CN205523596U - Sunroof control system - Google Patents

Abstract

The utility model discloses a sunroof control system, the manager comprises a control unit, the last control module that is connected with of the control unit, a second control module, the 3rd control module, fourth control module, the 5th control module and the 6th control module, be connected with motor temperature -detecting device on the 6th control module, motor speed measuring device and dynamo power supply detection device, motor temperature -detecting device, motor speed measuring device and dynamo power supply detection device all are connected to the motor, temperature sensor is including protection casing and thermistor, thermistor is equipped with a plurality of, thermistor establishes at the protective housing internally, thermistor's outside is equipped with heat conduction adhesive material, heat conduction adhesive material's outside is equipped with adiabatic encapsulating material, thermistor is connected with the wire, the outside of wire is equipped with thermally conductive insulating material. The utility model discloses simple structure, convenient to use have realized sunroof omnidirectional control and protection, and the independent system of multimode sets up easy detecting system trouble.

Description

A kind of car skylight control system

Technical field

This utility model relates to, specifically a kind of car skylight control system.

Background technology

Vehicle dormer window is installed on roof, it is possible to effectively make car inner air flow, increases the entrance of fresh air, brings health, comfortable enjoyment for car owner.Automotive window can also widen the vision simultaneously, is also commonly used for the shooting demand of travelling shot shooting.Vehicle dormer window can be roughly divided into: external sliding type, eversion type built-in, built-in, panorama type and window curtain type etc..Mainly it is installed in the commercial vehicle such as SUV, car.But; the control system automaticity of existing vehicle dormer window is the most relatively low; the open and close in skylight very comprehensively can not be automatically controlled according to the change of environment and running car situation; therefore; vehicle dormer window is not had the most comprehensive protective effect; additionally, the design comparison of existing car skylight control system is general, pretty troublesome for checking the fault of control system.

Summary of the invention

The purpose of this utility model is to provide a kind of car skylight control system, with the problem solving to propose in above-mentioned background technology.

For achieving the above object, the following technical scheme of this utility model offer:

nullA kind of car skylight control system，Including control unit，Connect in described control unit and have the first control module、Second control module、3rd control module、4th control module、5th control module and the 6th control module，Described first control module、Second control module、3rd control module、It is connected with air quantity force sensor in turn in 4th control module and the 5th control module、Start sensor、Rain sensor、Temperature sensor and damping sensor，Connect in described 6th control module and have motor temperature to detect device、Motor speed measuring device and motor power detection device，Described motor temperature detection device、Motor speed measuring device and motor power detection device are all connected to motor，Skylight switch it is also associated with in control unit，Skylight is connected on described skylight switch，Described skylight connects again hand switch，Described temperature sensor includes protective housing and critesistor，Described critesistor is provided with several，Critesistor is located in protective housing，The outside of critesistor is provided with conducting adhesive material，The outside of described conducting adhesive material is provided with heat insulating package material，Described critesistor connects wire，The outside of described wire is provided with heat-conducting insulation material.

As further program of the utility model: be connected to the first alarm device, Secondary Report alarm device and the 3rd alarm device in described first control module, the 5th control module and the 6th control module.

As this utility model further scheme: connect between institute's temperature sensor and control unit and have sensing element.

Compared with prior art, the beneficial effects of the utility model are: be also associated with the first alarm device in the first control module, it is simple to detect and control air quantity and the size of air quantity dynamics of environment, it is simple to protection vehicle dormer window and the environment of control car steering indoor.Connect and Secondary Report alarm device in 5th control module, it is simple to judge on vehicle dormer window, whether have object to be pressed from both sides, suspend the motion of vehicle dormer window, extend the service life of vehicle dormer window.It is connected between temperature sensor with control unit and has sensing element, sensing element is in order to whether the air conditioning system detecting car steering indoor opens, to judge whether vehicle dormer window is opened, defining unified control system, preparing for the environment providing more preferable car steering indoor.Air quantity force sensor is mounted on the bottom surface, front end of automobile skylight glass; on the one hand it is easy to detection and enters the air force that car steering is indoor; on the other hand detect that air quantity, to clashing into the size of dynamics produced by automobile skylight glass, is effectively protected automobile skylight glass.Rain sensor is mounted on automobile engine room cover plate, it is possible to detect the size of rainfall timely and effectively.Temperature sensor is mounted on the ceiling that car steering is indoor, it is simple to the ambient temperature that detection car steering is indoor.Motor temperature detection device, motor speed measuring device and motor power detection device can detect the testing result data such as the operating temperature of motor, rotating speed and operating time, when occurring abnormal, control motor to stop, send alarm, damping sensor is mounted in automobile skylight motor side, it is easy to detect whether vehicle dormer window has object to be pressed from both sides, has also allowed for installation and removal simultaneously.This control system achieves control omnibearing to vehicle dormer window and protection; the program realizing skylight being automatically turned on and closes can be changed according to various environment and vehicle condition; it is provided with corresponding warning system simultaneously; greatly improve the automatic controlling level of vehicle dormer window; greatly enhance comfortableness and safety that automobile is taken; meanwhile, the setting of multimode separate payment is prone to detecting system fault.Be provided with some critesistor, solving to know clearly interferes with each other situation between several critesistor, is isolated by thermal signal, has independently obtained non-interfering thermal signal, it is to avoid affected by the heat signal of single direction or position.Although the aisle spare being conveyed into critesistor of thermal signal diminishes, the precision of temperature sensor can be greatly improved, the heat of wire is conducted transmission simultaneously and take into account among the design of temperature sensor, improve the sensitivity of temperature sensor, reduce temperature delay.Led by antiradiation and anti-pass, stop the interference of several thermal signal further.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the structural representation of temperature sensor.

Fig. 3 is the graph of a relation of wire and protective housing.

Detailed description of the invention

Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is clearly and completely described, it is clear that described embodiment is only a part of embodiment of this utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of this utility model protection.

nullRefer to Fig. 1～3，In this utility model embodiment，A kind of car skylight control system，Including control unit 1，Connect in described control unit 1 and have the first control module 3、Second control module 6、3rd control module 8、4th control module 10、5th control module 13 and the 6th control module 18，Described first control module 3、Second control module 6、3rd control module 8、It is connected with air quantity force sensor 2 in turn in 4th control module 10 and the 5th control module 13、Start sensor 5、Rain sensor 7、Temperature sensor 9 and damping sensor 12，Connect between institute's temperature sensor 9 and control unit 1 and have sensing element 11，The first alarm device 4 it is also associated with in first control module 3，It is easy to detection and controls air quantity and the size of air quantity dynamics of environment，It is easy to protect vehicle dormer window and control the environment that car steering is indoor.Connect and Secondary Report alarm device 14 in 5th control module 13, it is simple to judge on vehicle dormer window, whether have object to be pressed from both sides, suspend the motion of vehicle dormer window, extend the service life of vehicle dormer window.It is connected between temperature sensor 9 with control unit 1 and has sensing element 11, sensing element 11 is in order to whether the air conditioning system detecting car steering indoor opens, to judge whether vehicle dormer window is opened, defining unified control system, preparing for the environment providing more preferable car steering indoor.Air quantity force sensor 2 is mounted on the bottom surface, front end of automobile skylight glass; on the one hand it is easy to detection and enters the air force that car steering is indoor; on the other hand detect that air quantity, to clashing into the size of dynamics produced by automobile skylight glass, is effectively protected automobile skylight glass.Rain sensor 7 is mounted on automobile engine room cover plate, it is possible to detect the size of rainfall timely and effectively.Temperature sensor 9 is mounted on the ceiling that car steering is indoor, it is simple to the ambient temperature that detection car steering is indoor.

nullConnect in described 6th control module 18 and have motor temperature to detect device 20、Motor speed measuring device 21 and motor power detection device 22，Described motor temperature detection device 20、Motor speed measuring device 21 and motor power detection device 22 are all connected to motor 23，Described first control module 3、It is connected to the first alarm device 4 in 5th control module 13 and the 6th control module 18、Secondary Report alarm device 14 and the 3rd alarm device 19，Skylight switch 15 it is also associated with in control unit 1，Skylight 16 is connected on described skylight switch 15，Described skylight 16 connects again hand switch 17，The operating temperature of motor can be detected、The testing result data such as rotating speed and operating time，When occurring abnormal，Control motor to stop，Send alarm，Damping sensor 12 is mounted in automobile skylight motor side，It is easy to detect whether vehicle dormer window has object to be pressed from both sides，Installation and removal have been also allowed for simultaneously.This control system achieves control omnibearing to vehicle dormer window and protection; the program realizing skylight being automatically turned on and closes can be changed according to various environment and vehicle condition; it is provided with corresponding warning system simultaneously; greatly improve the automatic controlling level of vehicle dormer window; greatly enhance comfortableness and safety that automobile is taken; meanwhile, the setting of multimode separate payment is prone to detecting system fault.

Described temperature sensor 9 includes protective housing 24 and critesistor 25; described critesistor 25 is provided with several; critesistor 25 is located in protective housing 24; the outside of critesistor 25 is provided with conducting adhesive material 26; the outside of described conducting adhesive material 26 is provided with heat insulating package material 27; described critesistor 25 connects has wire 28, the outside of described wire 28 to be provided with heat-conducting insulation material 29.Solving knows clearly interferes with each other situation between several critesistor 25, isolated by thermal signal, independently obtained non-interfering thermal signal, it is to avoid affected by the heat signal of single direction or position.Although the aisle spare being conveyed into critesistor of thermal signal diminishes, the precision of temperature sensor 9 can be greatly improved, the heat of wire 28 is conducted transmission to take into account among the design of temperature sensor 9 simultaneously, improve the sensitivity of temperature sensor 9, reduce temperature delay.Led by antiradiation and anti-pass, stop the interference of several thermal signal further.

It is obvious to a person skilled in the art that this utility model is not limited to the details of above-mentioned one exemplary embodiment, and in the case of without departing substantially from spirit or essential attributes of the present utility model, it is possible to realize this utility model in other specific forms.Therefore, no matter from the point of view of which point, embodiment all should be regarded as exemplary, and be nonrestrictive, scope of the present utility model is limited by claims rather than described above, it is intended that all changes fallen in the implication of equivalency and scope of claim included in this utility model.Should not be considered as limiting involved claim by any reference in claim.

In addition, it is to be understood that, although this specification is been described by according to embodiment, but the most each embodiment only comprises an independent technical scheme, this narrating mode of description is only for clarity sake, description should can also be formed, through appropriately combined, other embodiments that it will be appreciated by those skilled in the art that as an entirety, the technical scheme in each embodiment by those skilled in the art.

Claims (3)

1. null1. a car skylight control system，Including control unit (1)，It is characterized in that，The upper connection of described control unit (1) has the first control module (3)、Second control module (6)、3rd control module (8)、4th control module (10)、5th control module (13) and the 6th control module (18)，Described first control module (3)、Second control module (6)、3rd control module (8)、It is connected with air quantity force sensor (2) in turn in 4th control module (10) and the 5th control module (13)、Start sensor (5)、Rain sensor (7)、Temperature sensor (9) and damping sensor (12)，The upper connection of described 6th control module (18) has motor temperature detection device (20)、Motor speed measuring device (21) and motor power detection device (22)，Described motor temperature detection device (20)、Motor speed measuring device (21) and motor power detection device (22) are all connected to motor (23)，Skylight switch (15) it is also associated with in control unit (1)，Skylight (16) is connected on described skylight switch (15)，Described skylight (16) connects again hand switch (17)，Described temperature sensor (9) includes protective housing (24) and critesistor (25)，Described critesistor (25) is provided with several，Critesistor (25) is located in protective housing (24)，The outside of critesistor (25) is provided with conducting adhesive material (26)，The outside of described conducting adhesive material (26) is provided with heat insulating package material (27)，Described critesistor (25) connects wire (28)，The outside of described wire (28) is provided with heat-conducting insulation material (29).
2. A kind of car skylight control system the most according to claim 1, it is characterized in that, described first control module (3), the 5th control module (13) and the 6th control module (18) are connected to the first alarm device (4), Secondary Report alarm device (14) and the 3rd alarm device (19).
3. A kind of car skylight control system the most according to claim 1, it is characterised in that connect between institute's temperature sensor (9) and control unit (1) and have sensing element (11).