CN221292909U - Cloth curtain linkage type electric driving device for side window and triangular window - Google Patents

Abstract

The utility model relates to a cloth curtain linkage type electric driving device of a side window and a triangular window, which is connected with the side window sunshade curtain and the rear triangular window sunshade curtain of a motor vehicle, wherein the cloth curtain linkage type electric driving device comprises a driving mechanism, two longitudinal sliding rails, a pull wire type side window cloth curtain driving mechanism and a pull wire type angular window cloth curtain driving mechanism; meanwhile, the pull-wire type driving component can be driven to synchronously drive the angle window curtain to be unfolded and folded.

Description

Cloth curtain linkage type electric driving device for side window and triangular window

Technical Field

The present utility model relates to the technical field of sunshade curtains for side windows and rear triangular windows of motor vehicles.

Background

In the current motor vehicle body, the side window is designed into a side window which can be opened and closed in a lifting way and a triangular window which is positioned behind the side window and is in a fixed state in cooperation with the shape of the vehicle body, the larger side window and the smaller triangular window have different sizes, and the side window and the triangular window behind the side window are provided with proper sun-shading functions, namely, the side window sun-shading curtain is arranged at the side window, and the triangular window behind the side window is provided with the triangular window sun-shading curtain.

The structure of the existing electric side window sunshade curtain comprises a curtain scroll group, side window curtains connected with the curtain scroll group, a support rod connected with movable side plates of the side window curtains, and an electric driving mechanism capable of driving the support rod to lift.

As for the constitution of the existing electric window shade, it includes sideslip guide assembly, window shade roller set, connect window shade roller set's window shade and act as go-between drive assembly, sideslip guide assembly includes horizontal slide rail and rocking arm, the below of triangular window is installed to horizontal slide rail, window shade roller set vertically sets up the front side of locating horizontal slide rail, the movable strake of window shade is connected to the rocking arm upper end, the slider that is located horizontal slide rail is connected to the lower extreme of rocking arm, act as go-between drive assembly is with its connection slider that acts as go-between, be used for driving the slider to remove along horizontal slide rail, and through the movable strake of the rocking arm operation window shade on locating the slider, combine window shade can be rolled up in by window shade roller set is automatic, make the rocking arm can be operated horizontal movement and drive window shade from window shade roller set to the back expansion.

The side window sunshade curtain and the rear corner window sunshade curtain can be respectively arranged at the side window and the rear corner window of the motor vehicle to provide sunshade function, and the integral constituent mechanisms of the existing side window sunshade curtain and the corner window sunshade curtain are independent from each other and cannot be interlocked with each other, so that the side window sunshade curtain and the corner window sunshade curtain must be operated individually. Based on the side window sunshade curtain and the corner window sunshade curtain, the side window sunshade curtain and the corner window sunshade curtain are driven by independent driving mechanisms, namely the problem of high cost exists.

Disclosure of utility model

The technical problems to be solved by the utility model are as follows: the utility model provides a cloth curtain interlock formula electric drive device of side window and triangular window, solves the technical problem that present motor vehicle's side window sunshade screen and its rear angular window sunshade screen must each operate the cloth curtain and expand and receive, unable interlock.

The technical proposal provided by the utility model is as follows: the utility model provides a side window and triangular window's cloth curtain interlock formula electric drive device, it can connect to a side window sunshade screen of a motor vehicle and triangular window sunshade screen of rear, this side window sunshade screen includes a side window cloth curtain and can roll up this side window cloth curtain's a side window cloth curtain roll-up axle nest of tubes automatically, this side window cloth curtain roll-up axle nest of tubes is horizontal setting, and this side window cloth curtain can be upwards expanded and downwards folded, this triangular window sunshade screen includes a corner window cloth curtain and can roll up this corner window cloth curtain's a corner window cloth curtain roll-up axle nest of tubes automatically; the cloth curtain linkage type electric driving device comprises:

The driving mechanism comprises a transmission shaft and a motor driving unit capable of driving the transmission shaft, the motor driving unit comprises a motor, a transmission assembly and a protective shell, the transmission assembly is connected between the motor and the transmission shaft, and the protective shell is arranged between the motor and the transmission shaft and sleeved on the outer side of the transmission assembly;

The two longitudinal sliding rails are oppositely arranged at two opposite sides of the side window sunshade curtain, and the side window cloth curtain rolling shaft pipe group is transversely arranged between the lower ends of the two longitudinal sliding rails;

the two pull-wire type transmission components are respectively arranged on the two longitudinal sliding rails and are respectively connected with the transmission shafts at the two ends of a movable side plate of the side window curtain, so that the driving mechanism can drive the side window curtain to be unfolded and folded between the two longitudinal sliding rails through the two pull-wire type transmission components; and

A pull-wire type driving mechanism for the curtain of angle window is composed of a pull-wire type driving unit, which is connected between said drive axle and a movable edge plate of curtain of angle window curtain for synchronously driving said curtain to be unfolded and folded.

In the cloth curtain linkage type electric driving device of the side window and the triangular window, the cloth curtain rolling shaft tube set of the angular window sunshade curtain is arranged on the side edge of the longitudinal sliding rail at the back and is provided with the angular window cloth curtain driving component, the angular window cloth curtain driving component comprises a transverse sliding rail and a rocker arm, the transverse sliding rail is transversely arranged and is adjacent to the bottom end of the cloth curtain rolling shaft tube set of the angular window, the upper end of the rocker arm is pivoted with a cloth curtain movable side plate of the angular window cloth curtain, and the lower end of the rocker arm is provided with a sliding block capable of moving along the transverse sliding rail; the upper ends of the two longitudinal sliding rails are respectively provided with a sliding rail top seat, the rear longitudinal sliding rail can be connected with the upper end of the angle window curtain rolling shaft tube group through the sliding rail top seat at the upper end of the rear longitudinal sliding rail, the rear lower end of the longitudinal sliding rail is also provided with a sliding rail end seat, and the transmission shaft passes through the inside of the side window curtain rolling shaft tube group and is pivoted in the sliding rail end seat at the lower end of the longitudinal sliding rail; the stay wire type driving component of the stay wire type corner window curtain driving mechanism is connected with the sliding block and is used for driving the corner window curtain to transversely spread and fold.

In the cloth curtain linkage type electric driving device of the side window and the triangular window, each sliding rail top seat is provided with a pulley; each pull-wire type side window curtain driving mechanism comprises a side window winding wheel, a moving part and a side window pulling wire, wherein the side window winding wheel is arranged on the transmission shaft, the moving part is arranged on the longitudinal sliding rail and is connected with one end of a movable side plate of the curtain, the moving part can move along the longitudinal sliding rail and drive the movable side plate of the curtain to move up and down, one end of the side window pulling wire is connected with the side window winding wheel and can be wound and released by the side window winding wheel, the side window pulling wire extends upwards from the side window winding wheel and turns downwards after bypassing a pulley at the top end of the longitudinal sliding rail, and the other end of the side window pulling wire is connected with the moving part; the pull-wire type corner window curtain driving mechanism comprises a pull-wire type driving component, wherein the pull-wire type driving component comprises a corner window winding wheel and a corner window pull wire, the corner window winding wheel is arranged on the transmission shaft, the corner window pull wire is wound on the corner window winding wheel, and two ends of the corner window pull wire extend into and are connected with the sliding blocks at the bottom ends of the rocker arms through two ends of the transverse sliding rail respectively.

In the cloth curtain linkage type electric driving device of the side window and the triangular window, the angular window cloth curtain winding shaft group is provided with an angular window cloth curtain winding shaft, and the bottom end of the angular window cloth curtain winding shaft is provided with an auxiliary winding wheel; each sliding rail top seat is provided with a pulley; each pull-wire type side window curtain driving mechanism comprises a side window winding wheel, a moving part and a side window pulling wire, wherein the side window winding wheel is arranged on the transmission shaft, the moving part is arranged on the longitudinal sliding rail and is connected with one end of a movable side plate of the curtain, the moving part can move along the longitudinal sliding rail and drive the movable side plate of the curtain to move up and down, one end of the side window pulling wire is connected with the side window winding wheel and can be wound and released by the side window winding wheel, the side window pulling wire extends upwards from the side window winding wheel and turns downwards after bypassing a pulley at the top end of the longitudinal sliding rail, and the other end of the side window pulling wire is connected with the moving part; the pull-wire type corner window curtain driving mechanism comprises a pull-wire type driving component, the pull-wire type driving component comprises a corner window winding wheel and a corner window pull wire, the corner window winding wheel is arranged on the transmission shaft, the corner window pull wire is wound on the corner window winding wheel, one end of the corner window pull wire extends into and is connected with a sliding block at the bottom end of the rocker arm through the rear end of the transverse sliding rail, the other end of the corner window pull wire is connected and wound on the auxiliary winding wheel, and a corner window curtain winding shaft in the corner window curtain winding shaft group can be driven to wind the corner window curtain.

In the cloth curtain linkage type electric driving device for the side window and the triangular window, the driving mechanism further comprises a shaft tube rotating assembly, wherein the shaft tube rotating assembly is arranged between one end of the cloth curtain rolling shaft tube group of the side window and the transmission shaft, and when the electric driving assembly drives the transmission shaft to rotate in the forward direction and the reverse direction, the side window cloth curtain rolling shaft tube group is driven to rotate and move transversely.

In the curtain linkage type electric driving device for the side window and the triangular window, the shaft tube rotating assembly comprises a driven rotating member, a rotating guide seat and a linkage member, wherein the driven rotating member is arranged at one end part of the side window curtain rolling shaft tube group and sleeved outside the transmission shaft in a linkage mode, the driven rotating member is provided with a spiral part, the rotating guide seat is arranged outside the driven rotating member and is provided with a spiral guide groove, the spiral part of the driven rotating member is spirally arranged in the spiral guide groove of the rotating guide seat, the linkage member is assembled on the transmission shaft, a shaft hole is formed in the driven rotating member, the shaft hole is a non-circular hole, the shape of the linkage member is matched with that of the shaft hole, and the driven rotating member is sleeved outside the linkage member and can axially move.

In the cloth curtain linkage type electric driving device of the side window and the triangular window, the angular window cloth curtain rolling shaft tube set of the angular window sunshade curtain is transversely arranged and coaxially opposite to the angular window cloth curtain rolling shaft tube set, the upper ends of the two longitudinal sliding rails are respectively provided with a sliding rail top seat, the rear longitudinal sliding rail can be connected with the upper end of the angular window cloth curtain rolling shaft tube set by the sliding rail top seat at the upper end of the rear longitudinal sliding rail, the lower end of the longitudinal sliding rail is respectively provided with a sliding rail end seat, the transmission shaft passes through the inside of the angular window cloth curtain rolling shaft tube set and the inside of the angular window cloth curtain rolling shaft tube set, and the transmission shaft is pivoted in the sliding rail end seats at the lower end of the longitudinal sliding rail; the pull-wire type driving component of the pull-wire type corner window curtain driving mechanism can drive the corner window curtain to be unfolded upwards and folded downwards.

In the cloth curtain linkage type electric driving device of the side window and the triangular window, the sliding rail top seat positioned in front is provided with a pulley, and the sliding rail top seat positioned behind is provided with two pulleys which are arranged in a front-back interval manner; each pull-wire type side window curtain driving mechanism comprises a side window winding wheel, a moving piece and a side window pulling wire, wherein the side window winding wheel is arranged on the transmission shaft, the moving piece is arranged on the longitudinal sliding rail and is connected with one end of a movable side plate of the curtain, the moving piece can move along the longitudinal sliding rail and drive the movable side plate of the curtain to move up and down, one end of the side window pulling wire is connected with the side window winding wheel and can be wound and released by the side window winding wheel, and the side window pulling wire extends upwards from the side window winding wheel and turns downwards after bypassing the top end of the longitudinal sliding rail, and the other end of the side window pulling wire is connected with the moving piece; the pull-wire type window curtain driving assembly of the pull-wire type window curtain driving mechanism comprises a window winding wheel, a sliding piece and a window winding wire, wherein the window winding wheel is arranged on the transmission shaft, the sliding piece is arranged on the rear longitudinal sliding rail and is connected with one end of the curtain movable side plate, the sliding piece can move along the rear longitudinal sliding rail and drive the curtain movable side plate to move up and down, one end of the window winding wire is connected with the window winding wheel and can be wound and released by the window winding wheel, and the window winding wire upwards extends from the window winding wheel and turns downwards after bypassing the rear pulley at the top end of the longitudinal sliding rail, so that the other end of the window winding wire is connected with the sliding piece.

In the cloth curtain linkage type electric driving device for the side window and the triangular window, the side window winding wheel of the pull-wire type side window cloth curtain driving mechanism and the corner window winding wheel of the pull-wire type corner window cloth curtain driving mechanism are conical winding wheels, and the side window winding wheel and the corner window winding wheel are assembled on the transmission shaft with the small diameter end facing forward and the large diameter end facing backward.

The utility model can be applied to the side window sunshade curtain and the corner window sunshade curtain which are connected at the side window and the triangular window in the motor vehicle, and can at least achieve the following beneficial technical effects:

1. The driving mechanism of the side window curtain and the corner window curtain is simplified and integrated: the utility model can use a single group of driving mechanism to match with two longitudinal slide rails, a pull-wire type side window curtain driving mechanism and a pull-wire type corner window curtain driving mechanism, so as to drive the side window curtain and the corner window curtain to be unfolded and folded, thereby providing a simplified integrated curtain linkage type electric driving device for the side window curtain and the corner window curtain.

2. The unfolding and folding actions can be synchronously executed on the side window curtain and the corner window curtain: the utility model can use a single group of driving mechanism to match the integral combination of two longitudinal slide rails, a pull-wire type side window curtain driving mechanism and a pull-wire type corner window curtain driving mechanism to execute the unfolding and folding of the side window curtain and the corner window curtain, wherein, the pull-wire type side window curtain driving mechanism and the pull-wire type corner window curtain driving mechanism are synchronously driven by a transmission shaft driven by a motor driving unit in the driving mechanism, and the synchronous unfolding and folding speeds of the side window curtain and the corner window curtain can be adjusted by the diameter size setting of a side window winding wheel and a corner window winding wheel which are arranged on the transmission shaft according to the unfolding and folding travel distance of the side window curtain and the unfolding and folding travel distance of the corner window curtain.

3. The side window curtain with larger area can be stably unfolded and positioned: the utility model relates to a cloth curtain linkage type electric driving device for a side window and a triangular window, which utilizes two longitudinal sliding rails to match a pull wire type side window cloth curtain driving mechanism, so that the side window cloth curtain is unfolded and folded between the two longitudinal sliding rails, after the side window cloth curtain is unfolded, the lower end of the side window cloth curtain is connected with a side window cloth curtain rolling shaft group, and the upper end of the side window cloth curtain is respectively connected with moving parts in the two longitudinal sliding rails through two ends of a movable side plate of the side window curtain positioned on the upper side, so that the side window cloth curtain with a larger area is unfolded and positioned stably.

Drawings

Fig. 1 is a perspective view showing an embodiment of a cloth curtain linkage type electric driving device of the present utility model connected between a side window sunshade curtain and a corner window sunshade curtain in a state where the side window cloth curtain and the corner window cloth curtain are unfolded.

Fig. 2 is an enlarged partial perspective view of an embodiment of the cloth curtain coupled motorized drive arrangement shown in fig. 1 coupled between a side window shade and a corner window shade.

Fig. 3 is a schematic perspective view of an embodiment of a motorized drive apparatus of the type shown in fig. 2 coupled between a side window shade and a quarter window shade with portions of the elements removed.

Fig. 4 is a perspective view of the shaft tube rotation assembly of the embodiment of the motorized drive assembly of fig. 1 coupled between a side window shade and a corner window shade, assembled between the side window shade roll-up shaft tube set and the drive shaft.

Fig. 5 is a partially exploded perspective view of fig. 4.

Fig. 6 is a partial perspective view of a side window shade assembled by longitudinal slide rails in the embodiment of the cloth curtain linkage type electric driving device shown in fig. 1.

Fig. 7 is a partially exploded perspective view of fig. 6.

Fig. 8 is a schematic perspective view of another embodiment of the auxiliary reel added to the electric driving device of the present utility model.

Fig. 9 is a schematic perspective view of the embodiment of fig. 8 with portions of the elements removed.

Fig. 10 is a schematic plan view of the embodiment of the electrically driven device of the interlocking type for connecting the side window shades to the corner window shades shown in fig. 1 in a retracted state.

Fig. 11 is a schematic plan view showing a side window shade and a corner window shade in an unfolded state by connecting a side window shade of a longitudinal unfolding and folding type and a corner window shade of a longitudinal unfolding and folding type according to another embodiment of the electric driving device for a cloth curtain linkage of the present utility model.

Fig. 12 is a schematic plan view of the embodiment of the electrically driven device of the curtain linkage type connected between the side window shades and the corner window shades of the side window shades shown in fig. 11 in a retracted state.

The reference numerals simply describe:

1 side window sunshade curtain

10 Side window curtain

101 Cloth curtain movable side plate

11 Side window cloth curtain winding shaft tube set

2, Corner window sunshade curtain

20 Corner window curtain

201 Movable side board of cloth curtain

21 Corner window cloth curtain winding shaft tube set

211 Corner window curtain reel

212 Auxiliary reel

22 Corner window curtain driving assembly

221 Transverse slide rail

222 Rocker arm

223 Slider block

3A cloth curtain linkage type electric driving device

3B cloth curtain linkage type electric driving device

30 Drive mechanism

31 Drive shaft

32 Motor drive unit

321 Motor

322 Drive assembly

3221 Worm gear

3222 Worm

323 Protective case

33 Shaft tube rotation assembly

331 Driven rotary member

3310 Spiral part

332 Rotary guide seat

3320 Spiral guide slot

333 Linkage member

40 Longitudinal slide rail

41 Sliding rail top seat

410 Active space

411 Side wall of top base

412 Oblique guide groove

42 Pulley wheel

421 Wheel axle

43 Slide rail end seat

50 Pull-wire type side window curtain driving mechanism

500 Pull-wire type transmission assembly

51 Side window reel

52 Moving member

53 Side window stay wire

60-Stay wire type corner window curtain driving mechanism

600 Stay wire type driving assembly

61 Corner window reel

62 Corner window stay wire

63 Tension regulator

64 Sliding part

Detailed Description

The technical scheme adopted by the utility model to achieve the preset aim is further described below by combining the drawings and the embodiment of the utility model.

As shown in fig. 1 and 11, the present utility model relates to two embodiments of a cloth curtain linkage type electric driving device 3A and 3B for a side window and a triangular window, as can be seen from the drawings, the cloth curtain linkage type electric driving device 3A and 3B is installed in a vehicle body of a traffic vehicle, a side door of the vehicle body is provided with the side window and the triangular window located behind the side window, a longitudinal rod is arranged between the side window and the triangular window, a side window sunshade curtain 1 is arranged at the side window, a triangular window sunshade curtain 2 is arranged at the triangular window, basically, the side window sunshade curtain 1 is a sunshade curtain of a longitudinal unfolding and folding type, and the triangular window sunshade curtain 2 can be a sunshade curtain of a transverse unfolding and folding type (as shown in fig. 1) or a sunshade curtain of a longitudinal unfolding and folding type (as shown in fig. 11). The cloth curtain linkage type electric driving devices 3A and 3B of the side window and the triangular window can drive the side sunshade curtain and the angular window sunshade curtain 2 to be synchronously unfolded and folded, wherein:

As shown in fig. 1, an embodiment of a side window shade 1 of a side window and a triangular window shade linkage type electric driving device 3A of the utility model is matched with a side window shade 1 of a longitudinal unfolding and folding type and a side window shade 2 of a transverse unfolding and folding type, the side window shade 1 of the longitudinal unfolding and folding type comprises a side window shade roll-up shaft pipe group 11 and a side window shade 10, the side window shade roll-up shaft pipe group 11 is transversely arranged below a side window, the side window shade 10 is connected with the side window shade roll-up shaft pipe group 11, the side window shade roll-up shaft pipe group 11 can automatically roll up the side window shade 10, the side window shade 10 is provided with a shade movable side plate 101, and the side window shade 10 can be unfolded and folded by operating the lifting of the side window shade movable side plate 101.

As shown in fig. 1 to 3, the window shade 2 is a horizontally-extending and folding type shade, and comprises a window shade 20, a window shade roll-up shaft group 21 and a window shade driving assembly 22, wherein the window shade roll-up shaft group 21 is longitudinally assembled at a vertical rod between a side window and a triangular window, the window shade roll-up shaft group 21 can automatically roll up the window shade 20, the window shade 20 is provided with a shade movable side plate 201, the window shade driving assembly 22 comprises a horizontal sliding rail 221 and a rocker arm 222, the horizontal sliding rail 221 is arranged below the triangular window, the upper end of the rocker arm 222 is pivoted with the shade movable side plate 201 of the window shade 20, the lower end of the rocker arm 222 is provided with a sliding block 223 capable of moving in the horizontal sliding rail 221, and the window shade 20 is driven to be unfolded and folded by operating the rocker arm 222 to move horizontally along the horizontal sliding rail 221 and combining the window shade roll-up shaft group 21.

As shown in the embodiment of fig. 1 to 3, the cloth curtain linkage type electric driving device 3A of the present utility model can be used for assembling a side window sunshade curtain 1 which can be longitudinally unfolded and folded and a side window sunshade curtain 2 which can be transversely unfolded and folded, and can be used for driving a side window cloth curtain 10 and a side window cloth curtain 20 to be synchronously unfolded and folded. The curtain linkage type electric driving device 3A comprises a driving mechanism 30, two longitudinal sliding rails 40, a stay wire type side window curtain driving mechanism 50 and a stay wire type corner window curtain driving mechanism 60.

As shown in fig. 1 to 3, the driving mechanism 30 includes a transmission shaft 31 and a motor-driving unit 32. The transmission shaft 31 passes through the side curtain roller tube group 11 laterally, and in this embodiment, the height position of the lateral sliding rail 221 is higher than the height position of the side curtain roller tube group 11, and the transmission shaft 31 extends below the lateral sliding rail 221. The motor-driven unit 32 is connected to the transmission shaft 31, and can drive the transmission shaft 31 to rotate in forward and reverse directions. The motor-driven unit 32 includes a motor 321 and a transmission assembly 322, and the transmission assembly 322 is connected between the motor 321 and the transmission shaft 31. In this embodiment, the driving mechanism 30 further includes a protective casing 323, which is disposed between the motor 321 and the transmission shaft 31 and is sleeved outside the transmission assembly 322.

The transmission assembly 322 may be a combination of a worm wheel 3221 and a worm 3222 or a gear train transmission assembly 322 such as a gear set, in this embodiment, the transmission assembly 322 is a combination of the worm wheel 3221 and the worm 3222, and is connected to a rotor of the motor 321 by the worm 3222, and the worm wheel 2221 is mounted on the transmission shaft 31 and meshed with the worm 3222, so that the motor 321 can drive the transmission shaft 31 to rotate through the transmission assembly 322 combined by the worm 3222 and the worm wheel 3221 in a decelerating manner.

As shown in fig. 1, 4 and 5, the driving mechanism 30 further includes a shaft tube rotating assembly 33, and the shaft tube rotating assembly 33 is disposed between one end of the side window shade rolling shaft tube group 11 and the driving shaft 31, and when the driving shaft 31 is driven by the motor driving unit 32 to rotate in forward and reverse directions, the side window shade rolling shaft tube group 11 is driven to rotate and generate lateral displacement, so that the unfolded side window shade 10 can move to match the shape of the side window.

As shown in fig. 1, 4 and 5, in the present embodiment, the shaft tube rotating assembly 33 includes a driven rotating member 331, a rotating guide base 332 and a linkage member 333, the driven rotating member 331 is disposed at one end of the side window shade roller tube group 11 and is sleeved outside the transmission shaft 31 to be linked, the driven rotating member 331 has a spiral portion 3310, the rotating guide base 332 is disposed outside the driven rotating member 331 and has a spiral guide groove 3320, the driven rotating member 331 is disposed in the spiral guide groove 3320 of the rotating guide base 332 by the spiral portion 3310 in a screwed manner, and the linkage member 333 is fixedly connected to the transmission shaft 31. In this embodiment, the driven rotary member 331 has a shaft hole, the shaft hole is a non-circular hole with a polygonal end view, the outer peripheral surface of the linkage member 333 is matched with the shape of the shaft hole, the driven rotary member 331 is sleeved on the outer side of the linkage member 333 and can move along the axial direction, when the motor driving unit 32 drives the transmission shaft 31 to rotate forward and backward, the driven rotary member 331 can drive the side window curtain 10 to roll up the shaft tube to rotate forward and backward together under the guiding action of the shaft tube rotating assembly 33, and the driven rotary member 331 is screwed in the spiral guide groove 3320 of the rotating guide seat 332 by the spiral part 3310, so that the side window curtain 10 connected with the side window curtain rolling shaft tube group 11 can rotate and move along the axial direction (move forward and backward) of the transmission shaft 31, the unfolded side window curtain 10 can be matched with the side window shape with unequal widths up and down, and a better sun-shading effect is provided for the side window.

As shown in fig. 1, the two longitudinal rails 40 are respectively disposed on the front and rear sides of the side window, the side window curtain rolling shaft group 11 is located between the bottom ends of the two longitudinal rails 40, and the side window curtain 10 can be unfolded and folded between the two longitudinal rails 40.

In the embodiment of fig. 1, 6 and 7, a top seat 41 is disposed at the upper ends of the two longitudinal rails 40, and a pulley 42 is disposed on each top seat 41. The rear longitudinal sliding rail 40 can be assembled with the upper end of the corner window curtain rolling shaft tube group 21 of the corner window curtain 2 by the sliding rail top seat 41 at the upper end, the lower end of the rear longitudinal sliding rail 40 is also provided with a sliding rail end seat 43, and the transmission shaft 31 is pivoted in the sliding rail end seat 43 at the lower end of the longitudinal sliding rail 40. The lower end of the front longitudinal rail 40 is connected with the rotary guide base 332 of the shaft tube rotary assembly 33. The two longitudinal rails 40 may be assembled and positioned in the vehicle body by the rail top seat 41 being assembled above the side window of the vehicle body and the rail end seat 43 and the rotary guide seat 332 being assembled below the side window of the vehicle body, and the corner window shade roll-up shaft group 21 may be connected by the rail top seat 41 positioned at the upper end of the rear longitudinal rail 40.

As shown in fig. 1, 3, 6 and 7, the pull-wire type side window curtain driving mechanism 50 is assembled with the movable side plate 101 of the side window curtain 10, and can be driven by the driving mechanism 30 to drive the movable side plate 101 to move up and down, so as to drive the side window curtain 10 to be unfolded and folded. The pull-wire type side window curtain driving mechanism 50 comprises two pull-wire type transmission components 500, wherein the two pull-wire type transmission components 500 are respectively assembled on the transmission shaft 31 and are adjacent to the longitudinal sliding rail 40, and the two pull-wire type transmission components 500 are respectively connected with two ends of the curtain movable side plate 101 of the side window curtain 10.

As shown in fig. 1, 3, 6 and 7, each of the pull-wire transmission assemblies 500 includes a side window winding wheel 51, a moving member 52 and a side window pull wire 53, the side window winding wheel 51 is mounted on the transmission shaft 31, the moving member 52 is disposed on the longitudinal sliding rail 40 and is connected to one end of the movable side plate 101 of the curtain, the moving member 52 can move along the longitudinal sliding rail 40 and drive the movable side plate 101 of the curtain to move up and down, one end of the side window pull wire 53 is connected to the side window winding wheel 51 and can be wound and released by the side window winding wheel 51, the side window pull wire 53 extends upward from the side window winding wheel 51 and turns downward after bypassing the top end of the longitudinal sliding rail 40, and the other end of the side window pull wire 53 is connected to the moving member 52.

In this embodiment, the side window stay 53 bypasses the pulley 42 at the upper end of the longitudinal sliding rail 40, so that the side window stay 53 has good sliding smoothness in the process of pulling the movable side plate 101 of the curtain. When the upper end of the longitudinal sliding rail 40 is provided with the sliding rail top seat 41, the sliding rail top seat 41 has a movable space 410 and two top seat side walls 411 located at two opposite sides of the movable space 410, and an inclined guide groove 412 which is communicated with the movable space 410 and is inclined downward from top to bottom is disposed in the two top seat side walls 411, the pulley 42 has a wheel axle 421, two ends of the wheel axle 421 of the pulley 42 can be placed in the upper ends of the inclined guide groove 412 of the side walls respectively, and automatically slide to the lower ends of the inclined guide groove 412 by gravity, so that the pulley 42 can be rotatably disposed in the movable space 410, and convenience in assembling the pulley 42 at the upper end of the longitudinal sliding rail 40 is improved.

As shown in fig. 1 to 3, the pull-wire type window shade driving mechanism 60 is disposed between the transmission shaft 31 and the slider 223 at the bottom end of the rocker arm 222 of the window shade 2, the pull-wire type window shade driving mechanism 60 includes a pull-wire type driving assembly 600, the pull-wire type driving assembly 600 includes a window winding wheel 61 and a window winding wire 62, the window winding wheel 61 is disposed on the transmission shaft 31, the window winding wire 62 is wound on the window winding wheel 61, and two ends of the window winding wire 62 respectively extend into the slider 223 at the bottom end of the rocker arm 222 via two ends of the transverse sliding rail 221 of the window shade 2, so that the pull-wire type window shade driving mechanism 60 can drive the rocker arm 222 of the window shade 2 to move along the transverse sliding rail 221 via the window winding wire 62 to drive the window shade 20 to be unfolded and folded transversely.

The pull-wire type window shade driving mechanism 60 can also drive the rocker arm 222 of the window shade 2 to move along the transverse sliding rail 221 to drive the window shade 20 to be unfolded and folded transversely, as shown in fig. 8 and 9, a window shade roller 211 is arranged in the window shade roller group 21, an auxiliary winding wheel 212 is arranged at the bottom end of the window shade roller 211, one end of the window pull wire 62 extends into and is connected with the sliding block 223 at the bottom end of the rocker arm 222 through the rear end of the transverse sliding rail 221 after the window pull wire 62 is wound on the window shade roller 61, and the other end of the window pull wire 62 is connected with the auxiliary winding wheel 212 to wind the window shade roller 211 in the window shade roller group 21 and can drive the window shade roller 20 to be released and folded.

As shown in fig. 1 and 3, in order to adjust the speed of simultaneous unfolding and folding of the side window shade 10 and the corner window shade 20, the speed is set by the diameter size of both the side window winding wheel 51 and the corner window winding wheel 61 assembled on the transmission shaft 31 according to the travel distance of the side window shade 10 and the travel distance of the corner window shade 20.

In the embodiment shown in fig. 1 to 3 and 9, the pull-cord type window shade driving mechanism 60 further comprises a tension adjuster 63, the transmission shaft 31 is inserted into the tension adjuster 63, the window winding wheel 61 assembled on the transmission shaft 31 is installed inside the tension adjuster 63, and the window winding wire 62 passes through the tension adjuster 63 and bypasses the window winding wheel 61, and acts on the window winding wire 62 through the tension adjuster 63 to maintain the window winding wire 62 in a tension state with a predetermined tension.

The tension adjuster 63 is a conventional product, basically, the tension adjuster 63 is provided with at least one wire member and at least one elastic element for providing elasticity to the wire member in a housing, and the window wire 62 is kept in a tension state of a predetermined tension by the wire member being elastically pressed against the window wire 62 by extending into the tension adjuster 63 and bypassing the window wire reel 61 and the wire member.

As shown in fig. 1 and 11, regarding the use of the electrically driven device 3A for driving a side window shade 1 of the vertically-unfolded and folded type and the angle window shade 2 of the horizontally-unfolded and folded type, the side window pull wires 53 of the pull-wire type side window shade driving mechanism 50 and the angle window pull wires 62 of the pull-wire type angle window shade driving mechanism 60 are simultaneously driven by the driving mechanism 30 to synchronously unfold and fold the side window shades 10 and the angle window shades 20, respectively. Wherein:

As shown in fig. 1, 3 and 11, when the driving mechanism 30 drives the pull-wire type side window curtain driving mechanism 50, the motor driving unit 32 of the driving mechanism 30 drives the transmission shaft 31 to rotate in a forward direction, and the transmission shaft 31 drives the side window winding wheels 51 of the two pull-wire type transmission assemblies 500 of the pull-wire type side window curtain driving mechanism 50 to wind the side window pull wire 53, and then the moving member 52 connected via the side window pull wire 53 ascends along the longitudinal slide rail 40, and at the same time, the movable side plate 101 of the side window curtain 10 is pulled to ascend to spread the side window curtain 10; on the other hand, as shown in fig. 4 and 5, the driving shaft 31 also drives the driven rotator 331 of the shaft tube rotating unit 33 connected to the side window shade winding shaft tube group 11 to rotate, and the driven rotator 331 is screwed into the spiral guide groove 3320 of the rotating guide base 332 by the spiral portion 3310, and the driven rotator 331 can move axially outside the interlocking member 333 fixed to the driving shaft 31, so that the driven rotator 331 connected to the side window shade winding shaft tube group 11 rotates in the rotating guide base 332 and moves axially along the driving shaft 31, and the unfolded side window shade 10 can be matched with the side window shapes with unequal widths up and down.

As shown in fig. 1, 3 and 11, when the driving mechanism 30 drives the pull-cord type window shade driving mechanism 60, the motor driving unit 32 of the driving mechanism 30 drives the transmission shaft 31 to rotate forward, and the transmission shaft 31 simultaneously drives the window winding wheel 61 of the pull-cord type window shade driving mechanism 50 to wind up the window cord 62, so that the slider 223 at the bottom end of the rocker arm 222 of the window shade 2 is driven to move backward along the transverse sliding rail 221 via the window cord 62, and simultaneously drives the window shade 20 to unwind backward via the rocker arm 222. Or as shown in fig. 2, 3, 8 and 9, the window shade roller 211 in the window shade roller group 21 is driven by the window shade wire 62 to release the window shade 20. Wherein, in the process that the window stay 62 drives the slider 223 at the bottom end of the rocker arm 222 of the window shade 2 to move backwards along the transverse sliding rail 221, the tension acting on the window stay 62 is automatically adjusted by the tension adjuster 63, so that the window stay 62 can be smoothly driven to drive the window shade 20 to transversely spread.

As shown in fig. 10 and fig. 1 to 3, similarly, when the side window stay 53 of the stay wire type side window curtain driving mechanism 50 and the corner window stay wire 62 of the stay wire type corner window curtain driving mechanism 60 are driven by the driving mechanism 30 to synchronously retract the side window curtain 10 and the corner window curtain 20, the side window curtain winding wheel 51 of the stay wire type side window curtain driving mechanism 50 and the corner window winding wheel 61 of the stay wire type corner window curtain driving mechanism 60 are driven by the motor driving unit 32 of the driving mechanism 30 to reversely rotate by the driving mechanism 31 so as to release the side window stay wire 53 and the corner window stay wire 62, the side window curtain 10 is automatically retracted by the corner window curtain winding shaft group 11, or the corner window curtain 20 is automatically retracted by the corner window curtain winding shaft group 211 in the corner window curtain winding shaft group 21 through the corner window stay wire 62, so that the side window curtain 10 and the corner window curtain 20 are synchronously retracted.

As shown in fig. 11, another embodiment of a cloth curtain linkage type electric driving device 3B for side window and triangular window according to the present utility model is disclosed, which is matched with a side window sunshade curtain 1 of a longitudinal unfolding folding type and a corner window sunshade curtain 2 of a longitudinal unfolding folding type, and can drive a side window cloth curtain 10 and a corner window cloth curtain 20 to be unfolded and folded synchronously.

As shown in fig. 11, in the foregoing, the side window shade 1 of the longitudinally-extending and folding type includes a side window shade roll-up shaft tube group 11 and a side window shade 10, the side window shade roll-up shaft tube group 11 is laterally assembled below the side window, the side window shade 10 is connected to the side window shade roll-up shaft tube group 11, the side window shade roll-up shaft tube group 11 can automatically roll up the side window shade 10, the side window shade 10 has a shade movable side plate 101, and the side window shade 10 can be driven to be extended and folded by operating the shade movable side plate 101 to be lifted.

As shown in fig. 11, the vertically-unfolded and folded type window shade 2 includes a window shade roll-up shaft group 21 and a window shade 20, the window shade roll-up shaft group 21 is transversely assembled below the window, the window shade roll-up shaft group 21 is coaxially opposite to the side shade roll-up shaft group, the window shade 20 is connected to the side shade roll-up shaft group 11, the window shade roll-up shaft group 21 can automatically roll up the window shade 20, the window shade 20 has a shade movable side plate 201, and the window shade 20 can be unfolded and folded by operating the window shade movable side plate 201 to lift.

As shown in the embodiment of fig. 11, the curtain linkage type electric driving device 3B of the present utility model includes a driving mechanism 30, two longitudinal sliding rails 40, a pull-wire type side curtain driving mechanism 50 and a pull-wire type corner curtain driving mechanism 60. Wherein:

as shown in fig. 11, the drive mechanism 30 includes a drive shaft 31 and a motor drive unit 32. The transmission shaft 31 transversely passes through the side window curtain rolling shaft group 11 and the corner window curtain rolling shaft group 21 which are coaxially opposite, and the motor driving unit 32 is connected with the transmission shaft 31 and can drive the transmission shaft 31 to rotate in the forward and reverse directions. The motor-driven unit 32 includes a motor 321 and a transmission assembly 322, and the transmission assembly 322 is connected between the motor 321 and the transmission shaft 31. In this embodiment, the driving mechanism 30 further includes a protective casing 323, which is disposed between the motor 321 and the transmission shaft 31 and is sleeved outside the transmission assembly 322.

As shown in fig. 11, the transmission assembly 322 may be a combination of a worm wheel and a worm or a gear train transmission assembly 322 such as a gear set, and in this embodiment, the transmission assembly 322 is a gear set, so that the motor 321 can drive the transmission shaft 31 to rotate through the gear set in a decelerating manner.

As shown in fig. 11, the two longitudinal rails 40 are respectively disposed on the front and rear sides of the side window, wherein the rear longitudinal rail 40 is disposed at the longitudinal rod between the side window and the triangular window, the side window curtain rolling shaft group 11 is disposed between the bottom ends of the two longitudinal rails 40, the side window curtain 10 can be unfolded and folded between the two longitudinal rails 40, the angular window curtain rolling shaft group 21 is disposed behind the bottom ends of the rear longitudinal rail 40, and the angular window curtain 20 can be unfolded and folded behind the rear longitudinal rail 40.

As shown in fig. 11, in the present embodiment, a sliding rail top seat 41 is respectively disposed at the upper ends of the two longitudinal sliding rails 40, a pulley 42 is disposed on the sliding rail top seat 41 at the upper end of the front longitudinal sliding rail 40, and two pulleys 42 are disposed at the sliding rail top seat 41 at the upper end of the rear longitudinal sliding rail 40 and are arranged at intervals. The lower ends of the two longitudinal sliding rails 40 are respectively provided with a sliding rail end seat 43, and the transmission shaft 31 passes through the sliding rail end seats 43 at the lower ends of the two longitudinal sliding rails 40. Preferably, both ends of the transmission shaft 31 are respectively arranged in the vehicle body through a shaft seat group, so that the transmission shaft 31 is stably positioned.

As shown in fig. 11, the pull-wire type side window curtain driving mechanism 50 is assembled with the movable side plate 101 of the side window curtain 10, and can be driven by the driving mechanism 30 to drive the movable side plate 101 to move up and down, so as to further drive the side window curtain 10 to be unfolded and folded. The pull-wire type side window curtain driving mechanism 50 comprises two pull-wire type transmission components 500, wherein the two pull-wire type transmission components 500 are respectively assembled on the transmission shaft 31 and adjacent to the longitudinal sliding rail 40, and the two pull-wire type transmission components 500 are respectively connected with two ends of the curtain movable side plate 101 of the side window curtain 10.

As shown in fig. 11, each of the pull-wire transmission assemblies 500 includes a side window winding wheel 51, a moving member 52 and a side window winding wire 53, wherein the side window winding wheel 51 is mounted on the transmission shaft 31, the moving member 52 is disposed on the longitudinal sliding rail 40 and is connected to one end of the movable side plate 101 of the curtain, the moving member 52 can move along the longitudinal sliding rail 40 and drive the movable side plate 101 of the curtain to move up and down, one end of the side window winding wire 53 is connected to the side window winding wheel 51 and can be wound and released by the side window winding wheel 51, the side window winding wire 53 extends upward from the side window winding wheel 51 and turns downward after bypassing the top end of the longitudinal sliding rail 40, and the other end of the side window winding wire 53 is connected to the moving member 52. In this embodiment, the side window stay 53 bypasses the pulley 42 at the upper end of the longitudinal sliding rail 40, so that the side window stay 53 has good sliding smoothness in the process of pulling the movable side plate 101 of the curtain.

As shown in fig. 11, the pull-cord type corner window curtain driving mechanism 60 is connected to the curtain movable side plate 201 of the corner window curtain 20, and can be driven by the driving mechanism 30 to drive the curtain movable side plate 201 to move up and down, so as to drive the corner window curtain 20 to be unfolded and folded. The pull-cord type window curtain driving mechanism 60 comprises a pull-cord type driving assembly 600, wherein the pull-cord type driving assembly 600 is assembled on the transmission shaft 31 and is adjacent to the rear longitudinal sliding rail 40, and is connected with the curtain movable side plate 201 of the window curtain 20.

As shown in fig. 11, each of the pull-wire driving assemblies 600 includes a window winding wheel 61, a sliding member 64 and a window winding wire 62, wherein the window winding wheel 61 is mounted on the transmission shaft 31, the sliding member is disposed on the rear longitudinal rail 40 and is connected to one end of the curtain movable side plate 201, the sliding member 64 can move along the rear longitudinal rail 40 and drive the curtain movable side plate 201 to move up and down, one end of the window winding wire 62 is connected to the window winding wheel 61 and can be wound and released by the window winding wheel 61, and the window winding wire 62 extends upward from the window winding wheel 61 and turns downward around the rear end of the rear longitudinal rail 40, and the other end of the window winding wire 62 is connected to the sliding member 64. In this embodiment, the window stay 62 bypasses the pulley 42 at the upper end of the rear longitudinal rail 40, so that the window stay 62 has good sliding smoothness when pulling the movable side plate 201 of the window curtain 20.

As shown in fig. 11, preferably, the side window winding wheel 51 of the pull-wire side window curtain driving mechanism 50 and the corner window winding wheel 61 of the pull-wire corner window curtain driving mechanism 60 are conical winding wheels with unequal diameters at both ends, and a small diameter end and a large diameter end are respectively provided at both ends, the side window winding wheel 51 and the corner window winding wheel 61 are assembled on the transmission shaft 31 in a mode that the small diameter end faces forward and the large diameter end faces backward, and the side window winding wheel 51 and the corner window winding wheel 61 are respectively wound and driven by the side window winding wire 53 and the corner window winding wire 62, so that the conical side window winding wheel 51 and the conical corner window winding wheel 61 smoothly drive the side window curtain 10 and the corner window curtain 20 to be unfolded and folded through the side window winding wire 53 and the corner window winding wire 62.

As shown in fig. 11, in order to adjust the speed of the side window shade 10 and the corner window shade 20 to be unfolded and folded synchronously, the diameter and the size ratio of the side window winding wheel 51 and the corner window winding wheel 61 assembled on the transmission shaft 31 are set according to the travel distance of the side window shade 10 and the travel distance of the corner window shade 20.

As shown in fig. 11 and 12, regarding the use of the electrically driven device 3B for driving a side window shade 1 and a corner window shade 2 of the vertically expanding and folding type, which are combined with the vertically expanding and folding type, the side window pull wires 53 and 62 of the pull-wire type side window shade driving mechanism 50 and 60 are simultaneously driven by the driving mechanism 30 to synchronously expand and contract the side window shades 10 and 20, respectively. Wherein:

When the driving mechanism 30 drives the pull-wire type side window curtain driving mechanism 50, the motor driving unit 32 of the driving mechanism 30 drives the transmission shaft 31 to rotate forward, and the transmission shaft 31 drives the side window winding wheels 51 of the two pull-wire type transmission assemblies 500 of the pull-wire type side window curtain driving mechanism 50 to wind the side window pull wire 53, so that the moving member 52 connected through the side window pull wire 53 ascends along the longitudinal sliding rail 40, and meanwhile, the movable side plate 101 of the side window curtain 10 is pulled to ascend to enable the side window curtain 10 to be unfolded.

When the driving mechanism 30 drives the pull-wire type window curtain driving mechanism 60, the motor driving unit 32 of the driving mechanism 30 drives the transmission shaft 31 to rotate forward, and the transmission shaft 31 simultaneously drives the window winding wheel 61 of the pull-wire type window curtain driving mechanism 50 to wind the window curtain pull wire 62, so that the sliding piece connected through the window curtain pull wire 62 ascends along the longitudinal sliding rail 40, and meanwhile, the curtain movable side plate 201 of the window curtain 20 is pulled to ascend to enable the window curtain 20 to be unfolded.

Similarly, when the driving mechanism 30 is used to drive the side window stay wire 53 of the stay wire type side window curtain driving mechanism 50 and the corner window stay wire 62 of the stay wire type corner window curtain driving mechanism 60 to respectively drive the side window curtain 10 and the corner window curtain 20 to be folded synchronously, the motor driving unit 32 of the driving mechanism 30 is used to drive the reverse rotation of the transmission shaft 31, and then the side window winding wheel 51 of the stay wire type side window curtain driving mechanism 50 and the corner window winding wheel 61 of the stay wire type corner window curtain driving mechanism 60 are simultaneously driven to reversely rotate via the transmission shaft 31 so as to release the side window stay wire 53 and the corner window stay wire 62, the side window curtain 10 is automatically folded together with the side window curtain winding shaft group 11, and the corner window curtain 20 is automatically folded together with the corner window curtain winding shaft group 21.

The foregoing description is merely illustrative of the present utility model and is not intended to limit the utility model in any way, and although the utility model has been described in terms of embodiments, it is not intended to limit the utility model to the particular embodiments disclosed, but on the contrary, the intention is to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the utility model as defined by the appended claims.

Claims (8)

1. The utility model provides a side window and triangular window's cloth curtain interlock formula electric drive device, it can be connected to a side window sunshade screen of motor vehicle and the triangular window sunshade screen of rear thereof, this side window sunshade screen includes a side window cloth curtain and can roll up the side window cloth curtain of this side window cloth curtain automatically and roll up the axle nest of tubes, this side window cloth curtain roll up the axle nest of tubes and be horizontal setting, and this side window cloth curtain can be upwards expanded and downwards to roll up, this triangular window sunshade screen includes a corner window cloth curtain and can roll up the corner window cloth curtain roll up the axle nest of tubes of this angular window cloth curtain; the cloth curtain linkage type electric driving device is characterized by comprising:

The driving mechanism comprises a transmission shaft and a motor driving unit capable of driving the transmission shaft, the motor driving unit comprises a motor, a transmission assembly and a protective shell, the transmission assembly is connected between the motor and the transmission shaft, and the protective shell is arranged between the motor and the transmission shaft and sleeved on the outer side of the transmission assembly;

The two longitudinal sliding rails are oppositely arranged at two opposite sides of the side window sunshade curtain, and the side window cloth curtain rolling shaft pipe group is transversely arranged between the lower ends of the two longitudinal sliding rails;

The two pull-wire type transmission components are respectively arranged at two ends of a cloth curtain movable side plate of the side window cloth curtain in a combined mode, and are respectively connected with the transmission shaft, so that the driving mechanism can drive the side window cloth curtain to be unfolded and folded between the two longitudinal sliding rails through the two pull-wire type transmission components; and

A pull-wire type driving mechanism for the curtain of angle window is composed of a pull-wire type driving unit, which is connected between said drive axle and a movable edge plate of curtain of angle window curtain for synchronously driving said curtain to be unfolded and folded.

2. The side window and triangular window shade interlocking electric driving device according to claim 1, wherein: the angle window cloth curtain rolling shaft tube set of the angle window sunshade curtain is arranged on the side edge of the longitudinal sliding rail at the back and is provided with an angle window cloth curtain driving component, the angle window cloth curtain driving component comprises a transverse sliding rail and a rocker arm, the transverse sliding rail is transversely arranged and is adjacent to the bottom end of the angle window cloth curtain rolling shaft tube set, the upper end of the rocker arm is pivoted with a cloth curtain movable side plate of the angle window cloth curtain, and the lower end of the rocker arm is provided with a sliding block capable of moving along the transverse sliding rail;

The upper ends of the two longitudinal sliding rails are respectively provided with a sliding rail top seat, the rear longitudinal sliding rail can be connected with the upper end of the angle window curtain rolling shaft tube group through the sliding rail top seat at the upper end of the rear longitudinal sliding rail, the rear lower end of the longitudinal sliding rail is also provided with a sliding rail end seat, and the transmission shaft passes through the inside of the side window curtain rolling shaft tube group and is pivoted in the sliding rail end seat at the lower end of the longitudinal sliding rail; the stay wire type driving component of the stay wire type corner window curtain driving mechanism is connected with the sliding block and is used for driving the corner window curtain to transversely spread and fold.

3. The device according to claim 2, wherein each of the sliding rail top seats is provided with a pulley;

Each pull-wire type side window curtain driving mechanism comprises a side window winding wheel, a moving part and a side window pulling wire, wherein the side window winding wheel is arranged on the transmission shaft, the moving part is arranged on the longitudinal sliding rail and is connected with one end of a movable side plate of the curtain, the moving part can move along the longitudinal sliding rail and drive the movable side plate of the curtain to move up and down, one end of the side window pulling wire is connected with the side window winding wheel and can be wound and released by the side window winding wheel, the side window pulling wire extends upwards from the side window winding wheel and turns downwards after bypassing a pulley at the top end of the longitudinal sliding rail, and the other end of the side window pulling wire is connected with the moving part;

The pull-wire type corner window curtain driving mechanism comprises a pull-wire type driving component, wherein the pull-wire type driving component comprises a corner window winding wheel and a corner window pull wire, the corner window winding wheel is arranged on the transmission shaft, the corner window pull wire is wound on the corner window winding wheel, and two ends of the corner window pull wire extend into and are connected with the sliding blocks at the bottom ends of the rocker arms through two ends of the transverse sliding rail respectively.

4. The electric driving device for side window and triangular window according to claim 2, wherein the group of the angular window curtain winding shafts has an angular window curtain winding shaft, and the bottom end of the angular window curtain winding shaft has an auxiliary winding wheel;

each sliding rail top seat is provided with a pulley;

Each pull-wire type side window curtain driving mechanism comprises a side window winding wheel, a moving part and a side window pulling wire, wherein the side window winding wheel is arranged on the transmission shaft, the moving part is arranged on the longitudinal sliding rail and is connected with one end of a movable side plate of the curtain, the moving part can move along the longitudinal sliding rail and drive the movable side plate of the curtain to move up and down, one end of the side window pulling wire is connected with the side window winding wheel and can be wound and released by the side window winding wheel, the side window pulling wire extends upwards from the side window winding wheel and turns downwards after bypassing a pulley at the top end of the longitudinal sliding rail, and the other end of the side window pulling wire is connected with the moving part;

the pull-wire type corner window curtain driving mechanism comprises a pull-wire type driving component, the pull-wire type driving component comprises a corner window winding wheel and a corner window pull wire, the corner window winding wheel is arranged on the transmission shaft, the corner window pull wire is wound on the corner window winding wheel, one end of the corner window pull wire extends into and is connected with a sliding block at the bottom end of the rocker arm through the rear end of the transverse sliding rail, the other end of the corner window pull wire is connected and wound on the auxiliary winding wheel, and a corner window curtain winding shaft in the corner window curtain winding shaft group can be driven to wind the corner window curtain.

5. The device according to claim 3 or 4, wherein the driving mechanism further comprises a shaft tube rotating assembly, the shaft tube rotating assembly is disposed between one end of the side window cloth curtain winding shaft tube set and the transmission shaft, and when the motor driving assembly drives the transmission shaft to rotate forward and backward, the side window cloth curtain winding shaft tube set is driven to rotate and move laterally; wherein:

The shaft tube rotating assembly comprises a driven rotating member, a rotating guide seat and a linkage member, wherein the driven rotating member is arranged at one end part of the side window cloth curtain winding shaft tube group and sleeved outside the transmission shaft to be linked, the driven rotating member is provided with a spiral part, the rotating guide seat is arranged outside the driven rotating member and is provided with a spiral guide groove, the spiral part of the driven rotating member is spirally arranged in the spiral guide groove of the rotating guide seat, the linkage member is assembled on the transmission shaft, the driven rotating member is provided with a shaft hole, the shaft hole is a non-circular hole, the shape of the linkage member is matched with that of the shaft hole, and the driven rotating member is sleeved outside the linkage member and can axially move.

6. The cloth curtain linkage type electric driving device for the side window and the triangular window according to claim 1, wherein the angular window cloth curtain rolling shaft tube set of the angular window sunshade curtain is transversely arranged and coaxially opposite to the angular window cloth curtain rolling shaft tube set, the upper ends of the two longitudinal sliding rails are respectively provided with a sliding rail top seat, the sliding rail top seats at the upper ends of the rear longitudinal sliding rails can be used for connecting the upper ends of the angular window cloth curtain rolling shaft tube set, the lower ends of the longitudinal sliding rails are respectively provided with a sliding rail end seat, the transmission shaft passes through the inside of the angular window cloth curtain rolling shaft tube set and the inside of the angular window cloth curtain rolling shaft tube set, and the transmission shaft is pivoted in the sliding rail end seats at the lower ends of the longitudinal sliding rails; the pull-wire type driving component of the pull-wire type corner window curtain driving mechanism can drive the corner window curtain to be unfolded upwards and folded downwards.

7. The cloth curtain linkage type electric driving device for side windows and triangular windows according to claim 6, wherein the sliding rail top seat positioned in front is provided with a pulley, and the sliding rail top seat positioned behind is provided with two pulleys which are arranged at intervals in front-back;

Each pull-wire type side window curtain driving mechanism comprises a side window winding wheel, a moving piece and a side window pulling wire, wherein the side window winding wheel is arranged on the transmission shaft, the moving piece is arranged on the longitudinal sliding rail and is connected with one end of a movable side plate of the curtain, the moving piece can move along the longitudinal sliding rail and drive the movable side plate of the curtain to move up and down, one end of the side window pulling wire is connected with the side window winding wheel and can be wound and released by the side window winding wheel, and the side window pulling wire extends upwards from the side window winding wheel and turns downwards after bypassing the top end of the longitudinal sliding rail, and the other end of the side window pulling wire is connected with the moving piece;

The pull-wire type window curtain driving assembly of the pull-wire type window curtain driving mechanism comprises a window winding wheel, a sliding piece and a window winding wire, wherein the window winding wheel is arranged on the transmission shaft, the sliding piece is arranged on the rear longitudinal sliding rail and is connected with one end of the curtain movable side plate, the sliding piece can move along the rear longitudinal sliding rail and drive the curtain movable side plate to move up and down, one end of the window winding wire is connected with the window winding wheel and can be wound and released by the window winding wheel, and the window winding wire upwards extends from the window winding wheel and turns downwards after bypassing the rear pulley at the top end of the longitudinal sliding rail, so that the other end of the window winding wire is connected with the sliding piece.

8. The device according to claim 7, wherein the side window winding wheel of the pull-wire side window curtain driving mechanism and the corner window winding wheel of the pull-wire corner window curtain driving mechanism are conical winding wheels, and the side window winding wheel and the corner window winding wheel are assembled on the transmission shaft with small diameter ends facing forward and large diameter ends facing backward.