阅读说明：本技术 摩托车体辅助降温系统及方法 (Auxiliary cooling system and method for motorcycle body ) 是由 李海昌 于 2021-09-12 设计创作，主要内容包括：本发明涉及一种摩托车体辅助降温系统,包括：车载空调机构,与摩托车的蓄电池通电且通风口通往摩托车车手的宽松防风服内,用于为摩托车车手的上身提供降温处理；温度设置机构,集成在摩托车车手的手套上,用于在人工操作下设置车载空调机构的通风口的出风温度；风量控制器件,与车载空调机构连接,用于基于接收到的汗迹分布面积的数值大小确定通风口的当前出风风量。本发明还涉及一种摩托车体辅助降温方法。通过本发明,能够根据摩托车车身以及摩托车车手装备的空间分布特征,将降温设施的各个部件分布在摩托车车身以及摩托车车手装备上,并基于摩托车车手的汗迹分布面积确定对应的降温策略,从而提升了摩托车车手驾驶的舒适度。(The invention relates to an auxiliary cooling system for a motorcycle body, which comprises: the vehicle-mounted air conditioning mechanism is electrified with a storage battery of the motorcycle, and the ventilation opening is communicated into the loose windproof clothing of the motorcycle rider and used for providing cooling treatment for the upper body of the motorcycle rider; the temperature setting mechanism is integrated on gloves of a motorcycle driver and used for setting the air outlet temperature of a ventilation opening of the vehicle-mounted air conditioning mechanism under manual operation; and the air volume control device is connected with the vehicle-mounted air conditioning mechanism and used for determining the current air outlet volume of the ventilation opening based on the received numerical value of the distribution area of the sweat stain. The invention also relates to an auxiliary cooling method for the motorcycle body. According to the invention, all parts of the cooling facility can be distributed on the motorcycle body and the motorcycle rider equipment according to the spatial distribution characteristics of the motorcycle body and the motorcycle rider equipment, and the corresponding cooling strategy is determined based on the sweat distribution area of the motorcycle rider, so that the driving comfort of the motorcycle rider is improved.)

1. An auxiliary cooling system for a motorcycle body, said system comprising:

the vehicle-mounted air conditioning mechanism is electrified with a storage battery of the motorcycle, and the ventilation opening is communicated into the loose windproof clothing of the motorcycle rider and used for providing cooling treatment for the upper body of the motorcycle rider;

the temperature setting mechanism is integrated on a glove of a motorcycle driver, is connected with the vehicle-mounted air conditioning mechanism through a Bluetooth communication link to establish a bidirectional wireless communication link, and is used for setting the air outlet temperature of a vent of the vehicle-mounted air conditioning mechanism under manual operation;

the air volume control device is arranged on the motorcycle, is connected with the vehicle-mounted air conditioning mechanism and is used for determining the current air outlet volume of the ventilation opening based on the numerical value of the received sweat distribution area;

the humidity measuring mechanism is arranged in the helmet of the motorcycle head and used for detecting the humidity in the helmet and sending a wearing identification command when the detected humidity exceeds a set humidity threshold value;

the vision acquisition device is arranged in a front panel of a helmet of a motorcycle head, is connected with the humidity measurement mechanism and is used for executing the vision picture acquisition of the front face of the human face in the helmet when receiving the wearing identification command so as to obtain a corresponding human face acquisition picture;

the side illumination device is arranged on the side of the helmet of the motorcycle head, is connected with the vision acquisition device and is used for providing auxiliary light quantity for the acquisition of a face acquisition picture of the vision acquisition device;

the synchronous linkage mechanism is respectively connected with the vision acquisition device and the side illumination device and is used for controlling the vision acquisition device and the side illumination device to enable the vision acquisition device and the side illumination device to act synchronously;

the content promoting device is connected with the visual acquisition device and is used for sequentially carrying out white noise removal and salt and pepper noise removal on the received human face acquisition picture so as to obtain a corresponding content promoting picture;

the signal identification mechanism is connected with the content lifting device and used for identifying each sweat stain pixel point in the content lifting picture according to the gray value interval corresponding to the human sweat stain;

the sweat mark identification mechanism is respectively connected with the signal identification mechanism and the air volume control device and is used for sending the total number of sweat mark pixel points in the content lifting picture under the non-independent state to the air volume control device as the numerical value of the sweat mark distribution area;

wherein, according to the gray value interval that human sweat stain corresponds, discern every sweat stain pixel point in the content promotes the picture includes: when the gray value of a certain pixel point in the content promotion picture is in a gray value interval corresponding to the human sweat stain, judging that the pixel point belongs to the sweat stain pixel point;

wherein sending the total number of sweat stain pixel points in the content-enhanced picture in the non-independent state to the air volume control device as a value of sweat stain distribution area comprises: when a plurality of other sweat mark pixel points with more than a set number exist near a certain sweat mark pixel point in the content promoting picture, judging that the certain sweat mark pixel point is the sweat mark pixel point in a non-independent state;

wherein determining the current air volume of the vent based on the received size of the sweat trace distribution area comprises: the smaller the value of the received sweat distribution area is, the lower the determined current air outlet volume of the ventilation opening is.

2. The motorcycle body auxiliary cooling system of claim 1, wherein:

the humidity measuring mechanism is also used for sending out a wearing unidentified command when the obtained humidity is not detected to exceed the set humidity threshold value.

3. The motorcycle body auxiliary cooling system of claim 2, wherein:

the vision acquisition device is also used for stopping executing the acquisition of the vision picture of the front face of the human face in the helmet when the wearing unidentified command is received.

4. The motorcycle body auxiliary cooling system of claim 1, wherein:

determining the current air outlet volume of the vent based on the received numerical size of the sweat trace distribution area comprises: and the determined current air outlet volume of the ventilation opening has the numerical limit of the maximum air volume.

5. The motorcycle body auxiliary cooling system of claim 1, wherein:

the temperature setting mechanism comprises a temperature setting panel and a Bluetooth sending interface, and the Bluetooth sending interface is connected with the temperature setting panel;

the vehicle-mounted air conditioning mechanism comprises a temperature adjusting unit and a Bluetooth receiving unit, wherein the Bluetooth receiving unit is connected with the temperature adjusting unit and simultaneously establishes bidirectional wireless communication link connection with the Bluetooth sending interface.

6. An auxiliary cooling method for a motorcycle body is characterized by comprising the following steps:

the vehicle-mounted air conditioning mechanism is electrified with a storage battery of the motorcycle, and the ventilation opening is communicated into the loose windproof clothing of the motorcycle rider and used for providing cooling treatment for the upper body of the motorcycle rider;

the use temperature setting mechanism is integrated on a glove of a motorcycle driver, is connected with the vehicle-mounted air conditioning mechanism through a Bluetooth communication link to establish a bidirectional wireless communication link and is used for setting the air outlet temperature of a vent of the vehicle-mounted air conditioning mechanism under manual operation;

the air volume control device is arranged on the motorcycle, is connected with the vehicle-mounted air conditioning mechanism and is used for determining the current air volume of the ventilation opening based on the numerical value of the received sweat distribution area;

the device comprises a humidity measuring mechanism, a control mechanism and a display mechanism, wherein the humidity measuring mechanism is arranged in a helmet of a motorcycle head and used for detecting the humidity in the helmet and sending out a wearing identification command when the detected humidity exceeds a set humidity threshold value;

the device comprises a humidity measuring mechanism, a vision acquisition device, a display device and a display device, wherein the humidity measuring mechanism is arranged in a front panel of a helmet of a motorcycle head and is connected with the humidity measuring mechanism, and the vision acquisition device is used for executing the vision picture acquisition of the front face of a human face in the helmet when receiving the wearing identification command so as to obtain a corresponding human face acquisition picture;

the device is characterized in that a side illumination device is used, is arranged on the side of a helmet of a motorcycle head, is connected with the vision acquisition device and is used for providing auxiliary light quantity for the acquisition of a face acquisition picture of the vision acquisition device;

a synchronous linkage mechanism is used and is respectively connected with the vision acquisition device and the side illumination device and used for controlling the vision acquisition device and the side illumination device to enable the vision acquisition device and the side illumination device to act synchronously;

the content promotion device is connected with the visual acquisition device and used for sequentially carrying out white noise removal and salt and pepper noise removal on the received human face acquisition picture so as to obtain a corresponding content promotion picture;

the signal identification mechanism is connected with the content lifting device and used for identifying each sweat trace pixel point in the content lifting picture according to the gray value interval corresponding to the human sweat trace;

the sweat mark identifying mechanism is respectively connected with the signal identifying mechanism and the air volume control device and used for sending the total number of sweat mark pixel points in the content lifting picture under the non-independent state to the air volume control device as the numerical value of the sweat mark distribution area;

wherein, according to the gray value interval that human sweat stain corresponds, discern every sweat stain pixel point in the content promotes the picture includes: when the gray value of a certain pixel point in the content promotion picture is in a gray value interval corresponding to the human sweat stain, judging that the pixel point belongs to the sweat stain pixel point;

wherein sending the total number of sweat stain pixel points in the content-enhanced picture in the non-independent state to the air volume control device as a value of sweat stain distribution area comprises: when a plurality of other sweat mark pixel points with more than a set number exist near a certain sweat mark pixel point in the content promoting picture, judging that the certain sweat mark pixel point is the sweat mark pixel point in a non-independent state;

wherein determining the current air volume of the vent based on the received size of the sweat trace distribution area comprises: the smaller the value of the received sweat distribution area is, the lower the determined current air outlet volume of the ventilation opening is.

7. The motorcycle body auxiliary cooling method of claim 6, characterized in that:

the humidity measuring mechanism is also used for sending out a wearing unidentified command when the obtained humidity is not detected to exceed the set humidity threshold value.

8. The motorcycle body auxiliary cooling method of claim 7, characterized in that:

the vision acquisition device is also used for stopping executing the acquisition of the vision picture of the front face of the human face in the helmet when the wearing unidentified command is received.

9. The motorcycle body auxiliary cooling method of claim 6, characterized in that:

determining the current air outlet volume of the vent based on the received numerical size of the sweat trace distribution area comprises: and the determined current air outlet volume of the ventilation opening has the numerical limit of the maximum air volume.

10. The motorcycle body auxiliary cooling method of claim 6, characterized in that:

the temperature setting mechanism comprises a temperature setting panel and a Bluetooth sending interface, and the Bluetooth sending interface is connected with the temperature setting panel;

the vehicle-mounted air conditioning mechanism comprises a temperature adjusting unit and a Bluetooth receiving unit, wherein the Bluetooth receiving unit is connected with the temperature adjusting unit and simultaneously establishes bidirectional wireless communication link connection with the Bluetooth sending interface.

Technical Field

The invention relates to the field of motorcycle management, in particular to an auxiliary cooling system and method for a motorcycle body.

Background

Motorcycles, two-wheeled or three-wheeled vehicles driven by gasoline engines and steered by steering front wheels by handlebars, are light, flexible and fast to drive, are widely used for patrol, passenger and cargo transportation and the like, and are also used as sports equipment. In a large direction, motorcycles are classified into street cars, road racing motorcycles, off-road motorcycles, cruise cars, station wagons, and the like. Currently, motorcycles are an important vehicle and frequently appear on highways and city roads, especially some objects that are popular in fashion. However, due to space limitations and equipment limitations of the motorcycle itself, it is difficult to implement a cooling service provided to the rider of the motorcycle by installing a cooling facility such as an air conditioner on the motorcycle.

Disclosure of Invention

In order to solve the problems, the invention provides an auxiliary cooling system and method for a motorcycle body, which can distribute all parts of a cooling facility on the motorcycle body and motorcycle rider equipment according to the spatial distribution characteristics of the motorcycle body and motorcycle rider equipment, and determine a corresponding cooling strategy based on the sweat distribution area of the motorcycle rider, thereby completing the implementation and the transformation of the motorcycle cooling facility.

For this reason, the present invention needs to have at least the following key points:

(1) aiming at the defect that the motorcycle is lack of cooling facilities in a high-temperature running state, a self-adaptive cooling mechanism which can be integrated into a motorcycle body and a driver device is introduced, so that the driving comfort of a motorcycle driver is improved;

(2) the number statistics of the non-isolated sweat mark pixel points is executed on the face sweat mark distribution area of the motorcycle rider, and the corresponding cooling amplitude is determined based on the statistical number, so that the waste of meaningless power consumption is avoided while the cooling effect is ensured.

According to an aspect of the present invention, there is provided a motorcycle body auxiliary cooling system, the system comprising:

the vehicle-mounted air conditioning mechanism is electrified with a storage battery of the motorcycle, and the ventilation opening is communicated into the loose windproof clothing of the motorcycle rider and used for providing cooling treatment for the upper body of the motorcycle rider;

the temperature setting mechanism is integrated on a glove of a motorcycle driver, is connected with the vehicle-mounted air conditioning mechanism through a Bluetooth communication link to establish a bidirectional wireless communication link, and is used for setting the air outlet temperature of a vent of the vehicle-mounted air conditioning mechanism under manual operation;

the air volume control device is arranged on the motorcycle, is connected with the vehicle-mounted air conditioning mechanism and is used for determining the current air outlet volume of the ventilation opening based on the numerical value of the received sweat distribution area;

the humidity measuring mechanism is arranged in the helmet of the motorcycle head and used for detecting the humidity in the helmet and sending a wearing identification command when the detected humidity exceeds a set humidity threshold value;

the vision acquisition device is arranged in a front panel of a helmet of a motorcycle head, is connected with the humidity measurement mechanism and is used for executing the vision picture acquisition of the front face of the human face in the helmet when receiving the wearing identification command so as to obtain a corresponding human face acquisition picture;

the side illumination device is arranged on the side of the helmet of the motorcycle head, is connected with the vision acquisition device and is used for providing auxiliary light quantity for the acquisition of a face acquisition picture of the vision acquisition device;

the synchronous linkage mechanism is respectively connected with the vision acquisition device and the side illumination device and is used for controlling the vision acquisition device and the side illumination device to enable the vision acquisition device and the side illumination device to act synchronously;

the content promoting device is connected with the visual acquisition device and is used for sequentially carrying out white noise removal and salt and pepper noise removal on the received human face acquisition picture so as to obtain a corresponding content promoting picture;

the signal identification mechanism is connected with the content lifting device and used for identifying each sweat stain pixel point in the content lifting picture according to the gray value interval corresponding to the human sweat stain;

the sweat mark identification mechanism is respectively connected with the signal identification mechanism and the air volume control device and is used for sending the total number of sweat mark pixel points in the content lifting picture under the non-independent state to the air volume control device as the numerical value of the sweat mark distribution area;

wherein, according to the gray value interval that human sweat stain corresponds, discern every sweat stain pixel point in the content promotes the picture includes: when the gray value of a certain pixel point in the content promotion picture is in a gray value interval corresponding to the human sweat stain, judging that the pixel point belongs to the sweat stain pixel point;

wherein sending the total number of sweat stain pixel points in the content-enhanced picture in the non-independent state to the air volume control device as a value of sweat stain distribution area comprises: when a plurality of other sweat mark pixel points with more than a set number exist near a certain sweat mark pixel point in the content promoting picture, judging that the certain sweat mark pixel point is the sweat mark pixel point in a non-independent state;

wherein determining the current air volume of the vent based on the received size of the sweat trace distribution area comprises: the smaller the value of the received sweat distribution area is, the lower the determined current air outlet volume of the ventilation opening is.

According to another aspect of the present invention, there is also provided a motorcycle body auxiliary cooling method, the method comprising:

the vehicle-mounted air conditioning mechanism is electrified with a storage battery of the motorcycle, and the ventilation opening is communicated into the loose windproof clothing of the motorcycle rider and used for providing cooling treatment for the upper body of the motorcycle rider;

the use temperature setting mechanism is integrated on a glove of a motorcycle driver, is connected with the vehicle-mounted air conditioning mechanism through a Bluetooth communication link to establish a bidirectional wireless communication link and is used for setting the air outlet temperature of a vent of the vehicle-mounted air conditioning mechanism under manual operation;

the air volume control device is arranged on the motorcycle, is connected with the vehicle-mounted air conditioning mechanism and is used for determining the current air volume of the ventilation opening based on the numerical value of the received sweat distribution area;

the device comprises a humidity measuring mechanism, a control mechanism and a display mechanism, wherein the humidity measuring mechanism is arranged in a helmet of a motorcycle head and used for detecting the humidity in the helmet and sending out a wearing identification command when the detected humidity exceeds a set humidity threshold value;

the device comprises a humidity measuring mechanism, a vision acquisition device, a display device and a display device, wherein the humidity measuring mechanism is arranged in a front panel of a helmet of a motorcycle head and is connected with the humidity measuring mechanism, and the vision acquisition device is used for executing the vision picture acquisition of the front face of a human face in the helmet when receiving the wearing identification command so as to obtain a corresponding human face acquisition picture;

the device is characterized in that a side illumination device is used, is arranged on the side of a helmet of a motorcycle head, is connected with the vision acquisition device and is used for providing auxiliary light quantity for the acquisition of a face acquisition picture of the vision acquisition device;

a synchronous linkage mechanism is used and is respectively connected with the vision acquisition device and the side illumination device and used for controlling the vision acquisition device and the side illumination device to enable the vision acquisition device and the side illumination device to act synchronously;

the content promotion device is connected with the visual acquisition device and used for sequentially carrying out white noise removal and salt and pepper noise removal on the received human face acquisition picture so as to obtain a corresponding content promotion picture;

the signal identification mechanism is connected with the content lifting device and used for identifying each sweat trace pixel point in the content lifting picture according to the gray value interval corresponding to the human sweat trace;

the sweat mark identifying mechanism is respectively connected with the signal identifying mechanism and the air volume control device and used for sending the total number of sweat mark pixel points in the content lifting picture under the non-independent state to the air volume control device as the numerical value of the sweat mark distribution area;

wherein, according to the gray value interval that human sweat stain corresponds, discern every sweat stain pixel point in the content promotes the picture includes: when the gray value of a certain pixel point in the content promotion picture is in a gray value interval corresponding to the human sweat stain, judging that the pixel point belongs to the sweat stain pixel point;

wherein sending the total number of sweat stain pixel points in the content-enhanced picture in the non-independent state to the air volume control device as a value of sweat stain distribution area comprises: when a plurality of other sweat mark pixel points with more than a set number exist near a certain sweat mark pixel point in the content promoting picture, judging that the certain sweat mark pixel point is the sweat mark pixel point in a non-independent state;

wherein determining the current air volume of the vent based on the received size of the sweat trace distribution area comprises: the smaller the value of the received sweat distribution area is, the lower the determined current air outlet volume of the ventilation opening is.

Drawings

Embodiments of the invention will now be described with reference to the accompanying drawings, in which:

fig. 1 is a configuration view of a motorcycle to which an auxiliary cooling system and method for a motorcycle body according to an embodiment of the present invention are applied.

Detailed Description

The following will describe in detail an embodiment of the motorcycle body auxiliary cooling method of the present invention.

The first motorcycle in the world was born by attaching an engine to a frame of a device in gotleber dymler, germany. The motorcycle sports related to motorcycle is a military sport, and is a kind of sports using motorcycle as its apparatus, and is divided into two-wheel type and three-wheel type, and each type is divided into several grades according to the working volume of engine cylinder. According to competition forms, the competition form can be divided into items such as cross-country competition, multi-day competition, road competition, field competition, travel competition and the like. Ranking the ranking according to the driving speed or driving skill. Currently, motorcycles are an important vehicle and frequently appear on highways and city roads, especially some objects that are popular in fashion. However, due to space limitations and equipment limitations of the motorcycle itself, it is difficult to implement a cooling service provided to the rider of the motorcycle by installing a cooling facility such as an air conditioner on the motorcycle.

In order to overcome the defects, the invention builds the auxiliary cooling system and the method for the motorcycle body, and can effectively solve the corresponding technical problems.

Fig. 1 is a configuration view of a motorcycle to which an auxiliary cooling system and method for a motorcycle body according to an embodiment of the present invention are applied.

The motorcycle body auxiliary cooling system shown according to the embodiment of the invention comprises:

the vehicle-mounted air conditioning mechanism is electrified with a storage battery of the motorcycle, and the ventilation opening is communicated into the loose windproof clothing of the motorcycle rider and used for providing cooling treatment for the upper body of the motorcycle rider;

the temperature setting mechanism is integrated on a glove of a motorcycle driver, is connected with the vehicle-mounted air conditioning mechanism through a Bluetooth communication link to establish a bidirectional wireless communication link, and is used for setting the air outlet temperature of a vent of the vehicle-mounted air conditioning mechanism under manual operation;

the air volume control device is arranged on the motorcycle, is connected with the vehicle-mounted air conditioning mechanism and is used for determining the current air outlet volume of the ventilation opening based on the numerical value of the received sweat distribution area;

the humidity measuring mechanism is arranged in the helmet of the motorcycle head and used for detecting the humidity in the helmet and sending a wearing identification command when the detected humidity exceeds a set humidity threshold value;

the vision acquisition device is arranged in a front panel of a helmet of a motorcycle head, is connected with the humidity measurement mechanism and is used for executing the vision picture acquisition of the front face of the human face in the helmet when receiving the wearing identification command so as to obtain a corresponding human face acquisition picture;

the side illumination device is arranged on the side of the helmet of the motorcycle head, is connected with the vision acquisition device and is used for providing auxiliary light quantity for the acquisition of a face acquisition picture of the vision acquisition device;

the synchronous linkage mechanism is respectively connected with the vision acquisition device and the side illumination device and is used for controlling the vision acquisition device and the side illumination device to enable the vision acquisition device and the side illumination device to act synchronously;

the content promoting device is connected with the visual acquisition device and is used for sequentially carrying out white noise removal and salt and pepper noise removal on the received human face acquisition picture so as to obtain a corresponding content promoting picture;

the signal identification mechanism is connected with the content lifting device and used for identifying each sweat stain pixel point in the content lifting picture according to the gray value interval corresponding to the human sweat stain;

the sweat mark identification mechanism is respectively connected with the signal identification mechanism and the air volume control device and is used for sending the total number of sweat mark pixel points in the content lifting picture under the non-independent state to the air volume control device as the numerical value of the sweat mark distribution area;

wherein, according to the gray value interval that human sweat stain corresponds, discern every sweat stain pixel point in the content promotes the picture includes: when the gray value of a certain pixel point in the content promotion picture is in a gray value interval corresponding to the human sweat stain, judging that the pixel point belongs to the sweat stain pixel point;

wherein sending the total number of sweat stain pixel points in the content-enhanced picture in the non-independent state to the air volume control device as a value of sweat stain distribution area comprises: when a plurality of other sweat mark pixel points with more than a set number exist near a certain sweat mark pixel point in the content promoting picture, judging that the certain sweat mark pixel point is the sweat mark pixel point in a non-independent state;

wherein determining the current air volume of the vent based on the received size of the sweat trace distribution area comprises: the smaller the value of the received sweat distribution area is, the lower the determined current air outlet volume of the ventilation opening is.

Next, a specific configuration of the motorcycle body auxiliary cooling system of the present invention will be further described.

In the motorcycle body auxiliary cooling system:

the humidity measuring mechanism is also used for sending out a wearing unidentified command when the obtained humidity is not detected to exceed the set humidity threshold value.

In the motorcycle body auxiliary cooling system:

the vision acquisition device is also used for stopping executing the acquisition of the vision picture of the front face of the human face in the helmet when the wearing unidentified command is received.

In the motorcycle body auxiliary cooling system:

determining the current air outlet volume of the vent based on the received numerical size of the sweat trace distribution area comprises: and the determined current air outlet volume of the ventilation opening has the numerical limit of the maximum air volume.

In the motorcycle body auxiliary cooling system:

the temperature setting mechanism comprises a temperature setting panel and a Bluetooth sending interface, and the Bluetooth sending interface is connected with the temperature setting panel;

the vehicle-mounted air conditioning mechanism comprises a temperature adjusting unit and a Bluetooth receiving unit, wherein the Bluetooth receiving unit is connected with the temperature adjusting unit and simultaneously establishes bidirectional wireless communication link connection with the Bluetooth sending interface.

The motorcycle body auxiliary cooling method shown according to the embodiment of the invention comprises the following steps:

the vehicle-mounted air conditioning mechanism is electrified with a storage battery of the motorcycle, and the ventilation opening is communicated into the loose windproof clothing of the motorcycle rider and used for providing cooling treatment for the upper body of the motorcycle rider;

the use temperature setting mechanism is integrated on a glove of a motorcycle driver, is connected with the vehicle-mounted air conditioning mechanism through a Bluetooth communication link to establish a bidirectional wireless communication link and is used for setting the air outlet temperature of a vent of the vehicle-mounted air conditioning mechanism under manual operation;

the air volume control device is arranged on the motorcycle, is connected with the vehicle-mounted air conditioning mechanism and is used for determining the current air volume of the ventilation opening based on the numerical value of the received sweat distribution area;

the device comprises a humidity measuring mechanism, a control mechanism and a display mechanism, wherein the humidity measuring mechanism is arranged in a helmet of a motorcycle head and used for detecting the humidity in the helmet and sending out a wearing identification command when the detected humidity exceeds a set humidity threshold value;

the device comprises a humidity measuring mechanism, a vision acquisition device, a display device and a display device, wherein the humidity measuring mechanism is arranged in a front panel of a helmet of a motorcycle head and is connected with the humidity measuring mechanism, and the vision acquisition device is used for executing the vision picture acquisition of the front face of a human face in the helmet when receiving the wearing identification command so as to obtain a corresponding human face acquisition picture;

the device is characterized in that a side illumination device is used, is arranged on the side of a helmet of a motorcycle head, is connected with the vision acquisition device and is used for providing auxiliary light quantity for the acquisition of a face acquisition picture of the vision acquisition device;

a synchronous linkage mechanism is used and is respectively connected with the vision acquisition device and the side illumination device and used for controlling the vision acquisition device and the side illumination device to enable the vision acquisition device and the side illumination device to act synchronously;

the content promotion device is connected with the visual acquisition device and used for sequentially carrying out white noise removal and salt and pepper noise removal on the received human face acquisition picture so as to obtain a corresponding content promotion picture;

the signal identification mechanism is connected with the content lifting device and used for identifying each sweat trace pixel point in the content lifting picture according to the gray value interval corresponding to the human sweat trace;

the sweat mark identifying mechanism is respectively connected with the signal identifying mechanism and the air volume control device and used for sending the total number of sweat mark pixel points in the content lifting picture under the non-independent state to the air volume control device as the numerical value of the sweat mark distribution area;

wherein, according to the gray value interval that human sweat stain corresponds, discern every sweat stain pixel point in the content promotes the picture includes: when the gray value of a certain pixel point in the content promotion picture is in a gray value interval corresponding to the human sweat stain, judging that the pixel point belongs to the sweat stain pixel point;

wherein sending the total number of sweat stain pixel points in the content-enhanced picture in the non-independent state to the air volume control device as a value of sweat stain distribution area comprises: when a plurality of other sweat mark pixel points with more than a set number exist near a certain sweat mark pixel point in the content promoting picture, judging that the certain sweat mark pixel point is the sweat mark pixel point in a non-independent state;

wherein determining the current air volume of the vent based on the received size of the sweat trace distribution area comprises: the smaller the value of the received sweat distribution area is, the lower the determined current air outlet volume of the ventilation opening is.

Next, the specific steps of the motorcycle body auxiliary cooling method of the present invention will be further described.

In the motorcycle body auxiliary cooling method:

the humidity measuring mechanism is also used for sending out a wearing unidentified command when the obtained humidity is not detected to exceed the set humidity threshold value.

In the motorcycle body auxiliary cooling method:

the vision acquisition device is also used for stopping executing the acquisition of the vision picture of the front face of the human face in the helmet when the wearing unidentified command is received.

In the motorcycle body auxiliary cooling method:

determining the current air outlet volume of the vent based on the received numerical size of the sweat trace distribution area comprises: and the determined current air outlet volume of the ventilation opening has the numerical limit of the maximum air volume.

In the motorcycle body auxiliary cooling method:

the temperature setting mechanism comprises a temperature setting panel and a Bluetooth sending interface, and the Bluetooth sending interface is connected with the temperature setting panel;

the vehicle-mounted air conditioning mechanism comprises a temperature adjusting unit and a Bluetooth receiving unit, wherein the Bluetooth receiving unit is connected with the temperature adjusting unit and simultaneously establishes bidirectional wireless communication link connection with the Bluetooth sending interface.

In addition, in the motorcycle body auxiliary cooling system and method, controlling the vision collecting device and the side illumination device so that the two actions are synchronized comprises: when the vision acquisition device acquires the front vision picture of the face in the helmet once to obtain the corresponding face acquisition picture, the side illumination device performs light supply once to provide auxiliary light quantity for the acquisition of the face acquisition picture of the vision acquisition device.

By adopting the auxiliary cooling system and method for the motorcycle body, disclosed by the invention, aiming at the technical problem that the motorcycle body is difficult to integrate an effective and intelligent cooling facility in the prior art, all parts of the cooling facility can be distributed on the motorcycle body and the motorcycle rider equipment according to the spatial distribution characteristics of the motorcycle body and the motorcycle rider equipment, and a corresponding cooling strategy is determined based on the sweat distribution area of the motorcycle rider, so that the driving comfort of the motorcycle rider is improved.

The foregoing description of the exemplary embodiments of the invention has been presented for the purposes of illustration and description. It is not intended to be exhaustive or to limit the invention to the precise form disclosed. Obviously, many modifications and variations will be apparent to practitioners skilled in the art. The exemplary embodiments were chosen and described in order to best explain the principles of the invention and its practical application, to thereby enable others skilled in the art to understand the invention for various embodiments and with various modifications as are suited to the particular use contemplated. It is intended that the scope of the invention be defined by the following claims and their equivalents.