Two-wheel and three-wheel handlebar steering vehicle cab

Abstract

The invention discloses a cab of a two-wheel and three-wheel handlebar steering vehicle, the cab is installed on the two-wheel and three-wheel handlebar steering vehicle, the cab (figure 1) comprises a framework (figure 2), a simplified framework (figure 3, figure 4, figure 5, figure 6, figure 7, figure 8, figure 9, figure 10 and figure 11) and a surrounding coating clothes (16), the upper part is an arched window cover (18) located on an upper beam ring support (1), the upper beam ring support is provided with a turnover supporting point (15), and the turnover supporting point (15) is provided with a plurality of turnover supporting points (15). The angle height of the upper beam ring support and the angle height of the window cover are adjusted through a supporting rod (2) and a telescopic vertical rod (14), the supporting point supporting rod is provided with a turning limiting elastic buffering motor assisting function used for assisting in the adjusting process, a notch (5) for manufacturing a door is formed in the upper beam ring support (1), and surrounding wrapping clothes (16) are arranged below the window cover. The cab is provided with doors (19, 20 and 21) and leg and foot telescopic plates (21, 24 and 25), wing plates are arranged outside the plates and below a ground mat, and the leg and foot telescopic plates keep the leg and foot plates closed, opened and closed through wind power, gravity, elastic force and magnetic attraction force. Glove cuffs (17) and sleeves (22) for controlling the direction are arranged on the two sides of the cab. A cab (figure 1) is formed by the framework, the window cover, the surrounding covering clothes, the door, the direction handle sleeves, the leg and foot telescopic plates (21, 24 and 25) and the cab rear side support (4). The cab is adjustable in front, back, height and height, small in size, small in wind resistance, convenient to disassemble and assemble, capable of shielding sun, rain and wind and suitable for an old two-wheel and three-wheel handlebar steering vehicle additionally provided with a split type cab or a new delivery vehicle and the cab to be combined to form an integral structure cab.

Description

[0001] A cab is installed on a two-wheeled or three-wheeled handlebar vehicle. Figure 1 ), including the skeleton ( Figure 2 ), and the simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ), and a surrounding coating (16), the upper part of which is a window cover (18) is located on the upper beam ring bracket (1), the upper beam ring bracket has a flip support point (15), and the support rod (2) and the telescopic vertical rod (14) adjust the angle height of the upper beam ring bracket and the window cover, the support point support rod and the telescopic vertical rod (14) have a flip limit elastic buffer motor power assist function for assisting during adjustment, the upper beam ring bracket (1) has a notch (5) for door, and the window cover is surrounded by the coating (16). The cab has a door (19, 20, 21), a leg and foot telescopic plate (21, 24, 25), and a wing plate (25) on the outer side and the bottom of the plate. The plate is composed of a leg and foot plate with a function switch including wind force, gravity, elastic force and plate magnetic attraction, and the plate switch includes a power switch by manpower or an electrical automation. Glove cuffs (17) and sleeves (22) for controlling the direction are arranged on both sides of the cab, and the legs and feet telescopic plates (21, 24, 25) and the cab rear side bracket (4) form the cab ( Figure 1 The invention is suitable for installing a split cab on an old two-wheel or three-wheel hand-steering vehicle and for combining a new vehicle with the cab or frame structure of the invention to form an integral cab or cab frame.

[0002] Cab( Figure 1 ) is divided into three functional areas: upper, middle and lower. The upper part is the window area (18), the middle part is the surrounding covering area (16), and the lower part is the leg and foot telescopic plate area (21, 24). The materials used for the cab include soft materials, or hard materials, or a combination of soft and hard materials. The cab uses hard materials or a combination of soft and hard materials, and the hard materials can replace the skeleton. Rubber and plastic parts including but not limited to rotational molding, blow molding, vacuum molding, and injection molding can be used. Metal plates or glass fiber plates or carbon fiber plates can be used to form an integrated cab, or multiple parts can be assembled to form the cab. Cab ( Figure 1 ) can also be made of a soft material that is hollow and inflated to form a supporting force. The cab includes a fully covered cab or a semi-covered cab. The cab includes a single cab or a double cab. The cab includes a left-side single-door cab or a mirror-symmetrical double-door cab on both sides.

[0003] Cab wherein the frame ( Figure 2) and simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11), the frame has an upper beam ring bracket (1), the upper beam ring bracket has a flip support point (15), and the support rod (2) is used as a lever fulcrum to flip the overall window cover. The upper beam ring bracket (1) is adjustable in height, and the height includes but is not limited to the height of the driver's chest and shoulders when sitting. The support point (15) or the support rod (2) and the telescopic vertical rod (14) adjust the angle height of the upper beam ring bracket to a comfortable height for the individual's head and then limit and tighten. The support point can be at any point of the upper beam ring bracket (1) or at any support point located on the vehicle. The upper beam ring bracket (1) has a notch (5). The lower part of the frame has a side bracket (11) connected to the bottom bracket (10) of the vehicle with the seat bracket (6) and the tail bracket (7), and the front side bracket (11) at the front fork fender. The side brackets are connected to the vehicle connecting rod (6, 9, 10, 12, 13) to form a lower beam ring bracket (9). The upper and lower beam ring brackets are connected by a vertical rod bracket (14, 4). The skeleton is made of soft materials or soft materials hollowed and inflated to form a supporting force, or hard materials, or a combination of soft and hard materials. The seat bracket (6) and the tail frame bracket (7) are provided with concave and convex grooves to fit the seat and place it firmly. The skeleton can be adjusted forward and backward and up and down. The upper beam ring bracket (1) also has another reinforced type, and the upper beam ring bracket is fastened and connected with the window cover convertible bracket to form a reinforced upper beam ring bracket. The support point (15) and the support rod (2) telescopic vertical rod (14) have a flip-shift limit elastic buffer motor assist function, and the support point (15) and the support rod (2) include a seat on the upper beam ring bracket, or an independent structure is fastened and connected with the upper beam ring bracket. The support point (15) and the support rod (2) can be adjusted to a single or multiple number according to actual needs to strengthen the firmness of the upper beam ring bracket. The support point (15) and the support rod (2) The fixed point installation position of the telescopic vertical rod can be adjusted according to actual needs. The support point (15) and the support rod (2) can also be used for the storage rack in the cab. The notch (5) on the upper beam ring bracket can be adjusted according to actual needs. The side bracket (11) can increase or decrease the number of brackets according to actual needs. The rear bracket (4) is used to place the air conditioner or the windshield of the rear seat or to fasten the cargo box. The upper beam ring bracket (1) is connected to the window cover-shaped convertible bracket to form a reinforced upper beam ring bracket. The shape of the window cover-shaped convertible bracket includes but is not limited to a fan-shaped, folded, arched, and stable bridge shape. The shape of the upper beam ring bracket includes but is not limited to the same plane, high front and low back, high back and low front, high in the middle and low at both ends, high at both ends and low in the middle, high on the left and low on the right, high on the right and low on the left, and a special-shaped structure of half a bracket. The upper beam ring bracket can adjust the number according to actual needs, and can be composed of one upper beam ring bracket or multiple upper beam ring brackets overlapping. Skeleton ( Figure 2 ) has a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ), the simplified skeleton is the skeleton ( Figure 2 The upper beam ring bracket (1) is fastened and connected with the open-top bracket in the shape of a window cover to form a reinforced upper beam ring bracket, and the open-top bracket in the shape of a window cover is regarded as a window cover (18).

[0004] The cab wherein the window cover, the window cover (18) is located in the cab ( Figure 1 ) upper part, the window cover comprises an overall transparent window cover (18), or an opaque window cover (18) inlaid with a transparent observation window, or a window cover made of a mixture of transparent and opaque materials, or the window cover is an open-top bracket in the shape of a window cover, which is also regarded as the window cover (18), and the open-top bracket in the shape of a window cover is connected with the upper beam ring bracket (1) to form a reinforced arched upper beam ring bracket, and is coated with a combination of soft and hard materials to form the window cover (18). It can also be a hard material window cover (18). The window cover is a window cover (18) with an inlaid door, and the window cover can also be a doorless overall cover (18), the window cover has a door type, or the window cover is open and has no door. The opening door (19) on the window cover (18) is opened and closed as half of the window cover. The window cover can be seated on the upper beam ring bracket as a whole. The window cover can also be made lightweight, so there is no need for an upper beam ring bracket, and a single point can be placed on a single point support point of a retractable vertical rod (14), and a single point supports a window cover or half of a window cover, and the window cover can be turned and translated on the support rod or point with the help of a limit elastic buffer motor. The window cover can be simplified and reduced to a window plate head protection sunshade, the window plate is the front part of the window cover, and the window cover or the window plate has one or more spoon handle connecting rods to support and lift, and the window cover or the window plate can be adjusted arbitrarily through the spoon handle connecting rod. The cab is formed by rotational molding or other processes at one time, wherein the window cover part includes a fully transparent material window cover or a window cover with a road observation window embedded on an opaque window cover. The size of the window cover can be adjusted according to needs. The window cover has a watermelon hat device (29) on the top of the head, and the watermelon hat (29) is connected to the window cover (18). The window cover can be adjusted to function as a windshield for the front window of the vehicle.

[0005] The cab has a steering handle glove and its sleeve (22) and cuff (17) arranged on both sides of the cab, so that a person can reach out of the cab to control the direction of the handlebar vehicle. The manufacturing material includes soft material, hard material, or a combination of soft and hard materials. The steering handle glove is arranged on both sides of the cab, and the surrounding covering can cover the steering handle in the cab to replace the steering handle glove.

[0006] In the cab, the surrounding covering (16) is made of soft material covering, or hard material, or a combination of soft and hard materials. The surrounding covering is made of hard material or a combination of soft and hard materials, and the hard material can replace the frame. The surrounding covering includes an integrally formed surrounding covering, or multiple pieces assembled into a surrounding covering. The front (27) of the surrounding covering (16) is located in front and behind the vehicle handlebar fender, including the use of soft materials and elastic bands to fit with different vehicle fenders, and the fitting surface has a zipper, or Velcro, buckle, pin, button, rope, magnetic attraction, elasticity, clip, which is convenient for fixing on the vehicle and the frame and making a switch key hole to take things out and vents. The front (27) of the surrounding covering can also be made of hard material to fit a specific vehicle model. The rear covering garment surface (8) is made of soft material and elastic band to fit different seats and the frames around the seats. The fitting surface has zippers, Velcro or buckles, pins, buttons, ropes, magnetic attraction, elasticity, and clips to facilitate fixing to the vehicle and the frame and making an opening and closing access port. The rear covering garment surface (8) can also be made of hard materials to fit a specific model. The surrounding covering garment includes a special raincoat-type covering garment and a special windshield blanket-type surrounding covering garment, which is fastened to the window cover or the upper beam ring bracket. The surrounding covering garment can be composed of one or more pieces. The surrounding covering garment has hard plate reinforcement ribs or slats in the interlayer fabric, which are arranged in a parallelogram to increase the controllability of the covering garment. The surrounding covering garment is made of hard materials including but not limited to rotational molding, blow molding, vacuum molding, injection molding, and metal plates.

[0007] The cab has a lower part which is a telescopic plate area (21, 24) for legs and feet. The telescopic plate door (21, 24) for legs and feet has a wing plate (25) outside the plate. The plates are mirror-symmetrical on two sides of the cab. The bottom surface of the telescopic plate area for legs and feet is a pedal mat. The bottom surfaces of the two sides of the pedal mat have downward opening doors, and the downward opening doors also have wing plates. The telescopic plate door for legs and feet and the downward opening door are made of hard materials, or soft materials, or a combination of soft and hard materials. The telescopic plate door for legs and feet is located at the lower leg and foot part of the cab. The plate door and the downward opening door have a peak block or a lever mechanism inside to facilitate the manual opening and closing of the plate (21, 24). The side panel door is provided with wind wings (25) and the bottom surfaces of the two sides of the pedal floor mat are provided with downward opening doors including wing panels. The side panel door and the downward opening door are installed in a lever fulcrum type. When the vehicle speed is high and the wind force is high, the wing panels generate wind pressure when the vehicle is at speed, and the door panels are closed inwards. The wing panels under the vehicle are lifted upwards to close the downward opening door. When the vehicle speed is slow, the wing panels are opened and closed. The panel is opened and closed by gravity, elastic force and magnetic attraction on the panel. The elastic force, gravity or magnetic attraction can keep the panel door and the downward opening door open or closed. The panel door and the downward opening door can be easily opened and closed by manpower. An electrical automatic power assist device can also be provided to open and close the panel door. The panel door is warm and waterproof, and is convenient for using air conditioners such as wood heaters.

[0008] The rear side of the cab is provided with a bracket (4) for placing an air conditioner, hanging a rear seat windshield, and fastening a rear seat cargo box. The cab separates the driver from the rear seat passengers. The rear side bracket (4) of the cab is used to place a windshield with a window box for the rear seat passengers. If there are passengers, a windshield with a window is hung on the rear seat. If there are no passengers, the rear seat window windshield box can be used as a cargo box and fixed on the rear side bracket for standby use. The rear seat and the rear side bracket (4) can both hold an air conditioner, a windshield, and a cargo box. The cab is provided with an air duct hole for introducing air conditioning air.

[0009] The cab is modularly installed and removed, and the entire window cover (18), or an open-top bracket (18) in the shape of a window cover, is used to install and remove the cab ( Figure 1 ) Adapt to the surrounding covering and fasten it to the window cover or the convertible bracket and frame or simplified frame in the shape of the window cover to quickly form a cab. The window cover can also be connected to the covering to make a special window cover combined covering that is adapted to the cab. The frame is installed as a whole on the new two-wheeled and three-wheeled hand-held vehicles leaving the factory ( Figure 2 ) or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ), open vehicles are easier to obtain license lists, old vehicles are equipped with cabs, new vehicles are installed, and removal is more convenient, which can quickly respond to road management requirements. The cab and the frame and the simplified frame have special raincoats or special windshields made in an adaptive shape.

[0010] Cab, including the cab door, the door opening and closing includes but is not limited to magnetic attraction, zipper, Velcro, buckle, pin, button, rope, elastic force, hinge, clip, flip up, flip side, flip left, flip right, fan-shaped opening and closing, railing type, fulcrum lever type, sliding type, hanging curtain, folding type, or rolling door type, the rolling door is rolled up on the roof, and the left rolling curtain is thrown to the right side of the cab like a shawl. The door can be opened and closed manually, or an electrical automatic electric power-assisted door opening and closing device can be set. For example: the cab flip window cover is used as the upper door (19) switch, and the cab lower door (20, 21) is arranged at the gap of the upper beam ring bracket of the covering garment, and the lower door is hung on the lever on the door, and the lever fulcrum is located at the door corner on the upper beam ring bracket, and the lever moves in a circle with the door corner as the fulcrum. One end of the lever is connected to the moving side of the door, and the other end of the lever is fastened to the window cover. When the window cover is lifted upward, it drives one end of the lever to rise, and the lever on the other side of the lever fulcrum drops. The door folds in a fan shape with the movement of the lever, and the lower door opens with it, and vice versa, the window cover and the lower door are opened and closed at one time. Or another example: there is a horizontal bar on the upper side of the curtain door, one end of the horizontal bar is connected to the window cover, and the other end of the horizontal bar is connected to the upper beam ring bracket as a fixed point, and the curtain door is hung on the horizontal bar. When the window cover is opened, the horizontal bar moves with it, and the horizontal bar moves in a circle with the fixed point as the center. The horizontal bar is pulled into a vertical bar, and the curtain door folds in a fan shape with it. Or another example: the curtain door is directly connected to the window cover, and when the window cover is opened, it directly drives the curtain door to fold in a fan shape and open. Or another example: the lower door is not connected to the window cover, and the lower door is opened and closed manually with an elastic pull rope buckle. Or another example: the cab is made of rotational molding, and the door is an integrated side door with the upper, middle and lower parts. Because the window cover door requires the head to extend out of the cover, the upper part of the door should be closed tightly inside the window cover. At this time, a curved door needs to be opened and closed, and the local door frame needs to be raised and the integrated door needs to be installed, so that the opening and closing is more comfortable. People enter and exit the cab through the door. The opening and closing of the cab door includes but is not limited to the use of magnetic attraction, zipper, Velcro, buckle, pin, button, rope, elastic force, hinge, clip, upward flip, side flip, left flip, right flip, fan-shaped opening and closing, railing type, fulcrum lever type, sliding type, hanging curtain, folding type, or rolling door type. The door can be opened and closed by overhead, by manpower, or with an electrical automatic electric power-assisted door opening and closing device. The cab has sunshade, rainproof and windproof functions.

[0011] The cab door is composed of three parts, namely a window cover door (19), a middle door (20) and a leg and foot telescopic plate door (21) to form a door (19, 20, 21).

[0012] The cab door is composed of four parts, namely a window cover door (19), a middle door (20), a rear part (21) of the lower door of the leg and foot telescopic plate, and a front part (24) of the lower door of the leg and foot telescopic plate to form a door (19, 20, 21, 24).

[0013] The cab door is composed of four parts, which are composed of two doors, namely, the window cover door (19) and the upper part of the middle door (20) form an upper door (19, 20). The remaining lower part of the middle door (20) and the front and rear parts of the leg and foot telescopic plate (21, 24) form another lower door (20, 21, 24). The cab has two upper and lower doors, namely, the upper door (19, 20) and the lower door (20, 21, 24).

[0014] The cab door is composed of three parts: a window cover door (19) as an independent upper door, a middle door (20) and a leg and foot telescopic plate door (21) forming another door (20, 21). The cab has two upper and lower doors, namely an upper door (19) and a lower door (20, 21).

[0015] The cab door is composed of four parts, namely, a window cover door (19) as an independent upper door, a middle door (20) and a front and rear part (21, 24) of the leg and foot telescopic plate to form another lower door (20, 21, 24). The cab has two upper and lower doors, namely, an upper door (19) and a lower door (20, 21, 24).

[0016] The cab door is composed of four parts, namely, a window cover door (19) and a middle door (20) form an upper door (19, 20), and the front and rear parts (21, 24) of the leg and foot telescopic plate form another lower door (21, 24). The cab has two upper and lower doors, namely, an upper door (19, 20) and a lower door (21, 24).

[0017] The cab has two doors, one is the window cover (18) as a whole flip-up upper door (18), and the other is the lower door (20, 21) composed of a middle door (20) and a leg and foot telescopic plate (21).

[0018] The cab has two doors, one is the window cover (18) which is a flip-up door (18) as a whole, and the other is the lower door (20, 21, 23, 24) composed of the middle door (20, 23) and the leg and foot telescopic plate (21, 24). The cab has two doors, one is the window cover which is a flip-up door (18) as a whole and the lower door (20, 21, 23, 24)

[0019] The cab door is composed of three parts, the window cover (18) as a whole with the middle door (20) and the leg and foot telescopic plate (21) together form a door (18, 20, 21)

[0020] The cab door is composed of five parts, the window cover (18) as a whole with the middle door (20, 23) and the leg and foot telescopic plate (21, 24) together to form a door (18, 20, 21, 23, 24)

[0021] The cab door is composed of three parts, the window cover (18) is used as a whole to flip the sliding door (18) to form a door, and the lower door (20, 21) is used as an open convertible without the lower door.

[0022] Helmets with visors for two-wheeled and three-wheeled vehicles with hand-steering steering Fig.11 ), the helmet is regarded as a watermelon hat (29), the watermelon hat has the function of a helmet, the window cover (18) is connected and seated on the watermelon hat (29), the window cover can be a flip cover type, first put on the helmet, then flip down the window cover connected to the helmet to cover it, and put the window cover skirt on the window cover. Or directly wear the watermelon hat with the window cover, and at the same time, the window cover is also worn on the head. When the person stands up, he takes the watermelon hat and the window cover connected to the watermelon hat away together. When the person sits down, he takes the watermelon hat and the window cover connected to the watermelon hat together. The window cover can be supported on the watermelon hat alone, or it can be seated on the frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ) on the upper beam ring bracket. The window cover has a detachable curtain soft skirt for better fitting with the bottom to prevent wind and rain. The window cover and the surrounding covering (16) are connected with the frame and the simplified frame and the vehicle body through ropes, zippers, Velcro, buckles, magnets, buttons, elastics, pins, clips, etc. to form a cab. Technical Field

[0023] The invention relates to a cab, which is used for a cab of a two-wheel or three-wheel hand-handle steering vehicle. Background Art

[0024] The existing vehicle cab with hand-held steering is bloated and tall, with large wind resistance and large space. The curtains on both sides are hung from high to the bottom of the vehicle, dragging and fluttering in the wind. It is unsightly, unsafe, leaks air and rain, and the leg and foot retractable area is open and not closed, not warm, and does not protect the head and neck from wind and rain. It is difficult to install and use air conditioners such as wood heaters, and it is not very versatile.

[0025] Existing windshields, raincoats, helmets, and open cabs cannot effectively protect the head and neck from wind, rain, and snow. The cab of the present invention lifts a miniature and lightweight window cover (18) through a spoon handle connecting rod (28), and the window cover can be flexibly and lightly adjusted in the form of a floor-standing mobile phone holder to cover the head. The window cover has a skirt with excellent magnetic attraction and elastic fabric, and the skirt hangs against the chest. It effectively protects the head, neck, and chest from wind, rain, and sun, and has a simple and compact structure, low wind resistance, and high safety. It can provide convenient wind, rain, and sun protection for riding with minimal effort.

[0026] The existing handlebar vehicle cab is too high, has large wind resistance and poor stability. The cab of the present invention has an opening door (19) at the top of the window cover (18). When a person stands, his head extends out of the top. When a person sits down, his head is flush with the top, which reduces the design height of the cab. At the same time, the window cover (18) is arched and only covers the head area, so the design width and length of the window cover are reduced to minimize wind resistance and improve stability. A top opening door (19) is provided on the top, and when a person stands, his head extends out of the top surface. The top door is provided with a head arch device. When a person stands and gets off the vehicle, his head arches over the top door. The top door flips over and the lower door moves forward within the opening distance, thereby opening the entire cab door (19, 20, 21) at one time. Otherwise, it is closed. This saves unnecessary manual door opening actions in a narrow space.

[0027] The existing cab skeleton is not reasonably arranged. There is no ring bracket in the middle of the existing cab. There is no fixed point on the whole side from top to bottom. The curtain is hung from the top of the car to the bottom of the car. It is not fixed and floats in the wind. The cab of the present invention makes things easier. The cab is divided into three different functional areas: upper, middle and lower. The upper part is a window area (18), the middle part is a surrounding covering (16), the window cover (18) is installed on the surrounding covering area, and the lower part is a leg and foot telescopic plate area (21, 24). The window cover is located on the upper beam ring bracket (1), and there is a notch (5) on the bracket for people to enter and exit. The lower part is connected to the bottom bracket (10) and the seat bracket (6) and the tail bracket (7), and is connected to the side bracket (11) at the fender. The side brackets are connected to form a lower surrounding ring bracket (9) via multiple connecting rods (10, 12, 13) of the vehicle. The upper and lower rings (1, 9) are vertically connected by a vertical bracket. The window cover seating bracket is set at the driver's chest and shoulders, and the outer shell is covered and fastened to the frame, making the cab look smooth and beautiful. If the cab is formed by one-time rotational molding, the cab shell will be more beautiful and colorful. Plastic is a hard material with self-supporting effect, which can reduce or replace the frame application. The upper part of the body is a bright, neat and simple transparent arched streamlined window cover with exquisite appearance, strong sense of modern technology, and more stable and flat.

[0028] The existing cab covers the steering handle, so the cab width must be large, the wind resistance is large, and the stability is poor. The cab of the present invention is provided with handlebar steering glove sleeves and cuffs (17, 22) on both sides, so that the cab width is not affected by the steering handle width, thereby greatly reducing the cab width, reducing wind resistance, and significantly improving stability.

[0029] The existing cab zipper door has long and cumbersome front and rear curtains, which are complicated to open and close. It is inconvenient to bend down and squat to zip up. In addition, the soft curtain where the zipper is located has no fixed point and slides in twists and turns. It is impossible to control the zipper with one hand, and both hands are needed to assist, which is laborious. The cab side door (19, 20, 21) of the present invention has a skeleton with strong controllability, single-handed operation, convenient door opening and closing, and the upper, middle and lower areas are connected as one-time switch. The door (19) can be flipped up, flipped sideways, and opened and closed in a rolling door style. The rolling door can be rolled up on the roof, and the rolling curtain on the left side of the car can be thrown to the right side like a shawl. The flip-up window cover door is provided with an overhead arch door to open the cab door manually at one time. The door switch can also be a manual or electrified automatic power-assisted door opening and closing device. The door is more stable, and people need to stand up to extend their heads beyond the cab to open the door cover, which is simple and easy to operate.

[0030] The existing cabs are mainly open with legs and feet retractable area, which leaks air and rain, and it is difficult to use air conditioning in the open type. The cab of the present invention has curtain panels (21, 24) in the legs and feet retractable door area. The curtain panels can be made of hard and light materials and placed on the support to make them more stable and controllable, and easier to open and close. The curtain panels have side peak blocks or lever mechanisms inside, and people can easily step on the panels. The curtain panels have wind wings outside, gravity, and magnetic attraction on the panels to easily close the panels. Electrical automation and electric power assistance can also be used to open and close the panels. It is warm and moisture-proof, windproof and rainproof, and convenient to use wood heating and other energy air conditioners.

[0031] The existing cabs are not very versatile. The cab structure of the present invention has two side surfaces (11, 26) that exceed the width of the pedal, the height of the column (14) is adjustable, the height support point (15) exceeds the original vehicle handlebar surface and the seat surface (6), the pedal bracket (10) is adjustable in height, the front (27) and the back (8) of the surrounding covering can be fully enclosed by elastic loose soft materials, and the elastic soft surface can be attached to any end surface without affecting the appearance. The entire cockpit can be adjusted front and back and up and down, so it is universally applicable to most two-wheeled and three-wheeled handlebar steering vehicles that are newly installed or old vehicles are equipped with cabs.

[0032] The existing cab frame is insufficient and difficult to form a modular installation. The cab can be installed in a modular manner. The window cover or the window cover is an open-top bracket (18) in the shape of a window cover. The raincoat-type covering garment is worn to cover the cab from the top of the window cover to the bottom of the car. The raincoat is fastened to the frame and the simplified frame by ropes, zippers, Velcro, buckles, magnetic buckles, elasticity, buttons, and clips to quickly form a cab, which is more convenient to disassemble and assemble.

[0033] The existing cab is covered from head to tail, has a long length and large wind resistance, while the cab of the present invention can be a single-seat cab with a reduced length, which is beneficial for resisting crosswinds.

[0034] It is difficult to use air conditioning in the existing two-wheeled and three-wheeled cabs. The existing cab driver and the rear seat passenger share one cab. If only one person is riding, a cab for two people is still required. The cab of the present invention separates the driver and the rear seat passenger. The rear side bracket (4) of the cab is used to hang a windshield of the rear seat passenger window box. If there is a passenger, the rear seat is hung with a window windshield. If there is no passenger, the rear seat window box can be turned over as a cargo box and fixed on the rear side bracket for standby use. The rear seat and the rear side bracket (4) can be used to place air conditioners, windshields, and cargo boxes. The cab has air duct holes for air conditioning and can use air conditioning.

[0035] When dismantling the existing cab, both the frame and the covering need to be dismantled. The cab of the present invention is easy to dismantle, and the covering and the frame can be combined or separated, so only the covering can be dismantled.

[0036] The existing cab takes up a large parking space and does not take advantage of the vehicle's compactness. This cab has a flexible adjustment function, a parking cover, and expands the space upward, making parking more convenient. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] Figure 1 This is a schematic diagram of the cab.

[0038] Figure 2 For skeleton intention.

[0039] Figure 3 based on Figure 2 Simplified skeleton of 3

[0040] Figure 4 based on Figure 2 A simplified skeleton of 4

[0041] Figure 5 based on Figure 2 Simplified skeleton of 5

[0042] Figure 6 based on Figure 2 Simplified skeleton of 6

[0043] Figure 7 based on Figure 2 Simplified skeleton of 7

[0044] Figure 8 based on Figure 2 Simplified skeleton of 8

[0045] Fig. 9 based on Figure 2 Simplified skeleton of 9

[0046] Fig.10 based on Figure 2 Simplified skeleton of 10

[0047] Fig.11 based on Figure 2 Simplified skeleton of 11

[0048] Figure 1 In the figure: 16 surrounding covering garment except window cover, 17 cuff, 18 window cover, 19 window cover door, 20 middle door, 21 lower door of leg and foot telescopic plate, 22 sleeve, 23 middle door front block, 24 lower door front block of leg and foot telescopic plate, 25 side wing plate, 26 side bracket surface, 27 front of covering garment, F front of cab, L left of cab, U above cab.

[0049] Figure 2 In the figure: 1 upper beam ring bracket, 2 support rod, 3 upper beam ring bracket rear rod, 4 cab rear side bracket, 5 notch, 6 seat bracket, 7 tail fixed concave bracket, 8 rear of covering clothing, 9 lower beam ring bracket, 10 vehicle bottom connecting bracket, 11 side bracket, 12 lower connecting rod between side brackets, 13 upper connecting rod between side brackets, 14 retractable vertical rod, 15 flip support point.

[0050] Figure 8 In the picture: 28 spoon handle connecting rod.

[0051] Fig.11 In the picture: 29 watermelon hat.

[0052] Notes in the figure: Simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 )The schematic diagram is the skeleton ( Figure 2 ) is an excerpt from the previous section. Icons with the same numbers have the same meaning. Implementation plan 1: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11), equipped with a window cover (18), the window cover is preferably a transparent hard material window cover (18), the window cover is located on the upper beam ring bracket (1), and there is a notch (5) on the bracket to make a door. The cab door consists of three parts, two doors, namely, the window cover (18) is used as a whole to flip the upper door (18). The middle door (20) and the leg and foot telescopic plate door (21) form another lower door (20, 21), and the cab door consists of two upper and lower doors. The upper beam ring bracket has a support point (15) or a support rod (2) for strengthening the upper beam ring Bracket and flip window cover. The support point support rod has a flip limit elastic buffer function. The upper beam ring bracket adjusts the angle height of the upper beam ring bracket and the window cover to a comfortable angle height for the individual's head through the support point (15) or the support rod (2) and the retractable vertical rod (14), and then limits and tightens. The window cover flips around the support point or the support rod as a cab door switch. The surrounding covering (16) is made of soft material. The surrounding covering is fastened to the upper beam ring bracket (1) and covers a circle. The surrounding covering (16) is connected to the frame ( Figure 2 ) or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11) and the vehicle body are connected by ropes, zippers, Velcro, buckles, magnets, buttons, elasticity, pins, clips, etc. to form a fully covered cab, with a window cover protecting the head from wind and rain, the window cover is connected to the surrounding covering garment through the upper beam ring bracket to protect the body and head from wind and rain, and the leg and foot telescopic plate area (21, 24, 26) is used for leg and foot telescopic. A door is made at the gap (5) of the upper beam ring bracket, the left side of the cab is a single door for entry and exit, and the right side and other sides of the cab are fully covered. The cab includes glove cuffs and sleeves (17, 22) with direction handles on both sides, the cab flip window cover (18) is used as an upper door switch, and the surrounding covering garment has a cab lower door (20, 21) at the gap of the upper beam ring bracket, and the cab door is opened by one of multiple door opening methods. For example: the lower door is hung on the lever on the door, the lever fulcrum is located at the door corner on the upper beam ring bracket, the lever uses this door corner as the fulcrum to make a central circular motion, one end of the lever is connected to the moving side of the door, and the other end of the lever is fastened to the window cover. When the window cover is lifted upward, it drives one end of the lever to rise, and the lever on the other side of the lever fulcrum drops. The door folds in a fan shape with the movement of the lever, and the lower door opens with it, and vice versa, the window cover and the lower door are opened and closed at one time. Another example: there is a horizontal bar on the upper side of the curtain door, one end of the horizontal bar is connected to the window cover, and the other end of the horizontal bar is connected to the upper beam ring bracket as a fixed point. The curtain door is hung on the horizontal bar. When the window cover is opened, the horizontal bar moves with it, and the horizontal bar makes a circular motion with the fixed point as the center. The horizontal bar is pulled into a vertical bar, and the curtain door folds in a fan shape and opens with it. Another example: the curtain door is directly fastened to the window cover, and when the window cover is opened, it directly drives the curtain door to fold in a fan shape and open with it. Another example: the lower door is not connected to the window cover, and the lower door is opened and closed manually with an elastic pull cord buckle. People enter and exit the cab through the door. The opening and closing of the cab door includes but is not limited to the use of magnetic attraction, zippers, Velcro, buckles, pins, buttons, ropes, elasticity, hinges, clips, upward flip, side flip, left flip, right flip, fan-shaped opening and closing, railing type, fulcrum lever type, sliding type, hanging curtain, folding type, or rolling door type. The door opening and closing has an overhead device, a manual opening and closing device, and an electrical automation electric power-assisted door opening and closing device. The cab has sunshade, rainproof and windproof functions. Implementation Plan 2: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11), equipped with a window cover (18), the window cover is preferably a transparent hard material window cover (18), the window cover has a door (19), the door on the window cover is a half flip cover door, the window cover is located on the upper beam ring bracket (1), the bracket has a notch (5) for the door, the door is composed of three parts, namely, the window cover door (19) as an independent upper door, the middle door (20) and the leg and foot telescopic plate door (21) form another door (20, 21), and the door of the cab is composed of two upper and lower doors. The upper beam ring bracket has a support point (15) or a support rod (2). The support point support rod has a flip-shift limit elastic buffer function, the upper beam ring bracket adjusts the angle height of the upper beam ring bracket window cover to a comfortable height for the individual's head through the support point (15) or the support rod (2) and the telescopic vertical rod (14) and then limits and tightens, and the door on the window cover flips and acts as a cab door switch. The surrounding covering garment is fastened to the upper beam ring bracket and covers a circle. The surrounding covering garment (16) is connected with the frame or simplified frame and the vehicle body through ropes, zippers, Velcro, buckles, magnets, buttons, elasticity, pins, clips, etc. to form a fully covered cab. The window cover protects the head from wind and rain. The window cover is connected to the surrounding covering garment through the upper beam ring bracket to protect the body and head from wind and rain. The leg and foot telescopic plate area is used for leg and foot telescopic. The surrounding covering garment has a door at the notch of the upper beam ring bracket. The left side of the cab is a single door (19, 20, 21) for entering and exiting. The right side of the cab and other surfaces are covered. The cab includes glove cuffs and sleeves (17, 22) with steering handles on both sides, or the surrounding covering garment covers the vehicle steering handles, which is a glove-covered surrounding covering garment without a handle. The half flap door (19) on the cab window cover is used as an upper door switch, and a lower door is arranged at the gap of the upper beam ring bracket of the covering garment, and the cab door is opened by one of a plurality of door opening methods. For example, the lower door is hung on a lever on the door, and the lever fulcrum is located at the door corner on the upper beam ring bracket, and the lever moves in a circle with the fulcrum of the door corner as the center, one end of the lever is connected to the door movement side, and the other end of the lever is fastened to the half flap door of the window cover, when the half flap door of the window cover moves, the lever is driven to move accordingly, and the lever on the other side of the lever fulcrum moves in the opposite direction, and the door is folded in a fan shape with the movement of the lever, and the lower door is opened with the movement, and vice versa, the half flap door and the lower door of the window cover are opened and closed at one time. Another example: there is a horizontal bar on the top of the curtain door, one end of the horizontal bar is connected to the window cover, and the other end of the horizontal bar is fastened to the upper beam ring bracket as a fixed point. The curtain door is hung on the horizontal bar. When half of the window cover is opened, the horizontal bar moves with it. The horizontal bar moves in a circle with the fixed point as the center. The horizontal bar is pulled into a vertical bar, and the curtain door folds in a fan shape and opens with it. Another example: the curtain door is directly fastened to half of the window cover. When the half of the window cover is opened, it directly drives the curtain door to fold in a fan shape and open with it. Another example: the door can be opened and closed with an elastic pull rope buckle. People enter and exit the cab through the door.The cab door opening and closing includes but is not limited to magnetic attraction, zipper, Velcro, buckle, pin, button, rope, elastic force, hinge, clip, upward flip, side flip, left flip, right flip, fan-shaped opening and closing, railing type, fulcrum lever type, sliding type, hanging curtain, folding type, or rolling door type. The opening and closing door has an overhead device, a manual opening and closing device, and an electrical automatic electric power-assisted opening and closing device. The cab has sunshade, rainproof and windproof functions. Implementation Plan 3: The cab adopts a simplified frame ( Figure 8 , Fig. 9 , Fig.10 ), there is a window cover (18), the window cover is a reduced version, the window cover includes the entire window cover, or only the front part of the window cover, the window cover is located on the reduced version of the upper beam ring bracket, the upper beam ring bracket has a spoon handle connecting rod (28) connected to the telescopic vertical rod (14), the spoon handle connecting rod (28) has the function of front and rear, up and down, left and right adjustment, the connecting rod (28) is fixed and rooted, including but not limited to finding fixed points on the front and back, left and right of the vehicle body or frame to lead out the bracket to lift the window cover (18), including being fixed without a fixed point by a weight pressure block foundation. The support point on the telescopic vertical rod has a tilting limit elastic buffer function, the upper beam ring bracket and the window cover are independently suspended and connected and lifted by the spoon handle connecting rod and connected to the telescopic vertical rod or connected and fastened with, including but not limited to, the vehicle handle or the rearview mirror tail seat bracket pedal fixing piece. The telescopic vertical rod is fastened to the vehicle, the spoon handle connecting rod is multifunctional and adjustable, and the skeleton is simplified ( Figure 8 , Fig. 9 , Fig.10 ) Just like a window cover installed on a floor-standing mobile phone stand, the cover can be adjusted to the head at will. The angle height of the upper beam ring bracket and the window cover is adjusted to a comfortable height for the individual's head through the spoon handle connecting rod, and then the surrounding covering is limited. The surrounding covering is a special windproof blanket type, and the special windproof blanket type covering can be composed of one or more pieces. The window cover has a detachable curtain soft edge skirt for better fitting with the bottom to prevent wind. The special windproof blanket type surrounding covering (16) and the simplified frame ( Figure 8 , Fig. 9 , Fig.10 ) and the vehicle body are connected to form a cab through ropes, zippers, Velcro, buckles, magnets, buttons, elasticity, pins, clips, etc., with a window cover protecting the head from wind and rain, and the raised window cover is combined with a special windshield blanket-type surrounding covering to protect the body and head from wind and rain. The special windshield blanket-type surrounding covering is open at the back and has a steering handle and gloves, or the covering can cover the vehicle steering handle without a handle and gloves as a covering type special windshield blanket-type surrounding covering. People enter and exit the cab from the opening of the special windshield. Implementation Plan 4: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ), equipped with a window cover (18), the window cover is preferably a transparent hard material window cover (18), the window cover is located on the upper beam ring bracket (1), the upper beam ring bracket has a support point (15) or a support rod (2), the support point support rod has a flip limit elastic buffer function, the upper beam ring bracket and the window cover are adjusted together through the support point (15) or the support rod (2) The telescopic vertical rod (14) adjusts the angle height of the upper beam ring bracket window cover to a comfortable height for the individual's head and then limits and tightens it, the surrounding covering can be composed of one or more pieces, the window cover has a detachable curtain soft edge skirt that overlaps with the covering to prevent wind and rain, and the surrounding covering (16) and the frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ) and the vehicle body are connected by ropes, zippers, Velcro, buckles, magnets, buttons, elasticity, pins, clips, etc. to form a semi-enclosed cab, with a window cover protecting the head from wind and rain, the window cover is connected to the surrounding covering garment to protect the body and head from wind and rain, the surrounding covering garment is open at the back, with a steering handle and gloves, or the covering garment can cover the vehicle steering handle without a handle and gloves as a covering type special windshield blanket surrounding covering garment. The rear of the covering garment is open, and people enter the window cover from the special opening to enter and exit the cab. The cab has the functions of sunshade, rainproof and windproof. Implementation Plan 5: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11), equipped with a window cover (18), the window cover is preferably a transparent hard material window cover (18), the window cover is located on the upper beam ring bracket (1), the upper beam ring bracket has a support point (15) or a support rod (2), the support point support rod has a flip limit elastic buffer function, the upper beam ring bracket and the window cover are adjusted together through the support point (15) or the support rod (2) The telescopic vertical rod (14) adjusts the angle height of the upper beam ring bracket window cover to a comfortable height for the individual's head and then limits it, the window cover and the upper beam ring bracket can be flipped up and down at will, opened when parking, and closed when riding, the opening size is limited and adjustable, and the self-locking and self-unlocking limit can be used to adjust the angle height of the window cover at any time when needed until it is optimally comfortable, and the flip angle height is provided on the window cover with an overhead window cover device and a manual adjustment device, the covering can be composed of one or more pieces, the window cover has a detachable curtain soft side skirt that overlaps with the covering to prevent wind and rain, and the frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ) and the covering garment are connected by ropes, zippers, Velcro, buckles, magnetic buckles, buttons, elastic bands, pins, clips, etc. to form a semi-enclosed cab, with the window cover protecting the head from wind and rain, the window cover connected to the surrounding covering garment to protect the body and face from wind and rain, the surrounding covering garment is open at the back, the surrounding covering garment is equipped with a steering handle glove, and the surrounding covering garment can also cover the vehicle steering handle to form a handleless glove type surrounding covering garment. The rear of the covering garment is open, and people enter the window cover from the opening to enter and exit the cab. The cab has the functions of sunshade, rainproof and windproof. Implementation Plan 6: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11), equipped with a window cover (18), the window cover is preferably a transparent hard material window cover (18), the window cover (18) has an opening door, the opening door on the window cover (18) is a flip cover (19) of half the size of the window cover, the window cover is located on the upper beam ring bracket (1), the bracket has a notch (5), the upper beam ring bracket has a support point (15) or a support rod (2), the support point support rod has a flip limit elastic buffer function, the upper beam ring bracket and the window cover are adjusted together through the support point (15) or the support rod (2) and the telescopic vertical rod (14) The angle height of the upper beam ring bracket is adjusted to a comfortable height for the individual's head and then limited and fastened, the covering can be one or more pieces, the window cover has a detachable curtain soft skirt that overlaps with the covering to protect against wind and rain, the frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ) is connected with the surrounding covering garment by ropes, zippers, Velcro, buckles, magnetic buckles, elastic bands, buttons, pins, clips, etc. to form a semi-enclosed cab, with the window cover protecting the head from wind and rain, and the window cover is connected to the surrounding covering garment to protect the body and head from wind and rain. The rear of the surrounding covering garment is open, and the special windshield blanket-type surrounding covering garment is provided with a steering handle glove, and the surrounding covering garment can also cover the vehicle steering handle to form a handle-free glove-type surrounding covering garment. The window cover (18) is provided with a half flippable window cover, and the door (19) on the window cover can be flipped forward and backward or flipped up and opened sideways, and people enter and exit the cab from the open position and the door on the window cover. The door on the window cover is provided with an overhead door opening device and a manual opening device. The cab has the functions of sunshade, rainproof and windproof. Implementation Plan 7: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11), equipped with a window cover 18), the window cover is preferably a transparent hard material window cover (18), the window cover only uses the front half of the window cover, and the back half of the window cover is discarded, the front half of the window cover is located on the front half of the upper beam ring bracket (1), the back half of the bracket is a notch (5), the front half of the upper beam ring bracket has a support point (15) or a support rod (2), the support point support rod has a flip limit elastic buffer function, the upper beam ring bracket and the window cover are adjusted together through the support point (15) or the support rod (2) and the telescopic vertical rod (14) The angle height of the upper beam ring bracket is adjusted to a comfortable height for the individual's head and then limited and fastened, the covering can be composed of one or more pieces, the window cover has a detachable curtain soft skirt that overlaps with the covering to prevent wind and rain, the frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ) is connected with the surrounding covering garment by ropes, zippers, Velcro, buckles, magnetic buckles, buttons, pins, clips, etc. to form a semi-enclosed cab, with the window cover protecting the head from wind and rain, and the window cover connected to the surrounding covering garment to protect the body and head from wind and rain. The rear of the surrounding covering garment is open, and the surrounding covering garment is provided with a steering handle glove, or the surrounding covering garment can cover the vehicle steering handle to be a handleless glove type covering garment. The rear of the surrounding covering garment is open, and the rear half of the window cover is open, and people enter and exit from the open part. The cab has the functions of sunshade, rainproof and windproof. Implementation Plan 8: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ), a window cover convertible bracket is regarded as a window cover (18), the window cover convertible bracket is located on the upper beam ring bracket (1), the bracket has a notch (5), the upper beam ring bracket has a support point (15) or a support rod (2), the support point support rod has a flip limit elastic buffer function, the upper beam ring bracket and the window cover convertible bracket are adjusted together through the support point (15) or the support rod (2) and the telescopic vertical rod (14) to adjust the angle height of the upper beam ring bracket and the window cover convertible bracket to a comfortable height for the individual head, and then limit and tighten, the covering can be composed of one or more pieces, the window cover has a detachable curtain soft edge skirt that overlaps with the covering to prevent wind and rain, and the surrounding covering covers the window cover convertible bracket and the frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ) The fully covered cab is connected by ropes, zippers, Velcro, buckles, magnetic buckles, buttons, elastic bands, pins, clips, etc. ( Figure 1 ), the covering garment covers the window cover, the convertible bracket protects the head from wind and rain, the window cover is connected to the special raincoat-type surrounding covering garment to protect the body and head from wind and rain, the special raincoat-type surrounding covering garment has a steering handle glove, and the special raincoat-type surrounding covering garment can also cover the vehicle steering handle as a special raincoat-type surrounding covering garment without a handle glove, the special raincoat-type surrounding covering garment has a cross-cut door at the back (3) or side notch (5), and the cross-cut door has magnetic attraction and elastic force or a zipper for opening and closing the door. People enter and exit from the cross-cut door at the back (3) or side (5) of the raincoat-type covering garment. Or the upper beam ring bracket on which the window cover (18) is located is lifted up and opened forward and then turned back and closed downward. When the window cover (18) is turned to open the door, the entire raincoat-like covering under the window cover is lifted and moved forward within the opening distance of the window cover, thereby opening the cross-cut door at the back (3) or side (5) of the raincoat-like covering, so that people can enter and exit, otherwise it is closed. The turning of the window cover (18) is provided with an overhead opening device and a manual opening device or an electric power-assisted opening auxiliary device. The cab has the functions of sunshade, rainproof and windproof. Implementation Plan 9: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ), equipped with a window cover (18), the window cover is preferably a transparent hard material window cover (18), the window cover is located on the upper beam ring bracket (1), the upper beam ring bracket has a support point (15) or a support rod (2), the support point support rod has a flip limit elastic buffer function, the upper beam ring bracket and the window cover are adjusted together through the support point (15) or the support rod (2) and the telescopic vertical rod (14) to adjust the angle height of the upper beam ring bracket to a comfortable height for the individual's head, and then limit and tighten, the surrounding covering is a special raincoat type, the special raincoat type covering can be composed of one or more pieces, the window cover has a detachable curtain soft edge skirt and overlaps with the covering to prevent wind and rain, the special raincoat type surrounding covering covers the simple frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ), or a special raincoat-style wrapping covering can be used from the bottom edge of the window cover to the bottom of the vehicle to cover the frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 ) The fully covered cab is connected by ropes, zippers, Velcro, buckles, magnetic buckles, buttons, elastic bands, pins, clips, etc. ( Figure 1 ), the window cover protects the head from wind and rain, and the window cover is connected to the special raincoat-type surrounding covering garment to protect the body and head from wind and rain. The special raincoat-type surrounding covering garment has a steering handle glove, and the special raincoat-type surrounding covering garment can also cover the vehicle steering handle as a special raincoat-type surrounding covering garment without a handle glove. The special raincoat-type surrounding covering garment has a cross-cut door at the back (3) or side notch (5), and the cross-cut door has magnetic attraction and elastic force or a zipper for opening and closing the door. People enter and exit from the cross-cut door of the raincoat-type covering garment, and the cab has the functions of sunshade, rainproof and windproof. Implementation Plan 10: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ), equipped with a window cover (18), the window cover is preferably a transparent hard material window cover (18), the window cover is located on the upper beam ring bracket (1), the upper beam ring bracket has a support point (15) or a support rod (2), the support point support rod has a flip limit elastic buffer function, the upper beam ring bracket and the window cover are adjusted together through the support point (15) or the support rod (2) and the telescopic vertical rod (14) to adjust the angle height of the upper beam ring bracket to a comfortable height for the individual's head, and then limit and tighten, the surrounding covering is a special raincoat type, the special raincoat type covering can be one or more pieces, the window cover has a detachable curtain soft edge skirt and overlaps with the covering to prevent wind and rain, the special raincoat type surrounding covering covers the frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11), or a special raincoat-style surrounding covering can be used from the bottom edge of the window cover and the intersection of the upper beam ring bracket to the bottom covering frame of the vehicle ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 ) The fully covered cab is connected by ropes, zippers, Velcro, buckles, magnetic buckles, buttons, elastic bands, pins, clips, etc. ( Figure 1 ), the window cover protects the head from wind and rain, and the window cover is connected to the special raincoat-type surrounding covering garment to protect the body and head from wind and rain. The special raincoat-type surrounding covering garment has a steering handle glove, and the special raincoat-type surrounding covering garment can also cover the vehicle steering handle as a special raincoat-type surrounding covering garment without a handle glove. The special raincoat-type surrounding covering garment has no door. The window cover (18) is lifted up and opened before turning back and down. When the window cover (18) is turned to open the door, the entire raincoat-type covering garment under the window cover is driven to follow the lifting and forward movement within the opening distance of the window cover, thereby opening and taking off the raincoat-type covering garment, so that people can enter and exit, and vice versa. The turning of the window cover (18) is provided with an overhead opening device and a manual opening device or an electric power-assisted opening auxiliary device. The cab has the functions of sunshade, rainproof and windproof. Implementation Plan 11: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ), equipped with a window cover (18), the window cover is preferably a transparent hard material window cover (18), (18), the window cover is located on the upper beam ring bracket (1), the upper beam ring bracket has a support point (15) or a support rod (2), the support point support rod has a flip limit elastic buffer function, the upper beam ring bracket and the window cover are adjusted together through the support point (15) or the support rod (2) and the telescopic vertical rod (14) The angle height of the upper beam ring bracket window cover is limited to a comfortable height for the individual's head, and the surrounding covering is a special raincoat type, and the special raincoat type covering can be composed of one or more pieces. The window cover has a detachable curtain soft side skirt that overlaps with the covering to facilitate wind and rain protection. The special raincoat type surrounding covering covers the frame from the top of the window cover to the bottom of the vehicle ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9), or a special raincoat-style surrounding covering can be used from the bottom edge of the window cover and the intersection of the upper beam ring bracket to the bottom covering frame of the vehicle ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 ), the window cover can be flipped at any angle and height based on the upper beam ring bracket, opened when parking, and closed when riding, fixed by limit, self-locking and self-unlocking limit, the window cover angle and height can be adjusted to the best comfort at any time when needed, the window cover angle and height are adjusted to set the overhead window cover device and manual adjustment device, the frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ) and the special raincoat-type covering clothes are connected by ropes, zippers, Velcro, buckles, magnetic buckles, buttons, elastic bands, pins, clips, etc. to form a fully covered cab ( Figure 1 ), the window cover protects the head from wind and rain, and the window cover is connected to the special raincoat-type covering garment to protect the body and face from wind and rain. The special raincoat-type surrounding covering garment has a steering handle glove, and the special raincoat-type surrounding covering garment can also cover the vehicle steering handle as a special raincoat-type surrounding covering garment without a handle glove. The special raincoat-type surrounding covering garment has a cross-cut door at the back (3) or at the side notch (5), and the cross-cut door has magnetic attraction and elastic force. The window cover (18) is lifted up and opened before turning back and down. When the window cover (18) is turned to open the door, the entire special raincoat-type covering garment under the window cover is driven to follow the lifting and forward movement within the opening distance of the window cover, thereby opening the cross-cut door at the back (3) or at the side notch (5) of the raincoat-type covering garment, so that people can enter and exit, otherwise it is closed. The cab has the functions of sunshade, rainproof and windproof. Implementation Plan 12: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11), equipped with a window cover (18), the window cover is preferably a transparent hard material window cover (18), the window cover (18) has an opening door, the opening door on the window cover (18) is a flip cover (19) of half the size of the window cover, the window cover is located on the upper beam ring bracket (1), the bracket has a notch (5), the upper beam ring bracket has a support point (15) or a support rod (2), the support point support rod has a flip limit elastic buffer function, the upper beam ring bracket and the window The cover is adjusted together with the upper beam ring bracket through the support point (15) or the support rod (2) and the telescopic vertical rod (14) to a comfortable height for the head of the individual, and then the surrounding covering garment is limited and fastened. The surrounding covering garment is a special raincoat type, and the special raincoat type covering garment can be composed of one or more pieces. The window cover has a detachable curtain soft side skirt that overlaps with the covering garment to prevent wind and rain. The special raincoat type surrounding covering garment is from the bottom edge of the window cover, that is, the upper beam ring bracket (1) to the bottom covering frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ) The fully covered cab is connected by ropes, zippers, Velcro, buckles, magnetic buckles, buttons, elastic bands, pins, clips, etc. ( Figure 1 ), the window cover protects the head from wind and rain, and the window cover is connected to the special raincoat-type surrounding covering garment to protect the body and head from wind and rain. The special raincoat-type surrounding covering garment has a steering handle glove, and the special raincoat-type surrounding covering garment can also cover the vehicle steering handle as a special raincoat-type surrounding covering garment without a handle glove. The special raincoat-type surrounding covering garment has a cross-cut door at the back (3) or the side notch (5), and the cross-cut door has a magnetic attraction and an elastic zipper. The half window cover of the window cover (18) is lifted up and opened in front and then turned back and down. When the window cover (18) is flipped to open the door, the special raincoat-type covering garment under the window cover is driven to follow and lift and move forward within the opening distance of the window cover, thereby opening the cross-cut door at the back (3) or the side notch (5) of the special raincoat-type covering garment, so that people can enter and exit, otherwise it is closed. The cab has the functions of sunshade, rainproof and windproof. Implementation Plan 13: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11), equipped with a window cover (18), the window cover (18) has an opening door (19), the window cover is located on the upper beam ring bracket (1), the bracket has a notch (5), the upper beam ring bracket has a support point (15) or a support rod (2), the support point support rod has a flip limit elastic buffer function, the upper beam ring bracket and the window cover are adjusted together through the support point (15) or the support rod (2) and the telescopic vertical rod (14) to adjust the angle height of the upper beam ring bracket to a comfortable height for the individual head, and then limit and tighten, the surrounding covering garment is a special raincoat type, the special raincoat type covering garment can be composed of one or more pieces, the window cover has a detachable curtain soft side skirt and the covering garment overlaps to prevent wind and rain, the special raincoat type surrounding covering garment is from the bottom edge of the window cover, that is, the upper beam ring bracket (1) to the bottom covering skeleton ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ) The fully covered cab is connected by ropes, zippers, Velcro, buckles, magnetic buckles, buttons, elastic bands, pins, clips, etc. ( Figure 1 ), the window cover protects the head from wind and rain, and the window cover is connected to the special raincoat-type surrounding covering garment to protect the body and head from wind and rain. The special raincoat-type surrounding covering garment has a steering handle glove, and the special raincoat-type surrounding covering garment can also cover the vehicle steering handle as a special raincoat-type surrounding covering garment without a handle glove. The special raincoat-type surrounding covering garment has a door on the side thereof, which forms a door (19, 20, 21) with the door on the window cover, and there are magnetic attraction and elastic zipper buckles on the door. The door (19, 20, 21) of the cab opens forward, opens forward and closes backward, so that people can enter and exit. The cab has the functions of sunshade, rainproof and windproof. Implementation Plan 14: The cab adopts a frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11), equipped with a window cover (18), the window cover is preferably a transparent hard material window cover (18), the window cover (18) has an opening door (19), the window cover is located on the upper beam ring bracket (1), the bracket has a notch (5) for the door, the upper beam ring bracket has a support point (15) or a support rod (2), the support point support rod has a flip limit elastic buffer function, the upper beam ring bracket and the window cover are adjusted together through the support point (15) or the support rod (2) and the telescopic vertical rod (14) to adjust the angle height of the upper beam ring bracket to a comfortable height for the individual's head, and then limited and fastened, and the surrounding coating is made of a combination of soft and hard materials. The production of the surrounding coating includes but is not limited to rotational molding, blow molding, blister molding, metal plates, fiberboards, plastic plates, and plastic surrounding coatings are connected with the window cover and the leg and foot telescopic panels to form a fully covered cab ( Figure 1 ), the window cover protects the head from wind and rain, the window cover is connected to the surrounding covering to protect the body and head from wind and rain, and the legs and feet are retractable in the leg and foot extension area. The plastic surrounding covering has a direction handle glove, and a combination door is formed by a plurality of door combination methods, and the cab door is opened by one of a plurality of door opening methods, for example: the plastic surrounding covering has a door on the side and the door on the window cover to form a door (19, 20, 21), and the door has a magnetic attraction and a plastic handle buckle. The door (19, 20, 21) of the cab opens forward and closes backward, so that people can enter and exit. Implementation Plan 15: Cab ( Figure 1 ) using the skeleton ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ), the entire cab including the window cover, the surrounding covering and the leg and foot telescopic panels are formed into a cab in one go using a certain process ( Figure 1 ), the cab has a window cover area, a covering area and a leg and foot telescopic plate area, the cab has an upper beam ring bracket that is replaced by a function, and a hard material replaces the skeleton. The process includes but is not limited to rotational molding, blow molding, vacuum molding, injection molding, and metal plates. The cab has a door, which is formed by a combination of multiple door combinations. The cab door is opened by one of multiple door opening methods. For example: there is an opening on the top of the cab, which forms a door (19, 20, 21). The top opening is half the width of the window cover. The door frame on the window cover is raised to offset the curved surface of the door brought by the vertical door and reduce the difficulty of opening and closing. There is a door (19, 20, 21) on one side of the left side of the cab, and there are magnetic attraction and plastic handle buckles on the door. The door (19, 20, 21) of the cab opens forward and closes backward, so people can enter and exit. The cab has sunshade, rainproof and windproof functions. Implementation Plan 16: Cab ( Figure 1 )Using a simplified skeleton( Fig.11 ), the window cover (18) is connected and seated on the watermelon hat (29), the watermelon hat is suitable for wearing, and the window cover is also worn on the head. When a person stands up, he takes the watermelon hat and the window cover connected to the watermelon hat away together. When a person sits down, he takes the watermelon hat and the window cover connected to the watermelon hat together. The window cover can be supported on the watermelon hat alone, or it can be seated on the frame ( Figure 2 ), or a simplified skeleton ( Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 ) on the upper beam ring bracket. The window cover has a detachable curtain soft skirt for better fitting with the bottom to prevent wind. The window cover and the surrounding covering garment (16) are connected with the frame and the simplified frame and the vehicle body through ropes, zippers, Velcro, buckles, magnets, buttons, elasticity, pins, clips, etc. to form a cab. The window cover protects the head from wind and rain, and the window cover worn on the head is combined with the surrounding covering garment to protect the body and head from wind and rain.

Claims

1. A cab is installed on a two-wheeled three-wheeled handlebar steering vehicle, the cab (Fig. 1) comprising a frame (Fig. 2), and a simplified frame (Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Fig. 10, and Fig. 11), and a surrounding covering garment (16), the upper portion of which is a window cover (18) and is located on an upper beam ring bracket (1), a turnover support point (15) and a support rod (2) are arranged on the upper beam ring bracket, the angle height of the upper beam ring bracket and the window cover is adjusted, the support point support rod and the telescopic vertical rod (14) are provided with a turnover mechanism limit elastic buffer electric power assist function for assisting during adjustment, a notch (5) for making a door is arranged on the upper beam ring bracket (1), and the upper beam ring bracket (1) and the surrounding covering garment (16) are arranged below the window cover. The cab has doors (19, 20, 21), telescopic plates for legs and feet (21, 24, 25), wing plates (25) on the outer side of the plates and under the two sides of the pedals, the plates are kept open and closed by wind force, gravity, elastic force and plate magnetic attraction, the plate switch comprises a power switch by manpower or an electrical automation, a glove cuff (17) sleeve (22) for controlling the direction is arranged on both sides of the cab, and the telescopic plates for legs and feet (21, 24, 25) and a rear side bracket (4) of the cab form a cab (Fig. 1). The cab is suitable for installing a split cab on an old two-wheeled or three-wheeled hand-held steering vehicle and for combining a new vehicle with the cab of the present invention or a skeleton structure to form a cab of a whole vehicle structure.

2. The cab of a two-wheeled or three-wheeled hand-steering vehicle according to claim 1 is characterized in that: The cab (Fig. 1) is divided into three functional areas: upper, middle and lower. The upper part is a window area (18), the middle part is a surrounding covering area (16), and the lower part is a leg and foot telescopic plate area (21, 24).

3. The cab of a two-wheeled or three-wheeled handlebar-steering vehicle according to claim 1 is characterized in that: The skeleton and simplified skeleton are provided with an upper beam ring bracket (1), a flip support point (15), a support rod (2), and a telescopic vertical rod (14) on the upper beam ring bracket, and a notch (5) is provided on the upper beam ring bracket (1). The lower part is provided with a vehicle bottom bracket (10) connected with a seat bracket (6) and a tail rack bracket (7), and a side bracket (11) at the front and at the fender. The side brackets are connected via rods (10, 12, 13) connected to the vehicle to form a lower beam ring bracket (9), and the upper and lower beam ring brackets are connected via vertical rod brackets. The cab is provided with a rear side bracket (4).

4. The cab of a two-wheeled or three-wheeled handlebar-steering vehicle according to claim 1, characterized in that: The window cover (18) is arched and is located on the upper part of the cab (Fig. 1). The window cover has the functions of shading, sun protection, wind protection and rain protection. The window cover is made into a convertible bracket in the shape of the window cover and is fastened to the upper beam ring bracket to form a reinforced upper beam ring bracket.

5. The cab of a two-wheeled or three-wheeled handlebar steering vehicle according to claim 1 is characterized by: It is stated The vehicle steering handle glove comprises a steering handle glove and a sleeve (22) and a cuff (17) thereof arranged on two sides of a cab. The surrounding covering garment (16) can cover the steering handle in the cab to replace the steering handle glove.

6. The cab of a two-wheeled or three-wheeled hand-steering vehicle according to claim 1 is characterized in that: The surrounding covering garment (16) includes a special raincoat-type covering garment and a special windshield-type surrounding covering garment, and the surrounding covering garment is tightly connected with the window cover or the upper beam ring bracket. The surrounding covering garment can be composed of one or more pieces. The front side (27) of the surrounding covering garment is fitted with the outer side or inner side of the front fork fender of the vehicle. The rear covering garment surface (8) is fitted with the seat and the frame around the seat.

7. The cab of a two-wheeled or three-wheeled handlebar-steering vehicle according to claim 1, characterized in that: The leg and foot telescopic panels (21, 24) include wing panels (25) outside the panels, or wing panels with downward openings on the bottom surfaces of the vehicle on both sides of the pedal, i.e., the bottom surface of the pedal mat, and peak blocks or lever mechanisms inside the panels. The panels are opened and closed by wind force, gravity, elastic force, and magnetic attraction on the panels. Including manually installed switch panels or electrically automated power-assisted opening and closing panel devices.

8. The cab of a two-wheeled or three-wheeled handlebar-steering vehicle according to claim 1, characterized in that: The rear side of the cab is provided with a bracket (4) for placing an air conditioner, hanging a rear seat windshield, and fastening a rear seat cargo box.

9. The cab of a two-wheeled or three-wheeled handlebar-steering vehicle according to claim 1, characterized in that: The cab door, door opening and closing and door opening and closing direction include but are not limited to magnetic attraction, zipper, Velcro, buckle, pin, button, rope, elastic force, hinge, clip, upward flip, side flip, left flip, right flip, fan-shaped opening and closing, railing type, fulcrum lever type, sliding type, hanging curtain, folding type, or rolling door type. The rolling door is rolled up on the roof and the left roller curtain is swung to the right side of the cab like a shawl. The door opening and closing device includes an overhead switch device, a manual switch device, or an electrically automated electric power-assisted door opening and closing device.

10. A helmet with a window cover (Figure 11) worn by a two-wheeled or three-wheeled handlebar steering vehicle, wherein the helmet is regarded as a watermelon hat (29) and a window cover (18) is connected to the watermelon hat.

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