33results about How to "Reduce the number of occupancy" patented technology

The invention discloses a production method for continuously formed onion rings. The production method comprises the following main process steps: selecting fresh white onions; peeling and cleaning the white onions; dicing the white onions by using a dicer; subjecting onion dices to water controlling or mechanical dehydration to realize raw material preprocessing; uniformly mixing the preprocessed onion dices and a binder in proportion in a mixer with stirring; carrying out forming by using a ram-type forming machine so as to obtain onion rings, each weighing 6 to 7 g; spraying a calcium chloride solution and allowing the calcium chloride solution and bonding substances in the accessory material--the binder to undergo hardening and shaping; allowing the shaped onion rings to enter into a powdering machine through a transmission network belt for automatic powdering, then into a starching machine through the transmission network belt for starching, then into a powder wrapping machine for powder wrapping and finally into a tunnel-like frying machine through the transmission network belt for pre-frying; subjecting obtained finished products to oil controlling, cooling and quick-freezing in an individual quick-freezing machine; conveying the quick-frozen onion rings to an automatic packaging machine through the transmission network belt; manually picking out defective onion rings on the transmission network belt; packaging qualified onion rings by using the packaging machine; and carrying out detection and delivery.

The invention discloses a driving circuit and a display device. The driving circuit comprises a time schedule controller and a first level converter, wherein the first level converter generates a plurality of first clock signals through a first time schedule control signal and a second time schedule control signal output by the time schedule controller in combination with a time schedule logic relationship. Compared with the prior art, the first clock signals can be generated through fewer time sequence control signals, so that the number of the time sequence control signals sent by the time sequence controller is reduced, the wiring space is saved, and the occupied number of I / O ports of the time sequence controller and the level converter is reduced.

The invention discloses a production method for continuously formed onion rings. The production method comprises the following main process steps: selecting fresh white onions; peeling and cleaning the white onions; dicing the white onions by using a dicer; subjecting onion dices to water controlling or mechanical dehydration to realize raw material preprocessing; uniformly mixing the preprocessed onion dices and a binder in proportion in a mixer with stirring; carrying out forming by using a ram-type forming machine so as to obtain onion rings, each weighing 6 to 7 g; spraying a calcium chloride solution and allowing the calcium chloride solution and bonding substances in the accessory material--the binder to undergo hardening and shaping; allowing the shaped onion rings to enter into a powdering machine through a transmission network belt for automatic powdering, then into a starching machine through the transmission network belt for starching, then into a powder wrapping machine for powder wrapping and finally into a tunnel-like frying machine through the transmission network belt for pre-frying; subjecting obtained finished products to oil controlling, cooling and quick-freezing in an individual quick-freezing machine; conveying the quick-frozen onion rings to an automatic packaging machine through the transmission network belt; manually picking out defective onion rings on the transmission network belt; packaging qualified onion rings by using the packaging machine; and carrying out detection and delivery.

The present application provides a power management circuit and electronic equipment. The power management circuit is applied to a motherboard with an NVDC architecture, including: a boost module, a conversion module, and a charging controller; the boost module is used in the The charging controller is in the non-battery management mode, obtains the first voltage associated with the power adapter, and raises the first voltage to the second voltage; wherein, the power adapter supplies power through the USB Type C interface; the The conversion module is configured to generate an activation voltage according to the second voltage; the charging controller is configured to enter a power supply management mode from the non-battery management mode according to the activation voltage. This application uses the characteristics of the USB PD protocol and the existing NVDC power design architecture to provide a power management solution for USB PD chips such as RTS545x and CCGx, which saves high-voltage LDOs and related circuits, reduces production costs, and reduces occupation. The space of the circuit board saves the number of interfaces occupied.

The invention discloses a buoyant box type water floating gantry crane pipeline sinking construction method. The method comprises steps as follows: step 1, long steel pipes are welded ashore and lifted onto a controllable buoyant box on the water surface; step 2, all small sections of steel pipes floated by the controllable buoyant box on the water surface are welded into a large section of steelpipe; step 3, a gantry crane lifts steel pipes with inclined pipe sections to be welded with the large section of steel pipe; step 4, a hydrostatic test of the steel pipes is conducted after the wholesection is mounted; step 5, the controllable buoyant box is reversely buckled on the steel pipes, and water is injected into two ends of the steel pipes to make the steel pipes to gradually sink; step 6, after the steel pipes sink, the controllable buoyant box is dismounted, the dismounted controllable buoyant box is inflated to automatically float on the water surface, and trenches are backfilled. Interface butt welding, water surface transportation, pipeline pressure test, sinking and other procedures of pipelines spanning long-distance water channels can be realized. The construction principle is simple and easy to implement, construction machinery such as a large crane is not required, the sinking positions are accurate, and the method is low in cost, safe and reliable.

The invention discloses an automobile spraying method using a color paint sharing system, which is characterized in that the steps are: electrophoresis treatment of the car body→spraying white middle paint→spraying white base paint at the first station of the color paint→spraying the white base paint at the second station of the color paint according to the following steps: Body design color selection process: when the design color is pearl white, the robot automatically sprays pearlescent paint; when the design color is plain white, the robot is empty → pre-drying of the color paint → spraying varnish; the spray film thickness of the white intermediate paint is 18‑22 μm The thickness of the sprayed film of the white base paint on the first station of the colored paint is 10-18 μm; the thickness of the sprayed film of the pearl white car pearl paint on the second station of the colored paint is 5-10 μm. The automobile spraying method of the present invention reduces the occupied quantity of the color paint main pipeline in the painting workshop by one, and at the same time, the plain white car and the pearl white car can be produced on the same line without competing for color paint resources.

Disclosed is a slurry shield full-automatic pipe replacement crane. The slurry shield full-automatic pipe replacement crane comprises a trailer and a pipe replacement crane mechanism. The pipe replacement crane mechanism is installed on the trailer, and a pipe storage mechanism is arranged on the trailer. The pipe replacement crane mechanism comprises a pipe replacement crane longitudinal beam, wherein the pipe replacement crane longitudinal beam is connected with the trailer. A longitudinal translation oil cylinder is arranged on the pipe replacement crane longitudinal beam, and a travelling frame is connected to the stretching and drawing end of the longitudinal translation oil cylinder. A crane transverse beam frame and a transverse translation oil cylinder are arranged on the travelling frame, one end of the transverse translation oil cylinder is connected with the crane transverse beam frame, and the other end of the transverse translation oil cylinder is connected with the travelling frame. An electric hoist is arranged on the crane transverse beam frame, and moves along the crane transverse beam frame. A tank chain groove is formed in the top of the travelling frame, a tank chain groove is also installed in the lower surface of a platform on the top of the trailer, and the two tank chain grooves are connected through a tank chain. The slurry shield full-automatic pipe replacement crane is simple in structure and high in practicability, is successfully put into use, reduces the labor intensity of workers in the slurry pipe replacement process, and greatly improves the working efficiency.

The invention discloses a control circuit, method and system applied to a potentiometer and electronic equipment, and the circuit comprises a single-chip microcomputer and the potentiometer, the first end of a first resistor R1 on the potentiometer is connected with a power supply end, the second end of the first resistor R1 is connected with the first end of a second resistor R2, the second end of the second resistor R2 is connected with the first fixed end of a variable resistor Rv, and the first fixed end of the variable resistor Rv is connected with the single-chip microcomputer. A second fixed end of the variable resistor Rv is connected with a first end of a third resistor R3, and a second end of the third resistor R3 is grounded; a first contact of the key is connected with a first end of the second resistor R2, and a second contact of the key is connected with a second end of the second resistor R2; a center tap of the variable resistor Rv is connected with the input pin; and the single-chip microcomputer is used for collecting the voltage at the input pin and determining the key state. According to the application, through one input pin on the single-chip microcomputer, the potentiometer function can be realized, and the key function can also be realized, so that the number of occupied pins on the single-chip microcomputer is reduced.

The invention relates to a USB (Universal Serial Bus) circuit of a rehabilitation system and the rehabilitation system. The USB circuit of the rehabilitation system comprises a USB HUB module and at least two USB functional modules, wherein the USB HUB module is independently connected with the at least two USB functional modules; the USB HUB module is also used for connecting with the USB interface of an external PC (Personal Computer); the at least two USB functional modules are independently connected with the USB HUB module; and through a USB HUB chip, the collection of a communication circuit is carried out, and relevant data is uploaded to the PC to be processed through the USB interface of the USB HUB module. By use of the USB circuit, USB connection wires are reduced, and meanwhile, the occupation amount of the USB interfaces of the external PC can be reduced.

The present invention discloses a bus synchronization control framework and control method. The bus synchronization control framework includes a system main control board card which receives a commandof an upper computer, and initializes the whole system; a synchronization control board card which receives servo interruption information and a system synchronization state signal sent down from a measurement subsystem, and sends the servo interruption information and the system synchronization state signal to a motion control board card and an I / O board card; the I / O board card which receives and transmits sampled data sent from the measurement subsystem, and sends the sampled data to the specified motion control board card by SRIO data bus in a chassis backboard; and the motion controlboard card which receives and calculates the data, sends the processed data to the specified I / O board card by the SRIO data bus, and outputs the processed data is by the I / O board card. The bussynchronization control framework improves the transmission bandwidth, improves the computing power, reduces the computation time, increases the reliability of the data, and reduces the number of occupied pins.

The invention discloses a control circuit with compatibility of battery charging protection, channel switching and linear power supply management. The control circuit comprises a controller, a lithium battery charging protection unit, a multipath temperature sensor switching unit and a multipath linear power supply management control unit. The lithium battery charging protection unit comprises a first switching tube, a fourth triode, a second resistor, a seventh resistor and a lithium battery charging chip. The base electrode of the fourth triode is connected with the controller through the seventh resistor, and the collection electrode is connected with one end of the second resistor and the first pin of the first switching tube. The other end of the second resistor is connected with a voltage input end and the third pin of the first switching tube. The second pin of the first switching tube is connected with one pin of the lithium battery charging chip. The other pin of the lithium battery charging chip is connected with the positive electrode of a lithium battery. Safe disconnection of the lithium battery after fully charging can be realized so that safety and controllability of lithium battery charging can be enhanced, the occupation number of the I / O ports of the controller can be reduced and controllability and stability of linear power supplies can be enhanced.

The invention discloses a temporary water sump dredging device. The temporary water sump dredging device comprises a traction machine 1 and a bend wheel 2. A driving wheel 3 is arranged on the traction machine 1, wherein a suspension bracket 4 is arranged between the driving wheel 3 and the bend wheel 2. A sliding track 5 is arranged on the lower side of the suspension bracket 4, wherein a pulley6 is arranged on the sliding track 5, and the pulley 6 slides back and forth along the sliding track 5. The temporary water sump dredging device greatly reduces the dredging time of a temporary watersump, and reduces the occupation quantity of personnel in dredging working, and according to the present dredging way, even if the smallest temporary water sump at least needs two workers. By using anelectric hoist and a winch, one man operation and automation dredging can be realized. The secondary pollution on roadways is reduced, and in the process of manual clean up and salvage, a new technology thoroughly changes the phenomena that part of sludge leaking into the roadways is difficult to avoid, and railway wagon circulation difficulty is caused by accumulated water in a mine car freezesin winter.

The invention relates to a low-power-consumption reflection-type infrared optoelectronic switch control circuit of an electromagnetic flowmeter. Three reflection-type infrared optoelectronic switches, three inverter buffers and one two-way four-channel selective multiplexer are adopted, time-sharing control and button identification are carried out through an input / output (I / O) port of a single chip microcomputer, service life of the infrared optoelectronic switches is prolonged, and occupation quantity of the I / O port of the single chip microcomputer caused by inputting buttons is reduced. On-off time of an infrared emitting diode of the plurality of the reflection-type infrared optoelectronic switches in the electromagnetic flowmeter can be timely adjusted according to different working states such as working time and non-working time, and a problem that the electromagnetic flowmeter is always in a conducting state and consumption is big is avoided. In addition, only one I / O port of the single chip microcomputer is needed for receiving end portions of the plurality of the reflection-type infrared optoelectronic switches for time sharing judgment, and possibility is provided for extension of other functions of the single chip microcomputer.

The embodiment of the invention provides a method and device for determining a repeated message, applied to the first network device in a redundant loop network. The first network device comprises a first port and a second port, wherein the first port and the second port are used for receiving the messages sent by the second network device. The method for determining a repeated message comprises the following steps: counting the number of the messages received by the first port when the first port receives the first message; judging whether the number of the messages received by the first port is less than or equal to the number of the messages received by the second port or not; determining the first message to be a repeated message if the number of the messages received by the first port is less than or equal to the number of the messages received by the second port. By means of the embodiment of the invention, the speed of determining repeated messages is improved.