CN106657503A - Cell phone sleeve - Google Patents
Cell phone sleeve Download PDFInfo
- Publication number
- CN106657503A CN106657503A CN201611101983.3A CN201611101983A CN106657503A CN 106657503 A CN106657503 A CN 106657503A CN 201611101983 A CN201611101983 A CN 201611101983A CN 106657503 A CN106657503 A CN 106657503A
- Authority
- CN
- China
- Prior art keywords
- mobile phone
- touch
- button
- contact
- phone screen
- Prior art date
- Legal status (The legal status 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 status listed.)
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Classifications
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- 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
Abstract
The invention discloses a cell phone sleeve. The cell phone sleeve includes a lower cover, an upper cover and a touch control conduction key. At least one part of the lower cover is fixedly arranged at the bottom of a cell phone. The upper cover is connected with the lower cover. A cover ridge is formed at the junction of the upper cover and the lower cover. The upper cover covers the cell phone screen in a manner of rotating along the cover ridge. The touch control conduction key is arranged in the upper cover. After the touch control conduction key is pressed by a pressing object, the stressed part of the touch control conduction key at least partially moves downward and contacts with the cell phone screen. When in contact, charges at the touch position of the cell phone screen are conveyed to the pressing object. By arranging the touch control conduction key capable of conveying the charges at the position touching with the cell phone screen to the pressing object when being pressed on the cell phone sleeve, a problem of operation failure of touch control type smart phones met by a part of users in the prior art is solved.
Description
Technical field
The present embodiments relate to Cellphone Accessories technical field, especially a kind of cell-phone cover.
Background technology
With the development of mobile communication, computer and Internet technology, miniaturization epoch of computer equipment lead, by
The powerful smart mobile phone of disposal ability can be assembled in the miniaturization of the accessory of computer.In prior art, smart mobile phone is
The intelligent terminal controlled by touch-control, smart mobile phone carries capacitive touch screen, and the click for being capable of quick quickly relative users refers to
Order, completes corresponding control operation.
In prior art, smart mobile phone carries capacitive touch screen, can only pass through to click on mobile phone screen when user uses mobile phone
Or in the enterprising line slip of mobile phone screen, method described above is being controlled operation to smart mobile phone.
The inventor of the invention has found under study for action, in daily mobile phone use, when starting to occur due to mobile phone
It is both to be controlled by way of flexible keypad, for the people longer using the key mobile phone time, leads in prior art
Cross and touch the smart mobile phone that is controlled, due to not having to arrange flexible keypad in screen area, user cannot follow and form
Mobile phone use habit, cause user to use obstacle.
The content of the invention
The embodiment of the present invention can make user pass through button slotted eye mainly solving the technical problems that provide a kind of cell-phone cover
Touch controlled type smart mobile phone.
To solve above-mentioned technical problem, the technical scheme that the embodiment of the invention is adopted is：A kind of handss are provided
Mantle, the cell-phone cover includes：
Lower cover, described lower cover at least a portion is fixedly installed on mobile phone bottom；
Upper lid, the upper lid is connected with the lower cover, and the upper position being connected with the lower cover of covering forms lid ridge, described
Lid ridge described in upper cover rim is rotated and covered on mobile phone screen；
Touch-control conducts button, and the touch-control conduction button is arranged in the upper lid, and the touch-control conduction button is bearing
When pressing body is pressed, the position being at least partly pressed moves down and is contacted with the mobile phone screen, by the mobile phone during contact
The electric charge at screen contact position is to the pressing body.
Alternatively, the touch-control conduction button is made up of conductor material, between the touch-control conduction button and the upper lid
Elastic connection；
When pressing body pressing is born, the touch-control conduction button is moved the touch-control conduction button along pressing force pointing direction
Move to contacting with the mobile phone screen, the touch-control conduction button conducts the electric charge with the mobile phone screen contact site during contact
To the pressing body.
Alternatively, the touch-control conduction button includes：Button wall and elastic pressing piece, the button wall is thick along the upper lid
Degree direction is arranged in the upper lid, and the elastic pressing piece is arranged on the button wall and does not contact the one of the mobile phone screen
End, on the elastic pressing piece contact hole is offered；
, when pressing body pressing is born, the elastic pressing piece is along the button wall to the handss for the touch-control conduction button
Machine screen orientation is moved, and touching the mobile phone screen to the elastic pressing piece, makes the pressing body along the contact
Hole contacts with the mobile phone screen.
Alternatively, the touch-control conduction button includes：Button wall and elastic pressing piece, the button wall is thick along the upper lid
Degree direction is arranged in the upper lid, and the elastic pressing piece is arranged on the button wall and does not contact the one of the mobile phone screen
End；
, when pressing body pressing is born, the elastic pressing piece is along the button wall to the handss for the touch-control conduction button
Machine screen orientation is moved, and touching the mobile phone screen to the elastic pressing piece, the elastic pressing piece is passed during contact
Lead with the electric charge of the mobile phone screen contact site to the pressing body；
The elastic pressing piece is made up of rubber conductor material.
Alternatively, the touch-control conduction button includes：Button wall and elastic pressing piece, the button wall is thick along the upper lid
Degree direction is arranged in the upper lid, and the elastic pressing piece is arranged on the button wall and does not contact the one of the mobile phone screen
End, the elastic pressing piece convexes to form contact towards the side of the mobile phone screen；
The touch-control conduction button when pressing body pressing is born, along described press simultaneously with contact by the elastic pressing piece
Key wall to the mobile phone screen direction is moved, touching the mobile phone screen to the contact, elasticity during contact
Pressing piece and contact are conducted with the electric charge of the mobile phone screen contact site to the pressing body；
The elastic pressing piece is made with the contact by rubber conductor material.
Alternatively, the contact element surface forms smooth contact surface to one end of the mobile phone screen, to limit described connecing
Contacting surface is effective contact area when contacting with the mobile phone screen.
Alternatively, false-touch prevention interlayer is provided with the button wall, the false-touch prevention interlayer is located at contact lower section, institute
The edge for stating false-touch prevention interlayer is connected with the inwall of the button wall；
The false-touch prevention interlayer is made up of rubber conductor material.
Alternatively, the false-touch prevention interlayer swells the arc false-touch prevention interlayer to be formed towards the contact direction.
Alternatively, the contact is configured to notch cuttype columnar projections, and on the false-touch prevention interlayer through hole is offered, described
The cross-sectional area of through hole only allows the contact part to pass through.
Alternatively, the touch-control conduction button includes：Button wall, elastic pressing piece and conductors, the button wall is along institute
State upper cover thickness direction to be arranged in the upper lid, the elastic pressing piece is arranged on the button wall and does not contact the Mobile phone screen
One end of curtain, the conductors run through the elastic pressing piece, and the conductors are solid in pass-through zone with the elastic pressing piece
Fixed connection；
, when pressing body pressing is born, the elastic pressing piece and conductors are simultaneously to the handss for the touch-control conduction button
Machine screen orientation is moved, touching the mobile phone screen to the conductors, the elasticity pressing conduction and institute during contact
The electric charge of mobile phone screen contact site is stated to the pressing body.
Alternatively, the conductors are specially hemispherical conductors, at least part of arcwall face of the hemispherical conductors
The exposed surface that pressing force side is accepted in the elastic pressing piece.
Alternatively, the burnishing surface of the hemispherical conductors is towards the mobile phone screen, to limit the contact surface and institute
State when mobile phone screen is contacted and be effective contact area.
Alternatively, the button wall extends inwardly to form ear to one end of the mobile phone screen, sets in the ear
There is arc-shaped conductor shell fragment, described arc-shaped conductor shell fragment one end is fixed in the ear, the arc-shaped conductor shell fragment other end hangs
It is empty；
The touch-control conduction button is led when pressing body pressing is born described in the free end obstruction of the arc-shaped conductor shell fragment
Body part is moved along the mobile phone screen direction.
Alternatively, the conductors are offered and arc-shaped conductor shell fragment cooperation towards one end of the mobile phone screen
Accepting groove, during so that the conductors being contacted with the mobile phone screen, the arc-shaped conductor shell fragment is located in the accommodating groove.
Alternatively, the consistency of thickness of the thickness of the accepting groove and the arc-shaped conductor shell fragment, so that the arc-shaped conductor
When shell fragment is located in the accommodating groove, the arc-shaped conductor shell fragment is concordant towards the face of the mobile phone screen with the conductors.
Alternatively, the rubber conductor material includes silica gel and the conductive particles being arranged in silica gel, the conductor
Grain contacts with each other when being squeezed, so that the rubber conductor material becomes conductor.
Alternatively, the conductive particles are uniformly arranged in the silica gel, to increase leading for the rubber conductor material
Electric area.
Alternatively, the rubber conductor material also includes metallic fiber, and the metallic fiber is uniformly arranged on the silicon
In glue, to increase the stability of the conductive particles contact.
Alternatively, the upper lid is provided with and changed the default magnetic of the mobile phone by the relative distance with the mobile phone screen
The magnetic part of property monitored area magnetic field intensity.
Alternatively, the button control area conducted button regular array and constituted by multiple touch-controls is covered with described.
Alternatively, offer on the upper lid and the observation window that the mobile phone screen is checked under state is covered on described.
The beneficial effect of the embodiment of the present invention is：By being fixed on touch controlled type smart mobile phone back in lower cover, upper lid can
Touch-control conduction button is installed on the cell-phone cover of the mobile phone screen of touch controlled type smart mobile phone by rotating to cover, because this presses bond energy
It is enough to move down and contacted with mobile phone screen when user is pressed, and can be by the electricity with mobile phone screen contact site
Lotus transfers out and, and electric charge is entered in the human body pressed it, so as to trigger touch controlled type smart mobile phone screen operator machine
System, reaches successively with the purpose by key control touch controlled type smart mobile phone, solves prior art partial user and uses touch controlled type intelligence
There is the problem of operating barrier in energy mobile phone.
Description of the drawings
Technical scheme in order to be illustrated more clearly that the embodiment of the present invention, below will be to making needed for embodiment description
Accompanying drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the present invention, for
For those skilled in the art, on the premise of not paying creative work, can be attached to obtain others according to these accompanying drawings
Figure.
Fig. 1 implements cell-phone cover and mobile phone assembling schematic diagram for the present invention；
Fig. 2 is embodiment of the present invention phone cover floor map；
Fig. 3 is second embodiment schematic diagram that embodiment of the present invention touch-control conducts button；
Fig. 4 is the third embodiment schematic diagram that this present embodiment touch-control conducts button；
Fig. 5 a are that the 4th kind of embodiment schematic diagram that a touch-control conducts button is applied in the invention of this reality；
Fig. 5 b are that the first preferred implementation of the 4th kind of embodiment of touch-control conduction button is applied in the invention of this reality；
Fig. 5 c are that second preferred implementation of the 4th kind of embodiment of touch-control conduction button is applied in the invention of this reality；
Fig. 5 d are that the third preferred implementation of the 4th kind of embodiment of touch-control conduction button is applied in the invention of this reality；
Fig. 6 is the 5th kind of embodiment schematic diagram that embodiment of the present invention touch-control conducts button；
Fig. 7 is that a kind of preferred implementation of the 5th kind of embodiment that embodiment of the present invention touch-control conducts button is illustrated
Figure；
Fig. 8 is side wall button control area schematic diagram of the embodiment of the present invention housing towards mobile phone screen；
Fig. 9 is embodiment of the present invention cell-phone cover overall schematic.
Description of reference numerals：100th, cell-phone cover；110th, upper lid；111st, button control area；112nd, observation window；120th, under
Lid；121st, first panel；122nd, second panel；123rd, broken line groove；130th, lid ridge；140th, touch-control conduction button；1410th, button
Wall；1411st, ear；1412nd, arc-shaped conductor shell fragment；1420th, elastic pressing piece；1421st, contact hole；1422nd, contact；1423、
Contact surface；1424th, the first column；1425th, the second column；1430th, conductors；1431st, hemispherical conductors；1432nd, put down
Whole face；1433rd, arc tips；1441st, false-touch prevention interlayer；1442nd, through hole；200th, touch controlled type smart mobile phone；210th, mobile phone screen.
Specific embodiment
For the ease of understanding the present invention, below in conjunction with the accompanying drawings and specific embodiment, the present invention will be described in more detail.
It should be noted that when element is expressed " being fixed on " another element, it can directly on another element or therebetween
There may be one or more elements placed in the middle.When an element is expressed " connection " another element, it can directly be connected
It is connected to another element or there may be one or more elements placed in the middle therebetween.The term that this specification is used is " vertical
", " level ", "left", "right" and similar statement for illustrative purposes only.
Unless otherwise defined, this specification is used all of technology and scientific terminology and the technology neck for belonging to the present invention
The implication that the technical staff in domain is generally understood that is identical.The term used in the description of the invention in this specification is simply
The purpose of description specific embodiment, is not intended to limit the present invention.The term "and/or" that this specification is used includes one
The arbitrary and all of combination of individual or multiple related Listed Items.
Embodiment
Fig. 1 is referred to, Fig. 1 is the present embodiment cell-phone cover 100 and mobile phone assembling schematic diagram.
As shown in figure 1, a kind of cell-phone cover 100, cell-phone cover 100 includes：Lower cover 120, upper lid 110 and touch-control conduction button
140.Wherein, at least a portion of lower cover 120 is fixedly installed on mobile phone bottom；Upper lid 110 is connected with lower cover 120, and upper lid 110 is with
The position of the connection of lid 120 forms lid ridge 130, and upper lid 110 is rotated along lid ridge 130 and covered on mobile phone screen 210；Touch-control conduction is pressed
Key 140 is arranged in lid 110, and touch-control conducts button 140 when pressing is born, and the position being at least partly pressed moves down
Contact with mobile phone screen 210, the electric charge of the conduction of touch-control conduction button 140 and the contact site of mobile phone screen 210 during contact.
Fig. 2 is referred to, Fig. 2 is the present embodiment phone cover floor map.
Specifically, as shown in Fig. 2 the size and shape of cell phone rear cover is configured to the touch controlled type intelligence being adapted to cell-phone cover 100
The bonnet of energy mobile phone 200 is in the same size, covers after touch controlled type smart mobile phone 200 on along its length and offers broken line groove 123,
Bonnet is divided into first panel 121 and second panel 122 by broken line groove 123, wherein, first panel 121 is by way of gluing
It is fixed on after touch controlled type smart mobile phone 200 and covers, the rotation that second panel 122 allows around broken line groove 123 and limits in broken line groove 123
In the range of enter rotate and fold.Connected by lid ridge 130 between the upper lid 110 and lower cover 120 of cell-phone cover 100, lid ridge 130 is with
The position of the connection of lid 120 is provided with the first folding line (mark), and the position that lid ridge 130 is connected with lower cover 120 is provided with the second folding line (not
Mark), the thickness of touch controlled type smart mobile phone 200 that the width of lid ridge 130 is slightly larger than, so that lid ridge 130 carries out turning around the first folding line
When dynamic, can wrap on the side of touch controlled type smart mobile phone 200, and then enable the upper lid 110 rotated around the second folding line
Enough cover on mobile phone screen 210, in the present embodiment, size and the mobile phone of upper lid 110 are provided with the surface chi of screen side
It is very little consistent.The concrete size not limited to this of upper lid 110, in some selectivity embodiments, the length of upper lid 110 can be less than
The length of the screen of touch controlled type smart mobile phone 200, when upper lid 110 is touched and is covered on the screen of touch controlled type smart mobile phone 200, touch controlled type
The screen portions of smart mobile phone 200 are outside overlay area.
In some selectivity embodiments, lower cover 120 is a monoblock size and the chi of 200 lower cover of touch controlled type smart mobile phone 120
Very little consistent panel, is not provided with broken line groove 123 on lower cover 120, lower cover 120 is fixed on touch controlled type intelligence entirely through the mode of gluing
On the lower house of energy mobile phone 200.
In other selectivity embodiments, lower cover 120 is not half frame shell with upper surface, and lower cover 120 is set with
On touch controlled type smart mobile phone 200, a side of lower cover 120 constitutes lid ridge 130, and folding is provided between upper lid 110 and lid ridge 130
Line (not shown), upper lid 110 can be rotated around the broken line and covered on the screen of touch controlled type smart mobile phone 200.
Touch-control conduction button 140 is provided with the upper lid 110 of cell-phone cover 100, touch-control conduction button 140 has keypress function,
And user by finger to button apply pressing force when, the be pressed position of power of touch-control conduction button 140 moves down, and this is downward
Movement includes：Overall not deformation movement is moved with deformation, is specifically referred to touch-control conduction button 140 and is received after pressing, keeps original
Form do not change, whole touch-control conduction button 140 is moved down, and deformation movement is referred to, touch-control conduction button 140 is received
To after pressing, the position for bearing pressing deforms upon, and deformation occurs downwards until touch-control conduction button 140 and touch controlled type intelligence handss
Till the screen contact of machine 200.
Principle by mobile phone control touch controlled type smart mobile phone 200 is：When handss Touch screen surface, finger and touch
Touch face and form a coupled capacitor, due to being connected to high-frequency signal in touch surface, then just have a certain amount of electric charge transfer and arrive
Human body, in order to recover the loss of these electric charges, electric charge just supplements from four angles of screen, the supplementary quantity of electric charge and touches
Distance is directly proportional, and the position of touch point just can be thus extrapolated by default computing formula.
In the present embodiment, touch-control conduction button 140, can when control touch controlled type 200 screen of smart mobile phone is touched
The electric charge of the contact site of mobile phone screen 210 is conducted, to realize triggering the screen of touch controlled type smart mobile phone 200.This embodiment party
The technical scheme that formula is adopted is that touch-control is conducted into the button that button 140 is designed to be made up of conductor, touch-control conduction button
140 are arranged in lid 110, and are connected by gum elastic between upper lid 110, touch-control conduction button 140 bottom not with
Upper lid 110 is concordant towards the face of mobile phone screen 210, so that touch-control conducts the bottom of button 140 relative to upper lid 110 towards Mobile phone screen
The face of curtain 210 is caved in, when upper lid 110 is covered on mobile phone screen 210, touch-control conduction button 140 bottom not with mobile phone screen 210
Contacted, when user presses with finger touch-control conduction button 140, touch-control conduction button 140 is overall to the direction of mobile phone screen 210
Move, the bottom for making touch-control conduction button 140 contacts with mobile phone screen 210, because touch-control conducts button 140 by conductor system
Into, to human body, and then the screen of touch controlled type smart mobile phone 200 can be triggered by with the charge-conduction of the contact site of mobile phone screen 210,
The purpose of touch-control is reached with this.
Above-mentioned embodiment, by being fixed on the back of touch controlled type smart mobile phone 200 in lower cover 120, upper lid 110 can pass through
Rotation is covered installs touch-control conduction button 140 on the cell-phone cover 100 of the mobile phone screen 210 of touch controlled type smart mobile phone 200, due to
The button can be moved down and contacted with mobile phone screen 210 when user is pressed, and can by with mobile phone screen
The charge-conduction of 210 contacts site out, makes electric charge enter in the human body pressed it, so as to trigger touch controlled type intelligence
The screen operator mechanism of mobile phone 200, reaches successively with the purpose by key control touch controlled type smart mobile phone 200, in solving prior art
Certain customers occur the problem of operating barrier using touch controlled type smart mobile phone 200.
Fig. 3 is referred to, Fig. 3 is second embodiment schematic diagram that the present embodiment touch-control conducts button 140.
As shown in figure 3, in some embodiments, touch-control conduction button 140 is made up of two parts, respectively button wall
1410 with elastic pressing piece 1420, wherein, button wall 1410 is by including but not limited to：Rigid rubber industry or hardwood are made
, button wall 1410 is configured to the closed loop framework of upper surface and the equal nothing of lower surface, and concrete shape can be (being not limited to)：Fillet ladder
Shape, rounded square, fillet rectangle, ellipse, circle, rectangle or square.Button wall 1410 when pressing force is born not
Can deform upon, button wall 1410 is placed along the thickness direction of upper lid 110, and is fixed in lid 110, and button wall 1410 is raised in
The surface of the dorsad mobile phone screen 210 of upper lid 110, and the bottom surface of button wall 1410 with upper lid 110 towards the side of mobile phone screen 210
Flush, the i.e. bottom surface of button wall 1410 are contacted when upper lid 110 is covered on mobile phone screen 210 with mobile phone screen 210.
Elastic pressing piece 1420 is arranged on one end that button wall 1410 does not contact mobile phone screen 210, in the present embodiment, elasticity pressing
Part 1420 serves as the upper surface of button wall 1410, and elastic pressing piece 1420 is the tablet by made by gum elastic, with deformation
Ability, after depressed power, the direction that elastic pressing piece 1420 can be pointed to pressing force carries out deformation, elastic pressing piece
1420 shape is consistent with the shape of button wall 1410.The center of elastic pressing piece 1420 offers contact hole 1421, connects
Contact hole 1421 is (being not limited to)：Circular, oval or polygon.
When using, user is placed a finger on elastic pressing piece 1420, and is applied towards mobile phone to elastic pressing piece 1420
The pressing force of screen 210, elastic pressing piece 1420 to the method for mobile phone screen 210 is deformed upon, and is contacted with mobile phone screen 210,
Now the part of the finger of user is exposed and handss due to the bounce effect of elastic pressing piece 1420 from contact hole 1421
Machine screen 210 is contacted such that it is able to trigger touch controlled type mobile phone screen 210.
Fig. 4 is referred to, Fig. 4 is the third embodiment schematic diagram that the present embodiment touch-control conducts button.
As shown in figure 4, touch-control conducts a kind of preferred implementation of button 140, touch-control conduction in as the present embodiment
Button 140 is made up of two parts, respectively button wall 1410 and elastic pressing piece 1420, wherein, button wall 1410 is by including
(being not limited to)：Made by rigid rubber industry or hardwood, button wall 1410 is configured to the closed loop frame of upper surface and the equal nothing of lower surface
Body, concrete shape can be (being not limited to)：Fillet trapezoid, rounded square, fillet rectangle, ellipse, circle, rectangle or just
It is square.Button wall 1410 will not be deformed upon when pressing force is born, and button wall 1410 is placed along the thickness direction of upper lid 110, and
In being fixed on lid 110, button wall 1410 is raised in the surface of the dorsad mobile phone screen 210 of lid 110, and the bottom of button wall 1410
Towards the flush of the side of mobile phone screen 210, i.e. the bottom surface of button wall 1410 is covered in handss in upper lid 110 for face and upper lid 110
When on machine screen 210, contact with mobile phone screen 210.Elastic pressing piece 1420 is arranged on button wall 1410 and does not contact mobile phone screen
210 one end, in the present embodiment, elastic pressing piece 1420 serves as the upper surface of button wall 1410, elastic pressing piece 1420
It is the tablet by made by conductive rubber, with deformability, after depressed power, elastic pressing piece 1420 can be to pressing
The direction that power is pointed to carries out deformation, and the shape of elastic pressing piece 1420 is consistent with the shape of button wall 1410.
When using, user is placed a finger on elastic pressing piece 1420, and is applied towards mobile phone to elastic pressing piece 1420
The pressing force of screen 210, elastic pressing piece 1420 to the method for mobile phone screen 210 is deformed upon, and is contacted with mobile phone screen 210,
Because elastic pressing piece 1420 is made up of conductive rubber, thus elastic pressing piece 1420 can by with the contact site of mobile phone screen 210
The electric charge transfer of position realizes the purpose of triggering touch controlled type mobile phone screen 210 in human body.
Fig. 5 is referred to, Fig. 5 is the 4th kind of embodiment schematic diagram that the present embodiment touch-control conducts button.
As shown in Figure 5 a, in some embodiments, touch-control conduction button 140 is made up of two parts, respectively button wall
1410 with elastic pressing piece 1420, wherein, button wall 1410 is by including but not limited to：Rigid rubber industry or hardwood are made
, button wall 1410 is configured to the closed loop framework of upper surface and the equal nothing of lower surface, and concrete shape can be (being not limited to)：Fillet ladder
Shape, rounded square, fillet rectangle, ellipse, circle, rectangle or square.Button wall 1410 when pressing force is born not
Can deform upon, button wall 1410 is placed along the thickness direction of upper lid 110, and is fixed in lid 110, and button wall 1410 is raised in
The surface of the dorsad mobile phone screen 210 of upper lid 110, and the bottom surface of button wall 1410 with upper lid 110 towards the side of mobile phone screen 210
Flush, the i.e. bottom surface of button wall 1410 are contacted when upper lid 110 is covered on mobile phone screen 210 with mobile phone screen 210.
Elastic pressing piece 1420 is arranged on one end that button wall 1410 does not contact mobile phone screen 210, in the present embodiment, elasticity pressing
Part 1420 serves as the upper surface of button wall 1410, and elastic pressing piece 1420 is the tablet by made by conductive rubber, with deformation
Ability, after depressed power, the direction that elastic pressing piece 1420 can be pointed to pressing force carries out deformation, elastic pressing piece
1420 shape is consistent with the shape of button wall 1410.Elastic pressing piece 1420 is convexed to form towards the side of mobile phone screen 210
Contact 1422, the length of contact 1422 is less than the thickness of button wall 1410, and contact 1422 is located inside button wall 1410.
Less than the cross-sectional area of the inner space of button wall 1410, i.e. contact 1422 can be along button wall for the cross-sectional area of contact 1422
1410 thickness direction carries out stretching motion, and the concrete shape of contact 1422 is cylindricality, but the concrete shape of contact 1422
This is not limited to, according to the difference of concrete application scene, the shape of contact 1422 includes in some selectivity embodiments
(being not limited to)：Triangular prism, quadrangular or other polygon prisms etc..
Wherein, elastic pressing piece 1420 is made with contact 1422 by conductive rubber.
As contact 1422 one kind preferred embodiment, in some embodiments, contact 1422 is towards handss
One end of machine screen 210 is smooth contact surface 1423, when touch controlled type mobile phone screen 210 carries out touch-control, touch control object and Mobile phone screen
When the contact surface 1423 of curtain 210 accumulates larger, touch-control is more easy to be sensed, therefore the contact surface 1423 of contact 1422 is set
Smooth face is set to, when contact surface 1423 touches mobile phone screen 210, the cross section of contact surface 1423 is effective contact surface
Product 1423, can realize more sensitive touch-control.
As shown in Figure 5 b, touch-control conducts another preferred embodiment of button 140, to prevent user's false touch from causing
Many faulty operations, are provided with the present embodiment false-touch prevention interlayer, edge and the button wall of false-touch prevention interlayer in button wall
1410 inwall connection.False-touch prevention interlayer has certain deformability, when contact is contacted to mobile phone screen, can be certain
The obstruction contact of degree is contacted with mobile phone screen, only can make false-touch prevention interlayer when pressing force is more than deformation resistance
1441 contact mobile phone screens, now contact 1422 be integrated with false-touch prevention interlayer 1441, due to false-touch prevention interlayer 1441 be by
Conductive rubber is made, therefore can be by the electric charge transfer of mobile phone screen to contact.Present embodiment can be effectively prevented from using
Family false touch.
Conduct the yet another preferred embodiment of button 140 as touch-control as shown in Figure 5 c, press in the present embodiment
False-touch prevention interlayer 1441 is provided with key wall 1410, and the false-touch prevention interlayer 1441 is arc false-touch prevention interlayer 1441, arc is anti-error
Tactile interlayer 1441 has more preferable deformation quantity and telescopic effect is good, can be effectively prevented from the false-touch prevention caused due to life-time service
The aging serious problem of interlayer 1441.
Touch-control as fig 5d conducts the yet another preferred embodiment of button 140, and contact is notch cuttype column
Projection, concrete contact is the first column 1424 and the second column 1425, wherein the first column 1424 is connected to elasticity
On pressing piece, the second column 1425 is connected to the end of the first column 1424, and the cross-sectional area of the second column 1425 is little
In the body end cross section of the first column 1424 product, false-touch prevention interlayer 1441 is provided with button wall 1410, false-touch prevention interlayer 1441
Edge is connected with the inwall of button wall 1410, and through hole 1442 is offered on false-touch prevention interlayer 1441, and through hole 1442 is transversal
Area is located between the first column 1424 and the cross-sectional area of the second column 1425, and contact is to mobile phone screen moving process
In the second column 1425 pass through through hole 2442, the first column 1424 is blocked cannot to be passed through, to play the effect of false-touch prevention.
When using, user is placed a finger on elastic pressing piece 1420, and is applied towards mobile phone to elastic pressing piece 1420
The pressing force of screen 210, elastic pressing piece 1420 to the method for mobile phone screen 210 is deformed upon, and is made elastic pressing piece 1420 and is connect
Contact element 1422 is moved along button wall 1410 to the direction of mobile phone screen 210 simultaneously, until the contact surface 1423 of contact 1422
Till touching mobile phone screen 210, when contact surface 1423 is contacted with mobile phone screen 210, the electric charge of the contact site of mobile phone screen 210
Contact 1422 is granted by elastic pressing piece 1420 to conduct into human body, the touch-control to mobile phone screen 210 is realized with this.
By on elastic pressing piece 1420 arrange contact 1422, make user use touch-control conduct button 140 when need not
Elastic pressing piece 1420 is pressed into into mobile phone screen 210, only contact 1422 need to be pressed and be contacted i.e. as mobile phone screen 210
Can, it is user-friendly, improve touch-control coefficient of stabilization.
Fig. 6 is referred to, Fig. 6 is the 5th kind of embodiment schematic diagram that the present embodiment touch-control conducts button.
As shown in fig. 6, in some embodiments, touch-control conduction button 140 is made up of two parts, respectively button wall
1410th, elastic pressing piece 1420 and conductors 1430, wherein, button wall 1410 is by including but not limited to：Rigid rubber industry
Or made by hardwood, button wall 1410 is configured to the closed loop framework of upper surface and the equal nothing of lower surface, concrete shape can be (not limit
In)：Fillet trapezoid, rounded square, fillet rectangle, ellipse, circle, rectangle or square.Button wall 1410 is bearing
Will not deform upon during pressing force, button wall 1410 is placed along the thickness direction of upper lid 110, and is fixed in lid 110, button wall
1410 surfaces for being raised in the dorsad mobile phone screen 210 of lid 110, and the bottom surface of button wall 1410 with upper lid 110 towards Mobile phone screen
Curtain 210 sides flush, i.e. the bottom surface of button wall 1410 when upper lid 110 is covered on mobile phone screen 210, with Mobile phone screen
Curtain 210 is contacted.Elastic pressing piece 1420 is arranged on one end that button wall 1410 does not contact mobile phone screen 210, in present embodiment
In, elastic pressing piece 1420 serves as the upper surface of button wall 1410, and elastic pressing piece 1420 is the lamellar by made by conductive rubber
Thing, with deformability, after depressed power, the direction that elastic pressing piece 1420 can be pointed to pressing force carries out deformation,
The shape of elastic pressing piece 1420 is consistent with the shape of button wall 1410.Elastic pressing piece 1420 is provided with conductors 1430, leads
Body part 1430 is fixedly connected in viewing area through elastic pressing piece 1420 with elastic pressing piece 1420, i.e. conductors 1430
Relative two ends one end is located at the side of elastic pressing piece 1420, and the other end of conductors 1430 is located at elastic pressing piece 1420
Opposite side, i.e. one end are located at the side for being connected with button wall 1410, and the one end of conductors 1430 is extend in button wall 1410, and is stretched
Enter the thickness of one end length less than button wall 1410 of button wall 1410, the cross-sectional area of conductors 1430 is less than button wall 1410
Internal cross section, and because conductors 1430 are through elastic pressing piece 1420, when user's finger presses compression elasticity pressing piece 1420,
Finger is necessarily contacted with conductors 1430.Conductors 1430 are by including but not limited to：Conducting metal or electrical conductivity alloy system
Into conductor.The shape of conductors 1430 can be (being not limited to):Spherical, hemispherical, cylindricality or T-shaped post etc..
As conductors 1430 one kind preferred embodiment, in some embodiments, conductors 1430 are specially
Hemispherical conductors 1431, the arc tips 1433 of hemispherical conductors 1431 are inlaid in elastic pressing piece 1420, and part arc
The exposed surface in elastic pressing piece 1420 in shape face, the exposed part in elastic pressing piece 1420 of conductors and elastic pressing piece
1420 surfaces seamlessly transit, the burnishing surface 1432 of hemispherical conductors 1431 towards mobile phone screen 210 limit contact surface 1423 with
Mobile phone screen 210 is effective contact surface 1423 and accumulates when contacting, to add the stability of touch-control.
When using, user is placed a finger on elastic pressing piece 1420, and is applied towards mobile phone to elastic pressing piece 1420
The pressing force of screen 210, elastic pressing piece 1420 to the method for mobile phone screen 210 is deformed upon, and is made elastic pressing piece 1420 and is led
Body part is moved along button wall 1410 to the direction of mobile phone screen 210 simultaneously, until the burnishing surface 1432 of contact 1422 is contacted
To mobile phone screen 210, when burnishing surface 1432 is contacted with mobile phone screen 210, the electric charge of the contact site of mobile phone screen 210 passes through
Conductors are conducted into human body, and with this touch-control to mobile phone screen 210 is realized.
By arranging conductors on elastic pressing piece 1420, without the need for by bullet when making user use touch-control to conduct button 140
Property pressing piece 1420 be pressed into mobile phone screen 210, only the pressing of conductors bottom need to be contacted as mobile phone screen 210, just
Just user operation, improves touch-control coefficient of stabilization.
Fig. 7 is referred to, Fig. 7 is a kind of preferred implementation of the 5th kind of embodiment that the present embodiment touch-control conducts button
Schematic diagram.
As shown in fig. 7, button wall 1410 internally extends ear 1411, ear towards one end of mobile phone screen 210 to it
1411 is in 90 degree of angles with button wall 1410, and ear 1411 is provided with arc-shaped conductor shell fragment 1412, arc-shaped conductor shell fragment 1412
It is made up of sheet metal, the one end of arc-shaped conductor shell fragment 1412 is connected in ear 1411, the other end is to the center position of button wall 1410
Extend, there is certain distance between the hanging one end of arc-shaped conductor shell fragment 1412 and mobile phone screen 210.Arc-shaped conductor shell fragment 1412 has
There is deformability, when conductors receive pressing and move down, arc-shaped conductor shell fragment 1412 hinders conductors to mobile phone screen 210
Direction moves, and only after deformation resistance of the pressing force more than arc-shaped conductor shell fragment 1412, conductors 1430 can be to
Lower moving contact mobile phone screen 210.It is designed to be effectively prevented user because touch-control is passed using arc-shaped conductor shell fragment 1412
Lead the bearing capacity of button 140 weak, be susceptible to false touch problem, arc-shaped conductor shell fragment 1412 improves the touch-control conduction shape of button 140
Become dividing value.
In some selectivity embodiments, the burnishing surface 1432 of conductors 1430 is being contacted with arc-shaped conductor shell fragment 1412
Position open up accepting groove (not shown), size and arc-shaped conductor shell fragment 1412 and the contact portion of burnishing surface 1432 of accepting groove
Consistent size, and the consistency of thickness of the thickness of accepting groove and arc-shaped conductor shell fragment 1412, conductors 1430 and mobile phone plane contact
When, the part that arc-shaped conductor shell fragment 1412 is contacted with burnishing surface 1432 is completely housed in holding tank, can effectively be prevented
Only due to the thickness problem of arc-shaped conductor shell fragment 1412, the burnishing surface 1432 of conductors cannot by made by rigid material to make part
The problem of mobile phone plane is touched, touch-control sensitivity and the stability of touch-control conduction button 140 is improve.
In some selectivity embodiments, magnetic part is provided with lid 110 on cell-phone cover 100, magnetic part is specifically by magnetic
Property permanent magnet made by material, magnetic part is arranged on the inside of lid 110 or the surface of upper lid 110, and concrete setting can be according to tool
The difference of body application scenarios is determined, and the effect of magnetic part is, using the mobile phone of the cell-phone cover 100 in the present embodiment, if
Different contextual models are equipped with, one of contextual model is tackled in using the scene of cell-phone cover 100, is such as installing cell-phone cover 100
The position of application icon in touch controlled type smart mobile phone 200 is adjusted afterwards, so that the position correspondence of the icon is to corresponding touch-control biography
Leading button 140 being capable of the position arrived of touch-control, it is therefore desirable to makes touch controlled type smart mobile phone 200 detect user and has used cell-phone cover
100, needs are adjusted in the contextual model corresponding with cell-phone cover 100.Therefore Hall is set in touch controlled type smart mobile phone 200
Sensor, touch controlled type smart mobile phone 200 installs the magnetic monitoring that the position of Hall element is the touch controlled type smart mobile phone 200
Region.Magnetic part is set in the corresponding position of cell-phone cover 100, the upper lid 110 for making cell-phone cover 100 is covered in mobile phone screen 210
When upper, magnetic part is located at the surface of Hall element.Magnetic part changes mobile phone by the relative distance with mobile phone screen 210
Default magnetic monitored area magnetic field intensity, magnetic monitored area is carried out by the change of detection magnetic monitored area magnetic field intensity
Corresponding configuration adjustment.Detect can the touch controlled type smart mobile phone 200 that be provided with Hall element by arranging magnetic part
Whether user uses cell-phone cover 100, is user-friendly to.
Fig. 8 is referred to, Fig. 8 is the button control area schematic diagram of lid 110 on the present embodiment.
As shown in figure 8, in some selectivity embodiments, the lower end area of upper lid 110 is provided with button control area 111,
Button control area 111 is made up of the conduction arrangement of button 140 of multiple touch-controls, and the rule of its composition is the case for copying key mobile phone
Part arrangement mode is arranged, this to be designed to make user experience when in use and experience using case machine identical, energy
Using the problem of obstacle when enough helping user to overcome the use touch controlled type smart mobile phone 200 of presence.
Fig. 9 is referred to, Fig. 9 is the present embodiment cell-phone cover overall schematic.
As shown in figure 9, the upper lid 110 of cell-phone cover 100 offers observation window 112, observation window 112 is used to be covered in upper lid 110
Mobile phone screen 210 is checked under conjunction state, the use of the cell-phone cover 100 in present embodiment is covered in Mobile phone screen in upper lid 110
Use when on curtain 210, because cell-phone cover 100 can hinder user to observe mobile phone screen 210 when covering, therefore in mobile phone screen
Observation window 112 is opened up on 210.In the application scenarios of some cell-phone covers 100, when cell-phone cover 100 is grasped in state is covered
When making, the mobile phone screen 210 of touch controlled type smart mobile phone 200 is only shown in the corresponding region of observation window 112, in others
Screen area only exists in blank screen or non-dispaly state, and this mode can use the mobile phone of cell-phone cover 100, and perfection reappears to be made
It is more user-friendly with the scene of key mobile phone.
In some selectivity embodiments, the upper lid 110 of cell-phone cover 100 is made up of trnaslucent materialss, to facilitate user
Mobile phone screen 210 is watched under the state that covers.
Wherein, the conductive rubber in the present embodiment is that conductive particle is evenly distributed on silicon by glass silvering, aluminum is silver-plated, silver-colored etc.
In rubber, conductive particle is contacted by pressure, reach good electric conductivity.Conductive rubber passes through molding or extrusion molding,
Main Types are included but is not limited to：CONSIL-NC (silicone rubber is filled out in graphite nickel plating), CONSIL-V (silver-colored filled silicon rubber extrusion linings
Pad), CONSIL-A (aluminum is silver-plated to fill out silicone rubber), CONSIL-N (nickel is silver-plated to fill out silicone rubber), (copper is silver-plated to fill out silicon rubber to CONSIL-C
Glue), SC-CONSIL (graphite fills out silicone rubber), (silver fills out silicone rubber molding for CONSIL-R (fine silver fills out silicone rubber) or CONSIL-II
Liner) etc..It is the conductive capability for strengthening elastic pressing piece 1420 in present embodiment, is making leading for elastic pressing piece 1420
Metallic fiber, metallic fiber placement straggly is added to connect the conductive particle in conductive rubber, elastic pressing can be made in electric rubber
Part 1420 has more stable conductive capability.
It should be noted that the preferred embodiment of the present invention is given in the description and its accompanying drawing of the present invention, but,
The present invention can be realized by many different forms, however it is not limited to the embodiment described by this specification, these embodiments
Not as the extra restriction to present invention, there is provided the purpose of these embodiments is to make the understanding to the disclosure
It is more thorough comprehensive.Also, above-mentioned each technical characteristic continues to be mutually combined, the various embodiments not being enumerated above are formed,
It is considered as the scope of description of the invention record；Further, for those of ordinary skills, can be according to the above description
Improved or converted, and all these modifications and variations should all belong to the protection domain of claims of the present invention.
Claims (10)
1. a kind of cell-phone cover, it is characterised in that the cell-phone cover includes：
Lower cover, described lower cover at least a portion is fixedly installed on mobile phone bottom；
Upper lid, the upper lid is connected with the lower cover, and the upper position being connected with the lower cover of covering forms lid ridge, the upper lid
Rotate along the lid ridge and cover on mobile phone screen；
Touch-control conducts button, and the touch-control conduction button is arranged in the upper lid, and the touch-control conduction button is bearing pressing
When body is pressed, the position being at least partly pressed moves down and is contacted with the mobile phone screen, by the mobile phone screen during contact
The electric charge of contact site is to the pressing body.
2. cell-phone cover according to claim 1, it is characterised in that the touch-control conduction button is made up of conductor material, institute
State elastic connection between touch-control conduction button and the upper lid；
When pressing body pressing is born, the touch-control conduction button is moved to the touch-control conduction button along pressing force pointing direction
Contact with the mobile phone screen, the touch-control conducts button conduction with the electric charge of the mobile phone screen contact site to institute during contact
State pressing body.
3. cell-phone cover according to claim 1, it is characterised in that the touch-control conduction button includes：Button wall and elasticity
Pressing piece, the button wall is arranged in the upper lid along the upper cover thickness direction, and the elastic pressing piece is arranged on described
Button wall does not contact one end of the mobile phone screen, and on the elastic pressing piece contact hole is offered；
, when pressing body pressing is born, the elastic pressing piece is along the button wall to the Mobile phone screen for the touch-control conduction button
The movement of curtain direction, touching the mobile phone screen to the elastic pressing piece, make the pressing body along the contact hole and
The mobile phone screen contact.
4. cell-phone cover according to claim 1, it is characterised in that the touch-control conduction button includes：Button wall and elasticity
Pressing piece, the button wall is arranged in the upper lid along the upper cover thickness direction, and the elastic pressing piece is arranged on described
Button wall does not contact one end of the mobile phone screen；
, when pressing body pressing is born, the elastic pressing piece is along the button wall to the Mobile phone screen for the touch-control conduction button
The movement of curtain direction, touching the mobile phone screen to the elastic pressing piece, during contact the elastic pressing piece conduction and
The electric charge of the mobile phone screen contact site is to the pressing body；
The elastic pressing piece is made up of rubber conductor material.
5. cell-phone cover according to claim 1, it is characterised in that the touch-control conduction button includes：Button wall and elasticity
Pressing piece, the button wall is arranged in the upper lid along the upper cover thickness direction, and the elastic pressing piece is arranged on described
Button wall does not contact one end of the mobile phone screen, and the elastic pressing piece is convexed to form towards the side of the mobile phone screen and connect
Contact element；
, when pressing body pressing is born, the elastic pressing piece is with contact simultaneously along the button wall for the touch-control conduction button
To mobile phone screen direction movement, touching the mobile phone screen to the contact, elasticity pressing during contact
Part and contact are conducted with the electric charge of the mobile phone screen contact site to the pressing body；
The elastic pressing piece is made with the contact by rubber conductor material.
6. cell-phone cover according to claim 5, it is characterised in that one end shape of the contact element surface to the mobile phone screen
Into smooth contact surface, to limit when the contact surface is contacted with the mobile phone screen effective contact area is.
7. cell-phone cover according to claim 5, it is characterised in that false-touch prevention interlayer is provided with the button wall, it is described anti-
False touch interlayer is located at contact lower section, and the edge of the false-touch prevention interlayer is connected with the inwall of the button wall；
The false-touch prevention interlayer is made up of rubber conductor material.
8. cell-phone cover according to claim 7, it is characterised in that the false-touch prevention interlayer is grand towards the contact direction
Act the arc false-touch prevention interlayer for being formed.
9. cell-phone cover according to claim 7, it is characterised in that the contact is configured to notch cuttype columnar projections, institute
State and through hole is offered on false-touch prevention interlayer, the cross-sectional area of the through hole only allows the contact part to pass through.
10. cell-phone cover according to claim 1, it is characterised in that the touch-control conduction button includes：Button wall, elasticity
Pressing piece and conductors, the button wall is arranged in the upper lid along the upper cover thickness direction, and the elastic pressing piece sets
One end that the mobile phone screen is not contacted in the button wall is put, the conductors run through the elastic pressing piece, the conductor
Part is fixedly connected with the elastic pressing piece in pass-through zone；
, when pressing body pressing is born, the elastic pressing piece and conductors are simultaneously to the Mobile phone screen for the touch-control conduction button
The movement of curtain direction, touching the mobile phone screen to the conductors, the elasticity pressing conduction and the handss during contact
The electric charge at machine screen contact position is to the pressing body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611101983.3A CN106657503B (en) | 2016-12-02 | 2016-12-02 | Cell-phone cover |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611101983.3A CN106657503B (en) | 2016-12-02 | 2016-12-02 | Cell-phone cover |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106657503A true CN106657503A (en) | 2017-05-10 |
| CN106657503B CN106657503B (en) | 2019-06-04 |
Family
ID=58818379
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611101983.3A Active CN106657503B (en) | 2016-12-02 | 2016-12-02 | Cell-phone cover |
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| Country | Link |
|---|---|
| CN (1) | CN106657503B (en) |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204046666U (en) * | 2014-07-16 | 2014-12-24 | 深圳市浪尖设计有限公司 | Mobile phone protective cover |
| WO2015115691A1 (en) * | 2014-02-03 | 2015-08-06 | (주)에이티랩 | Mobile communication terminal and case for mobile communication terminal |
-
2016
- 2016-12-02 CN CN201611101983.3A patent/CN106657503B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015115691A1 (en) * | 2014-02-03 | 2015-08-06 | (주)에이티랩 | Mobile communication terminal and case for mobile communication terminal |
| CN204046666U (en) * | 2014-07-16 | 2014-12-24 | 深圳市浪尖设计有限公司 | Mobile phone protective cover |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106657503B (en) | 2019-06-04 |
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Effective date of registration: 20170719 Address after: 100102, 18 floor, building 2, Wangjing street, Beijing, Chaoyang District, 1801 Applicant after: BEIJING ANYUN SHIJI SCIENCE AND TECHNOLOGY CO., LTD. Address before: 100088 Beijing city Xicheng District xinjiekouwai Street 28, block D room 112 (Desheng Park) Applicant before: Beijing Qihu Technology Co., Ltd. |
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