的左上侧边条15，左上安设腔沿左上侧边条15的长度方向延伸布置且贯通左上侧边条15的两端，左上壳体10设有左上侧减震条，左上侧减震条覆盖左上安设腔；在左上侧减震条的作用下，对左上侧边条15起到减震作用，当左上侧边条15朝下掉落时，有效起到减震作用。
下壳体20包括具有左下安设腔的左下侧边条25，左下安设腔沿左下侧边条25的长度方向延伸布置且贯通左下侧边条25的两端，左下壳体20设有左下侧减震条，左下侧减震条覆盖左下安设腔；在左下侧减震条的作用左下，对左下侧边条25起到减震作用，当左下侧边条25朝左下掉落时，有效起到减震作用。
左上侧减震条与左下侧减震条呈一体成型对接布置，当手机壳呈展开布置时，左上安设腔与左安设腔呈连通布置，这样，在左上侧减震条与左下侧减震条的配合作用下，沿宽度方向，对连接层30的左上端起到遮挡作用，避免连接层30外露；同时，左上侧减震条与左下侧减震条有效分担施加在连接层30左上的拉张力，通过左上侧减震条与左下侧减震条与连接层30配合，便于手机壳的展开以及折叠之间的切换。
上壳体10包括具有右上安设腔的右上侧边条16，右上安设腔沿右上侧边条16的长度方向延伸布置且贯通右上侧边条16的两端，右上壳体10设有右上侧减震条，右上侧减震条覆盖右上安设腔；在右上侧减震条的作用下，对右上侧边条16起到减震作用，当右上侧边条16朝下掉落时，有效起到减震作用。
下壳体20包括具有右下安设腔的右下侧边条26，右下安设腔沿右下侧边条26的长度方向延伸布置且贯通右下侧边条26的两端，右下壳体20设有右下侧减震条，右下侧减震条覆盖右下安设腔；在右下侧减震条的作用右下，对右下侧边条26起到减震作用，当右下侧边条26朝右下掉落时，有效起到减震作用。
右上侧减震条与右下侧减震条呈一体成型对接布置，当手机壳呈展开布置时，右上安设腔与右安设腔呈连通布置，这样，在右上侧减震条与右下侧减震条的配合作用下，沿宽度方向，对连接层30的右上端起到遮挡作用，避免连接层30外露；同时，右上侧减震条与右下侧减震条有效分担施加在连接层30右上的拉张力，通过右上侧减震条与右下侧减震条与连接层30配合，便于手机壳的展开以及折叠之间的切换。
沿背离左上侧边条15方向，左上侧减震条形成有多个减震柱70，各个减震柱70沿左上侧边条15的长度方向呈依序排列布置，减震柱70处于左上安设腔；减震柱70的外端形成减震面，当手机放置折叠式手机壳内时，减震面抵触手机的外表面；减震柱70具备足够的缓冲效果，有效增强对手机的防护，且在减震面的作用右，增大与手机的抵触面积，便于分散撞击力。
沿背离右上侧边条16方向，右上侧减震条形成有多个减震柱70，各个减震柱70沿右上侧边条16的长度方向呈依序排列布置，减震柱70处于右上安设腔；减震柱70的外端形成减震面，当手机放置折叠式手机壳内时，减震面抵触手机的外表面；减震柱70具备足够的缓冲效果，有效增强对手机的防护，且在减震面的作用右，增大与手机的抵触面积，便于分散撞击力。
上壳体10包括具有上顶腔的上顶边条12，折叠式手机壳包括顶减震条，顶减震条呈受力呈伸长或收缩布置，顶减震条分别覆盖上顶腔；这样，在顶减震条的作用下，当手机上顶边条12朝下掉落时，对上顶边条12起到缓冲减震作用。
下壳体20包括具有下顶腔的下顶边条22，折叠式手机壳包括顶减震条，顶减震条呈受力呈伸长或收缩布置，顶减震条分别覆盖下顶腔；这样，在顶减震条的作用下，当手机下顶边条22朝下掉落时，对下顶边条22起到缓冲减震作用。
上壳体10包括两个上弧形部14，两个上弧形部14沿宽度方向对应布置，上弧形部14朝外呈拱起弧形布置，上弧形部14具有上弧形腔，上弧形部14的两端分别对接上顶边条12以及左上侧边条15，上弧形腔设有弧减震条，弧减震条形成有减震柱70；减震柱70的内端固定弧减震条，减震柱70的外端沿背离上弧形部14方向呈垂直延伸布置；上弧形部14是常见的掉落区域，在弧减震条以及减震柱70的作用下，有效对上弧形部14起到防护。
下壳体20包括两个下弧形部，两个下弧形部沿宽度方向对应布置，下弧形部朝外呈拱起弧形布置，下弧形部具有下弧形腔，下弧形部的两端分别对接下顶边条22以及右侧边条，下弧形腔设有弧减震条，弧减震条形成有减震柱70；减震柱70的内端固定弧减震条，减震柱70的外端沿背离下弧形部方向呈垂直延伸布置；下弧形部是常见的掉落区域，在弧减震条以及减震柱70的作用下，有效对下弧形部起到防护。
也就是说，左上侧边条15、上弧形部14、上顶边条12、上弧形部14、右上侧边条16、右下侧边条26、下弧形部、下顶边条22、下弧形部以及左下侧边条25呈依序围合布置，形成放置腔。
实施例三，减震柱70的实施例：
相邻减震柱70通过连接条呈依序对接布置；使各个减震柱70形成整体，有效增强缓冲效果。
沿多个减震柱70的排列方向，各个连接条呈错位布置；这样，各个连接条配合，起到分散撞击力，从而增强壳体结构的减震效果，有效防止手机的摔坏。
多个减震柱70，可为并列一排、二排、三排、四排、五排等，呈多队列排序。
或者，多排布置，一排为圆柱型，第二排为竖条型，第三排为方条型等交叉混合组合布置。
或者，上侧边条11和下侧边条21分别设置的减震柱70呈一一对应布置，从而使电子产品放置更加平稳。
上侧边条11形成有凹槽17，下侧减震的内端或者减震柱70的内端形成有凸起部，凸起部嵌入凹槽17呈卡合固定布置；这样，凸起部与凹槽17呈榫卯连接；保证减震柱70的固定效果。
或者，下侧减震和上侧减震可以通过注塑、热压减震料、超声波焊接，一种或多种结合的方式进行安设在下壳体20和上壳体10上。
减震柱70呈圆柱状布置，使减震柱70均匀受力，提高减震效果。
减震柱70呈方柱状布置，使减震柱70均匀受力，提高减震效果。
减震柱70呈椭圆柱状布置，使减震柱70均匀受力，提高减震效果。
减震柱70呈针尖状布置，便于减震柱70逐渐弱化撞击力，提高减震效果。
减震柱70的切面可为四边形、五边形、六边形、七边形、八边形、九边形等的多边形；便于减震柱70的安设，以及便于减震柱70与电子设备的配合。
实施例四，榫卯连接的实施例：
凹槽17呈上窄下宽梯形状布置，凸起部呈上宽下窄梯形状布置；有效增强固定效果。
或者，凹槽17呈大角度斜面的斜L字形状，具有斜面槽口，斜面槽口可单独左边或右边，或左右边都有；有效增强固定效果。
或者，凹槽17呈上宽下部略窄，上部横向一字型或横向箭头一字型，中部设有竖立柱，底部为长方形或正方形或三角形状布置的空腔设计，注塑时，减震料将流入底部空腔及中部竖立柱等部位，起到进一步强加拉力定位固定作用。
实施例五，材质的实施例：
减震柱70以及减震条采用PP、PC、TPU、TPR、TPV等中的一种或者几种的混合物复合高分子材料，以注塑成型或热压成型的方式，安设在上壳体10和下壳体20上。
连接层30采用聚乙烯、聚丙烯、聚苯乙烯、聚甲基丙烯酸甲酯、聚氯乙烯、聚碳酸酯、聚氨酯、聚四氟乙烯或聚对苯二甲酸乙二醇酯等中的一种或者几种的混合形成的软质布置。
上壳体10和下壳体20采用非金属类材质制成，从而避免对手机造成信号干扰。
上壳体10和下壳体20为PP、PC、TPU、TPR、TPV、硅胶等中的一种或者几种的混合物复合高分子材料注塑成型或热压成型。
上壳体10和下壳体20加入玻纤或碳纤维进行增强改性成为复合材料，提高机械强度。
实施例六，连接件50与指环件60的实施例：
下底板28设有至少一个卡合口29，连接件50安设在卡合口29中，指环件60穿设卡合口29，且活动卡合在连接件50上。
指环件60，具有供手指穿过的手指孔。
或者，指环件60呈条状布置，连接件50呈条状布置，且连接件50具有移动槽，指环件60的一端呈固定布置，指环件60的另一端活动安设移动槽；这样，使用时，驱动指环件60的另一端沿移动槽进行移动，使指环件60呈拱起布置，便于手指穿过。
或者，指环件60呈脖绳状布置，两端分别对接连接件50,形成围合布置；使用时，指环件60佩戴在脖子上，便于手机的携带。
连接件，安设在抬高台上，连接件50用于安设指环件60，指环件60与连接件50呈卡合或分离布置。
上述的连接件，通过指环件60，有效增强手机的携带便利性和使用舒适性；同时，指环件60与连接件50卡合布置，保障具备足够的固定力，保证指环件60的安设稳固性。
下壳体20形成卡合口，卡合口的内端延伸至抬高台，卡合口的外端贯通下壳体连通外部；连接件50具有连接部，连接部延伸至卡合口，指环件通过卡合口对接或脱离连接部；实现指环件60与连接件50卡合布置或分离布置，实现指环件60的安装和拆卸。
另外，由于下底板28设有抬高台27，便于连接件50的设置，提高连接件50的设置稳固性，保证指环件60的安设稳固性。
或者，卡合口也可以形成在上壳体10上，实现连接件50安设在上壳体10上。
连接件50为塑胶材料制成，造价低。
连接件50为金属材料制成，这样，通过外部件，外部件如支架、固定壳等，外部件设有磁性件，连接件50受磁性件的磁力影响，吸附在外部件上。
外部件呈竖立型，具有竖立面，连接件50受磁性件的磁力影响，吸附在外部件的竖立面上。
外部件呈三角状，具有三角斜面，连接件50受磁性件的磁力影响，吸附在外部件的三角斜面上。
连接件50为磁性材料制成，这样，下壳体20通过连接件50，与外部吸附呈悬空布置。
当指环件60与连接件50呈分离布置时，通过连接件50直接与外部接触，实现下壳体20或上壳体10与外部吸附呈悬空布置。
以上仅为本发明的较佳实施例而已，并不用以限制本发明，凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等，均应包含在本发明的保护范围之内。

Claims (15)

  1. 折叠式手机壳，其特征在于，包括具有上安设面的上壳体、具有下安设面的下壳体以及受力呈伸长或收缩布置的连接层，当手机壳呈展开布置时，所述上安设面与所述下安设面呈水平对应布置；所述上安设面形成有朝下凹陷的上安设槽，所述下安设面形成有朝下凹陷的下安设槽，所述连接层的两端分别平铺且固定所述上安设槽和所述下安设槽。
  2. 如权利要求1所述的折叠式手机壳，其特征在于，所述折叠式手机壳包括多个穿梭条，所述穿梭条呈长条状布置，沿宽度方向，各个所述穿梭条呈依序排列布置；所述穿梭条的一端对接固定所述下壳体，所述上壳体具有穿梭孔，所述穿梭条的另一端贯穿所述穿梭孔，当手机壳逐渐呈展开布置时，所述穿梭条的另一端逐渐沿背离所述上壳体方向穿梭移动，且所述连接层与各个所述穿梭条呈上下对应布置；当手机壳呈折叠布置时，所述穿梭条的另一端沿朝向所述上壳体方向穿梭移动且不脱离所述穿梭孔。
  3. 如权利要求2所述的折叠式手机壳，其特征在于，所述上壳体进行薄化处理形成上薄化区，所述下壳体进行薄化处理形成下薄化区，所述穿梭条的一端对接固定所述下薄化区，所述上薄化区设有穿梭件，所述穿梭件形成所述穿梭孔，所述穿梭条的另一端贯穿所述穿梭件。
  4. 如权利要求1所述的折叠式手机壳，其特征在于，所述折叠式手机壳包括遮挡罩，所述遮挡罩受力拉伸布置或撤力收缩布置，所述上壳体具有上连接面，所述下壳体具有下连接面，所述遮挡罩的两端分别对接所述上连接面以及所述下连接面；当手机壳呈展开布置时，所述连接层与所述遮挡罩呈上下对应布置。
  5. 如权利要求4所述的折叠式手机壳，其特征在于，所述遮挡罩包括多个罩片，各个所述罩片呈首尾依次对接布置；当手机壳逐渐呈展开时，各个所述罩片逐渐呈叠合收缩布置，当手机壳逐渐呈折叠时，各个所述罩片逐渐呈波浪状展开布置。
  6. 如权利要求5所述的折叠式手机壳，其特征在于，所述连接层具有朝向所述遮挡罩的外端面，所述连接层的外端面设有缓冲条，所述缓冲条沿长度方向延伸布置，所述缓冲条的底部固定所述连接层的外端面；当手机壳呈折叠布置时，所述缓冲条的顶部抵触所述遮挡罩。
  7. 如权利要求1-6任意一项所述的折叠式手机壳，其特征在于，所述连接层的一端形成上接触面，当所述连接层的一端平铺且固定所述上安设槽时，所述上接触面与所述上安设面呈平齐布置；所述连接层的另一端形成下接触面，当所述连接层的一端平铺且固定所述下安设槽时，所述下接触面与所述下安设面呈平齐布置。
  8. 如权利要求7所述的折叠式手机壳，其特征在于，所述上壳体与所述下壳体组合形成放置腔，所述放置腔用于放置手机；所述上接触面形成有多个上抵触条，所述上抵触条沿长度延伸布置，各个所述上抵触条沿宽度方向呈依序间隔布置，所述上抵触条的顶部与所述上安设面呈平齐布置，所述下接触面形成有多个下抵触条，所述下抵触条沿长度延伸布置，各个所述下抵触条沿宽度方向呈依序间隔布置，所述下抵触条的顶部与所述下安设面呈平齐布置；当手机置于所述放置腔时，手机的底面抵触各个所述上抵触条的顶部以及抵触各个所述下抵触条的顶部。
  9. 如权利要求1-6任意一项所述的折叠式手机壳，其特征在于，所述下壳体包括下底板，所述下底板具有所述下安设面，所述下底板形成有抬高台，所述抬高台处于所述下安设面的下方。
  10. 如权利要求1-6任意一项所述的折叠式手机壳，其特征在于，所述上壳体包括具有上安设腔的上侧边条，所述上安设腔沿所述上侧边条的长度方向延伸布置且贯通所述上侧边条的两端，所述上壳体设有上侧减震条，所述上侧减震条覆盖所述上安设腔。
  11. 如权利要求10所述的折叠式手机壳，其特征在于，沿背离所述上侧边条方向，所述上侧减震条形成有多个减震柱，各个所述减震柱沿上侧边条的长度方向呈依序排列布置，所述减震柱处于所述上安设腔；所述减震柱的外端形成减震面，当手机放置所述折叠式手机壳内时，所述减震面抵触手机的外表面。
  12. 如权利要求11所述的折叠式手机壳，其特征在于，所述上壳体包括具有上顶腔的上顶边条，所述下壳体包括具有下顶腔的下顶边条，当手机壳呈展开布置时，所述上顶腔与所述下顶腔呈连通布置；所述折叠式手机壳包括顶减震条，所述顶减震条呈受力呈伸长或收缩布置，所述顶减震条分别覆盖所述上顶腔与所述下顶腔。
  13. 连接件，如权利要求1-6任意一项所述的折叠式手机壳，其特征在于，所述连接件安设所述抬高台，所述连接件用于安设指环件，所述指环件与所述连接件呈卡合或分离布置。
  14. 如权利要求13所述的连接件，其特征在于，所述下壳体形成卡合口，所述卡合口的内端延伸至所述抬高台，所述卡合口的外端贯通所述下壳体连通外部；所述连接件具有连接部，所述连接部延伸至所述卡合口，所述指环件通过所述卡合口对接或脱离所述连接部。
  15. 如权利要求13或14所述的连接件，其特征在于，当所述指环件脱离所述连接件时，所述连接件直接与外部接触，实现下壳体或上壳体与外部抵触呈吸附布置。
PCT/CN2021/081932 2020-03-20 2021-03-19 折叠式手机壳及连接件 WO2021185369A1 (zh)

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CN111294445A (zh) * 2020-03-20 2020-06-16 深圳市太维新材料科技有限公司 折叠式手机壳及连接件

Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN206283556U (zh) * 2016-11-30 2017-06-27 万雄 一种具备指环支架的手机保护壳
KR101956481B1 (ko) * 2017-12-11 2019-03-08 김돈수 폴더블 휴대단말기용 보호케이스
CN208924306U (zh) * 2018-06-25 2019-05-31 Oppo广东移动通信有限公司 移动终端保护壳及移动终端组合件
CN209017134U (zh) * 2018-11-16 2019-06-21 深圳市一粒创新设计有限公司 一种可折叠的手机壳
CN110233923A (zh) * 2019-04-26 2019-09-13 永德利硅橡胶科技(深圳)有限公司 新型折叠手机壳
CN209526751U (zh) * 2019-05-04 2019-10-22 宜宾司马科技有限公司 一种防划痕的折叠屏手机
KR102049557B1 (ko) * 2018-08-16 2019-11-27 주식회사 코리아 아피스 폴더블 휴대폰용 케이스
CN111294445A (zh) * 2020-03-20 2020-06-16 深圳市太维新材料科技有限公司 折叠式手机壳及连接件
CN211239910U (zh) * 2020-03-20 2020-08-11 深圳市太维新材料科技有限公司 折叠式手机壳及连接件

Patent Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN206283556U (zh) * 2016-11-30 2017-06-27 万雄 一种具备指环支架的手机保护壳
KR101956481B1 (ko) * 2017-12-11 2019-03-08 김돈수 폴더블 휴대단말기용 보호케이스
CN208924306U (zh) * 2018-06-25 2019-05-31 Oppo广东移动通信有限公司 移动终端保护壳及移动终端组合件
KR102049557B1 (ko) * 2018-08-16 2019-11-27 주식회사 코리아 아피스 폴더블 휴대폰용 케이스
CN209017134U (zh) * 2018-11-16 2019-06-21 深圳市一粒创新设计有限公司 一种可折叠的手机壳
CN110233923A (zh) * 2019-04-26 2019-09-13 永德利硅橡胶科技(深圳)有限公司 新型折叠手机壳
CN209526751U (zh) * 2019-05-04 2019-10-22 宜宾司马科技有限公司 一种防划痕的折叠屏手机
CN111294445A (zh) * 2020-03-20 2020-06-16 深圳市太维新材料科技有限公司 折叠式手机壳及连接件
CN211239910U (zh) * 2020-03-20 2020-08-11 深圳市太维新材料科技有限公司 折叠式手机壳及连接件

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