CN217216660U - Upward structure of mobile phone protection cover - Google Patents

Abstract

The utility model provides a lifting structure of a mobile phone protective sleeve, which is a protective sleeve used by a mobile phone held by a palm, comprising a phone panel and a lifting panel, wherein the ends of the phone panel and the lifting panel are connected with each other, the phone panel and the lifting panel can be folded, a positioning sleeve is arranged on the inner surface of the phone panel for positioning the mobile phone, and the lifting panel can lift or cover the mobile phone; the method is characterized in that: at least one sheet is arranged on the inner surface of the lifting plate surface, the sheet is provided with a plurality of concave spaces which are longitudinally arranged in a line, and a stop component is arranged in each concave space; the machine board is folded inwards to make the positioning sleeve raise for a certain angle, and the lower edge of the positioning sleeve is clamped on any stopping component of the lifting board.

Description

Upward structure of mobile phone protection cover

[ technical field ] A method for producing a semiconductor device

The utility model relates to a tilt-up structure of mobile phone protective cover, especially indicate the protective cover that the mobile phone that supplies the palm to grip used, utilize this protective cover, can adjust the angle of standing up the cell-phone angle of elevation according to the user demand, reach the demand visual angle of fine setting angle in order to accord with everyone's difference, and not because of meeting a little oscillation, touch and just pine take off the tilt-up structure of mobile phone protective cover of tilt-up angle.

[ background of the invention ]

The mobile phone (mobile phone) changes the life mode of people, not only can be communicated with people far away by the mobile phone, but also can be used for surfing the internet to know real-time news, inquiring data, shopping, transmitting e-mails, taking pictures, recording videos, watching films, keeping records, calculating and the like.

People use the mobile phone to take up the mobile phone for attaching to ears, most commonly face to the screen of the mobile phone, and can place the mobile phone on a desktop, and make the mobile phone raise up an angle, so that the screen provides the best viewing angle for people, however, make the mobile phone raise up an angle, usually by another device or shelf, make the mobile phone place on it, and the mobile phone presents an elevation angle, this makes the device or shelf that the mobile phone raises up an angle need to purchase in addition, also take up the space when not used at ordinary times; furthermore, if the protective cover (leather cover) is folded to a certain angle to raise the mobile phone horizontally, the mobile phone can be raised, but there is no positioning structure, the raised angle will slip slightly carelessly, and the required viewing angle can not be achieved.

In addition, even though the conventional tablet personal computer is provided with a plurality of transverse long convex strips on the inner surface of the non-palm-shaped protective sleeve for supporting and positioning the tablet personal computer at a lifting angle, the transverse convex strips are only distributed into two or three strips, the selection of the lifting angle of the tablet personal computer is limited, an inclination angle is often more than ten degrees, the visual effect is greatly different if the visual angle of the screen is different by one or two or more angles, the screen can slide left and right under left and right force, the vision can not be clear or comfortable, and the tablet personal computer can be used when a user suffers from uncomfortable conditions; furthermore, the lateral convex strips are supported by the lower edge of the tablet computer by the periphery of the bulge, and under the condition of measuring the thickness and being convenient to carry, the lateral convex strips are plane objects with small thickness, which cannot be deformed to increase the height and are limited in supporting capability of the lower edge of the tablet computer or are still frequently slipped when being slightly vibrated.

The device or the rack (additionally arranged at the rear part) for lifting up an angle of a mobile phone can lead the hand to be relaxed without holding for a long time, but is difficult to carry outside and additionally purchased, occupies space when not used, and is difficult to meet the requirements of the public, if the protective sleeve of the current mobile phone is folded up to an angle, the protective sleeve has no positioning structure, the lifted up angle can still easily slip when slightly vibrating, and the protective sleeve does not accord with the required functions.

[ Utility model ] content

The utility model relates to a structure of raising up of cell-phone protective sheath, its purpose: 1. the utility model provides a plurality of small-size backstop subassemblies that can back up an angle and can lie flat, inherits the slim sand grip of removing traditional a plane fixed thickness formula, and utilizes protective sheath itself to do the user demand, can finely adjust the angle of elevation of cell-phone to accord with the different demand visual angles of everyone. 2. A plurality of movable stopping components are provided, and can be turned over at will to be in a state of being lifted up or lying down, so that the mobile phone cover is suitable for being lifted up by a certain angle or being closed. 3. The mobile phone has the function of erecting the mobile phone by an elevation angle only by using the protective sleeve, does not need to purchase a device for erecting the mobile phone additionally, does not need to be carried additionally, does not occupy space, only needs a tiny space, and does not influence the use of the mobile phone. 4. The stopping component can be arranged to be provided with an inclined plane, so that the distance between the stopping component and the stopping component can be shortened, the pitching angle of the mobile phone can be further finely adjusted, and when the mobile phone panel (including the mobile phone) is closed with the lifting panel, the stopping component is arranged to be provided with the inclined plane, so that the mobile phone screen can easily press the stopping component down to lie flat. 5. The height of the protrusion can be raised by the stop component to enhance the anti-slip effect, and the stop component can be laid down to prevent the mobile phone screen from being damaged. 6. The accommodating space reserved on the periphery of the stop component is used as a space for the stop component to lie on the flat, or is used as a space for the mobile phone positioning sleeve to press the convex strip to insert, so that the mobile phone can be prevented from sliding left and right. 7. The sheet body of the scheme can be used for clamping the clamping layer surface of the lifting plate surface independently no matter in the traditional protective sleeve or the scheme, or the fixed sheet body can be used for bonding the clamping layer surface of the lifting plate surface or the lifting plate surface independently so as to meet different requirements of the public. 8. The adjustable angle of elevation can be adjusted or finely adjusted in various angles, can be adjusted in large amplitude and in small amplitude, can better meet the requirement of the visual angle of a user when the angle is finely adjusted in small amplitude, and also has the defect that the screen cannot be watched by slipping when the traditional angle of elevation is slightly vibrated to a different angle. 9. After the angle of the mobile phone is raised and raised, the problem of slippage is not needed to worry after the mobile phone is correctly clamped, or after the mobile phone is clamped and mutually magnetically attracted with the magnetic stop component and the convex stop strip when the mobile phone is raised and raised, the problem of slippage generated during transient movement or lifting of the mobile phone is not needed to worry, the raised angle is not loosened due to slight oscillation and touch, and the original visual angle is still kept.

10. When the backstop subassembly contacted with the cell-phone screen (the plane of the machine with lift the face and fold and do the closure mutually), the backstop subassembly received the pressfitting naturally and lay and close, and the backstop subassembly does not open an angle or does not rise (protruding), does not guarantee to produce the damage screen feelings, can not increase the thickness problem after the closure yet, and when the backstop subassembly did not receive the pressfitting, the backstop subassembly returned naturally and rises the state of increasing.

To achieve the above object, the present invention provides a mobile phone protective cover for a mobile phone, which is a protective cover for a mobile phone held by a palm, and comprises a machine board surface and a lifting board surface, wherein the ends of the machine board surface and the lifting board surface are connected to each other, the machine board surface and the lifting board surface are folded, a positioning sleeve is provided on the machine board surface for positioning the mobile phone, and the lifting board surface can lift or cover the mobile phone; the method is characterized in that: at least one sheet is arranged on the inner surface of the lifting plate surface, the sheet has a plurality of concave spaces which are longitudinally arranged in a line, and a stop component is arranged in each concave space; the machine board is folded inwards to make the positioning sleeve raise by an angle, and the lower edge of the positioning sleeve is clamped on any stopping component of the lifting board.

Wherein, the inner surface of the lifting plate surface is at least provided with a sandwich surface, and the sheet body is positioned on the sandwich surface, or the sheet body can be integrally formed on the sandwich surface.

Wherein, relative to the positioning sleeve outer periphery lower edge position is provided with at least one pressing convex strip.

Wherein, two pin-jointed concave holes are arranged in the concave space, the stop component is in a plate shape, two sides of the stop component are respectively provided with a pin-jointed column, the pin-jointed columns are embedded in the pin-jointed concave holes, and the stop component is in a short plate shape.

Wherein, the concave space of the sheet body is provided with two symmetrical outer side pin-jointed concave holes and two symmetrical inner side pin-jointed concave holes, the stop component is in a plate shape and is provided with two pin-jointed columns, the outer ends of the pin-jointed columns are embedded in the outer side pin-jointed concave holes, and the inner ends of the pin-jointed columns are embedded in the inner side pin-jointed concave holes.

Wherein, the concave space of the sheet body is internally provided with two symmetrical outer side pin-jointed concave holes, two symmetrical outer side pin-jointed concave holes and a concave space, the stop component is in a plate shape and is provided with two pin-jointed columns and a pull piece at one side edge, the outer ends of the pin-jointed columns are embedded in the outer side pin-jointed concave holes, the inner ends of the pin-jointed columns are embedded in the inner side pin-jointed concave holes, and the pull piece is hidden in the concave space.

Wherein, the backstop subassembly in this notch space is a bellied fillet piece that increases, and fillet piece and lamellar body integrated into one piece.

The stopping component in the concave space is a small plate, the small plate and the plate body are integrally formed, and the small plate is in a flat lying state or a pitching up state when being formed.

Wherein, a positioning slot hole is arranged on the lifting plate surface of the protective sleeve or the interlayer surface of the lifting plate surface, and a thin edge is arranged on the periphery of the sheet body and clamped into the positioning slot hole for fixing or inserted into the inner surface side of the interlayer surface for fixing.

The sheet body is of a clamping and hanging type, at least one penetrating surface is arranged on the lifting plate surface or the interlayer surface of the lifting plate surface of the protective sleeve, at least one inserting strip is arranged at the head of the sheet body, and the inserting strip penetrates into the penetrating surface.

[ description of the drawings ]

Fig. 1 is a schematic perspective view of the three four-mode stop assemblies of the present invention assembled with a protective sheath.

Fig. 2 is a schematic perspective view of the three types of five-mode stop assemblies of the present invention assembled with the protective sheath.

Fig. 3 is a schematic perspective view of the four-mode stop assemblies of the present invention assembled with the protective sheath.

Fig. 4 is an exploded perspective view of the first embodiment of the sheet and stop assembly (lying down position) of the present invention.

Fig. 5 is a schematic perspective view of the present invention, wherein the first embodiment of the stop assembly is applied, and the machine panel is folded and the protective cover is raised.

Fig. 6 is an exploded perspective view of a second embodiment of the sheet and stop assembly of the present invention.

Fig. 7 is a schematic perspective view showing that the stop assembly and the machine panel of the present invention are folded and the protective cover is raised.

Fig. 8 is an exploded perspective view of a third embodiment of the sheet and stop assembly of the present invention.

Fig. 9 is a schematic perspective view showing that the stop assembly and the machine panel of the present invention are folded and the protective cover is raised.

Fig. 10 is a schematic perspective view showing the stopper assembly and the protective cover of the present invention in a raised position when the board is folded according to the fourth embodiment of the present invention.

Fig. 11 is a schematic plan view showing the fourth embodiment of the present invention, wherein the stop assembly and the panel are folded and the protective cover is raised.

Fig. 12 is a partially enlarged plan view of fig. 11.

Fig. 13 is a schematic top plan view of the four-mode stop assemblies of the present invention assembled with the protective sheath.

Fig. 14 is a cross-sectional schematic view of 14-14 of fig. 13.

Fig. 15 is an enlarged cross-sectional view of a portion of fig. 14.

Fig. 16 is a schematic cross-sectional view of 16-16 of fig. 13.

Fig. 17 is an enlarged cross-sectional view of a portion of fig. 16.

Fig. 18 is a cross-sectional view of 18-18 of fig. 13.

Fig. 19 is an enlarged cross-sectional view of a portion of fig. 18.

Fig. 20 is a cross-sectional schematic view of 20-20 of fig. 13.

Fig. 21 is an enlarged cross-sectional view of a portion of fig. 20.

Fig. 22 is a three-dimensional exploded view of the clip-hanging type, embedded type sheet and protective cover of the present invention.

Fig. 23 is a three-dimensional combination schematic view of the clip-hanging type embedded sheet body and the protective sleeve of the present invention.

The numbers in the figures illustrate the following:

10 protective sleeve 11 machine board 12 lifting board 13 positioning sleeve

20 interlayer surface of stopping component 121 in concave space 22 of sheet body 21

131 lower edge 1311 pressing convex strip 211 pivoting concave hole 221 pivoting column

31 the concave space 32 and the outside of the stopping component 311 are pivoted with concave holes

312 inner side pivot hole 321 pivot post 42 stopping component 41 recess space

411 outside pivot hole 412 inside pivot hole 413 concave space 421 pivot column

422 spanner 50 piece 51 notch space 52 stop assembly

60 sheet 61 notch space 62 stop assembly 50a sheet

51a notch 52a stop assembly 122 positioning slot 70 sheet

801 inserting strip for 701 thin type edge 80 sheet body 14 passing-through surface

90 piece 15 wears attaches face 901 slip

[ detailed description ] embodiments

The utility model relates to a structure for lifting up a mobile phone protective cover, namely a structure for lifting up a protective cover used by a mobile phone held by a palm, the first embodiment is shown by referring to fig. 1, 4 and 5, which is a protective cover 10 (generally called as a leather cover or a sheath), the protective cover 10 comprises a machine board 11 and a lifting board 12, the ends of the machine board 11 and the lifting board 12 are connected with each other, the machine board 11 and the lifting board 12 can be folded to close or open, the machine board 11 can be folded, a positioning sleeve 13 (a mobile phone shell) is arranged in the machine board 11 for placing a mobile phone (not shown in the figure) to be positioned, the positioning sleeve 13 is made of transparent or semitransparent or opaque material to cover or half-cover the mobile phone, generally only a mobile phone screen is exposed, the lifting board 12 can be opened or cover the mobile phone, the inner surface of the lifting board 12 is at least provided with one or a plurality of integrally formed sheet bodies 20, the sheet bodies 20 have a plurality of longitudinal arrangement spaces 21, the concave space 21 is provided with a stopping component 22, the area of the concave space 21 is larger than the area of the stopping component 22, that is, the concave space 21 is reserved with a suitable space for the finger to pull out the stopping component 22, most of the inner surface of the general lifting board 12 is provided with a sandwich surface 121, a business card, a credit card and the like can be placed in the sandwich surface 121, one or more sheet bodies 20 of the utility model are arranged on the sandwich surface 121, the sheet body 20 is positioned on the sandwich surface 121, or the sheet body 20 can be integrally formed on the sandwich surface 121, or positioned on the sandwich surface 121 by one of the methods of sewing, bonding, magnetic attraction or clamping, embedding, nesting and the like, the stopping component 22 and the stopping component 22 are separated from each other by a small distance, the stopping component 22 can be a block body, a strip body, a small plate (plate) and the appearance shape is not limited, and the shape can be changed by design, the stopping component of the utility model can be integrally formed on the sheet body or be additionally pivoted on the sheet body, the shape and structure of the positioning sleeve 13 are described in the following embodiments, at least one pressing protrusion 1311 is provided at a position corresponding to the lower edge 131 of the outer periphery of the positioning sleeve 13, the pressing protrusion 1311 may be used to engage with the stopper member 22, or the pressing protrusion 1311 may not be provided at the outer periphery of the positioning sleeve 13, and the lower edge 131 of the positioning sleeve 13 is directly used to engage with the stopper member 22.

As shown in fig. 1, 4, 5, 13, 14, and 15, the stopping assembly 22 of the sheet body 20 according to the first embodiment of the present invention is provided with two symmetrical pivot holes 211 in the recess space 21 of the sheet body 20, the stopping assembly 22 is in the shape of a plate, two pivot posts 221 are provided on two sides of the stopping assembly, the pivot posts 221 are embedded in the pivot holes 211, and the stopping assembly 22 is in the shape of a short plate (similar to a square); the manufacturer inserts the pivot posts 221 on both sides of the stopping component 22 into the pivot holes 211 on both inner sides of the recessed space 21 respectively or simultaneously in advance, so that the stopping component 22 is placed in the recessed space 211, and during assembly, the two sheets 20 are positioned on the interlayer surface 121 in one of the methods (such as sewing, bonding, magnetic attraction, etc.) (the sheet 20 of the first embodiment can be separated as shown in fig. 1, or the sheet 20 can be integrated on the interlayer surface 121 as shown in fig. 2); when the device is operated, one of the stopping assemblies 22 is pulled upwards and turned over, the stopping assembly 22 is lifted up by an inclination angle, the upper side of the stopping assembly 22 forms an inclined surface state, the machine board surface 11 is folded inwards to form an inclined V shape, the positioning sleeve 13 is lifted up by an angle, the lower edge 131 of the positioning sleeve 13 is clamped on any stopping assembly 22, the lower edge 131 is pressed against the stopping assembly 22 on the inner side, the lifting angle of the positioning sleeve 13 tends to be vertical, the lower edge 131 is pressed against the stopping assembly 22 on the outer side, and the lifting angle of the positioning sleeve 13 tends to be horizontal, so that various elevation angles can be adjusted, large-amplitude adjustment and small-amplitude adjustment can be performed, and the purpose of finely adjusting the lifting angle of the positioning sleeve 13 can be achieved; if the board 11 and the lifting board 12 are closed, the stopping component 22 is pressed down to be in a lying state in advance, the board 11 and the lifting board 12 can be closed, or when the board 11 (including the mobile phone) and the lifting board 12 are closed, the stopping component 22 is pressed down to return to the position by the mutual pressing force of the mobile phone screen and the lifting board 12, and the closing of the board 11 and the lifting board 12 is not hindered completely.

The stopping component 32 of the second embodiment of the present invention is shown in fig. 2, 3, 6, 7, 13, 20, 21, two symmetrical outer pivoting concave holes 311 and two symmetrical inner pivoting concave holes 312 are disposed in the recess space 31 of the sheet 30, the stopping component 32 is in the shape of a plate, and has two pivoting columns 321, the outer ends of the pivoting columns 321 are embedded in the outer pivoting concave holes 311, the inner ends of the pivoting columns 321 are embedded in the inner pivoting concave holes 312, the stopping component 32 is in the shape of a long plate (approximately rectangular); the assembly and operation mode are the same as above, and one of the methods of sewing, bonding, magnetic attraction or clipping, embedding, and nesting is used to position one sheet 30 on the clipping surface 121 (the sheet 30 of the second embodiment can be separated as shown in fig. 2); when the device is operated, one of the stop assemblies 32 is pulled upwards and turned over, the stop assembly 32 is raised to form an inclined angle, the upper side of the stop assembly 32 forms an inclined surface state, the machine board surface 11 is folded inwards to form an inclined V shape, the positioning sleeve 13 is raised to an angle, the lower edge 131 of the positioning sleeve 13 is clamped on any stop assembly 32, the lower edge 131 of the positioning sleeve 13 is abutted against the stop assembly 32 on the more inner side, the raising angle of the positioning sleeve 13 tends to be vertical, the lower edge 131 of the positioning sleeve 13 is abutted against the stop assembly 32 on the more outer side, and the raising angle of the positioning sleeve 13 tends to be horizontal, so that the adjustment of various elevation angles can be performed, the adjustment of large amplitude and the adjustment of small amplitude can be performed, and the purpose of finely adjusting the raising angle of the positioning sleeve 13 can be achieved; if the machine board 11 and the lifting board 12 are closed, the stopping component 32 is pressed down to be in a lying state in advance, the machine board 11 and the lifting board 12 can be closed, or when the machine board 11 (including a mobile phone) and the lifting board 12 are closed, the stopping component 32 is pressed down to return to the original position by the mutual pressing force of the mobile phone screen and the lifting board 12, the closing of the machine board 11 and the lifting board 12 is not hindered completely, the stopping component 32 is wide, so that the assembling sheet 30 can be only one sheet on the lifting board 12, and the stopping component 32 is not arranged in the second grid in the sheet 30 in fig. 2.

The stop assembly 42 of the third embodiment of the present invention is shown in figures 1, 3, 8, 9, 13, 16, 17, the concave space 41 of the sheet body 40 is provided with two symmetrical outer pivotal holes 411, two symmetrical inner pivotal holes 412 and a concave space 413 at the side thereof, the stop member 42 is in the shape of a plate, and has two pivotal posts 421 and a trigger 422 at the side thereof, so that the concave space 41 does not need to reserve a space for opening a finger as in the previous embodiment, the distance between the stopping components 42 is further shortened, the outer end of the pivoting column 421 is embedded into the outer pivoting concave hole 411, the inner end of the pivoting column 421 is embedded into the inner pivoting concave hole 412, and the design of the pulling piece 422 at the side edge of the stopping component 42 is to facilitate the pulling of the human finger to link the stopping component 42, so that the pulling (hooking) space does not need to be reserved between the concave space 41 and the stopping component 42 in the longitudinal direction, and the distance between the stopping components 42 is further shortened; the assembly and operation mode are the same as above, and the two sheet bodies 40 are positioned on the sandwich surface 121 by one of sewing, adhering, magnetic attracting, etc. (the sheet body 40 of the third embodiment can be separated as shown in fig. 1 and 3); when in operation, the pulling piece 422 of one of the stopping assemblies 42 is pulled upwards, the stopping assembly 42 can be driven to be turned over to raise an inclined angle, the machine plate surface 11 is folded inwards to be in an inclined V shape, the positioning sleeve 13 is raised to an angle, the lower edge 131 of the positioning sleeve 13 is clamped on any stopping assembly 42, the lower edge 131 is pressed against the stopping assembly 42 on the inner side, the raising angle of the positioning sleeve 13 tends to be vertical, the lower edge 131 is pressed against the stopping assembly 42 on the outer side, and the raising angle of the positioning sleeve 13 tends to be horizontal, so that the adjustment of various elevation angles can be carried out, the adjustment and the adjustment of small amplitude can be carried out, and the purpose of finely adjusting the raising angle of the positioning sleeve 13 can be achieved due to the fact that the distance between the stopping assemblies 42 is shortened; if the board 11 and the lifting board 12 are closed, the stopping component 42 is pressed down to be in a flat state in advance, the board 11 and the lifting board 12 can be closed, or when the board 11 (including the mobile phone) and the lifting board 12 are closed, the stopping component 42 is pressed down to return by the mutual pressing force of the mobile phone screen and the lifting board 12, which does not hinder the closing of the board 11 and the lifting board 12, and when the stopping component 42 is pressed down to be in the flat state, the pulling piece 422 enters the concave space 413 at the same time, does not protrude and protrude, is hidden in the concave space 413, and does not hinder the closing of the board 11 and the lifting board 12.

The stopper element 52 of the fourth embodiment of the present invention is shown in fig. 1, 3, 10, 11, 12, 13, 18, and 19, the recessed space 51(51a) has a ring-shaped periphery, a peripheral surface of the recessed space 51(51a) against which the periphery is pressed (a position where the pressing protrusion 1311 described below can be pressed into the recessed space 51(51 a)) is the stopper element 52(52a), the peripheral surface of the stopper element 52(52a) against which the periphery is pressed can be changed and designed into a raised corner block, the raised corner block and the sheet element 50(50a) are integrally formed, the sheet element 50(50a) can also be integrally formed with the interlayer 121 (the sheet element 50 of the fourth embodiment can be integrally formed on the interlayer 121 as shown in fig. 1 and 3), and the stopper element 52(52a) can be made of a flexible material; when in operation, the machine plate surface 11 is folded inwards to form an oblique V shape, so that the positioning sleeve 13 is raised by an angle, the pressing convex strips 1311 of the lower edge 131 of the positioning sleeve 13 can be arbitrarily inserted into the recessed space 51 to be clamped and pressed against the stop components 52, the pressing convex strips 1311 press against the stop components 52 on the more inner side, the upward angle of the positioning sleeve 13 tends to be vertical, the pressing convex strips 1311 of the lower edge 131 press against the stop components 52 on the more outer side, the upward angle of the positioning sleeve 13 tends to be horizontal, so as to adjust various elevation angles, can be adjusted in a large range and in a small range, and can achieve the purpose of adjusting the elevation angle of the positioning sleeve 13 more finely, when the pressing rib 1311 of the lower edge 131 of the positioning sleeve 13 is inserted into the recess space 51, limited by the left and right sides of the concave space 51, the pressing convex strip 1311 can not slide left and right, and the positioning sleeve 13 (including the mobile phone) can be prevented from sliding left and right; if the panel 11 (including the mobile phone) and the lifting panel 12 are closed, the force of mutual pressing between the screen of the mobile phone and the lifting panel 12 presses the flexible stop assembly 52 down to be flat, which does not completely obstruct the closing of the panel 11 and the lifting panel 12, and when the stop assembly 52 is not pressed, it can automatically return to the raised (raised) state for the next stop, so as to perform the functions of stopping and preventing slipping.

The stopper element 62 of the fifth embodiment of the present invention has a returning function or has elasticity and flexibility, as shown in fig. 2 (the leftmost mode is that the stopper element 62 is naturally in a raised state, and the rightmost mode is that the stopper element 62 is in a lying state after receiving a closing pressure), the stopper element 62 in the recess space 61 is extended to be a small plate, the small plate is integrally formed with the plate 60, the plate 60 and the interlayer surface 121 can be integrally formed, or the plate 60 is in a separated type, the space area of the recess space 61 is larger than the area of the stopper element 62, and the stopper element 62 (small plate) is set to be in a natural raised state when being formed; when the device is operated, the machine plate surface 11 is folded inwards to form an oblique V shape, so that the positioning sleeve 13 is raised by an angle, and the lower edge 131 of the positioning sleeve 13 is clamped on any stop component 62 to adjust various elevation angles, so that large-amplitude adjustment and small-amplitude adjustment can be performed, and the purpose of finely adjusting the raising angle of the positioning sleeve 13 can be achieved; if the panel 11 (including the mobile phone) and the opening panel 12 are closed, the stopping assembly 62 is pressed down and laid down by the pressing force of the mobile phone screen and the opening panel 12 (as the rightmost stopping assembly 62 in fig. 2 is in the lying state), and the closing of the panel 11 and the opening panel 12 is not hindered completely, because the space of the concave space 61 is larger than the area of the stopping assembly 62, when the stopping assembly 62 is pressed and deformed, the concave space becomes the accommodating space for the stopping assembly 62 to lie down, thereby preventing the mobile phone screen from being damaged, when the stopping assembly 62 (the small plate) is not pressed, the stopping assembly 62 can automatically return to the natural lying (rising) state for the next stop, thereby playing the functions of stopping and preventing slipping, otherwise, if the small plate and the plate 60 are integrally formed, the small plate (the stopping assembly 62) can be changed to the natural state when being formed, and when the small plate and the lower edge 131 of the positioning sleeve 13 are used as the stop, When supporting, only need to pull up any small plate (stop component 62) first, can do the card stop with the lower edge 131 of the position sleeve 13, support each other, can do adjustment of a large extent and adjustment of a small extent, can reach the purpose of fine adjustment of the elevation angle of the position sleeve 13, when the small plate breaks away from the card stop, supports each other, when supporting, the small plate (stop component 62) can return to the lying state.

The lower edge 131 of the positioning sleeve 13 is provided with at least one pressing convex strip 1311, the lower edge 131 and the pressing convex strip 1311 of the positioning sleeve 13 can be provided with magnetic bodies or metals, the opposite stopping components 22, 32, 42, 52, 62 and 52a can also be made of magnetic materials, when the mobile phone is erected and raised (the mobile phone sheath can also be raised together), the magnetic lower edge 131 and the pressing convex strip 1311 of the positioning sleeve 13 can complete clamping or adsorption with the magnetic stopping components 22, 32, 42, 52, 62 and 52a, when the mobile phone is required to move left and right after clamping, the problem of slippage in a temporary moving position or temporary lifting of the mobile phone is not needed to be worried, the stopping components 22, 32, 42, 52, 62 and 52a can be made of soft elastic materials, when the stopping components 22, 32, 42, 52, 62 and 52a are contacted with the mobile phone screen (when the mobile phone panel 11 and the lifting panel 12 are folded to close), the stop components 22, 32, 42, 52, 62 and 52a are naturally pressed to lie down and close, and the stop components 22, 32, 42, 52, 62 and 52a do not open to form an angle bulge, so that the screen damage is avoided.

In the sixth embodiment of the present invention, as shown in fig. 22-23, a positioning slot 122 is disposed on the opening surface 12 (or the interlayer 121 of the opening surface 12) of the protective cover 10, a thin edge 701 is disposed around the sheet 70, the sheet 70 is disposed with the thin edge 701, the size of the thin edge 701 is larger than the width or length of the positioning slot 122, the thin edge 701 is inserted into the positioning slot 122 or embedded into the opening surface, or inserted into the interlayer 121 for fixing, and the stop component 72 can be exposed.

The sheet body 80 of the seventh embodiment of the present invention is clip-hung, as shown in fig. 22-23, two attaching surfaces 14 are disposed on the opening surface 12 (or the interlayer surface 121 of the opening surface 12) of the protective cover 10, two sides of the head of the sheet body 80 are respectively disposed with an inserting strip 801, the inserting strips 801 penetrate into the attaching surfaces 14, so that the sheet body 80 is clipped on the opening surface 12 (or the interlayer surface 121 of the opening surface 12) of the protective cover 10, and the functions of the above embodiments can be achieved.

The sheet body 90 of the eighth embodiment of the present invention is also clip-hung, as shown in fig. 22-23, two penetrating attachment surfaces 15 are disposed on the lifting surface 12 (or the interlayer 121 of the lifting surface 12) of the protective sheath 10, the center of the head of the sheet body 90 is provided with an inserting strip 901, the inserting strip 901 can be slightly pulled down, the inserting strip 901 penetrates into the penetrating attachment surfaces 15, so that the sheet body 90 is clipped on the lifting surface 12 (or the interlayer 121 of the lifting surface 12) of the protective sheath 10, and the functions of the above embodiments can be achieved.

The utility model has the advantages of it is following:

firstly, the protective sleeve 10 has the function of erecting the mobile phone at an elevation angle only by using the protective sleeve, no additional device for erecting the mobile phone is needed, no extra carrying is needed, no space is occupied, and the use of the mobile phone is not influenced.

Secondly, the conventional protective sleeve can use the separate sheet bodies 20, 30, 40, 60 of the present application to fix, clamp, hang or attach to the lifting plate surface 12 and the interlayer surface 121 of the lifting plate surface 12 by itself, so as to meet different requirements of the public, and only the sheet bodies 20, 30, 40, 60 of the present application can be purchased without purchasing the protective sleeve 10 of the present application.

Third, the stopping component 22(32, 42) is pivoted to be turned over to be an elevation angle or lie down, the stopping element 52 is integrated with the sheet body 50, if the stopping component 52 is set to project a small meat angle, the stopping component has the functions of stopping and naturally pressing and lying, and the stopping component 62 is integrated with the sheet body 60 and naturally lifts up, and lies down after being pressed.

The angle of the elevation angle of the mobile phone can be adjusted according to the use requirement so as to meet different required visual angles of each person, the stop components 22(32, 42, 52, 62 and 52a) are mutually separated by a small distance so as to adjust or fine-tune various elevation angles, large-amplitude adjustment and small-amplitude adjustment can be carried out, and when the small-amplitude fine-tuning angle is adjusted, the requirement of the visual angle of a user can be better met (the traditional elevation angle can only be erected in a small-range angle and cannot be adjusted to a large extent, and the screen cannot be watched by slipping when the traditional elevation angle is slightly shaken or exceeds one angle difference).

Stop members 22(32, 42, 52, 62, 52a) may be enhanced to prevent slippage as desired, such as by increasing the height of the protrusions or deepening the longitudinal bore, all without ultimately increasing the overall thickness.

Sixth, the stopper member 22(32, 42, 52, 62, 52a) may be formed to have an inclined surface shape (when the positioning sleeve 13 and the stopper member 22(32, 42, 52, 62, 52a) are positioned, the upper rear surface of the stopper member 22(32, 42, 52, 62, 52a) which is raised upward is an inclined surface, and thus the distance between the stopper members 22(32, 42, 52, 62, 52a) can be shortened, and since the stopper member 22(32, 42, 52, 62, 52a) which is next to the stopper member 22 is provided with an inclined surface, even when the distance is further shortened, the stopper member 22(32, 42, 52, 62, 52a) which is further densely increased without touching the positioning sleeve 13, and the distance between the stopper member 22(32, 42, 52, 62, 52a) and the stopper member 22(32, 42, 52, 62, 52a) which is further shortened, and the distance between the stopper member 22(32, 42, 52, 62, 52a) and the stopper member 22(32, 42, 52, 62, 52a) can be further raised, and thus the angle of the mobile phone can be further increased, and no matter the stopper member 22(32, 42, 52a) which is raised naturally fine-raised or turned over (plate) can be naturally adjusted, 42. 52, 62, 52a) are all set to have an inclined surface, when the panel 11 (including the mobile phone) is closed with the flip panel 12, the mobile phone screen can easily press, turn, and deform the stopper 22(32, 42, 52, 62, 52a) to lie flat or return to the original position.

The accommodating space reserved around the concave spaces 21, 31, 41, 51, 61 can be the accommodating space when the heightened stop element 22(32, 42, 52, 62) is horizontally deformed or inserted as the pressing convex strip 1311 of the lower edge 131 of the mobile phone positioning sleeve 13, thereby playing the function and purpose of preventing the mobile phone from sliding left and right.

Eighthly, once the mobile phone is raised to the correct position, the slipping problem is not worried about.

Ninthly, after the mobile phone is raised and stopped with the magnetic stopping component and the stopping component 22(32, 42, 52, 62), the slipping problem generated during the short-time movement or the lifting of the mobile phone is not needed to worry, the raising angle is not loosened due to slight oscillation and touch, and the original visual angle is still kept.

The stopping components 22(32, 42, 52, 62) are made of soft elastic materials, when the stopping components 22(32, 42, 52, 62) are in contact with the mobile phone screen (when the panel surface 11 and the lifting panel surface 12 are folded to be closed), the stopping components 22(32, 42, 52, 62) are naturally pressed to lie and close, so that the situation that the screen is damaged is ensured not to be generated, and the thickness problem after closing is not increased.

Claims (10)

1. A mobile phone protective cover is a protective cover for a mobile phone held by a palm, and comprises a phone board surface and a lifting board surface, wherein the end parts of the phone board surface and the lifting board surface are connected with each other, the phone board surface and the lifting board surface are folded in an overlapping way, a positioning sleeve is arranged on the inner surface of the phone board surface for positioning the mobile phone, and the lifting board surface can lift or cover the mobile phone; the method is characterized in that: at least one sheet is arranged on the inner surface of the lifting plate surface, the sheet has a plurality of concave spaces which are longitudinally arranged in a line, and a stop component is arranged in each concave space; the machine board is folded inwards to make the positioning sleeve raise by an angle, and the lower edge of the positioning sleeve is clamped on any stopping component of the lifting board.

2. The lift-up structure of a mobile phone case according to claim 1, wherein: the inner surface of the lifting plate surface is at least provided with a clamping layer surface, and the sheet body is positioned on the clamping layer surface, or the sheet body can be integrally formed on the clamping layer surface.

3. The lift-up structure of a mobile phone case according to claim 1, wherein: at least one pressing convex strip is arranged at the position corresponding to the lower edge of the outer periphery of the positioning sleeve.

4. The lift-up structure of a mobile phone case according to claim 1, wherein: two pivoting concave holes are arranged in the concave space, the stopping component is in a plate shape, two pivoting columns are arranged on two sides of the stopping component respectively, the pivoting columns are embedded in the pivoting concave holes, and the stopping component is in a short plate shape.

5. The lift-up structure of a mobile phone case according to claim 1, wherein: two symmetrical outer side pin-jointed concave holes and two symmetrical inner side pin-jointed concave holes are arranged in the concave space of the sheet body, the stop component is in a plate shape and is provided with two pin-jointed columns, the outer ends of the pin-jointed columns are embedded in the outer side pin-jointed concave holes, and the inner ends of the pin-jointed columns are embedded in the inner side pin-jointed concave holes.

6. The lift-up structure of a mobile phone case according to claim 1, wherein: the stopping component is in a plate shape and is provided with two pin-jointed columns and a pulling piece at one side edge, the outer ends of the pin-jointed columns are embedded into the outer pin-jointed concave holes, the inner ends of the pin-jointed columns are embedded into the inner pin-jointed concave holes, and the pulling piece is hidden in the recessed space.

7. The lift-up structure of a mobile phone case according to claim 1, wherein: the backstop subassembly in this notch space is a bellied piece that increases and rises, and bellied piece and lamellar body integrated into one piece.

8. The lift-up structure of a mobile phone case according to claim 1, wherein: the stopping component in the concave space is a small plate, the small plate and the plate body are integrally formed, and the small plate is in a flat lying state or a pitching up state during forming.

9. The lift-up structure of a mobile phone case according to claim 1, wherein: the lifting plate surface or the interlayer surface of the lifting plate surface of the protective sleeve is provided with a positioning long hole, and the periphery of the sheet body is provided with a thin edge which is clamped into the positioning long hole for fixing or is clamped into the inner side of the interlayer surface for fixing.

10. The lift-up structure of a mobile phone case according to claim 1, wherein: the sheet body is of a clamping and hanging type, at least one penetrating surface is arranged on the lifting plate surface of the protective sleeve or the interlayer surface of the lifting plate surface, at least one inserting strip is arranged at the head of the sheet body, and the inserting strip penetrates into the penetrating surface.

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