295 results about "Start up" patented technology

The invention relates to the technical field of boiler control, and discloses a gas-fired boiler starting control method and system. The method comprises the following steps: acquiring initial operation parameters such as hearth pressure, water inlet temperature, flue gas oxygen content and fuel valve opening of the gas-fired boiler, establishing a thermodynamic state model in a starting stage according to the initial operation parameters, and dividing dynamic response thresholds of different load intervals; and calculating a theoretical fuel supply rate of the combustor based on the model, generating and dynamically updating a fuel supply correction coefficient in combination with a threshold value, synchronously marking key nodes according to abnormal distribution of hearth temperature, and adjusting a spatial air distribution strategy of the combustor. And after the correction coefficient is subjected to multi-stage buffer smoothing, a fuel control instruction is output to an executing mechanism. And switching to steady state control after the boiler reaches the preset load. The method adapts to the characteristics of a power plant unit, so that the starting process is more stable, the damage to a heated surface and pollutant emission are reduced, and rapid grid connection is assisted.

A method for starting up vapor-recompression units comprises: providing a vapor recompression sub-system comprising one or more vapor-recompression units, wherein the vapor recompression sub-system has a vapor inlet and a compressed-vapor outlet; providing a means of reducing vapor density through pressure reduction in vapor communication with the vapor recompression sub-system; reducing pressure within the vapor recompression sub-system to reach a sub-system pressure selected from 0.1 kPa to 1000 kPa; introducing a vapor mass flow to the vapor recompression sub-system at a restricted vapor mass flow rate; starting up the vapor recompression sub-system while maintaining the restricted vapor mass flow rate for a start-up time period; and then, following the start-up time period, introducing additional vapor mass flow to the vapor recompression sub-system to reach a full vapor mass flow rate. The restricted vapor mass flow rate is from 0.1% to 90% of the full vapor mass flow rate.

The utility model provides a back electromotive force electric energy recovery circuit of an unmanned aerial vehicle and the unmanned aerial vehicle. The multiple battery voltages are combined through the combining output circuit to supply power to the load, when back electromotive force exists due to deceleration of the unmanned aerial vehicle, the multiple battery voltages are detected through the comparison circuit, and if the back electromotive force voltage is larger than the voltage of each battery, at least one reverse charging circuit is opened to charge the battery. According to the embodiment, when the multiple batteries supply power to the unmanned aerial vehicle, mutual charging between the batteries can be prevented, counter electromotive force electric energy generated when the motor slows down can be absorbed through the batteries, uninterruptible power supply of the unmanned aerial vehicle can be achieved through hot plugging of the batteries when the unmanned aerial vehicle is in a standby state, and the unmanned aerial vehicle is convenient to use. The time for starting up, shutdown and initialization of the unmanned aerial vehicle due to battery replacement is shortened, and the working efficiency of the unmanned aerial vehicle is improved.

The invention provides a software starting method and system, and relates to the technical field of software starting, and the method comprises the steps: obtaining a plurality of pieces of software forbidden to start, a plurality of pieces of software allowed to start, a plurality of pieces of software to be operated, and a daily computer running video of a user; estimating the tolerance of the user to the startup delay based on the user daily computer running video use tolerance determination model; based on the multiple pieces of software forbidden to be started, the multiple pieces of software allowed to be started and the multiple pieces of software to be operated, using a correlation degree processing model to determine the correlation degree between each piece of software to be operated and each piece of software forbidden to be started and the correlation degree between each piece of software to be operated and each piece of software allowed to be started; constructing a plurality of knowledge maps; processing the plurality of knowledge maps based on a graph neural network to obtain a plurality of pieces of startup software; starting-up is carried out based on the multiple pieces of starting-up software. The method can accurately adapt to a user to determine an optimal starting-up software combination.

A simple configuration aims to reduce MCU vulnerabilities. [Solution] The control device 10 includes an MCU 20. The MCU 20 has a CPU 22, a system bus 26, a storage device 28, and an address translation device 24 that translates addresses between the CPU address space of the CPU 22 and the system bus address space of the system bus 26 in accordance with translation rules set in a special function register 24A. The MCU 20 starts up in an unrestricted mode in which all addresses in the CPU address space are available, and after startup, when a predetermined condition is met, it switches to a restricted mode in which only a portion of the addresses in the CPU address space are available. The special function register 24A allows the translation rules to be set and read when in the unrestricted mode, and does not allow the translation rules to be set or read when in the restricted mode.

A vehicle includes an engine, an intake manifold, a starter motor, a battery, and a control apparatus. The intake manifold is coupled to the engine. The starter motor is configured to start up the engine. The battery is configured to drive the starter motor. The control apparatus includes one or more processors, and one or more memories coupled to the one or more processors. The one or more processors are configured to execute idle reduction control, and execute, during execution of the idle reduction control and before cancelling the idle reduction control, adjustment control of adjusting an internal pressure of the intake manifold and causing the internal pressure of the intake manifold to be lower as a voltage of the battery is lower.

A controller for making a power converter start up normally includes a detection circuit, an upper-bridge power supply pre-charge circuit and a driving signal generation circuit. During the power converter starting up, the detection circuit detects a feedback voltage and adjusts the lower-bridge turning-on time of a lower-bridge switch driving signal of a lower-bridge switch of the power converter according to the feedback voltage. The upper-bridge power supply pre-charge circuit generates the lower-bridge switch driving signal according to the lower-bridge turning-on time and stops generating the lower-bridge switch driving signal when the feedback voltage meets a first predetermined condition. When the upper-bridge power supply pre-charge circuit stops generating the lower-bridge switch driving signal, the driving signal generation circuit generates the lower-bridge switch driving signal to the lower-bridge switch and an upper-bridge switch driving signal to an upper-bridge switch of the power converter to make the power converter operate normally.

To improve the cooling performance of the GFI and transformer located inside the cubicle. [Solution] In a cubicle housing multiple devices, the temperature control device includes a temperature sensor provided in the device, a temperature measuring unit that collects temperature information measured from the temperature sensor, and a cooling control unit that refers to an operating temperature table storing the operating temperature ranges of multiple devices, compares the temperature of the device obtained from the temperature measuring unit with the operating temperature range of the device obtained from the operating temperature table, determines whether the device is approaching the upper limit of its operating temperature range, and instructs the cooling device to start up when it is determined that the device is approaching the upper limit of its operating temperature range.

This invention relates to the field of fuel cell technology, specifically to a method, processing method, and system for predicting low voltage in a fuel cell cell. The prediction method includes: S1, starting up the fuel cell stack; S2, applying current while simultaneously applying AC excitation; S3, acquiring cell voltage data and calculating the current average cell voltage V. avg With the lowest single-chip voltage V min And the standard deviation σ of the current single-chip voltage; S4, determine |V avg -V min If the equation |≤3σ| holds true, the fuel cell stack is considered to be in good health and there is no single-cell low-voltage fault. If the equation does not hold true, the fuel cell stack is considered to have a single-cell low-voltage fault. This invention also provides a method for handling low-voltage single cells in a fuel cell and a fuel cell system. Compared with existing technologies, by using normal distribution theory to identify the number of cells potentially prone to low voltage before the single-cell voltage drops below the shutdown limit and implementing intervention and recovery measures, the failure rate is significantly reduced, thereby improving the stability and reliability of the fuel cell system.

Device (100) for starting up a granulating device, in particular one downstream of an extruder, comprising: a granulating device, such as a dry granulating device, for granulating a strand of material; a conveying line (102) coupled to the granulating device for granules, wherein the conveying line (102) leads from the granulating device in a conveying direction to a classifying device for classifying the granules; and a diverter (104, 200) arranged in the conveying line (102) for diverting the granules from a feed line (106) into one of at least two discharge lines (108, 110), wherein the diverter (104, 200) comprises: - a housing (112, 208) with a feed opening (114, 206), at least one first discharge opening (116) and at least one second discharge opening (118); and - a flap (120, 214) which is pivotable in the housing (112, 208) about a pivot axis (122) between a first conveying position in which a first conveying passage (124, 218) between the feed opening (114, 206) and the first discharge opening (116) is released while closing off a second conveying passage (126, 220) between the feed opening (114) and the second discharge opening (118), and a second conveying position in which the second conveying passage (126, 220) between the feed opening (114) and the second discharge opening (118) is released while closing off the first conveying passage (124, 218) between the feed opening (114) and the first discharge opening (116), wherein the diverter (104, 200) is designed to divert start-up material, such as granulate material, during a start-up process of the granulating device and wherein at least one guide section (142, 202), such as a guide element and / or deflector plate, is provided in the area of ​​the feed opening (114, 206) to guide the granulate over an edge and / or end face (144, 212) of the flap (120, 214).

The present invention relates to a conditioning method (100) for conditioning an electrochemical cell system (203). The conditioning method (100) comprises the following method steps: - mounting (103) the electrochemical cell system (203) on a test bench (200), - connecting (105) a temperature-control circuit (209) of the electrochemical cell system (203) to a temperature-control circuit (205) of the test bench (200), - starting up (107) the electrochemical cell system (203), - operating (109) the electrochemical cell system (203) on the test bench (200) for a predefined duration at at least one predefined operating point, - shutting down, with active cooling (111), the electrochemical cell system (203), - disconnecting (112) the temperature-control circuit (209) of the electrochemical cell system (203) from the temperature-control circuit (205) of the test bench (200), - shutting down, with passive cooling (113), the electrochemical cell system (203), - removing (115) the electrochemical cell system (203) from the test bench (200), wherein, during the passive cooling of the electrochemical cell system (203), the temperature-control medium of the temperature-control circuit (205) of the test bench (200) is heated.

The invention relates to a start-up method of a hydrogenation device filled with a true sulfuration state hydrogenation catalyst, which comprises the following steps: when the highest temperature of a catalyst bed layer in a fixed bed reactor is less than or equal to the temperature T, introducing start-up distillate oil into the fixed bed reactor, raising the inlet temperature of the fixed bed reactor from T0 to T1 at the heating rate of W1, and then raising the inlet temperature of the fixed bed reactor from T1 to T2 at the heating rate of W2, w1 is larger than W2, different heating curves are set according to the properties of the start-up distillate oil and the sulfuration degree of the true sulfuration state catalyst, it is ensured that the start-up heating process is stable, the temperature runaway condition is avoided, and therefore the rapid and stable start-up requirement is met, and the activity of the true sulfuration state catalyst is well protected.

Provided are a gas sensor system, a gas sensor control device, and a control method that enable high-accuracy measurement without causing a user to wait. The gas sensor system (1) includes: a reception section (30) that receives a startup signal from externally to the gas sensor system; a gas sensor (10) that performs concentration measurement of a measurement target gas in air; an air intake port (11) and an air discharge port (12) that are connected to the gas sensor; at least one fan (13); and a control device (20) that starts up the gas sensor through reception of the startup signal, that acquires temperature information for the gas sensor, and that, based on the temperature information for the gas sensor, performs cooling control of operating the fan so as to cool the gas sensor from startup of the gas sensor, before initiation of the concentration measurement.

The invention relates to the technical field of computer systems, in particular to a remote automatic timing power-on and power-off control method which is implemented in a computer system with a BIOS (Basic Input / Output System) module, the BIOS module comprises a WakeUp unit and a CMOS (Complementary Metal Oxide Semiconductor) unit, a remote power-off control module is added in the computer system, and a power-off identification unit is added in the BIOS module. The remote shutdown control module sends a shutdown command to the computer system through the API, the shutdown recognition unit performs recognition after the BIOS module receives the shutdown command and reads a preset time value of the WakeUp unit, and the computer system only shuts down according to a recognition result or automatically starts up when the preset time value is reached after shutdown. According to the method, the requirement of a user for starting up after waiting for remote shutdown can be met, the user experience is greatly improved, and the reliability and controllability are remarkably improved.

This invention discloses a method, apparatus, electronic device, and storage medium for verifying remote login to a vehicle, relating to the field of vehicles. The method includes: after the vehicle's infotainment system starts up, detecting an access request command sent by a client; in response to detecting the access request command, performing initial verification on the client based on the access request command to obtain an initial verification result; if the initial verification result indicates that the client is a pre-trusted client, controlling the remote login port of the infotainment system to switch from a hidden state to an open state; and performing login verification on the pre-trusted client based on the remote login interface in the open state to obtain a target verification result, wherein the target verification result indicates whether the client is a trusted client. This invention solves the technical problem of low security protection for remote login to vehicles.

The present disclosure relates to a converter start-up control method, apparatus and system, and a converter and an air-conditioning system. The inverter start-up control method comprises: on the basis of whether at least one of a photovoltaic system and an energy storage system is connected to a converter, determining an operating mode of the converter; in the operating mode, charging a bus capacitor of the converter by means of a resistor, so as to establish a bus voltage; on the basis of the value of the bus voltage, and the amplitude, phase and frequency of a power grid voltage, determining an angle compensation amount and a voltage compensation amount for the operating mode; and on the basis of the angle compensation amount and the voltage compensation amount for the operating mode, performing compensation on the current angle and the current voltage for start-up of the converter, and starting up the converter according to a compensated angle and a compensated angle voltage.

The invention provides electronic equipment and a battery voltage equalizing method thereof, and relates to the technical field of electronic equipment, the electronic equipment comprises at least two batteries, and power station equipment is correspondingly provided with at least two charging circuits and at least one isolating switch. For a first battery and a second battery in the at least two batteries, the electronic equipment can charge the first battery through a first charging circuit in the at least two charging circuits and charge the second battery through a second charging circuit in the at least two charging circuits. Therefore, compared with a mode of charging a low-voltage battery by using a high-voltage battery to perform voltage equalization, the plurality of charging circuits are respectively used for directly charging the plurality of batteries to perform voltage equalization, so that the time consumed for performing voltage equalization on the plurality of batteries can be shortened; therefore, the electronic equipment can be started up or execute other system tasks with high energy consumption by relatively quickly utilizing the electric energy provided by the plurality of batteries, so that the use experience of a user is improved.

A management device receives designation information from an information processing device. The designation information designates an article to be purchased and a shipping destination of the article. The device performs a specific process to cause generation of a URL which is a Uniform Resource Locator to be used for starting-up an application software to settle a payment of charge of the article designated by the designation information. The controller receives purchase completion information indicating that the payment is completed in a case that: the specific process is completed; the information processing device transmits the URL to an external device; the application software is started up by the URI, on the external device; and the payment is completed by using the application software on the external device. The device transmits a shipping command to ship the article to the shipping destination in response to receiving the purchase completion information.

The invention discloses a method for starting up a field device (FG1, FG2), comprising the following steps carried out by the manufacturer of the field device (FG1, FG2): operating a ticket server (TS); and linking the field device (FG1, FG2) to the ticket server (TS), the field device (FG1, FG2) having no account; and comprising the following steps carried out by the operator: creating an account having access data and having specific access rights, in particular having a user name and a password, and assigning the account to the field device (FG1, FG2) by means of the ticket server (TS); generating one or more tickets (T) by means of the ticket server (TS) for the new account; transporting the ticket (T) to the field device (FG1, FG2); checking the ticket (T), by means of the field device (FG1, FG2), as to whether the ticket (T) was actually created by the ticket server (TS); storing the account on the field device (FG1, FG2) if the check is positive; and granting access to the field device (FG1, FG2) in accordance with the access rights after successful login with the access data on the field device (FG1, FG2) by the user. The invention also discloses a system for carrying out the method.

A secondary controlled AC-DC converter and method for low frequency operation are disclosed. A secondary controlled AC-DC converter including an oscillator in a primary side controller (PSC) and a method for operating it to enable soft start and low frequency operation are provided. Generally, the method includes driving a power switch coupled between an AC input and a primary side of the converter with a gate drive (GD) signal. At start up and after an automatic restart, the GD signal is generated using an oscillator signal from the oscillator. After receiving a start-stop pulse from a secondary side controller, the oscillator signal is decoupled from the GD signal using a controller in the PSC and the PSC begins generating the GD signal with a pulse width modulation (PWM) generated using the start-stop pulse. The oscillator operates at a first frequency independent of the PWM signal. The PWM signal includes one of a plurality of frequencies selected based on power drawn from the converter and can be less than the first frequency in low power applications.

Control assembly (100) comprising at least one control unit (ECU) and a voltage-limiting voltage regulator (L, Mlim) which, based on an input voltage (KL30) applied to an input of the control assembly (100), provides a predetermined output voltage range for the control unit (ECU) and at least one further consumer (ES) of the control assembly (100), wherein the control assembly (100) is configured such that, in the event that the control unit (ECU) receives a wake-up signal (WAKE), a first voltage-limiting element (DZlim) enables the control unit (ECU) to start up, and wherein the control assembly (100) further comprises a circuit arrangement designed to - to perform a monitoring (U_Ref CHECK) to check whether a reference voltage (U_Ref) of a specified component of the control unit (ECU) has been reached, and if this is the case, - to provide this reference voltage (U_Ref) to the voltage regulator (L, Mlim) as a reference voltage for regulating its output voltage.

To provide a controller capable of suppressing accuracy reduction and delay of control, while securing a storing area of a processing unit concerned with the control.SOLUTION: A controller 10 comprises an arithmetic device 20, and a non-volatile memory 21 having a first bank 26 and a second bank 27. A boot loader 28 which sets control processing and a first application program 30 which controls an apparatus are stored in the first bank 26. A second application program 31 which controls the apparatus is stored in the second bank 27. The boot loader 28 comprises a startup processing selection unit 29 which performs setting processing for selectively starting the first application program and the second application program.SELECTED DRAWING: Figure 2

The invention discloses an auxiliary heat dissipation device and a computer case, and relates to the technical field of heat dissipation devices.The auxiliary heat dissipation device comprises a case body, a baffle is arranged on the left side of the case body, the inner wall of the baffle and the inner wall of the case body are jointly in threaded connection with two sets of first bolts, and the number of each set of first bolts is two; a self-checking mechanism is arranged above the case body, an emergency mechanism is arranged above the case body, the self-checking mechanism comprises a self-checking unit, the self-checking unit is arranged above the case body, the self-checking unit can perform self-checking on the leakage condition of condensate water in the heat dissipation device, and the self-checking mechanism further comprises a protection unit. The protection unit is arranged above the case body, the protection unit can prevent a user from starting up the computer case under the condition that the heat dissipation device leaks water, and the auxiliary heat dissipation device and the computer case are provided with the self-checking unit, the protection unit and the emergency mechanism, so that the problem that the sealing condition of the sealing device cannot be self-checked when equipment is used is solved.

In a start-up sequence of a phase-locked loop, the voltage-controlled oscillator is controlled by a first voltage to operate in a linear regime and a first count of a register of a frequency divider is read. Then, the voltage-controlled oscillator is controlled by a second voltage having an offset from the first voltage and a second count of the register is read. A slope of the linear regime is then determined from a difference between the first and second counts and an offset of the first and second voltages. A determination is made of a third voltage needed to reach a target frequency of the output signal as a function of the slope and a deviation between a current value of the register count and a target value corresponding to the target frequency. The voltage-controlled oscillator is then controlled with the third voltage.

An electric shaver, including a machine body and a cutting head that are connected to one another; the machine body includes an outer casing, a control chip and a driving component which are provided within the outer casing, and a handle sensing element which is provided on the outer casing; the cutting head includes a head portion sensing element; the control chip is simultaneously connected to the driving component, handle sensing element and head portion sensing element; and the driving component is also connected to the cutting head. The electric shaver will automatically start up when both the handle sensing element and the head portion sensing element sense the proximity of a human body (skin). Provided also are a corresponding handheld household electrical appliance, an electric shaver system, and a control method.

The invention discloses a startup method and electronic equipment, relates to the technical field of terminals, and can detect abnormal power supply of a central processing unit (CPU) core group, make adaptive adjustment, and start the electronic equipment based on the CPU core group with normal power supply, so that the electronic equipment is started to display a desktop. The problem that the electronic equipment cannot be started up due to abnormal power supply of the CPU core group in the starting-up process is solved, and the electronic equipment can be normally started up. The method is applied to the electronic equipment, the electronic equipment comprises at least one CPU core group, and each CPU core group comprises one or more CPU cores. In the startup process of the electronic equipment, under the condition that it is detected that power supply of the first CPU core group is abnormal and power supply of the second CPU core group is normal, the electronic equipment is started based on the second CPU core group; and then, after the electronic equipment is started, a desktop is displayed.

The invention relates to a method (100) for starting up a field device (10) in an automation system () which has a superordinate control unit (30). In the method (100) according to the invention, a simulation value (25) to be output to the field device (10) is specified by a handheld device (20). A logical measurement point (36) at which the simulation value (25) is output is determined in the superordinate control unit (30). The determined logical measurement point (36) is compared with a target measurement point (38). In the event of a match, the field device (10) is operated via the present communicative field bus connection (19). The invention also relates to a corresponding computer program product (40), to a handheld device (20), to a corresponding field device (10), and to a correspondingly equipped automation system (50). The invention further relates to a simulation method (200) and to a simulation program product (60), by means of which the operating behavior of such an automation system (50) can be adjusted.

To appropriately shorten a startup time of a recording apparatus.SOLUTION: A recording apparatus includes a recording head that performs recording on a recording medium, a conveyance mechanism that conveys the recording medium, a maintenance unit that executes a maintenance operation for the recording head, and a control part. The maintenance unit is configured to be able to receive power from the conveyance mechanism and to execute the maintenance operation on the basis of the received power. The control part determines presence / absence of the recording medium in the conveyance mechanism and a state of the maintenance unit when the recording apparatus is started up, and determines propriety of execution of a first initialization operation for initializing the conveyance mechanism and the maintenance unit on the basis of a result of the determination.SELECTED DRAWING: Figure 6

A method for starting up vapor-recompression units or ramping up from low mass flow rates comprises: providing a vapor recompression sub-system, wherein the vapor recompression sub-system has a vapor inlet and a compressed-vapor outlet; providing a means of reducing vapor density through pressure reduction; reducing pressure within the vapor recompression sub-system to reach a sub-system pressure selected from 0.1 kPa to 1000 kPa; introducing a vapor mass flow to the vapor recompression sub-system at a restricted vapor mass flow rate; starting up the vapor recompression sub-system or ramping up from low mass flow rates while maintaining the restricted vapor mass flow rate for a time period; and then, following the time period, introducing additional vapor mass flow to the vapor recompression sub-system to reach a normal vapor mass flow rate. The restricted vapor mass flow rate is from 0.1% to 90% of the normal vapor mass flow rate.

To shorten the time required for the startup of the entire apparatus, including the optional units, compared to a case where the apparatus body outputs a signal for level number detection to an optional unit.SOLUTION: An apparatus includes a plurality of optional units attached to an apparatus body, and is configured to identify the plurality of optional units. The apparatus body includes an output section that outputs a power supply voltage generated by the apparatus body. The optional units each include: a power receiving section that receives a first direct-current (DC) voltage; a step-down circuit that steps down the first DC voltage received; a power output section that outputs a second DC voltage obtained by stepping down by the step-down circuit; and a controller that detects the first DC voltage or the second DC voltage and determines a level number of the optional units on the basis of the detected voltage. Therein: the power receiving section of the optional unit at the first level connected to the apparatus body is connected to the output section of the apparatus body; and the power receiving section of the optional unit provided at a succeeding level of the optional unit at the first level is connected to the power output section of the optional unit at a preceding level.SELECTED DRAWING: Figure 1