KR101030404B1 - Tilt Type Sliding Module for Mobile Phone - Google Patents

Abstract

The present invention relates to a tilt-type mobile phone sliding module, an object of the present invention is to enable a flat sliding operation of the mobile phone screen portion, and at the same time to enable the tilt operation to make the mobile phone screen tilted upward according to the user's intention It is to provide a tilt-type mobile phone sliding module that can provide optimum convenience.

Tilt-type mobile phone sliding module according to the present invention is a control bracket for controlling the rotation operation and the locking operation of the tilt rotation unit is fixed and coupled to the rotating operation and the mobile phone intermediate member formed by each one of the both ends of the frame; Stopper shaft; And through the spring ball is configured to enable a stable tilt operation of the mobile phone screen.

Mobile Phone, Tilt, Sliding

Description

Tilt Type Sliding Module for Mobile Phone

The present invention relates to a tilt-type mobile phone sliding module, and more particularly, a tilt-type mobile phone configured to enable a flat sliding operation through a slider and a frame, and in particular, to enable a tilt operation in a vertical direction through the frame. Relates to a sliding module.

Mobile phones have become a necessity of life because of the convenience of movement, and the structure has also been modified in various ways for the convenience of users with the development of mobile phones.

Conventionally, a bar type, a flip type, and a folding type mobile phone have been used, but recently, in response to the trend toward larger size of mobile phone LCD screens, the mobile phone screen part is slid and the sliding method of opening and closing the mobile phone is widely used.

Recently, in addition to the unique call function of the mobile phone, in particular, various additional functions such as wireless Internet and multimedia are provided and widely used, so as to provide more structural convenience to the mobile phone user, the mobile phone along with the flat sliding operation of the mobile phone. There is a demand for a tilt-type mobile phone sliding module type mobile phone capable of tilting the screen to tilt upward.

That is, when a mobile phone call is intended, a flat sliding operation of the mobile phone is made, and when a multimedia viewing such as wireless internet, DMB, or video is desired, a tilting operation is performed so that the mobile phone screen is tilted upward. Tilt-type mobile phone sliding module that can implement a sliding state that can provide the optimal convenience according to the user's intention is being developed and applied.

An object of the present invention is to enable a flat sliding operation of the mobile phone screen unit and at the same time to enable the tilt operation to allow the mobile phone screen unit to be inclined upward tilt tilt mobile phone sliding module that can provide the optimum convenience according to the user's purpose To provide.

Tilt-type mobile phone sliding module according to the present invention for achieving the above object

Frame 30; A slider (10) in which a flat sliding operation is performed through the guide by the frame (30); An elastic device 80 connected to the frame 30 and the slider 10 to generate a planar sliding motion of a semi-automatic method; A tilt rotation unit 38 formed at both edges of the frame 30 to generate a rotation operation of the frame 30; A control bracket 40 connected to the tilt rotation unit 38 to guide the tilt operation of the tilt rotation unit 38; A spring ball (70) mounted on the side of the tilt rotation part (38) to generate a step-by-step stop motion of the tilt rotation part (38) and to maintain a stable tilt state; Spring ball catching holes (46a, 46b) formed in a plurality of side surfaces of the control bracket 40 to generate the insertion locking operation by the spring ball 70 and the detachment operation by the external force; A stopper shaft 60 for limiting the maximum tilt rotation angle of the tilt rotation unit 38; A stopper shaft control hole 32 formed through the tilt rotation unit 38 to generate a locking operation by the stopper shaft 60;

Stopper shaft fastening holes 44 formed on both sides of the control bracket 40 to fix the stopper shaft 60; A main shaft 50 connecting the tilt rotation unit 38 and the control bracket 40 and serving as a rotation axis of the tilt rotation unit 38; And main shaft fastening holes 42 formed on both sides of the control bracket 40 to accommodate the main shaft 50.

According to the tilt-type mobile phone sliding module according to the present invention, by providing a tilting operation to allow the mobile phone screen portion to be inclined upward while simultaneously tilting the mobile phone screen portion to provide an optimum convenience according to the user's intention. There is a remarkable effect that can implement the sliding state.

In addition, according to the tilt-type mobile phone sliding module according to the present invention, there is a remarkable effect that can be variously determined according to the user's convenience by enabling a tilt operation step by step of the mobile phone screen.

In addition, according to the tilt-type mobile phone sliding module according to the present invention, it is possible to limit the maximum tilt angle through the stopper shaft and the control hole, remarkable that the mobile phone screen portion can prevent the random tilt rotation operation more than necessary It works.

The tilt-type mobile phone sliding module according to the present invention is configured to enable a flat sliding operation through the slider 10 and the frame 30 and, in particular, to further enable a tilt operation in the vertical direction through the frame 30. A tilt mobile phone sliding module is presented.

The tilt-type mobile phone sliding module according to the present invention includes a slide elastic device (80) used in a conventional slide mobile phone, a frame (30) fixed to be mounted inside the mobile phone, and a slider (10) in which a sliding motion is performed by the frame (30). It is composed of devices using a structure that utilizes), specifically, the operation section divided into two steps, that is, the plane sliding operation section and the tilt operation section is generated to finally achieve a state in which the mobile phone screen is inclined upwardly inclined.

The plane sliding step refers to a section in which the screen portion of the mobile phone linearly moves in parallel with the mobile phone body. Hereinafter, the above operation will be referred to as flat sliding.

The tilt operation step means a section that operates so that the screen portion of the mobile phone is inclined upward by a predetermined angle with respect to the mobile phone body. Hereinafter, the above operation will be referred to as a tilt operation.

1 is an exploded perspective view showing the configuration of a tilt-type mobile phone sliding module according to the present invention.

Referring to FIG. 1, the tilt-type mobile phone sliding module according to the present invention includes a planar sliding driver and a tilt motion driver.

First, the planar sliding drive will be described in detail.

The flat sliding drive unit of the tilt-type mobile phone sliding module according to the present invention is mounted to be fixed to the inside of the mobile phone frame 30 for implementing the flat sliding operation and the tilt operation of the mobile phone; A guide rail 20 configured to have a long groove having a 'c' shape therein for guiding a flat sliding operation of the slider 10; Guide rail insertion ends 36 formed by bending both ends of the frame 30 in a '-' shape so as to accommodate the guide rails 20 at both edges of the frame 30; Slider (10) for performing a plane sliding operation of the mobile phone through the guide rail (20); And a slide elastic device 80 for generating a planar sliding motion of the slider 10 by a spring tension action.

Both side edges of the slider 10 are inserted into a 'c'-shaped groove of the guide rail 20 so that the guide pieces formed by bending both ends of the slider 10 in a' b 'shape so as to guide the sliding motion thereof. Formed.

The slide elastic device 80 used in the slide mobile phone is a mechanism for generating a sliding motion of the mobile phone in a semi-automatic manner by using the restoring force of the spring, the method using the torsion spring and the coil spring Currently commonly used.

The slide elastic device 80 provided in the sliding module for a mobile phone according to the present invention may also be applied by adopting any of the torsion spring method or the coil spring method.

The slide elastic device 80 is a well-known technique, and a detailed description thereof will be omitted, and only the detailed configuration necessary for applying to the sliding hinge for a mobile phone according to the present invention will be described.

1 is a sliding module to which the coil spring type elastic device 80 is applied. As shown in FIG. 1, both ends of the slide elastic device 80 are formed with cylindrical rivets, one rivet is fitted to the frame 30, and the other rivet is fitted to the slider 10. By rotating, the slider 10 allows a flat sliding movement in the vertical direction with respect to the frame 30.

The elastic device 80 is preferably provided so that one pair is provided at each of the left and right corners of the frame 30, but may be configured to operate with only one elastic device (80).

As described above, the tilt type mobile phone sliding module according to the present invention, when the flat sliding section of the mobile phone screen unit through the flat sliding drive unit is completed, the tilt operation of the mobile phone screen unit is performed next.

Hereinafter, the tilt operation driver will be described in detail with reference to FIG. 1.

The tilt motion driving part of the tilt type mobile phone sliding module according to the present invention is basically coupled to the middle part of the mobile phone by the rotational motion by the tilt rotation part 38 formed at each corner of the frame 30 and the tilt rotation part 38. Through the control bracket 40 for controlling the stable rotation operation and the locking operation of the) to enable the tilt operation of the mobile phone screen.

The tilt rotation unit 38 according to the present invention is a pair of protruding one by one each on both side edges of the frame 30.

That is, the guide rail insertion end 36 is formed on the upper side of the frame 30 corner portion, and the tilt rotation part 38 is formed on the lower side.

The tilt rotation unit 38 is inserted into and fastened to the control bracket 40 through the main shaft 50 to stop the rotation operation using the main shaft 50 as a central axis and the rotation operation using the spring ball 70. Through the tilt of the mobile phone screen is made.

In order to implement the rotation operation and the stop operation as described above, the tilt rotation unit 38 according to the present invention, the main shaft 50 is inserted through the rotation hole 34; A control hole 32 through which the stopper shaft 60 is inserted; And spring ball engaging holes 46a and 46b into which the spring ball 70 is inserted and mounted to stop the upward tilting operation of the mobile phone screen unit at the intended position.

In addition, the main shaft 50 according to the preferred embodiment of FIG. 1 has a separate main shaft 50 is inserted into the rotating hole 34 formed in the tilt rotation part 38 and formed in the control bracket 40. It is configured to be fastened to the main shaft fastening hole (42), and also provided with a rotating projection for the main shaft function is provided on both sides of the tilt rotating portion 38 without the main shaft separately to the fastening hole (42) By being configured to be coupled, the tilt rotation unit 38 may be configured to rotate the rotation projection about the central axis of course.

The spring ball 70 according to the present invention is composed of a rod portion 74 consisting of a coil spring and a latch 72 formed in a spherical shape.

The tilt motion driving unit according to the present invention generates an operation in which the latch 72 is stepwise inserted into the latch holes 46a and 46b formed in the control bracket 40 by using the elastic restoring force of the rod 74. By doing so, the tilt rotation part 38 is configured such that the rotation operation can be stopped at the intended position.

The control bracket 40 according to the present invention includes a main shaft fastening hole 42 for fastening the tilt rotation unit 38 to the control bracket 40 through the main shaft 50; A stopper shaft fastening hole 44 for fastening the stopper shaft 60 to the control bracket 40; A spring ball first catching hole 46b and a second catching hole 46a for generating a stepwise locking action of the spring ball 70; And a fastening plate 48 for stably coupling and fixing the control bracket 40 to the mobile phone intermediate member 90.

After the tilt rotation part 38 is inserted into the control bracket 40, the main shaft 50 is a rotation hole 34 of the tilt rotation part 38 and the main shaft fastening hole of the control bracket 40 ( By inserting through 42, the tilt rotation part 38 and the control bracket 40 are fastened.

The tilt rotation unit 38 fastened to the control bracket 40 has a rotational motion inside the control bracket 40 which is fixed to the intermediate member of the mobile phone with the main shaft 50 as a central axis.

2 is a step before the sliding operation of the mobile phone, FIG. 3 is a step in which the slider completes the flat sliding operation, and FIG. 4 is an operation state diagram showing a frame in which the mobile phone screen part is tilted upward together with the slider. 5 (a) is a partially enlarged view showing the operating state of the tilt rotation unit 38 and the control bracket in steps 2 and 3, and FIG. 5 (b) is the tilt rotation unit 38 and the control bracket in FIG. A partial enlarged view showing the operation state of the.

1 to 5, the generation and control method of the up tilt operation through the tilt operation driver according to the present invention will be described in detail.

First, the step before the tilt operation by the tilt-type mobile phone sliding module according to the present invention, that is, the planar sliding section of Figures 2 and 3, as shown in Figure 5 (a), the frame 30 Spring ball 70 is mounted to the first locking hole 46b formed in the control bracket 40 is inserted into the first locking operation, the frame 30 is stably parallel to the mobile phone body It maintains the state achieved and enables a plane sliding action.

After the plane sliding operation is completed, when the mobile phone user applies an external force to the slider 10 in order to implement the upward tilting operation of the mobile phone screen unit, the stable tilting operation is generated and controlled through the following structural features. .

As shown in Figure 4 and 5 (b), when an external force is applied by the mobile phone user, the frame 30 is a tilt rotating portion 38 protruding on the lower surface of the frame 30 is the main shaft 50 Rotational movement occurs with reference axis.

Simultaneously with the rotation of the tilt rotating part 38, the spring ball 70 mounted on the tilt rotating part 38 comes out of the first catching hole 46b and the first catching hole 46b. The second locking operation is performed by moving to and inserting into the second locking hole 46a formed on the upper surface.

Through the second locking operation using the spring ball 70 as described above, the mobile phone user can easily execute the step-by-step tilting operation and control the frame 30 to be stopped at the intended position. The negative inclined state can be maintained stably.

In addition, due to the configuration of the stopper shaft 60 according to the present invention, in the final tilt operation of the tilt rotation unit 38, an excessive external force on the frame 30 is further counterclockwise based on FIG. 5 (b). If it has, the spring ball 70 serves to prevent the second locking hole (46a) from being separated.

Although only two spring ball catching holes 46a and 46b are formed in the tilt rotation part 38 according to the embodiment of FIG. 1, the spring ball 70 formed in the frame 30 may be further formed as needed. ) May be configured to implement the step-by-step tilting operation of the frame 30 by configuring the locking operation to be formed step by step in the additionally formed locking hole.

When forming three or more spring ball engaging holes as described above, it is possible to perform a tilt operation step by step of the mobile phone screen, there is an advantage that can be variously determined according to the user's convenience tilt tilt angle.

As described above, the tilt rotation unit 38 and the control bracket 40 formed on the frame 30 according to the present invention have the stopper shaft 60 having the control hole 32 and the control bracket 40 of the tilt rotation unit 38. It is inserted through the stopper shaft fastening hole 44 of the).

The stopper shaft 60 and the control hole 32 according to the present invention is a means for limiting the maximum tilt angle of the tilt rotating part 38, and more specifically, the final tilting operation of the tilt rotating part 38. In the complete state, when the frame 30 has an excessive external force, the spring ball 70 is a device for preventing the second catching hole 46a from being separated.

When the spring ball 70 is separated from the second locking hole 46a by the excessive external force by the mobile phone user, the mobile phone screen unit does not stably maintain an upward tilting state and randomly rotates.

Therefore, in order to maintain the stable tilt state of the mobile phone screen part by preventing the separation of the spring ball 70 as described above, the control hole 32 formed in an elliptical shape is penetrated through the tilt rotation part 38 according to the present invention. .

That is, the stopper shaft 60 is inserted into the elliptical shape control hole 32 formed in the tilt rotation part 38 and is fastened and fixed to the control bracket 40 so that the spring ball 70 is In the state (ie, the state before the tilt operation occurs) is located in the first locking hole 46b is in contact with the upper side of the control hole 32.

Thereafter, when the spring ball 70 moves away from the first catching hole 46b and is inserted into the second catching hole 46a by the external force of the mobile phone user, the stopper shaft 60 is the control hole. Moving from the upper side of the lower side of the 32 to the lower side, and finally the lower side of the control hole 32 and the locking operation is generated so that the tilt rotation part 38, that is, the frame 30 is no longer controlled to rotate do.

Tilt-type mobile phone sliding hinge according to the present invention by controlling the mobile phone screen portion does not rotate more than necessary through the control of the rotation operation through the stopper shaft 60 and the control hole 32 as described above, in the intended position It is possible to keep the tilt operation of the camera stable.

In addition, the main shaft 50 according to the present invention, the following structural features to prevent the main shaft fastening hole formed in the control bracket 40 is worn by the repetitive rotation operation of the main shaft (50). It is configured to have.

That is, the end portion 52 of the main shaft 50 which is inserted into the fastening hole 42 of the control bracket 40 and protrudes outward of the fastening hole 42 has a cross-sectional top surface of which is not circular. It is configured to have a flat tunnel shape, the end portion 52 is configured to be inserted and fixed to the insertion portion 94 (see Fig. 6) of the mobile phone intermediate member 90 configured to have an uneven groove of the same shape as the cross section of the end portion. As a result, the main shaft 50 is configured to maintain the fixed state without the rotational motion in the state inserted through the control bracket 40 and to perform the rotational movement of the tilt rotation part 38.

In addition, the main shaft 50 is configured to exit from the fastening hole 42 of the control bracket 40 so that a predetermined portion of the front portion protrudes. A part of the main shaft 50, that is, the end portion 52, protrudes out of the fastening hole 42 of the control bracket 40 and protrudes around the main shaft 50 at the boundary with the fastening hole 42. The fitting groove 54 is formed along the recessed form.

The stator 56 configured to have the same thickness as the width of the fitting groove 54 is fitted in the fitting groove 54, so that the main shaft 50 can be fixed without being separated from the control bracket. In the present invention, in addition to the stator 56, the main shaft 50 may be fixed to the control bracket 40 by using a known means such as soldering.

6 is an exploded perspective view showing a state in which the tilt-type mobile phone sliding module according to the present invention is applied to the mobile phone.

Referring to FIG. 6, the tilt-type mobile phone sliding module 200 according to the present invention includes a screen unit case 80 including a display unit for displaying specific contents such as an LCD; A keypad 100 for receiving a mobile phone function desired by a user and generating an electric signal corresponding thereto; Tilt-type mobile phone sliding module 200 and the intermediate member 90 for stably fixing the keypad 100 to the mobile phone according to the present invention; And a lower case 110 in which the intermediate member 90 is fixedly coupled and configured to accommodate a battery, wherein the mobile phone is coupled to the intermediate member 90 and the screen case 110. Planar sliding operation of the and enable the tilt operation.

Looking at the coupling configuration of the tilt-type mobile phone sliding module according to the present invention in more detail as follows.

First, the screen part case 80 is coupled to the slider 10 of the tilt-type mobile phone sliding module 200 according to the present invention, the plane sliding operation by the slider 10 and the tilt operation by the frame 30 By this, it provides a sliding or tilting state of the screen case according to the intention of the mobile phone user.

As described above, the tilt-type mobile phone sliding module 200 which generates the flat sliding operation and the tilt operation of the screen unit case 80 is coupled to and fixed to the intermediate member 90.

Specifically, the shape of the control bracket 40 and the fastening plate 48 formed in each of the wings in the width direction of the control bracket 40 according to the present invention, that is, the 'T' shaped uneven groove 92 The control bracket 40 and the fastening plate 48 are inserted into the coupling groove 92 formed in the intermediate member 90.

In addition, the fastening plate 48 is formed with an insertion hole for fastening the fixing bolt 130 is formed.

Therefore, the fixing bolt 130 is inserted into the insertion hole of the fastening plate 48 through the intermediate member 90, the control bracket 40 is stably coupled to the intermediate member 90 State is maintained.

In addition, the intermediate member 90 of the present invention has the same shape as that of the end portion 52 of the main shaft 50 to which the end portion 52 of the main shaft 50 having the flat top surface is inserted and fixed. The insertion part 94 which has an uneven groove is formed.

Although the fastening plate 48 for coupling and fixing the control bracket 40 according to the present invention to the uneven groove 92 of the mobile phone intermediate member 90 is formed, the fastening plate 48 is the control bracket 48. Since it is formed only at one end of the user, when the user performs a tilting operation for the mobile phone sliding hinge 200 for tens of thousands of times, there is a possibility that a problem occurs that the fixing force of the control bracket 40 to the mobile phone intermediate member 90 becomes weak. Gets bigger

Therefore, in order to solve the above problem, the end portion 52 of the main shaft 50 protruding out of the control bracket 40 in the state inserted into the control bracket 40 is the same as the end portion 52. The main shaft 50 also serves to firmly fix the control bracket 40 to the intermediate member 90 by being configured to be inserted into and fixed to the insertion portion 94 of the intermediate member 94 having a concave-convex groove. do. Since the control bracket 40 is fastened to the intermediate member 90 back and forth together with the fastening plate 48 and the end portion 52 of the main shaft 50, the user can move tens of thousands of times with respect to the mobile phone sliding hinge 200. Even if the tilting operation, the fixing force to the mobile phone intermediate member 90 of the control bracket 40 is not easily weakened.

The fastening plate 48 of the control bracket 40 fixed to the uneven groove 92 of the intermediate member 90 according to the present invention has the screen part case 80 even when the mobile phone sliding module 200 is slid and tilted as much as possible. It is hidden by and invisible to the user directly.

If the main shaft 50 is inserted and fixed to the insertion portion 94 of the intermediate member 90, instead of the configuration for fixing the control bracket 40 to the intermediate member 90, another T-shaped fastening plate If the control bracket 40 is fixed to the intermediate member 90 by installing one more on the side where the shaft 50 is located, it may apply pressure to the keypad 100 at the time of fixing, or the portable sliding module 200 may slide There is a possibility that the inner surface of the screen case 80 is damaged by the nut 122 during the tilting operation. This problem is solved by the configuration in which the main shaft 50 is inserted into the insertion portion 94 inside the intermediate member 90.

The intermediate member 90 equipped with the tilt-type mobile phone sliding module 200 according to the present invention, as shown in Figure 6, through the fastening of the fixing bolt 120 and the nut 122, the lower case 110 By being coupled to the fixed, the planar sliding operation and the tilting operation of the tilt-type mobile phone sliding module 200 according to the present invention allows to be stably executed on the mobile phone.

While the preferred embodiments of the present invention have been described above using specific terms, such descriptions are for illustrative purposes only, and it is obvious that various changes and modifications can be made without departing from the spirit and scope of the following claims. It's work. Such modified embodiments should not be understood individually from the spirit and scope of the present invention, but should fall within the claims appended to the present invention.

1 is an exploded perspective view showing the configuration of a tilt-type mobile phone sliding module according to the present invention.

Figure 2 is an operating state of the step before the mobile phone sliding operation occurs.

3 is an operation state in which the slider has completed the plane sliding operation.

Figure 4 is an operating state showing a state that the frame of the mobile phone screen unit is tilted upward with the slider.

FIG. 5 (a) is a partially enlarged view showing an operating state of the tilt rotation unit 38 and the control bracket in FIGS. 2 and 3, and FIG. 5 (b) shows the tilt rotation unit 38 and the control in FIG. Partial enlarged view showing the operation of the bracket.

Figure 6 is an exploded perspective view showing a state in which the tilt-type mobile phone sliding module applied to the mobile phone.

** Description of symbols for the main parts of the drawing **

10: slider 20: guide rail

30 frame 32 stopper shaft control hole

34: main shaft rotation hole 36: guide rail insertion end

38: tilt rotation part 40: control bracket

42: main shaft fastener 44: stopper shaft fastener

46a, 46b: spring ball engaging hole 48: fastening plate

50: main shaft 60: stopper shaft

70: spring ball 80: elastic device

Claims (7)

Frame 30; A slider (10) in which a flat sliding operation is performed through the guide by the frame (30); An elastic device 80 connected to the frame 30 and the slider 10 to generate a planar sliding motion of a semi-automatic method; A tilt rotation unit 38 formed at both edges of the frame 30 to generate a rotation operation of the frame 30; A control bracket 40 connected to the tilt rotation unit 38 to guide the tilt operation of the tilt rotation unit 38; A spring ball (70) mounted on the side of the tilt rotation part (38) to generate a step-by-step stop motion of the tilt rotation part (38) and to maintain a stable tilt state; Spring ball catching holes (46a, 46b) formed in a plurality of side surfaces of the control bracket 40 to generate the insertion locking operation by the spring ball 70 and the detachment operation by the external force; A stopper shaft 60 for limiting the maximum tilt rotation angle of the tilt rotation unit 38; A stopper shaft control hole 32 formed through the tilt rotation unit 38 to generate a locking operation by the stopper shaft 60; And Tilt-type mobile phone sliding module, characterized in that it is configured to include a stopper shaft fastening hole (44) formed on both sides of the control bracket (40) to fix the stopper shaft (60). The method of claim 1, A main shaft 50 inserted through the rotating hole 34 formed through the tilt rotating part 38 to connect the tilt rotating part 38 to the control bracket 40; Tilt-type mobile phone sliding module, characterized in that the end region 52 of the main shaft 50 is configured such that its cross-sectional shape has a polygonal shape. The method of claim 1, The slider 10, A guide rail 20 configured to have a long groove having a 'c' shape therein for guiding a flat sliding operation of the slider 10; And In order to accommodate the guide rails 20 at both edges of the frame 30, the planar sliding operation is performed through guide rail insertion ends 36 formed by bending both ends of the frame 30 in a '-' shape. Tilt-type mobile phone sliding module, characterized in that made. The method of claim 1, Tilt plate characterized in that the fastening plate 48 is formed in each of the width direction of the control bracket 40 in the form of a wing, and the fastening plate 48 is formed with an insertion hole for fastening the fixing bolt. Type mobile phone sliding module. The method of claim 2, In the region protruding from the main shaft 50, a fitting groove 54 formed in a recessed shape is formed along the circumference of the main shaft 50. The fitting groove 54 is fitted with a stator 56 configured to have the same thickness as the width of the fitting groove 54 so that the main shaft 50 can be fixed without being separated from the control bracket 40. Tilt type mobile phone sliding module. The method of claim 1, The spring ball 70 is made of a coil spring tilt-type mobile phone sliding module, characterized in that configured to include a rod portion 74 and a spherical clasp 72 formed in a spherical shape to generate an elastic restoring force. The tilt type mobile phone sliding module according to claim 1, wherein the locking operation occurs on the upper and lower sides.

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