WO2019114635A1 - Cloud walking machine having intelligent flexible anti-shaking screen - Google Patents

Abstract

A cloud walking machine having an intelligent flexible anti-shaking screen, comprising a console (23) and a display (24). The display (24) is mounted at an upper end of a display frame (3); a lower end of the display frame (3) is fixedly connected to the bottom of the console (23); a middle portion of the display frame (3) is connected to a main beam (7) of the console (23) by means of a flexible coupling assembly (5) to eliminate or reduce shaking of the display frame (3) in a left-right direction in a horizontal plane during movement of the console; a computer system unit and/or a mobile phone system (25) electrically connected to the display (24) are/is mounted on the main beam of the console (23); an operation and control assembly (26) for controlling the display content of the display or operating a mobile phone is mounted on a holding bar (20) of the console (23). The walking machine has a simple structure, has functions of both entertainment and fitness, and improves the enthusiasm of people for fitness.

Description

Intelligent flexible anti-shake screen cloud walker Technical field

The invention relates to a fitness equipment, in particular to a cloud walking machine, in particular to an intelligent flexible anti-shake screen cloud walking machine integrating fitness and entertainment.

Background technique

The human society continues to improve, the standard of living has improved, the calorie intake of food has risen sharply, and the pressure of work and life has made people not have time and interest to exercise. The long-term heat loss has caused a large number of overweight and obese people, accompanied by chronic Diseases (such as diabetes, high blood pressure, gout, hyperlipidemia, coronary heart disease, etc.) and acute cardiovascular disease (cerebral infarction, myocardial infarction) have become a major killer of human disease death; and now smart phones are popular, low-headed people are popular, Normal computer office and driving time increase, cervical spondylosis is also very common; the best solution to the above problem is exercise, to maintain long-term effective exercise to get rid of the pain, maintain a healthy body, normal healthy people can also through long-term effective exercise It is very important to improve the body's immunity and prolong life; but everyone knows that it is very difficult to maintain effective exercise for a long time and often. The data shows that the long-term effective exercise in the gym is often less than 10% of the card-holders. The reason is that there is no time, it is not convenient to take out the entire period of time to specifically exercise, modern Fast pace of life, the fact that the timing is tight, but people used in computers, televisions and mobile phones fragments of time each day in more than 2-3 hours.

Nowadays, many kinds of monitors and tablets have been installed on many fitness equipments. The fitness person can constantly change the program or content by hand with a remote control or manually touch the display, trying to make people not boring while exercising, increasing fitness. Entertaining, but fitness is unique. People's body is constantly changing body position and at the same time maintaining body balance and strength, so if you change the program or content by hand with a remote control or manually touch the display. Lightness seriously affects the fitness effect, and more serious is that the body imbalance falls and is hurt.

The cloud walker is a common fitness equipment, which has all the characteristics of indoor sports, safe and convenient, but the existing cloud walker has a single function, except for the common time, speed, heart rate, distance, and calorie consumption value display. Lack of necessary entertainment functions, seriously affecting the use of traffic, users can not perform video viewing, games, file browsing and other operations during exercise, it is necessary to improve, so that it has both fitness and entertainment functions, to maximize the majority of young people Use to achieve the purpose of fitness and physical strength.

Summary of the invention

The object of the present invention is to design a smart flexible anti-shake screen cloud walker to make the fitness and entertainment both suitable for the single function of the existing cloud walker, especially the problem of no entertainment function.

The technical solution of the present invention is:

An intelligent flexible anti-shake screen cloud walker comprising a host 23 and a display 24, characterized in that the display 24 is mounted on the upper end of the display stand 3 or directly mounted on the wall or a corresponding installation not connected to the host On the shelf, the lower end of the display frame 3 is fixedly connected to the bottom of the mainframe 23. The middle portion of the display frame 3 is connected to the main beam 7 of the mainframe 23 through a flexible coupling assembly 5 to eliminate or reduce the display frame 3 in the horizontal plane when the main engine moves. Shaking in the left and right direction; a host computer and/or mobile phone system 25 for electrically connecting (via wired or wireless) to the display 24 is mounted on the main beam of the main unit 23; mounted on the handle 20 of the main unit 23 (top) There is a steering component 26 that controls the display to display content or operate the handset.

The display 24 is mounted on the display stand 3 by a display mount 8 capable of adjusting the pitch angle and the swivel angle.

The display fixture 8 is composed of a height adjusting sleeve 801, a left and right adjusting sleeve 802 and a tilting connecting sleeve 803. The height adjusting sleeve 801 is set on the display frame 3 and positioned by the height adjusting screw 9, and the sliding sleeve is adjusted left and right. The 802 set is on the left and right adjustment screws 10, and the left and right adjustment screws 10 are screwed onto the high and low adjustment sleeves 802 and lock the left and right adjustment sleeves 802. One end of the tilt connection sleeve 803 is fixedly connected to the display 24, and the other end is tilted. The adjusting nut 11 is connected to the left and right adjusting sliding sleeves 802 and locked.

The display fixture 8 includes a motor C1, a screw C2, a nut C6, a rotating arm C5 and a cantilever arm C4. The motor C1 is mounted on the rotating arm C5, and the screw C2 is screwed into the nut C6 and connected to the motor C1. The nut C6 is fixed on the fixing sleeve C7, and the C7 is fixed on the display frame 3 by screws, and the height and the rotation angle can be adjusted. One end of the cantilever arm C4 is fixed on the fixing sleeve C7, and the other end and the rotating arm are fixed. The C5 is hingedly connected, and the wireless or wired control motor C1 drives the screw C2 to rotate, and the distance between the motor C1 and the screw nut C6 is elongated or shortened, thereby driving the fixed display on the rotating arm C5 around the rotating arm C5 and the cantilever arm C4. The coupling axis C3 is used to adjust the pitch angle.

The flexible coupling assembly 5 includes a U-shaped connecting frame 2, a connecting rod 12, a tightening nut 4 and a bearing 1. One end of the connecting rod 12 passes through the oblong opening 6 and the display frame 3 on the U-shaped connecting frame 2. Screwed and tightly tightened with the nut 4, the bearing 1 is horizontally mounted on the upper and lower sides of the connecting rod 12 in the U-shaped connecting frame 2, and the outer circle of the bearing is opposite to the inner bottom edge of the U-shaped connecting frame and is connected The rods 12 are vertically moved in the oblong opening 6; the two sides of the U-shaped connecting frame 2 are connected to the main beam 7 by sinking circular arc-shaped openings and screws; the computer main body and/or the mobile phone The system 25 is mounted in an elongated slot on either side of the U-shaped connecting frame 2.

The manipulation component 26 includes a trackball 13 and a roller 14 mounted on the upper end of one of the side walking bars 20, and a trackball 13 and a roller 14 constitute a mouse structure and is connected to the host computer via wired or Bluetooth wireless. The trackball 13 is used to control the screen. The position of the mouse arrow moves, the wheel 14 is used for the jump control of the upper and lower contents of the page, and the upper end of the other side of the handle bar 20 is provided with a direction control key 15 and a function key 16, and the direction control key 15 and the function key 16 are wired or The Bluetooth wirelessly connects to the host computer, and the direction control key 15 is used for moving the direction position of the game protagonist in the game scene, and the function key 16 is various scene settings and game auxiliary function switches.

The roller 14 and the function button 16 are symmetrically disposed on the walking bar 20 to meet the usage habits of each person, so that the mouse and the handle can be used in the left and right hand interchange positions; on one side or on the double side levers, Heart rate measurement patches 17 are added and heart rate measurement patches 17 appear in pairs.

The manipulation assembly 26 includes a matrix point equipotential touch panel 18 mounted on the top end of the two side walking rods 20, and the matrix point equipotential touch panel 18 is connected to the matrix point equipotential contact film 19 via the connection cable 21. The equipotential point 22 is electrically connected, and the matrix point equipotential contact film 19 is mounted on the touch screen of the mobile phone; the heart rate measuring patch 17 can also be added to the hand-held du-20, and the heart rate measuring patch 17 appears in pairs.

The display stand 3 is composed of a fixed frame G2 and a movable rod G3. The movable rod G3 is inserted into the movable rod G2 and can be lifted by manual lifting or by driving the screw rod through the motor G1.

The walking bar 20 is composed of an inner rod E3 and a jacket E2. The inner rod E3 is inserted into the outer casing E2 and locked by the locking sleeve E1 to achieve height adjustment.

The beneficial effects of the invention:

The invention can spend the time of using the computer, the television and the mobile phone in the intelligent flexible anti-shake screen cloud on the walker, and can simultaneously control the computer on the walker in the intelligent flexible anti-shake screen cloud during the movement (may also be Mobile phone system) and video and audio system, while regulating the height and angle of the display screen, the cervical vertebra maintains and reaches a certain angle of view and swings left and right to treat and prevent cervical spondylosis, and exercise at work and entertainment (also According to the video and APP exercise, using all the fragmented time, to enjoy the music, so that people are more willing to exercise, fall in love with sports, to achieve the purpose of physical fitness.

The invention realizes the anti-shake function of the display through the flexible coupling member, and controls the shaking amplitude of the display terminal to be within the acceptable range of the human body, thereby realizing entertainment and sub-fitting.

The invention has the advantages of simple structure and convenient manufacture, and can be applied to the home use or the fitness hall, and is especially suitable for use in an unsupported fitness room, and solves the installation and adjustment problem of the display (television).

DRAWINGS

1 is a schematic structural view of the present invention (the height of the display stand 3 is not adjustable).

Figure 2 is a second schematic view of the structure of the present invention (the height of the display stand 3 is adjustable).

Fig. 3 is a schematic view showing the angle structure of the display of the present invention.

Fig. 4 is an enlarged view of a portion A of Fig. 3;

Fig. 5 is an enlarged schematic view showing a portion B of Fig. 3;

Figure 6 is a second schematic view of the angle structure of the display of the present invention.

Fig. 7 is an enlarged schematic view showing a portion C of Fig. 6;

Figure 8 is a schematic view showing the structure of the flexible coupling assembly of the present invention; a) a main view, b) a left view, and c) a top view.

Figure 9 is a perspective view showing the structure of the U-shaped coupling frame 2 of the present invention.

Figure 10 is a schematic view showing the structure of one handrail bar of one of the structural components of the steering assembly of the present invention; a) a front view, b) a left view, and c) a plan view of b).

Figure 11 is a schematic view showing the structure of the other side of the handrail lever of one of the structural components of the steering assembly of the present invention; a) a front view, b) a left view, and c) a plan view of b).

Figure 12 is a schematic view showing the structure of the steering assembly of the present invention.

Figure 13 is an electrical schematic diagram of Figure 12.

Detailed ways

The invention will now be further described with reference to the accompanying drawings and embodiments.

As shown in Figure 1-12.

An intelligent flexible anti-shake screen cloud walker comprising a main unit 23 and a display 24 mounted on the display stand 3 via a display mount 8 (Figs. 3 and 6) capable of adjusting a pitch angle and a swivel angle The upper end is directly mounted on the wall or the corresponding mounting bracket not connected to the host, as shown in Fig. 1 and Fig. 2, the height of the display stand 3 is not adjustable, but the height of the display can be adjusted, and Fig. 2 is the display stand 3 The height adjustable structure can adjust the height of the display stand 3 by manual or electric structure to adjust the mounting height of the display 24. The lower end of the display stand 3 is fixedly connected to the bottom of the main unit 23, and the middle part of the display stand 3 passes through a flexible coupling component 5 (Figs. 3 and 6) are connected to the main beam 7 of the main body 23 to eliminate or reduce the shaking of the display frame 3 in the horizontal direction in the horizontal plane when the main body moves; the main beam of the main unit 23 is mounted for electrical connection with the display 24. A computer mainframe and/or mobile phone system 25 (by wired or wireless); on the handlebar 20 of the main unit 23 (top) is mounted with a control unit 26 that controls the display of the display or operates the mobile phone.

In a specific implementation, the display fixture 8 can be composed of a height adjustment sleeve 801, a left and right adjustment sleeve 802, and a tilt connection sleeve 803. As shown in FIG. 5, the height adjustment sleeve 801 is set on the display frame 3 and passes the height adjustment screw. 9 positioning, the left and right adjustment sliding sleeve 802 is set on the left and right adjusting screws 10, the left and right adjusting screws 10 are screwed on the high and low adjusting sliding sleeve 802, and the left and right adjusting sliding sleeves 802 are locked, and one end of the tilting connecting sleeve 803 is fixed to the display 24. Connected, the other end is connected to the left and right adjustment sleeves 802 by the tilt adjustment nut 11 and locked.

The display fixture 8 can also adopt the structure of FIG. 7, which comprises a motor C1, a screw C2, a nut C6, a rotating arm C5 and a cantilever arm C4. The motor C1 is mounted on the rotating arm C5, and the screw C2 is screwed. In the nut C6 and connected to the motor C1, the nut C6 is fixed on the fixing sleeve C7, and the sleeve C7 is fixed on the display frame 3 by screws, and the height and the rotation angle can be adjusted. One end of the cantilever arm C4 is fixed at the fixed position. On the C7, the other end is hingedly connected with the rotating arm C5, and the wireless or wired control motor C1 drives the screw C2 to rotate, and the distance between the motor C1 and the screw nut C6 is extended or shortened, thereby driving the fixed display around the rotating arm C5. The pitch axis C3 of the swivel arm C5 and the cantilever arm C4 is adjusted for pitch angle.

The flexible coupling assembly 5, which is one of the key components of the present invention, can be designed by itself, and can also adopt the structure shown in Figs. 4 and 8, which comprises a U-shaped connecting bracket 2 (Fig. 9), a connecting rod 12, a tightening nut 4 and a bearing. 1. As shown in FIG. 4, one end of the connecting rod 12 is screwed to the display frame 3 through the oblong opening 6 on the U-shaped connecting frame 2, and is tightly tightened by the tightening nut 4, as shown in Fig. 8, in the U shape. The upper and lower sides of the connecting rod 12 of the connecting frame 2 are horizontally mounted with a bearing 1 , and the outer circle of the bearing abuts against the inner bottom edge of the U-shaped connecting frame and passes through the long circular opening 6 for rolling left and right along with the connecting rod 12 Moving; the two sides of the U-shaped connecting frame 2 are connected to the main beam 7 by sinking the circular arc-shaped opening and the screw; the computer mainframe and/or the mobile phone system 25 is mounted on the U-shaped connecting frame 2 The long strips on the sides are slotted.

The control component 26, which is an innovation of the present invention, includes a trackball 13 and a roller 14 mounted on the upper end of one of the side walking bars 20, and a trackball 13 and a roller 14 constitute a mouse structure and is connected to the host computer via wired or Bluetooth wireless, as shown in FIG. 11, it is mainly suitable for game operation, file video browsing and other conventional computer or game machine operations, trackball 13 is used to control the position of the mouse arrow on the screen, wheel 14 is used for jump control of the page top and bottom content, another The upper end of the side handle 20 is provided with a direction control key 15 and a function key 16. The direction control key 15 and the function key 16 are wirelessly connected to the computer host by wire or Bluetooth, and the direction control key 15 is used for moving the direction of the game protagonist in the game scene. The function keys 16 are various scene settings and game auxiliary function switches. The roller 14 and the function button 16 are symmetrically disposed on the walking bar 20 to meet the usage habits of each person, so that the mouse and the handle can be used in the left and right hand interchange positions; on one side or on the double side levers, Heart rate measurement patches 17 are added and heart rate measurement patches 17 appear in pairs.

The control unit 26, which is an innovative point of the present invention, can also adopt the structure suitable for mobile phone operation of FIG. 12, which comprises a matrix point equipotential touch panel 18 mounted on the top of the two side walking rods 20, and a matrix point equipotential touch panel. 18 is electrically connected to the equipotential point 22 on the matrix point equipotential contact film 19 through the connection cable 21, and the matrix point equipotential contact film 19 is mounted on the touch screen of the mobile phone; the heart rate can also be added to the hand-held Du 20 The patch 17 is measured and the heart rate measurement patch 17 appears in pairs.

In a specific implementation, the adjustable display frame 3 can be composed of a fixed frame G2 and a movable rod G3. As shown in FIG. 6, the movable rod G3 is inserted into the movable rod G2 and can be lifted by manual lifting or by driving the screw through the motor G1.

In the specific implementation, the height of the walking bar 20 can be designed as an adjustable structure to meet the needs of different height personnel. It can be composed of the inner rod E3 and the outer casing E2, and the inner rod E3 is inserted in the outer casing E2 and locked by the locking sleeve E1. Tight to achieve height adjustment, as shown in Figures 10 and 11.

Details are as follows:

In the ordinary cloud walker, there is no control device on the walking stick 20, and it is a fixed length. The two hands are supported by the walking rod 20 to link the ankle and the leg while coordinating the force to generate movement. Because each person's height is different, Different parts of the walking lever 20, the computer on the walker in the intelligent flexible anti-shake screen cloud (also can be a mobile phone system) and the control system of the visual and audio system are respectively arranged on the top of the walker handle bar 20, each Only one hand controls different equipments, as shown in Fig. 10 and Fig. 11, one is a trackball 13 and a wheel type 14 mouse (Fig. 10, which can be wired or Bluetooth wirelessly connected to the host), and the trackball 13 is used to control the on-screen mouse. The position of the arrow moves, the wheel 14 is used for the jump control of the upper and lower content of the page, and the other is the direction control key 15 and the function key 16 handle (Fig. 11, can be wired or Bluetooth wirelessly connected to the host), and the direction control key 15 is used for the game. The position of the main character of the game moves in the scene. The function keys 16 are various scene settings and game auxiliary function switches, and take into account the different usage habits of each person, using the symmetric placement wheel 14 and function pressing The form of the key 16 enables the mouse and the handle to be used in the left and right hand interchange positions, and the telescopic and fixed hand lever system is designed according to each person's height, arm length and usage habit, as shown in Figs. Hold the E2 and rotate the E1 to release the E3 to adjust the position of the E3. Then hold the E2 while rotating the E1 and tighten the E3 to fix it. It is easy to adjust the length and use. The upper end of the handlebar 20 is close to the grip. The heart rate measurement patch 17 integrated with the pole is convenient for measuring the heart rate in real time, which is a strong guarantee for accurate and safe movement. At the same time, in order to facilitate the pure mobile phone usage habits of mobile phone users, the mobile phone screen is directly or wirelessly mapped on the display screen. At the same time, as shown in FIG. 12, the top of the handle bar 20 is changed to the connection matrix point type equipotential touch panel 18 control system, as shown in FIG. 13, through the connection cable 21 or wireless connection, and the matrix point covered on the mobile phone. The equipotential contact film 19 is connected, and the potential point 22 on each matrix point equipotential touch panel 18 and the equipotential point 22 of the matrix point equipotential contact film 19 are unique and equipotential corresponding Then, so that when a finger touches a position corresponding to the film 19 at equipotential point matrix manipulation on the touch panel 18 point matrix on the phone equipotential synchronization control is achieved when the object of the remote control handset.

The display and speaker of the whole machine are placed on the front side of the user about 15 to 25 degrees. When the movement is different, the angle is adjusted manually. As shown in the enlarged view of Figure 5, the left and right adjustment screws 10 can be adjusted. Adjust the left and right swing of the display screen, adjust the tilting screw 11 to adjust the tilt angle of the display screen, adjust the height adjustment screw 9 to make the display screen up and down on the display frame support rod; or the electric adjustment angle, as shown in Figure 6. As shown, the wireless or wired control motor G1 drives the screw assembly inside the G2 (fixed rod) to interlock G3 (motion rod) to raise and lower the adjustment height. The display angle can also be adjusted by the motor-driven mechanism, as shown in Figure 7 of the partial enlarged view of Figure C, the wireless or wired control motor C1, which drives the screw C2 to rotate, so that the distance between the motor C1 and the screw nut C6 is extended or Shortened, the display screen fixed on the rotating arm C5 is adjusted up and down around the coupling axis C3 of the rotating arm C5 and the cantilever arm C4. After adjusting the angle of the display screen, it maintains an appropriate head-up state. It has excellent rehabilitation and prevention effects on the cervical and lumbar spine caused by frequent use of computers, mobile phones, and driving cars every day.

The display frame is flexibly connected to anti-shake: as shown in Figure 3, during the movement, because the display frame 3 is connected to the main beam 7 of the walker in the cloud, the body shake caused by the movement is quickly transmitted to the display screen. And the display screen is at the top of the screen. The hard coupling makes the amplitude of the jitter under the leverage multiplied by several times. At this time, the athlete can no longer see the image and text on the display. As shown in Figures 1 and 2, the amplitude direction of the jitter is mainly transmitted in the horizontal X-axis, the vertical Y-axis, and the vertical Z-axis in the horizontal direction, due to the heavy body of the walker in the cloud, and the bottom base is firm. It is stable in the X-axis direction, the amplitude in the X and Z-axis directions is small, and its influence is almost negligible. The vibration swing of the Y-axis direction can be mainly solved to solve the problem. The present invention is in the display frame 3 and the cloud. A flexible anti-shake coupling is formed at the joint of the main body 7 of the walker. As shown in the enlarged cross-sectional view of FIG. 4 and the flexible coupling assembly 5 shown in FIG. 8, one end of the flexible coupling assembly 5 is screwed onto the display frame 3. And the nut 4 is locked with the tightening nut 4, and the other end is connected with the transverse bearing 1 to the connecting frame (connecting the traveling machine girders) 2 and the main beam 7 of the cloud walking machine. Due to the action of gravity, the display frame 3 will extend X. The direction of the axis is reversed away from the main beam 7 of the walker in the cloud. The only restriction on this fall is the transverse bearing 1, because there is no restrictive rigid connection such as tightness, welding, etc., and the diameter of the connecting rod 12 is smaller than U. Shaped frame 2 (connected to the beam in the cloud) The height in the oblong opening 6 (Fig. 9) is much smaller than the length, and when assembled, as shown in the enlarged cross-sectional view of Fig. 4, in the U-shaped coupling 2 (connecting the girders in the cloud) and A clearance X# is reserved between the tightening nuts 4 (to facilitate the reduction of the resistance and to facilitate free shaking), and the horizontally transverse bearing 1 can be made in the Y-axis direction with respect to the U-shaped connecting frame 2 (connecting the traveling walker girders) The limited motion allows the connection of the flexible coupling assembly 5 and the coupling frame 2 (connected to the walker girders in the cloud) to be a rigid limited connection in the X-axis direction and a limited flexible coupling in the Y-axis direction, allowing the main walker in the cloud When the beam 7 is swung in the Y-axis direction, the display frame 3 and the main beam 7 of the walker in the cloud can be moved in the Y-axis direction while being held in the lateral X-axis direction, and at the same time, due to the display frame The basis of 3 is to walk on the bottom base of the main beam 7 of the machine in the cloud. It does not swing with the main beam 7 of the walker in the Y-axis direction, effectively controlling the swing of the display frame 3 and the display screen. .

The parts not covered by the present invention are the same as the prior art or can be implemented by the prior art.

Claims (10)

An intelligent flexible anti-shake screen cloud walker, comprising a host (23) and a display (24), characterized in that the display (24) is mounted on the upper end of the display frame (3), and the display frame (3) The lower end is fixedly connected to the bottom of the main body (23), and the middle portion of the display frame (3) is connected to the main beam (7) of the main body (23) through a flexible coupling assembly (5) to eliminate or reduce the display frame when the main body moves ( 3) shaking in the left and right direction in the horizontal plane; a computer host and/or a mobile phone system (25) for electrically connecting to the display (24) is mounted on the main beam of the main unit (23); and the support of the main unit (23) A control assembly (26) that controls the display of the display or operates the handset is mounted on the lever (20). The intelligent flexible anti-shake screen cloud walker according to claim 1, wherein said display (24) is mounted on the display frame (3) through a display holder (8) capable of adjusting a pitch angle and a swing angle. . The smart flexible anti-shake screen cloud walker according to claim 2, wherein the display holder (8) is adjusted by a height adjustment sleeve (801), a left and right adjustment sleeve (802), and a tilt connection sleeve. (803) Composition, height adjustment sleeve (801) is set on the display frame (3) and positioned by the height adjustment screw (9). The left and right adjustment sleeve (802) is set on the left and right adjustment screws (10), and the left and right adjustment screws (10) Screwing on the high and low adjustment sleeve (802) and locking the left and right adjustment sleeves (802), one end of the tilt connection sleeve (803) is fixedly connected with the display (24), and the other end is tilted by the tilt adjustment nut (11) Connected to the left and right adjustment sleeves (802) and locked. The intelligent flexible anti-shake screen cloud walker according to claim 2, wherein the display holder (8) comprises a motor C1, a screw C2, a nut C6, a rotating arm C5 and a cantilever arm C4, and a motor C1 is mounted on the rotating arm C5. The screw C2 is screwed into the nut C6 and connected to the motor C1. The nut C6 is fixed on the fixing sleeve C7. The C7 is fixed to the display frame (3) by screws and can realize the height. And the adjustment of the rotation angle, one end of the cantilever arm C4 is fixed on the fixed sleeve C7, the other end is hingedly connected with the rotating arm C5, and the wireless or wired control motor C1 drives the screw C2 to rotate, and the distance between the motor C1 and the screw nut C6 is extended. Long or shortened, which in turn drives the fixed display on the rotating arm C5 to adjust the pitch angle around the coupling axis C3 of the rotating arm C5 and the cantilever arm C4. The intelligent flexible anti-shake screen cloud walker according to claim 1, wherein the flexible coupling assembly (5) comprises a U-shaped connecting frame (2), a connecting rod (12), and a tightening nut (4). And the bearing (1), one end of the connecting rod (12) is screwed to the display frame (3) through the oblong opening (6) on the U-shaped connecting frame (2), and tightly tightened by the tightening nut (4) A bearing (1) is horizontally mounted on the upper and lower sides of the connecting rod (12) in the U-shaped connecting frame (2), and the outer circle of the bearing abuts against the inner bottom edge of the U-shaped connecting frame and passes through the connecting rod (12) Rolling left and right together in the oblong opening (6); the two sides of the U-shaped connecting frame (2) are connected to the main beam (7) by sinking the circular arc-shaped opening and the screw; the computer host And/or the mobile phone system (25) is mounted in an elongated slot on either side of the U-shaped connecting frame (2). 6. The intelligent flexible anti-shake screen cloud walker according to claim 1, wherein said manipulation component (26) comprises a trackball (13) and a roller mounted on an upper end of one side walking bar (20). (14) The trackball (13) and the scroll wheel (14) form a mouse structure and are connected to the host computer via wired or Bluetooth wireless. The trackball (13) is used to control the position of the mouse arrow on the screen, and the scroll wheel (14) is used for the page. Jump control of the upper and lower content, the upper end of the other side of the lever (20) is provided with a direction control button (15) and a function button (16), and the direction control button (15) and the function button (16) are wirelessly wired or Bluetooth. Connected to the host computer, the direction control button (15) is used to move the direction of the game protagonist in the game scene. The function button (16) is a variety of scene settings and game auxiliary function switches. The intelligent flexible anti-shake screen cloud walker according to claim 6, wherein the roller (14) and the function button (16) are symmetrically disposed on the walking bar (20) to meet the usage habits of each person. The difference between the mouse and the handle can be used for the left and right hand interchange positions; heart rate measurement patches (17) can be added to one or both side walking bars, and the heart rate measurement patches (17) appear in pairs. The intelligent flexible anti-shake screen cloud walker according to claim 1, wherein said manipulation component (26) comprises a matrix point equipotential touchpad mounted on the top of the two side walking bars (20) (18). The matrix point equipotential touch panel (18) is electrically connected to the equipotential point (22) on the matrix point equipotential contact film (19) via a connection cable (21), a matrix point equipotential contact film (19) The post is mounted on the touch screen of the mobile phone; the heart rate measurement patch (17) can also be added to the hand-held Du (20), and the heart rate measurement patch (17) appears in pairs. The smart flexible anti-shake screen cloud walker according to claim 1, wherein the display stand (3) is composed of a fixed frame G2 and a movable rod G3, and the movable rod G3 is inserted into the movable rod G2 and can pass Manual lift lock or lift the screw through the motor G1. The smart flexible anti-shake screen cloud walker according to claim 1, wherein the walking lever (20) is composed of an inner rod E3 and a jacket E2, and the inner rod E3 is inserted in the outer casing E2 and passed the lock. Tight sleeve E1 is locked for height adjustment.

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