CN2443556Y - Mobile phone clip structure - Google Patents

Abstract

The utility model relates to a cell-phone buckle structure, it has the back buckle, preceding buckle, the shell fragment, the joint piece, the switch spare, the connector has peripheral slab, combine in the cell-phone bag with the peripheral department of slab, the connector meets with the housing of switch spare, the button of switch spare is put into to the central channel card of housing, it can take the outer abrupt piece that leads in button department to move down to press down the button, let outer abrupt piece no longer block system location head, the roll-off is drawn out by the slide of housing side to the head, and the head connects preceding buckle, the preceding buckle back has connect the shell fragment of U form, the shell fragment other termination is preceding in the back buckle, outer abrupt piece can let joint piece head be located the slide after returning and popping out again.

Description

Mobile phone clip structure

The utility model relates to a clasp structure for a mobile phone, in particular to a clasp structure used in a pocket of a mobile phone or a mobile phone, which is convenient for carrying around and can be easily released for use.

Due to the advent of the personal communication era, the use of mobile phones has surpassed that of home phones, so everyone has a mobile phone, and the mobile phone needs to move around with the owner. The most convenient place to place it is a pocket, but the chest pocket is easy. Put it in, but it is also easy to accidentally drop it while the body is moving, and it will cause damage to the mobile phone. Therefore, there is generally a leather case, that is, a mobile phone bag, which produces preliminary protection and makes it difficult for water to enter the body. It is easy to carry and has a back clip. In general use, the back clip is buckled on the belt and matched with the back of the mobile phone bag to hold the mobile phone bag. However, the use of the elastic clip is not very convenient; so there is a Rotating mobile phone back buckles were developed.

As shown in Figure 1, it includes a buckle head 101, the surface of the buckle head 101 forms a convex ring 103 with a circular hole 102, the other surface can be combined with the phone or mobile phone bag 100, and has a body 104, its A fastening groove 105 is formed on the front, and the convex ring 103 of the fastening head 101 is snapped into the fastening groove 105, so that a set of grooves 106, a guide rail 107 and a set of holes 108 are formed on the back, and the guide rails 107 are used for Insert a sliding piece 110 whose upper end is a pressing portion 109, and a return spring 111 is connected to the lower end of the sliding piece 110, and a pushing slope 115 is formed to push a slope 116 of a buckle 112, so that the buckle 112 is pushed by the sleeve hole 108 of the body 104 Stretch out to be locked in the round hole 102 provided with the protruding ring 103, so that the protruding ring 103 cannot slide out from the fastening groove 105, only when the sliding piece 110 is pressed, the buckle block 112 is pulled back by pushing against the inclined surface 115 Out of the sleeve hole 108 of the body 104, the fastening head 101 can be slid out to release the card; In this way, combined into a conventional structure, although it has the characteristics of easy assembly and disassembly, it is a swing structure, and the phone is not in a stable use state, and it needs to be assembled in an upright manner. It is not suitable for the ergonomics of use, because the elbow needs to move up and down with bending, and still needs to draw up and down. The designer thinks that the known technology still has inconvenience in use.

The purpose of this utility model is to propose a mobile phone buckle structure composed of a combination piece, a switch piece and a clamping block. It has the characteristics of labor saving, convenience and good usability, thereby solving the problems existing in the prior art The problem.

The technical solution adopted by the utility model is that it includes:

a joint, which is connected to the first joint;

A switch part, which is composed of a case, a button and an elastic part;

The casing, which is assembled up and down with the connecting part, is provided with a channel, which has an outer peripheral surface, and the outer peripheral surface is provided with a transverse slideway;

the button, which is located in the channel of the casing;

The elastic member is connected to the button at one end and to the connecting member at the other end; and

A clamping block, which is connected to a gusset plate group, has a head, and the head is positioned on the slideway of the casing;

When the button is pressed, the button is forced to move down, and the clamping of the head of the clamping block is released.

The utility model is characterized in that it has labor saving, convenience and good usability.

Fig. 1 is the exploded view of known technology;

Fig. 2 is the perspective view of the utility model;

Fig. 3 is a three-dimensional exploded view of the utility model;

Fig. 4 is a three-dimensional exploded view of the shrapnel and the front gusset of the present invention;

Fig. 5 is a three-dimensional exploded view of the casing and the button of the present invention;

Fig. 6 is a longitudinal sectional view along line 6-6 in Fig. 2 of the present invention;

Fig. 7 is a sectional view along line 7-7 in Fig. 2 of the present invention;

Fig. 8 is a sectional view along line 8-8 in Fig. 2 of the present invention;

Fig. 9 is an action diagram of Fig. 8 of the present utility model;

Fig. 10 is a cross-sectional view along line 10-10 in Fig. 9 of the present utility model;

Fig. 11 is the action diagram of Fig. 10 of the present utility model;

Fig. 12 is a three-dimensional exploded view of the utility model embodiment;

Fig. 13 is a combined schematic diagram of Fig. 12 of the present utility model;

Fig. 14 is a three-dimensional exploded view of another embodiment of the present invention;

Fig. 15 is a sectional view of Fig. 14 of the present utility model;

Fig. 16 is a perspective view of another embodiment of the utility model;

Fig. 17 is a front perspective exploded view of Fig. 16 of the utility model;

Fig. 18 is a rear perspective exploded view of Fig. 16 of the present utility model;

Fig. 19 is a sectional view along line 19-19 in Fig. 16 of the present utility model;

Fig. 20 is a cross-sectional view along line 20-20 in Fig. 16 of the present invention.

Now further illustrate the preferred specific embodiment of the present utility model in conjunction with above-mentioned each accompanying drawing, as shown in Figure 2 to Figure 20, it is a kind of mobile phone clip structure of the present utility model, wherein as shown in Figure 2 and Figure 3, It has: a rear gusset 10 and a front gusset 20 of a gusset group 1, a shrapnel 30, a clamping block 4, a cover 50 of a switch part 5, a button 60, an elastic member 7, Composed of a joint 8, the main body of the joint 8 is in the form of a plate 80, the plate 80 is represented by a rectangle in the figure, but it is not limited to this shape, and the periphery of the joint 8 plate 80 is combined In a mobile phone bag 9 , that is to say, an interlayer 91 can be used to clamp the binding member 8 in the mobile phone bag 9 , so that part of the structure in the middle of the joining member 8 protrudes from the perforation 92 of the mobile phone bag 9 . The binding member 8 can also be directly combined with the body side of the mobile phone 99, and is not limited to the above-mentioned mobile phone bag 9. It can be commonly referred to as a first joint with a mobile phone or a mobile phone bag.

A pair of protruding posts 81 protrude upward from the middle of the coupling part 8 to connect with the groove posts 54 on both sides of the cover 50 of a switch part 5. The cover 50 is long and block-shaped as shown in the figure. There is a The central channel 51, the central channel 51 is vertically arranged to form a vertical connection, and the periphery is arc-shaped, and a peripheral edge that gradually shrinks upward is formed near the top surface to form a more beautiful appearance. The casing 50 has an inner peripheral The surface 52 and the outer peripheral surface 53 are respectively provided with a groove column 54 at the inner surfaces of the two short sides between the two surfaces. At the same time, the casing 50 is positioned on the coupling member 8 .

In addition, a button 60 on which the switch element 5 is stuck is penetrated in the central channel 51 of the casing 50. The button 60 has a cover surface 61 slightly smaller than the central channel 51, and the cover surface 61 is provided with a wave-shaped anti-slip pattern 65. A peripheral surface 62 extends downward from the cover surface 61 , and then a ring 63 extends from the peripheral surface 62 , and a protruding button 64 is provided on each short side of the peripheral surface 62 , and the protruding button 64 is positioned and connected to the inner peripheral surface of the casing 50 52 corresponds to the bottom surface of a button groove 58 , where the bottom surface of the inner peripheral surface 52 is shorter than the outer peripheral surface 53 , so that the button 60 can move up and down in the casing 50 .

As shown in Figure 5, the button 60 has a lower extension piece 66 on one peripheral surface 62, an outer protrusion 67 protruding forward at the lower end of the lower extension piece 66, and an inclined surface 68 on the top surface of the outer protrusion 67, on the button 60 There is a ring seat 69 extending downwards in the inner surface of the cover surface 61, and an elastic member 7 is connected to the ring seat 69. This elastic member 7 is a spring in FIG. , the other end is connected to the surface of the plate 80 . As shown in FIGS. 14 and 15 , the elastic member 7 can also be a bowl-shaped telescopic member 70 , and the telescopic member 70 can be combined with the button 60 or integrally formed of elastic material.

When the button 60 is pressed down, as shown in FIGS. 6 to 9 or 15 , the elastic member 7 (spring or telescopic member 70 ) located at the bottom of the button 60 is compressed downward, and the inclined surface 68 is moved down. That is, as shown in Figures 10 to 11, when the button 60 is pressed into the central channel 51, the button 60 will be bounced back by the elastic member 7; The head 41 of the clamping block 4 slides in or out from a slideway 55 provided on one side of the outer peripheral surface 53 of the casing 50, and the slideway 55 has a wider slideway opening 56, so that the side view can be seen as The neck of the T-shaped head 41 is inserted into the T-shaped slideway 55 in side view, and the thicker part is positioned in the slideway in the outer peripheral surface 53 .

Due to the inclined surface 68 of the outer protrusion 67, when the head 41 slides in, at first the thinner part of the outer end of the inclined surface 68 is allowed to touch the corresponding thinner snap-in end of the head 41, so that the outer protrusion The block 67 is directly driven to produce a downward movement, which also compresses the elastic member 7. After the head 41 slides into the bottom of the slideway 55, the elastic member 7 bounces the button 60 back, that is, the inner end of the outer protrusion 67 is thicker. Part of the side end faces will hold the head 41 in position and cannot be removed. Wherein, the outer protrusion 67 is a slot position extending into the slideway 55 through an opening slot 57 on the inner peripheral surface 52 of the casing 50 . The snap-in end of the head 41 is an upper end in an oblique shape. When the head 41 is to be moved out, the button 60 needs to be pressed to drive the outer protrusion 67 of the lower extension piece 66 to move downwards away from the position pointing to the inner chute of the slideway 55, so that the head 41 is no longer blocked, so that The clamping block 4 can be moved out from the slideway 55 through the slideway opening 56 .

As shown in Figures 3 to 6, the clamping block 4 is pivotally connected to the front buckle plate 20 by a shaft 43 on a shaft lug 42 extending backward on both sides at a fixed end plate 45 where the head 41 is connected. In a shaft groove 22 on both sides of an inner groove 21, the back side 46 of the fixed end plate 45 of the snap-in block 4 deviates from the vertical center line, and an upper and lower foot 44 is respectively provided in the rearward direction. Butt foot 47 presses down the locating groove 23 of front gusset 20 with fastening connection, because this inner groove 21 is that the front end of front gusset 20 faces back and offers, and forms a rim 211 that extends backward, by rim 211 Extend the sheet part with shaft groove 22 backward, respectively form a positioning groove 23 on the upper and lower sides of the edge to buckle and catch the abutting feet 44,47 of the snap-in block; There is a gap between them, so that the clamping block 4 can be turned around the shaft groove 22 at a set angle. Such a design can further improve the flexibility of the clamping block of the present utility model. When the mobile phone is connected to the belt of the human body together with the utility model, it can better adapt to the body shape of the person and the angle of work, so that the clamping block can be freely adjusted and flipped , improve the comfort of wearing and using.

And near the upper end of the front side plate 31 of the shrapnel 30 is provided with a lower obliquely stretching pressing piece 35 and an upper obliquely extending pressing piece 36, the two obliquely extending pressing pieces are parallel, and the outer end of the upper obliquely extending pressing piece 36 is formed like a hook shape. The protruding position is higher; the outer end of the downward slanting pressing piece 35 is also formed as a hook shape, and its protruding position is lower, and the following obliquely extending pressing piece 35 is pressed on the fixed end plate 45 backside on the outside of the lower foot 47 At the lower end of 46, the outer end of the above obliquely extending pressing piece 36 is pressed on the back side 46 of the fixed end plate 45 on the outside of the upper leg 44, so that when the shrapnel 30 moves, the pair of obliquely extending pressing pieces 35, 36 are crimped and clamped. Block 4.

As shown in Figure 4, the back side both sides of front gusset 20 protrudes backward respectively and is provided with the side bar 24 that is set in pairs, lower bar 25, upper bar 26, inner bar 251, wherein side bar 24 is outside. side, the lower retaining strip 25 is on the inner side, that is, the inner side of the side retaining edge 24, which is equivalent to the width of the front side plate 31 of the shrapnel 30, and a bottom buckle edge 271 is also provided upwards near the back of the front gusset 20, so that the shrapnel The lower end 34 of the front side plate 31 of 30 is buckled on the inside of the bottom buckle edge 271, as shown in Figure 6; , and each pair of lower retaining strips 25, upper retaining strips 26, and inner retaining strips 251 support the positioning of the front side plate 31 of the shrapnel 30; a fixing device 27 is provided on the back side of the front buckle plate 20, and the fixing device 27 has the aforementioned The bottom buckle edge 271 and a large protruding hook 28 and a small protruding piece 29, the large protruding hook 28 is to catch a large hole 32 in the front side plate 31 located at one end of a ㄇ-shaped shrapnel 30, and a small protruding The slope of the lower half of the piece 29 stretches out a small hole 33 near the bottom of the front side plate 31 of the shrapnel 30 , so that the large protruding hook 28 stretches over the large hole 32 to catch the shrapnel 30 .

The other end of the elastic sheet 30 folded in half is the rear side plate 37 and then inserted into a plug-in device 11 in front of the rear gusset 10, as shown in Figure 3, the plug-in device 11 is set in a plug-in slot 16 for plugging in. Groove 16 is made up of buckle edge 12 on both sides and bottom retaining edge 13, and plug-in device 11 is clamped and positioned a hole 38 of rear side plate 34 of this shrapnel 30 with a protrusion 14 in near lower end; And plug-in device 11 There is a bottom retaining edge 13 that protrudes forward, and the bottom retaining edge 13 supports the lower end of the rear side plate 34 of the shrapnel 30, and the bottom retaining edge 13 of the rear gusset 10 protrudes forward to contact the front gusset 20, as shown in Figure 6 ; Then the rear gusset 10 has a slanted upper end 15, and the slanted upper end 15 is inclined backward, so that the upper end of the front gusset 20 is pressed and moves backward to join with the rear gusset 10, allowing the lower end of the front gusset 20 to be connected to the rear buckle An angle is opened between the lower ends of the plates 10, and the upper end of the front gusset 10 can also be tilted backward, so that the gusset group 1 of the present utility model can be fastened to a second joint of the class of a belt in the space 39 between the shrapnels 30. Object, use the elasticity of the elastic sheet 30 to achieve the effect of springing and resetting to buckle and fix the second joint object. As shown in FIG. 14 , the clamping block 40 can be made integrally with the front gusset plate 10 , as long as the gusset plate group 1 is formed into a ㄇ-shaped pattern, it can be fastened to the second joint.

To sum up the structure described above, from Fig. 12 and Fig. 13, the utility model uses the gusset group 1 combined by the rear gusset 10, the front gusset 20, and the shrapnel 30, that is, forms a buckle clip with the gusset group 1; The gusset plate group 1 is also provided with a snap-in block 4, the head 41 of the snap-in block 4 forms a movable joint end, and the cover 50 and the button 60 of the switch part 5 of the joint part 8 are combined on the mobile phone bag 9 , and the outer protrusion 67 driven by the button 60 to move in and out, mainly the outer protrusion 67 reaches the effect of clamping the head 41 in and out of the slideway 55, so that when it is moved in, the buckle of the outer protrusion 67 can be released naturally, As long as it is moved in by the slideway 55 along the trend, the combination is completed, which is completely in line with the engineering needs of the human body, because the left and right insertion type is based on the shoulder joint as the axis, not the conventional up and down direction insertion with the elbow joint as the axis; especially When pulling out, press the button 60 with the thumb to move it down, so that the outer protrusion 67 no longer clamps the head 41, that is, the buckled state is released, and then the snap-in block 4 and other structures are pulled out outwardly. That is, the mobile phone and the mobile phone bag can be held by hand, that is, they all move in the tangential direction of the belt at the waist circumference of the human body, which is labor-saving and convenient, so it can provide better usability, and is completely different from the conventional mechanism.

In addition, as shown in Figure 16 to Figure 20 is another embodiment of the utility model, which is similar to the embodiment of the aforementioned Figure 2, and also consists of the front gusset plate 20a, the rear gusset plate 10a, the elastic piece 30a, and the snap-in block of the gusset plate group 1a. 40a, the switch part 5a, the elastic part 70a, and the plate 80a of the connecting part 8a, and only the difference in the structure of the two embodiments will be described. A ratchet ring 82a and a cover are provided around the stud 81a of the connecting part 8a. The slot hole 541a of the slot column 54a of the shell 50a is closely engaged; and the spring 70a of the elastic member can be in the form of a volute spiral; the button 60a is not provided with a buckle, only the ring edge 63a; the larger change is The clamping block 40a, the clamping block 40a is provided with a head 41a, the head 41a is connected to an arc-shaped plate surface 45a, and the left and right sides of the arc-shaped plate surface 45a are respectively connected with a shaft lug 42a, and each shaft lug 42a has a The shaft hole 43a is respectively connected with a restricting protrusion 48a and a pair of restricting protrusions 48b on both sides of the top and bottom of the arc-shaped plate surface 45a; the inner groove 21a of the front buckle plate 20a is provided with fixing ears extending backward on both sides There is a hole 211b in the fixed lug 211a, and a pin shaft 49a passes through the hole 211b on both sides and the shaft hole 43a to fix it with a C buckle 49b. Because the arc-shaped plate surface 45a is narrower in width than the inner groove 21a , and the length is greater than the height of the inner groove 21a, the arc-shaped plate surface 45 of the clamping block 40a can be rotated along the arc surface 211c of the periphery of the inner groove 21a with the pin shaft 49a as the center; its rotation range is limited by the protrusion 48a and the restriction of the pair of limiting protruding pieces 48b; in addition, there are several triangular pieces 45b on the back side of the arc-shaped plate surface 45a, and an obliquely stretching pressing piece 35a is extended on the front side plate 31a of the elastic piece 30a, so that the obliquely extending pressing piece 35a is along the The triangular block 45b abuts against the pressing area 45c on the back of the arc-shaped plate surface 45a, and the obliquely extending pressing piece 35a gives the clamping block 40a a preload. All of the above structures can make the use and combination of the utility model more convenient.

The above descriptions are detailed descriptions and drawings of preferred embodiments of the present utility model, and are not used to limit the present utility model. All protection scopes of the present utility model should be based on the protection scope of the following claims. The spirit of the protection scope of the book and its similarly changed embodiments and approximate structures should still belong to the present utility model.

Claims (20)

1 one kinds of mobile phone button clamping structures is characterized in that it comprises:

One conjunction, it is connected to first binding element;

One switch member, it is made up of a case, a button and an elastic component;

This case, it and conjunction are for assembling kenel up and down, and it is provided with a channel, and it has an outer peripheral face, and outer peripheral face is provided with a horizontal slideway;

This button, it is positioned the channel of case;

This elastic component, it one is terminated at button, and the other end is connected to conjunction; And

One clamping block, it is connected to a buckle group, and it has a head, and head is positioned the slideway of case;

Work as press push button, force button to move down, remove blocking the head of clamping block.

2 mobile phone button clamping structures as claimed in claim 1 is characterized in that described first binding element, and it is a mobile phone or a mobile phone bag.

3 mobile phone button clamping structures as claimed in claim 1 is characterized in that described conjunction, and it is provided with a pair of protruded stigma, and this case is provided with a pair of groove post, and this groove post is fixed the protruded stigma of this conjunction.

4 mobile phone button clamping structures as claimed in claim 1 is characterized in that described case, and channel wherein is a central channel, go into this button in the central channel holding, this button is provided with stretches sheet, stretches the outwards horizontal outer projection of stretching out of sheet lower end down, and outer projection is towards the slideway of case.

5 mobile phone button clamping structures as claimed in claim 4 is characterized in that described case, and it is provided with an inner peripheral surface, and inner peripheral surface is provided with an open slot, and the outer projection of button is stretched out by open slot.

6 mobile phone button clamping structures as claimed in claim 4 is characterized in that described button, and its end face of stretching the outer projection of sheet down is provided with an inclined plane.

7 mobile phone button clamping structures as claimed in claim 1 is characterized in that described button, and its side face extends outward the ring edge, and the side face both sides of button respectively are provided with prominent button, make prominent anchoring be positioned at the corresponding set catching groove of this case inner peripheral surface.

8 mobile phone button clamping structures as claimed in claim 1 is characterized in that described elastic component, and it is a spring or volute spring.

9 mobile phone button clamping structures as claimed in claim 1 is characterized in that described elastic component, and it can be made into integration with this button.

10 mobile phone button clamping structures as claimed in claim 1 is characterized in that described elastic component, and it can be just like covering bowl-shape extensible member.

11 as claim 1 a described mobile phone button clamping structure, it is characterized in that described buckle group, and it has:

Buckle before one, its front is connected to corresponding clamping block, makes the head of clamping block outstanding, and the back side of preceding buckle is provided with a fixture;

One back buckle, its front is provided with a plug assembly; And

One shell fragment, the shell fragment of its doubling such as ㄇ shape is distinguished into front side board and back side panel, the fixture place of buckle before front side board is connected to, back side panel is connected in the plug assembly of back buckle.

12 mobile phone button clamping structures as claimed in claim 11, it is characterized in that described preceding buckle, its fixture by a pair of side shelves bar, end button edge, prominently collude greatly, a little projection formed, fasten the both sides of the edge of the front side board of this shell fragment respectively with side blend stop in the outer part, fasten this shell fragment front side board lower end with end button edge, be provided with a macroscopic void and a small holes in the front side board of this shell fragment, this is greatly prominent to collude and extends through macroscopic void and fasten this shell fragment, and little projection is and small holes forms the location and is provided with.

13 mobile phone button clamping structures as claimed in claim 11, it is characterized in that described back buckle, its plug assembly is to form an inserting groove in the front of back buckle, and the end retaining edge that the button edge and that this inserting groove is extended in opposite directions by both sides extends is forward formed, and the back side panel of this shell fragment inserts in this inserting groove.

14 mobile phone button clamping structures as claimed in claim 11 is characterized in that described preceding buckle, and it and clamping block are for being made into integration.

15 mobile phone button clamping structures as claimed in claim 11, it is characterized in that described preceding buckle, it is provided with an inner groovy, one axial trough is arranged in the inner groovy, and this clamping block respectively is extended with an auricle by the both sides of the fixed charge method end plate opposition side that its head connect, each auricle is provided with one, the axle on the axle auricle of this axial trough pivot joint clamping block.

16 mobile phone button clamping structures as claimed in claim 15, it is characterized in that described preceding buckle, its inner groovy is provided with a pair of location notch, clamping block in the opposite side of head upper and lower respectively be provided with one tiltedly stretch support pin, support pin and can be buckled in the location notch that is oppositely arranged, but gapped between pin and location notch, clamping block can slightly be stirred.

17 mobile phone button clamping structures as claimed in claim 11, it is characterized in that described shell fragment, its front side board is provided with a declivity in the upper end of nearly doubling and stretches and tiltedly stretch compressing tablet on compressing tablet and one, two tiltedly stretch compressing tablet parallels, on tiltedly to stretch the outer end of compressing tablet higher, it is lower that declivity is stretched the outer end of compressing tablet, stretch the compressing tablet outer end with declivity and be pressed on down the place, the clamping block back side that supports outside of foot, more than tiltedly stretch compressing tablet the outer end be pressed on to the clamping block back side of outside of foot and locate.

18 mobile phone button clamping structures as claimed in claim 15 is characterized in that described clamping block, and its fixed charge method end plate is an arc shape board face.

19 mobile phone button clamping structures as claimed in claim 11 is characterized in that described clamping block, and it is to join with a bearing pin and preceding buckle.

20 mobile phone button clamping structures as claimed in claim 11 is characterized in that described shell fragment, and its front side board is provided with declivity in the upper end of nearly doubling and stretches compressing tablet to be pressed on the back side of clamping block.

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