Method for hybrid vehicle connected to network (versions)
SUBSTANCE: in the vehicle operation method, the vehicle is driven by a motor and an electric motor and the engine is started if the energy stored in the power storage device is greater than the upper threshold level when the amount of contaminants in the engine oil is greater than the threshold amount. In another version, the engine in the hybrid vehicle connected to the network is shut down in response to the level of contaminants in the exhaust line of forced crankcase ventilation. At that, the engine starts based on the level of contamination in the engine oil. In another version, at a high engine temperature, it is started in response to the amount of contaminants in the engine oil. At that, the motor is driven for a shorter duration. At a lower engine temperature, the engine is started in response to the amount of contaminants in the engine oil. At that, the motor is driven for a longer duration.
EFFECT: oil deterioration is prevented.
18 cl, 10 dwg
FIELD: engines and pumps.
SUBSTANCE: invention relates to vehicle exhaust system with engine start-shutdown system. This invention consists in the following: vehicle comprises compression ignition engine with control device and offgas neutralizer. Engine control device defines idling conditions In case idling occurs, the engine is completely shut down Neutralizer comprises cellular carrier solid piece coated with catalytically reactive primer containing one or more noble metals. Said primer is arranged between first upstream primer area and second downstream primer area. Said reactive primer ply in said first area abuts on reactive primer ply in second downstream reactive primer area. Thermal mass in said first upstream reactive primer area is smaller than that in said second area. Total content of noble metal in said first area is larger than that in said second area. Cellular carrier solid piece features total length whereat said first area is confined by its upstream end while downstream end is confined by the point between 20% and 40% of total length of carrier solid piece is measured from inlet end.
EFFECT: higher activity of oxidizing neutralizer at processing of exhaust gas.
11 cl, 1 dwg, 1 tbl
SUBSTANCE: remote control device comprises remote controller to transmit request for starting and request for engine outage and engine control module to stop the engine by fuel feed shutting off provided the condition is satisfied that engine is started after receipt of said request for starting provided that predefined engine forced shutoff time lapsed and the condition that shutoff request is received.
EFFECT: possibility of forced engine shutoff even at failure that rules out disconnection of the vehicle electric power source.
7 cl, 10 dwg
SUBSTANCE: invention is attributed to the field of electric engineering and can be used for control of the inverter generator equipped with a motor. The inverter generator (10) comprises a winding (22a, 22b) wound around the generator unit (14) driven by a motor (12), a converter (24, 26) coupled to the winding and designed to convert alternating current at the winding output into direct current, an inverter (36) coupled to the converter and designed to convert direct current at the converter output and to transmit it as an output signal, and a controller (42) designed to control operation of the converter and inverter. An accumulator battery (20) is connected to the above motor. The winding comprises the first winding (22a) and the second winding (22b). The controller supplies the accumulator battery output to one of the windings - the first one or the second one - in order to run up the generator unit for the motor starting.
EFFECT: mass and dimensions parameters are improved.
6 cl, 7 dwg
SUBSTANCE: invention relates to an activating device with an automatic circuit breaker unit for a dual battery system that includes a system of power batteries, which is connected to an electrical system containing a starter motor and a circuit of an ignition switch for a transport vehicle, and a system of starter batteries, which can be connected parallel to the system of power batteries by means of the automatic circuit breaker unit that can be switched between an open state and a closed state; when in the latter state, the system of starter batteries is able to supply energy to the electrical system. The activating device includes a control unit, a signal block having a possibility of generating voltage signal yi and supplying voltage signal y to the ignition switch circuit, a monitoring unit having a possibility of monitoring voltage signal y from connection of the ignition switch and a possibility of generation of a monitoring signal based on a controlled voltage signal y, and a processor unit having a possibility of comparing the monitoring signal to a pre-set detection criterion and a possibility of generation of a control signal based on this comparison, which is transmitted to the control unit. The invention also includes an activation method of an automatic circuit breaker unit in a dual battery system.
EFFECT: improving device activation reliability.
14 cl, 5 dwg, 3 tbl
FIELD: engines and pumps.
SUBSTANCE: combined internal combustion engine start-up system relates to transport equipment with electric-starter start. It includes a storage battery, a solenoid starter switch, a starter, a capacitive energy storage, the second output of which is connected to a minus output of the storage battery, a slave key that is made in the form of a thyristor; besides, the storage battery through the thyristor and the capacitive energy storage with its first output through a diode are connected to the starter for the starting period through contacts of the solenoid switch; a control electrode of the thyristor is connected to a common output of introduced switch 8 that connects, when in the first position, in-series connected threshold element (voltage-regulator diode) 9 and resistor 10 to a common point of storage battery 1 and anode of thyristor 7, and when in the second position, to a common point of resistor 10 and threshold element (voltage-regulator diode), and when in the third position, to a thyristor cathode.
EFFECT: providing engine start-up at different temperatures and states of a storage battery.
2 cl, 1 dwg
FIELD: engines and pumps.
SUBSTANCE: total length of starter harness used solely to starter connection and storage battery positive output terminal 4a is increased by adding additional excess segment to up the harness resistance beyond the limits of length required for laying said harness in engine compartment. Excess segment 21 is composed by a rod at forming of section with two flexures by bending the section of one continuous harness 7. Or, it is made by additional bending of the section with two flexures two times and secured via harness holder to storage battery support flange bracket. With application of resistor with heat resistance constrictions, it is potable to suppress voltage drop at restarting which problematic in carrier with idling engine outage function. Required resistance is ensured by excessive increase in length to decrease harness temperature increase.
EFFECT: lower harness heating temperature.
7 cl, 7 dwg
FIELD: engines and pumps.
SUBSTANCE: invention relates to ICEs. Proposed method comprises the steps that follow. (a) Magnitude defining the temperature (Tavt) of exhaust gases circulating at engine exhaust pipe, at turbocompressor turbine inlet. (b) Said magnitude is compared with preset threshold magnitude (Tavt_seuil). (c) In case the former magnitude is larger than the latter, first time delay (Tempo-in) is activated to repeat steps (a) and (b). If, during said time delay, the former is smaller than the latter, said time delay is stopped to initiate step (d). (d) In case the former magnitude is larger than the latter, second time delay (Tempo-out) is activated to repeat steps (a) and (b). If, during said time delay, the former is smaller than the latter, said time delay is stopped. Process of the second time delay is initiated again to initiate step (c). (e) In case first delay elapses and the former magnitude exceeds said threshold magnitude, engine automatic outage is prohibited. (f) In case second time delay elapses and the former magnitude is smaller than threshold magnitude, engine automatic outage is permitted to initiate, again, the first time delay.
EFFECT: limited increase in turbocompressor temperature at automatic engine outages.
10 cl, 2 dwg
SUBSTANCE: invention is related to start systems for automobiles, railroad transport, and electric transport. A system contains an accumulator battery and an energy storage unit, a system monitoring and control module (SMCM), a voltage conversion module (VCM), a power switching module (PSM) for switching of direct-current power circuits. The system contains a charger intended for additional recharge of the accumulator battery and the energy storage unit made as an electrochemical capacitor (ECC). At that VCM is coupled by power circuits to power supply buses of the onboard network, PSM and SMCM; PSM is coupled by power circuits to the charger, MM and ECC and the charger in its turn is coupled to power circuits of MA and ECC. The system monitoring and control module can supply control signals to VCM, PSM and the charger and to receive signals from voltage sensors of the accumulator battery, the ECC voltage sensor and the charger current sensor as well as to control voltage/current of the power supply bus of the onboard network and to ensure exchange of information with the vehicle onboard data bus.
EFFECT: simplification of the system, reduction of dimensions and enhancing functional capabilities.
FIELD: engines and pumps.
SUBSTANCE: starting system is intended for engine with automatic outage at predefined state. Proposed system comprises starter to start the engine, storage battery to supply said starter and starter control device. Said starter comprises second gear engaged with first gear engaged with engine crankshaft, actuator to displace second gear for engagement with first fear and motor to run said second gear. Control device can drive said actuator and motor separately. Control device operates in the mode of rotation whereat said motor is actuated before said actuator. Note that in the case of said mode of rotation said control unit restricts the engine automatic outage proceeding from the lower voltage of storage battery decreased voltage after actuation of motor and decreased voltage of storage battery after actuation of actuator. Invention discloses the engine control.
EFFECT: limited engine outage at insufficient voltage of storage battery.
4 cl, 7 dwg
FIELD: engines and pumps.
SUBSTANCE: proposed system comprises capacitor bank with its charger, electric starter with armature winding, at least one sensor, controller with output and at least one input connected with sensor, voltage inverter with master input, power input and output to convert power output voltage with respect to power input voltage at transmission ratio defined by signal at master input. Note here that voltage inverter power input is connected to capacitor bank, power output is connected to electric starter armature winding while master input is connected to controller output. Said controller incorporates extra capacitor bank charge estimation module. Besides it is configured to limit transmission factor if capacitor bank charge exceeds preset threshold. Otherwise it changes said transmission factor.
EFFECT: higher efficiency of capacitor bank application.
7 cl, 8 dwg
SUBSTANCE: invention relates to hybrid vehicles with electromechanical transmission. This method consists in exploiting the mode of maximum efficiency or that of the transmission maximum dynamic operation. In maximum efficiency mode, vehicle motion energy and energy recuperation efficiency in accumulator are defined. In maximum dynamic operation mode, threshold total electromagnetic moment of traction motors or vehicle control/motion parameters are defined. Additionally, energy stored in accumulators is defined to adjust the total power.
EFFECT: enhanced control performances.
9 cl, 1 dwg
SUBSTANCE: motion mode selection controller for hybrid electric vehicle which moves while selecting motion modes contains state-of-charge detection unit; unit for detection of output power requested by driver; unit for correction of output power requested by driver. Selection control unit sets output power low threshold while state-of-charge is lowering thus changing conditions for switching from the first mode of motion to the second mode of motion.
EFFECT: fuel consumption optimisation.
4 cl, 3 dwg
SUBSTANCE: proposed device comprises the system of road signalling. Additionally, it comprises control board to activate the device, radiators to direct signals to obstacle, radiation receivers to receive signals and to transmit it to the unit and to output signals for processing and calculation of distance to obstacle, proper speed from tacho-generator and numbers of thrown in gear with gear shifting device and signal transmission via hardware of built-in communication switching to operator control board and to braking device or to gear shifting device or to engine shutdown device.
EFFECT: safe motion, prevention of collision in string.
SUBSTANCE: this device comprises actuator including engine, friction clutch element arranged at the path of transfer of motive force from actuator to drive wheel. The element of friction engagement engages at selection of the range of driving. Clutch engagement beginning evaluation means is evaluated in response to the condition that the parameter exceeds or equals preset threshold value in initial area of clutch engagement control. Clutch engagement beginning evaluation means sets at absolute magnitude of threshold values larger in case it is impossible to evaluate that actuator rpm is larger than that when actuator rpm is low.
EFFECT: ruled out incorrect evaluation of clutch engagement beginning.
10 cl, 17 dwg
FIELD: physics, control.
SUBSTANCE: determination of values of a velocity control point vref for a vehicle control system includes receiving a mode selection by the driver from two selectable driving modes, each comprising a unique set of settings which influence calculation of vref; determining the horizon using the received location data and map data for the heading, consisting of route segments and characteristics for each segment; calculating vref for the vehicle control system along the horizon based on the settings for the selected driving modes and rules relating to categories associated with segments in the horizon such that vref lies in a range bounded by vmin and vmax, wherein the control system controls the vehicle according to said control point values vref. Also disclosed is a module for determining velocity control point values vref for a vehicle control system.
EFFECT: designing an improved car speed control system, which improves the driver's approval of cruise control and particularly takes into account on-coming resistance to motion.
26 cl, 4 dwg
SUBSTANCE: control device for hybrid vehicle contains engine; motor functioning to output vehicle moving force and to perform engine starting; the first clutch element inserted between engine and electric motor; the second clutch element inserted between electric motor and driving wheel. Also, there is device for moving force transfer system load determination. The device also contains unit for control over actuating with engine/motor frictional sliding for engagement with sliding of the first clutch element with engine and for engagement with sliding of the second clutch element with electric motor when rotation speed is lower than predetermined rotation speed.
EFFECT: lower electric motor torque.
7 cl, 14 dwg
SUBSTANCE: proposed vehicle comprises the source of setting in motion. The element of friction engagement engages at selection of the range of driving. Besides, it includes the input rpm control means and means for evaluation of engagement beginning to perform evaluation in response to initiated engagement of friction engagement means. Said response displays that said parameter exceeds or equals the preset threshold value set for the clutch control initiation. Note here that said response varies as the drive rpm changes. Said means for evaluation of engagement beginning starts evaluation after waiting for fulfilment of aforesaid predefined requirement after clutch initiation beginning.
EFFECT: accurate evaluation of the beginning of clutch engagement.
11 cl, 15 dwg
SUBSTANCE: set of inventions relates to system assisting vehicle driver. Vehicle contains system assisting its driver. The system assisting vehicle (1) driver contains sensing device built in the vehicle (1). The sensing device (16, 17, 18, 19) has communication interface (21) via which data are transmitted directly between sensing device (16, 17, 18, 19) and portable communication instrument (22) in one direction when vehicle integrated data transmission system is bypassed. Through data transmission, portable communication instrument (22) and sensing device (16, 17, 18, 19) interact so that function is implemented which assists driver during vehicle driving. Communication interface (21) is intended for wireless data transmission.
EFFECT: creation of solution by means of which vehicle driver can enhance functionality of system assisting driver and built in the vehicle.
29 cl, 1 dwg
SUBSTANCE: invention relates to vehicles with automatic clutches. Method of determination of contact point for vehicle clutch wherein clutch transmits power between engine and drive wheels. Note here that said determination comprises clutch disengagement to determine the contact point at running vehicle. Additionally, engine rpm is adjusted to first rpm higher than rpm of idling engine. After determination of contact point gear is thrown in whereat vehicle stays at clutch disengagement. Proposed system comprises clutch disengagement means for determination of contact point and rpm control means. It includes means for gear engagement after determination of contact point whereat vehicle stays at clutch disengagement.
EFFECT: possibility to determine the contact point in motion.
14 cl, 3 dwg
FIELD: engines and pumps.
SUBSTANCE: control system confines the ICE (1) output power and includes the means for determination of accelerator application for determination of accelerator pedal (23) use. It comprises means for determination of brake application at depression of brake pedal (25). It includes a throttle valve arranged in suction air channel (11). ICE (1) power output is confined when revealed is brake application by pedal (25) in addition of application of accelerator pedal (23). ICE (1) power output is confined for it to not exceed the preset power output. Power output is defined by the use of first limiting degree of accelerator pedal application by brake pedal (25) in addition to application of accelerator pedal (23). Air throttle opening degree at first limiting accelerator application is set lower than that at completely open air throttle. ICE power output is confined for it to not exceed the preset power output. This is defined by application of second limiting degree of accelerator application instead of said first accelerator application degree. When degree of accelerator application change in unit time exceeds preset definite magnitude in direction of accelerator pedal (23) depression whereat ICE power output is confined by application of said first limiting accelerator application degree. Second limiting degree of accelerator application exceeds said first one. Air throttle opening degree at second limiting accelerator application is set lower than that at completely open air throttle.
EFFECT: ruled out inhibition of engine output imitation at change of accelerator application without interference of the driver.
3 cl, 4 dwg
SUBSTANCE: propulsion plant (2) for vehicle includes output shaft (14) of internal combustion engine (4), input shaft (27) of transmission (8), electric machine (6) which contains stator (24) and rotor (26) and planetary gear mechanism (10) which contains movable components (18, 20, 22). Clutch mechanism (38) can move between the first and the second positions where in the first position the output shaft (14) of engine and input shaft (27) of transmission can rotate at different speeds by means of planetary gear mechanism (10), and in the second position clutch mechanism (38) firmly connects output shaft (14) of engine with input shaft (27) of transmission by means of planetary gear mechanism (10). Output shaft (14) of engine is connected with central gear wheel (18) of planetary gear mechanism. Also, propulsion plant control method is proposed (2).
EFFECT: higher reliability, operational safety, compactness of design.
13 cl, 5 dwg