JP2021023089A - Mental power type mobile battery with falling-off prevention fixed storage device to data line - Google Patents

Abstract

To provide a mental power type mobile battery with a falling-off prevention fixed storage device to a data line.SOLUTION: A mental power type mobile battery with a falling-off prevention fixed storage device to a data line includes a mobile battery, in which a data line is installed in the mobile battery, an extension/contraction mechanism for controlling an extension degree of the data line is installed in the mobile battery, a cushioning mechanism is installed on the right side of the extension/contraction mechanism, the cushioning mechanism lowers a recovery speed of the data line when the data line is automatically recovered, and the present invention has a simple configuration and a simple operation method, can secure stability of the connection part even when a data line attached to the mobile battery is used and a data line attached to a mobile phone is used, and automatically cleans a charging chip of the mobile battery and can secure stability of the connection part when a user uses a data line carried in by the user.SELECTED DRAWING: Figure 1

Description

The present invention takes up the field of mobile batteries, and particularly relates to intelligent mobile batteries with a fixed storage device for preventing data lines from falling off.

Nowadays, mobile batteries are provided in many places, which is very convenient for charging mobile phones, and since these mobile batteries basically have data lines, users can leave them as they are on demand. A mobile battery is available.
However, if the data line prepared by the user is used, most of these mobile batteries cannot be supported because there is no corresponding connection port, and the data line attached to the mobile battery is attached to the mobile phone. It is inferior to the data line, which is disadvantageous for the protection of the mobile phone, and the data line attached to the mobile battery is basically limited in length, cannot be expanded and contracted, and uses the mobile phone at the same time as charging. It is inconvenient to do, and the data line attached to some mobile batteries is long and needs to be stored manually after use, which requires a lot of work.

Publication No. 105244977 of Chinese Patent Application

The purpose is to provide an intelligent mobile battery with a fixed storage device that prevents the data line from falling off, and to solve problems such as short data lines and inconvenience in storage.

The present invention is realized by the following technical solutions.

The intelligent mobile battery with a fixed storage device for preventing data lines described in the present application includes a mobile battery, a data line is installed in the mobile battery, and the data line is extended in the mobile battery. A telescopic mechanism capable of controlling the length is installed, a buffer mechanism is installed on the right side of the telescopic mechanism, and the buffer mechanism can reduce the recovery speed of the data line when the data line is automatically collected. A connecting space that opens to the right is installed in the mobile battery.
A cleaning mechanism is installed in the connected space, and the cleaning mechanism includes a connecting plate fixed to the lower end wall of the connected space, and a power supply line is fixed to the left end surface of the connecting plate. A charging chip is fixed to the right end surface, a moving space that opens downward is installed in the upper end wall of the connected space, and a moving block and a moving spring are installed in the moving space. Is repositioned of the moving block, a moving plate and a telescopic spring are installed in the moving space, the moving plate can slide in the moving space, and the telescopic spring repositions the moving plate. A thrust plate whose lower end is located in the connected space is fixed to the lower end of the moving block, and a plastic bristle brush whose lower end is in contact with the charging chip is further fixed to the lower end surface of the moving block. A horizontal moving space is installed in the upper end wall of the moving space, a horizontal moving block and a horizontal moving spring are installed in the horizontal moving space, and the horizontal moving spring is repositioned from the horizontal moving block. A rope whose left end is further connected to the moving plate is fixed to the left end of the horizontal moving block, and a horizontal moving rod whose right end is located outside is fixed to the right end surface of the horizontal moving block. Two spring grooves communicating with the horizontally moving space are formed in the front and rear end walls, a trapezoidal rod and a repositioning spring are installed in the spring grooves, and one end of the trapezoidal rod is in the horizontally moving space. The repositioning spring is located inside, and the trapezoidal rod is repositioned, and two sliding grooves communicating with the horizontal moving space are further formed in the front and rear end walls of the horizontal moving space. A sliding rod whose one end is connected to the horizontal moving rod is installed inside.
Rotational mechanisms are installed in the front and rear end walls of the moving space, and after the data lines brought by the user are inserted into the connected space, the cleaning mechanism is driven to clean the charging chip. However, the power is transmitted to the rotating mechanism, and the data line brought by the user is fixed to the rotating mechanism to ensure the stability of the connection portion.

Preferably, the expansion / contraction mechanism includes an expansion / contraction space, a thrust space is installed in each of the front / rear end walls of the expansion / contraction space, and a spring communicating with the expansion / contraction space is further contained in the front / rear end wall of the expansion / contraction space. A space is installed, and position limiting rods whose front and rear ends are both located in the spring space are installed in the telescopic space, and both front and rear ends of the position limiting rod communicate with the spring space. A trapezoidal block and a compression spring are installed in the spring hole, the compression spring is repositioned from the trapezoidal block, and the spring space and the thrust space are connected by eight connecting holes. It is connected, a compression plate is installed in the thrust space, eight urging blocks whose one end is located in the connection hole are fixed to one end surface of the compression plate, and the other side of the compression plate. A compression rod whose one end is located outside is fixed to the end face, the right end of the data line is fixed to the right end wall of the telescopic space, and the left end of the data line passes through the left end of the position limiting rod and then expands and contracts. A connecting spring that penetrates the right end wall of the space and whose left end is connected to the position limiting rod is fixed to the right end wall of the spring space.

Preferably, the buffer mechanism includes a buffer space, two position limiting grooves that open upward are formed in the lower end wall of the buffer space, and the upper end is the upper end of the buffer space in the position limiting groove. A rotating shaft that comes into contact with the wall is installed, a rotating wheel is rotatably connected to the upper end of the rotating shaft, a position limiting spring is further installed in the position limiting groove, and the position limiting spring is the rotating shaft. Is repositioned, and an urging rod whose one end is further connected to the rotating shaft is fixed to one end surface of the compression plate, and a driven space that opens to the right is installed in the right end wall of the buffer space. A driven plate is installed in the driven space, a position limiting plate is fixed to the left end of the driven plate, and after the left end of the data line penetrates the right end wall of the expansion and contraction space, the buffer space is again used. A charging block is fixed at the left end of the data line, and a rotating groove is formed at the right end of the driven plate, which opens upward and the right end wall communicates with the outside. A driven shaft is rotatably connected between the front and rear end walls of the rotating groove, the end wall of the driven shaft and the rotating shaft is connected by a first torsion spring, and a suction plate is further fixed to the driven shaft. There is.

Preferably, the cleaning mechanism further comprises a connecting shaft, the connecting shaft is rotatably connected between the front and rear end walls of the connecting space, and the connecting shaft and the end wall of the connecting space are connected by a second torsion spring. A closing plate capable of closing the connecting space is further fixed to the connecting shaft.

Preferably, the rotating mechanism includes a rotating space, a rotating shaft is rotatably connected to the left end wall of the rotating space, and a rotating gear whose upper end meshes with the trapezoidal rod is fixed to the left end of the rotating shaft. A sliding space is installed in the upper end wall of the rotating space, and the sliding space communicates the sliding groove with the rotating space and opens to the right in the right end wall of the rotating space. A restricted space is installed, a sleeve whose right end is located in the restricted space is connected to the right end of the rotating shaft with a key, a lower end contacts the sleeve at the left end of the sleeve, and the upper end slides. A connecting rod that penetrates the space is installed, the connecting rod is connected to the sliding rod, a limiting rod is fixed to the right end of the sleeve, and an annular shape that opens to the right in the left end wall of the restricted space. A space is installed, an electromagnet is installed in the annular space, and a limiting spring whose right end is connected to the limiting rod is fixed to the right end surface of the electromagnet.

Preferably, the telescopic spring is more elastic than the horizontally moving spring.

Preferably, the magnetic force between the electromagnet and the limiting rod is greater than the frictional force between the connecting rod and the sleeve.

The present invention has the following positive effects: The present invention has a simple configuration and a simple operation method, regardless of whether the data line attached to the mobile battery or the data line attached to the mobile phone is used. , The stability of the connection can be ensured, and when the user uses the data line brought by the user, the present invention automatically cleans the charging chip of the mobile battery to ensure the stability of the connection, and further, the mobile. After using the data line attached to the battery, the data line can be collected automatically and slowly, eliminating the need for manual work, reducing the amount of work, and extending the data line with the telescopic design. It can be charged and does not cause inconvenience to use the mobile phone.

In order to explain the present invention in detail with reference to FIGS. 1 to 4 below and to explain the present invention in a convenient manner, the following directions are defined as follows: FIG. 1 is a front view of the apparatus of the present invention, and is described above and below. The left-right front-rear direction and the up-down, left-right front-back direction of the self-projection relationship in FIG.

FIG. 1 is a schematic configuration diagram of an embodiment of the present invention. FIG. 2 is an enlarged top view of a partial cross section of the expansion / contraction mechanism according to the embodiment of the present invention. FIG. 3 is an enlarged top view of the entire cross section of the horizontal moving space according to the embodiment of the present invention. FIG. 4 is an enlarged top view of a partial cross section of the rotation mechanism according to the embodiment of the present invention.

Together with FIGS. 1 to 4, the intelligent mobile battery with a fixed storage device for preventing falling off for the data line described in the present application includes the mobile battery 10, and the data line 14 is installed in the mobile battery 10, and the above. A telescopic mechanism 72 capable of controlling the stretching length of the data line 14 is installed in the mobile battery 10, a shock absorber 73 is installed on the right side of the telescopic mechanism 72, and the data line 14 is automatically used in the shock absorber 73. The recovery speed of the data line 14 is reduced, a connected space 35 opening to the right is installed in the mobile battery 10, and a cleaning mechanism 74 is installed in the connected space 35. The cleaning mechanism 74 includes a connecting plate 38 fixed to the lower end wall of the connecting space 35, and a power supply line 39 is fixed to the left end surface of the connecting plate 38 and is fixed to the right end surface of the connecting plate 38. The charging chip 37 is fixed, a moving space 30 that opens downward is installed in the upper end wall of the connected space 35, and a moving block 28 and a moving spring 29 are installed in the moving space 30. The moving spring 29 repositions the moving block 28, a moving plate 40 and a telescopic spring 41 are installed in the moving space 30, and the moving plate 40 can slide in the moving space 30. The telescopic spring 41 repositions the moving plate 40, a thrust plate 33 whose lower end is located in the connected space 35 is fixed to the lower end of the moving block 28, and further to the lower end surface of the moving block 28. A plastic bristle brush 36 whose lower end contacts the charging chip 37 is fixed, a horizontal moving space 55 is installed in the upper end wall of the moving space 30, and a horizontal moving block 54 is provided in the horizontal moving space 55. A horizontal moving spring 76 is installed, the horizontal moving spring 76 repositions the horizontal moving block 54, and a rope 42 whose left end is further connected to the moving plate 40 is fixed to the left end of the horizontal moving block 54. A horizontal moving rod 27 whose right end is located outside is fixed to the right end surface of the horizontal moving block 54, and two spring grooves communicating with the horizontal moving space 55 are contained in the front and rear end walls of the horizontal moving space 55. 56 is formed, a trapezoidal rod 58 and a repositioning spring 57 are installed in the spring groove 56, one end of the trapezoidal rod 58 is located in the horizontal moving space 55, and the repositioning spring 57 is the trapezoidal. The rod 58 is repositioned, and two sliding grooves 6 communicating with the horizontal moving space 55 are further contained in the front and rear end walls of the horizontal moving space 55. 0 is formed, a sliding rod 59 having one end connected to the horizontal moving rod 27 is installed in the sliding groove 60, and a rotating mechanism 75 is installed in the front and rear end walls of the moving space 30. Is installed,
After the data line brought by the user is inserted into the connected space 35, the cleaning mechanism 74 is driven to clean the charging chip 37, and power is transmitted to the rotating mechanism 75 to transmit the power to the rotating mechanism 75. The data line brought by the user is fixed to 75 to guarantee the stability of the connection part.

Preferably, the expansion / contraction mechanism 72 includes an expansion / contraction space 12, a thrust space 47 is installed in each of the front / rear end walls of the expansion / contraction space 12, and the expansion / contraction mechanism 72 is further contained in the front / rear end wall of the expansion / contraction space 12. A spring space 13 communicating with the space 12 is installed, and a position limiting rod 11 having both front and rear ends located in the spring space 13 is installed in the expansion and contraction space 12, and both front and rear ends of the position limiting rod 11 are installed. A spring hole 44 communicating with the spring space 13 is installed in each of the spring holes 44, a trapezoidal block 43 and a compression spring 45 are installed in the spring hole 44, and the compression spring 45 holds the trapezoidal block 43. The spring space 13 and the thrust space 47 are connected by eight connecting holes 49, a compression plate 46 is installed in the thrust space 47, and one end surface of the compression plate 46 has one end. Eight urging blocks 48 located in the connecting hole 49 are fixed, and a compression rod 50 having one end located outside is fixed to the other end surface of the compression plate 46, and the right end of the data line 14 is It is fixed to the right end wall of the expansion and contraction space 12, and the left end of the data line 14 passes through the right end wall of the expansion and contraction space 12 after passing through the left end of the position limiting rod 11, and reaches the right end wall of the spring space 13. A connecting spring 15 whose left end is connected to the position limiting rod 11 is fixed.

Preferably, the buffer mechanism 73 includes a buffer space 16, two position limiting grooves 53 that open upward are formed in the lower end wall of the buffer space 16, and an upper end is formed in the position limiting groove 53. A rotating shaft 17 that comes into contact with the upper end wall of the buffer space 16 is installed, a rotating wheel 18 is rotatably connected to the upper end of the rotating shaft 17, and a position limiting spring 52 is further contained in the position limiting groove 53. The position limiting spring 52 is installed, the rotating shaft 17 is repositioned, and an urging rod 51 having one end connected to the rotating shaft 17 is further fixed to one end surface of the compression plate 46, and the buffer space 16 is installed. A driven space 21 that opens to the right is installed in the right end wall of the above, a driven plate 23 is installed in the driven space 21, and a position limiting plate 19 is fixed to the left end of the driven plate 23. After the left end of the data line 14 penetrates the right end wall of the expansion and contraction space 12, it penetrates the buffer space 16 and the position limiting plate 19 again, and the charging block 20 is fixed to the left end of the data line 14. A rotating groove 24 is formed at the right end of the driven plate 23 and the right end wall communicates with the outside, and the driven shaft 25 is rotatably connected between the front and rear end walls of the rotating groove 24. The end walls of the driven shaft 25 and the rotating shaft 17 are connected by a first torsion spring 26, and a suction plate 22 is further fixed to the driven shaft 25.

Preferably, the cleaning mechanism 74 further includes a connecting shaft 31, the connecting shaft 31 is rotatably connected between the front and rear end walls of the connecting space 35, and the connecting shaft 31 and the end wall of the connecting space 35 are rotatably connected. It is connected by a second torsion spring 32, and a closing plate 34 capable of closing the connecting space 35 is further fixed to the connecting shaft 31.

Preferably, the rotation mechanism 75 includes a rotation space 61, a rotation shaft 62 is rotatably connected to the left end wall of the rotation space 61, and an upper end thereof meshes with the trapezoidal rod 58 at the left end of the rotation shaft 62. The rotary gear 77 is fixed, a sliding space 65 is installed in the upper end wall of the rotary space 61, and the sliding space 65 communicates the sliding groove 60 and the rotary space 61 to form the rotary space. A restricted space 69 that opens to the right is installed in the right end wall of 61, and a sleeve 68 whose right end is located in the restricted space 69 is connected to the right end of the rotating shaft 62 with a key. A connecting rod 64 whose lower end is in contact with the sleeve 68 and whose upper end penetrates the sliding space 65 is installed at the left end of the sleeve 68, and the connecting rod 64 is connected to the sliding rod 59 and is connected to the right end of the sleeve 68. A limiting rod 70 is fixed to the space 69, an annular space 71 opening to the right is installed in the left end wall of the limiting space 69, and an electric magnet 66 is installed in the annular space 71. A limiting spring 67 whose right end is connected to the limiting rod 70 is fixed to the right end surface.

Preferably, the telescopic spring 41 has a larger elasticity than the horizontal moving spring 76.

Preferably, the magnetic force between the electromagnet 66 and the limiting rod 70 is greater than the frictional force between the connecting rod 64 and the sleeve 68.

The operating procedure of the present invention is as follows.

1. The suction plate 22 is turned, and the suction plate 22 is pulled. The driven plate 23 and the position limiting plate 19 are separated from the driven space 21, and the right end of the charging block 20 is inserted into the charging port of the charging device. The upper end surface of the data line 14 is attracted to the lower end surface of the charging device, can be stably connected, and can be prevented from falling off. If the length of the data line 14 is not suitable for the user's demand, the data line 14 is moved to limit the position. The rod 11 is driven to move to the right, and the connecting spring 15 is compressed, and when the trapezoidal block 43 passes through the connecting hole 49, one end of the trapezoidal block 43 is pushed into the connecting hole 49 by the compression spring 45. Then, the urging block 48 moves to move the compression plate 46 and the compression rod 50, and the compression rod 50 has one end located outside and drives the urging rod 51 to move, and further moves the rotation shaft 17. Further, the rotating wheel 18 is separated from the data line 14, and since one end of the trapezoidal block 43 is located in the connecting hole 49, the position limiting rod 11 cannot be repositioned and the data line 14 has a certain length. Can stay outside.

2. When the user pulls out the charging block 20, the suction plate 22 is detached, and the user pushes the compression rod 50 to move the compression plate 46, and further springs the trapezoidal block 43 into the urging block 48. The urging rod 51 drives the turning shaft 17 because the position limiting rod 11 loses the restriction, the connecting spring 15 is repositioned and the position limiting rod 11 is repositioned, and the compression plate 46 is repositioned. Then, the rotating wheel 18 is brought into contact with the data line 14, and when the data line 14 is repositioned, the rotating wheel 18 limits the repositioning speed of the data line 14, and after the driven plate 23 is repositioned, the present invention is described. The reinstatement is completed.

3. When the user inserts the plug of the data line brought into the connecting space 35, the plug first pushes the thrust plate 33 to move it to the left, and then the moving block 28 and the plastic bristle brush 36 are driven. Moving to the left, the plastic bristle brush 36 first rubs the charging tip 37 to keep the end face of the charging tip 37 clean, after the plug is completely in the connecting space 35 and in complete contact with the charging tip 37. , The moving block 28 drives the moving plate 40 to move to the far right, loosens the rope 42, and the horizontal moving block 54 moves to the right, the horizontal moving rod 27 to move to the right, the horizontal moving rod 27. The horizontal moving rod 27 moves to the right to drive the sliding rod 59 to move to the right, and the connecting rod 64 is driven to move, and the sleeve 68 is further driven. When the limiting rod 70 is completely separated from the limiting space 69, the limiting spring 67 is pulled to the maximum, and the horizontal moving rod 27 is then moved to the right. Still moving to the right, the connecting rod 64 stopped driving the sleeve 68 to move, at which time the horizontal movement block 54 came into contact with the two trapezoidal rods 58, and the trapezoidal rod 58 moved and rotated. The gear 77 is driven and rotated, and the rotating shaft 62 and the sleeve 68 are driven and rotated, and the limiting rod 70 is driven and rotated, and one end of the limiting rod 70 is positioned on the right side of the plug. Prevent it from falling off.

4. When pulling out the plug, push the right end of the horizontal moving rod 27 to return the horizontal moving rod 27, and the horizontal moving block 54 moves to the left to return the trapezoidal rod 58 and rotate the rotary gear 77 in the opposite direction. The limiting rod 70 is rotated in the opposite direction, and the plug is no longer restricted. At this time, the moving spring 29 is repositioned to drive the moving block 28 to reposition, and the thrust plate 33 is repositioned to reposition the data line. The plug automatically disconnects from the connecting space 35, at this time the moving plate 40 is repositioned, the rope 42 is tightened again, and when the limiting rod 70 reversely rotates to the initial angle, the electromagnet 66 operates and the limiting rod The 70 and the sleeve 68 are driven to move to the left, the sleeve 68 is repositioned, the limiting rod 70 is returned to the restricted space 69, and the present invention completes the repositioning.

The above examples are merely for explaining the technical idea and features of the present invention, and are intended to allow engineers in the field to understand and implement the present invention, and are not intended to limit the present invention. However, any modifications, equivalent substitutions and improvements made under the significance and principles of the invention should be included in the scope of the invention.

Claims (7)

A data line is installed in the mobile battery including a mobile battery, a telescopic mechanism capable of controlling the extension length of the data line is installed in the mobile battery, and a shock absorber is provided on the right side of the telescopic mechanism. When installed, the buffer mechanism can reduce the collection speed of the data line when the data line is automatically collected, and a connected space opening to the right is installed in the mobile battery.
A cleaning mechanism is installed in the connected space, and the cleaning mechanism includes a connecting plate fixed to the lower end wall of the connected space, and a power supply line is fixed to the left end surface of the connecting plate. A charging chip is fixed to the right end surface, a moving space that opens downward is installed in the upper end wall of the connected space, and a moving block and a moving spring are installed in the moving space. Is repositioned of the moving block, a moving plate and a telescopic spring are installed in the moving space, the moving plate can slide in the moving space, and the telescopic spring repositions the moving plate. A thrust plate whose lower end is located in the connected space is fixed to the lower end of the moving block, and a plastic bristle brush whose lower end is in contact with the charging chip is further fixed to the lower end surface of the moving block. A horizontal moving space is installed in the upper end wall of the moving space, a horizontal moving block and a horizontal moving spring are installed in the horizontal moving space, and the horizontal moving spring is repositioned from the horizontal moving block. A rope whose left end is further connected to the moving plate is fixed to the left end of the horizontal moving block, and a horizontal moving rod whose right end is located outside is fixed to the right end surface of the horizontal moving block. Two spring grooves communicating with the horizontally moving space are formed in the front and rear end walls, a trapezoidal rod and a repositioning spring are installed in the spring grooves, and one end of the trapezoidal rod is in the horizontally moving space. The repositioning spring is located inside, and the trapezoidal rod is repositioned, and two sliding grooves communicating with the horizontal moving space are further formed in the front and rear end walls of the horizontal moving space. A sliding rod whose one end is connected to the horizontal moving rod is installed inside.
Rotational mechanisms are installed in the front and rear end walls of the moving space, and after the data lines brought by the user are inserted into the connected space, the cleaning mechanism is driven to clean the charging chip. An intelligent type with a drop-out prevention fixed storage device for the data line, which is characterized by transmitting power to the rotation mechanism, fixing the data line brought by the user to the rotation mechanism, and guaranteeing the stability of the connection part. mobile battery. The expansion and contraction mechanism includes an expansion and contraction space, a thrust space is installed in each of the front and rear end walls of the expansion and contraction space, and a spring space communicating with the expansion and contraction space is further installed in the front and rear end walls of the expansion and contraction space. In the expansion and contraction space, position limiting rods having both front and rear ends located in the spring space are installed, and spring holes communicating with the spring space are installed in the front and rear ends of the position limiting rod. Is installed, a trapezoidal block and a compression spring are installed in the spring hole, the compression spring is repositioned from the trapezoidal block, and the spring space and the thrusting space are connected by eight connecting holes. A compression plate is installed in the thrust space, eight urging blocks whose one end is located in the connecting hole are fixed to one end surface of the compression plate, and eight urging blocks whose one end is located in the connection hole are fixed to the other end surface of the compression plate. A compression rod whose one end is located outside is fixed, the right end of the data line is fixed to the right end wall of the expansion and contraction space, and the left end of the data line passes through the left end of the position limiting rod and then the right end of the expansion and contraction space. The data line with a drop-out prevention fixed storage device according to claim 1, wherein a connecting spring penetrating the wall and having a left end connected to the position limiting rod is fixed to the right end wall of the spring space. Intelligent mobile battery. The buffer mechanism includes a buffer space, two position limiting grooves that open upward are formed in the lower end wall of the buffer space, and the upper end of the position limiting groove is in contact with the upper end wall of the buffer space. A rotating shaft in contact is installed, a rotating wheel is rotatably connected to the upper end of the rotating shaft, a position limiting spring is further installed in the position limiting groove, and the position limiting spring repositions the rotating shaft. An urging rod whose one end is further connected to the rotating shaft is fixed to one end surface of the compression plate, and a driven space opening to the right is installed in the right end wall of the buffer space. A driven plate is installed in the space, a position limiting plate is fixed to the left end of the driven plate, and after the left end of the data line penetrates the right end wall of the expansion and contraction space, the buffer space and the position again. A charging block is fixed to the left end of the data line through the limiting plate, and a rotating groove is formed at the right end of the driven plate so as to open upward and the right end wall communicates with the outside. A driven shaft is rotatably connected between the front and rear end walls, the end walls of the driven shaft and the rotating shaft are connected by a first torsion spring, and a suction plate is further fixed to the driven shaft. An intelligent mobile battery with a fixed storage device for preventing falling off for the data line according to claim 1. The cleaning mechanism further includes a connecting shaft, the connecting shaft is rotatably connected between the front and rear end walls of the connecting space, and the connecting shaft and the end wall of the connecting space are connected by a second torsion spring. The intelligent mobile battery with a drop-out prevention fixed storage device for a data line according to claim 1, wherein a closing plate capable of closing the connected space is further fixed to the connecting shaft. The rotating mechanism includes a rotating space, and a rotating shaft is rotatably connected to the left end wall of the rotating space, and a rotating gear whose upper end meshes with the trapezoidal rod is fixed to the left end of the rotating shaft. A sliding space is installed in the upper end wall of the above, the sliding space communicates the sliding groove and the rotating space, and a restricted space opening to the right is provided in the right end wall of the rotating space. A sleeve whose right end is located in the restricted space is connected to the right end of the rotating shaft by a key, a lower end contacts the sleeve at the left end of the sleeve, and the upper end penetrates the sliding space. A connecting rod is installed, the connecting rod is connected to the sliding rod, a limiting rod is fixed to the right end of the sleeve, and an annular space opening to the right is installed in the left end wall of the restricted space. The data line according to claim 1, wherein an electric magnet is installed in the annular space, and a limiting spring whose right end is connected to the limiting rod is fixed to the right end surface of the electric magnet. Intelligent mobile battery with a fixed storage device to prevent it from falling off. The intelligent mobile battery with a fall-prevention fixed storage device for a data line according to claim 1, wherein the telescopic spring has a larger elasticity than the horizontally moving spring. The intelligent type with a fall-prevention fixed storage device for a data line according to claim 5, wherein the magnetic force between the electromagnet and the limiting rod is larger than the frictional force between the connecting rod and the sleeve. mobile battery.

Images