27 results about "Work status" patented technology

The invention discloses an RFID (radio frequency identification)-based monitoring system of mobile signal coverage effect, which comprises an RFID network monitoring host computer, a plurality of RFID network monitoring tags and a multiband combiner. The RFID network monitoring host computer is connected with the multiband combiner; the multiband combiner is connected with a plurality of antennas in parallel through feed lines; one RFID network monitoring tag is adhered on each antenna; the RFID network monitoring host computer and the RFID network monitoring tags perform communication in an RFID way; and the RFID network monitoring host computer periodically polls the plurality of the RFID network monitoring tags, so as to obtain a pilot frequency power value in the position of each RFID network monitoring tag, simultaneously judges whether the operating state in the position is normal, and reports the values and the states to a monitoring center connected with the monitoring host computer through a mobile monitoring protocol. The system is convenient for construction, can totally replace a network monitor to detect the pilot frequency power of a covering area, and can be also expanded into an intelligentized permanent assets inventory system.

The invention relates to a fully automatic bucket-cleaning plant mainly comprising a bucket-clamping device, a cleaning device, a power rotation part, a conveying part and the like, wherein the bucket-clamping device is provided with a pair of bucket-clamping pincers, and the bucket-clamping pincers firmly clamp a bucket under the suction of an electromagnetic valve. A rack in the electromagneticvalve drags a gear to enable the bucket-clamping pincers to rise to form an angle of 90 degrees with the electromagnetic valve. The mouth of the bucket is aligned to a cleaner, and a cylinder intake lever enables the cleaner to enter the bucket and to be opened in the bucket to carry out cleaning operation. The lever is wrenched to grip a gear ring and moves forward; a rotary table rotates once every 3 seconds, and the rotary table can rotate by 1 / 6 of the gear ring each time. Under the action of two worm wheels, the rotating speed per minute of the rotary table and the gear ring is reduced to200 rounds; when the rotary table rotates once, the bucket is rotated to the position of a conveyor, the lever rolls off the cylinder after the cleaning is completed to convey the bucket above a conveyer belt; the gear rotates outwards to put down the bucket-clamping pincers, a spring pushes a screw out to enable the screw to rotate 180 degrees, and the mouth of the bucket is downwards aligned tothe bucket pit of the conveyer belt, under the action of the spring, the bucket-clamping device puts down the bucket, and at the time, a switch bounces, enabling the electromagnetic valve to be powered on, and then the screw rotates 180 degrees so as to enable the bucket-clamping device to be restored to the original working state.

The invention provides a process flow control method and semi-conductor equipment and is applied to the semi-conductor equipment to control the process flow. A process flow chain is formed through allrequired process sections and all optional process sections according to the sequence of the process flow, and specifically the following steps are included, corresponding work attributes for each optional process section in the process flow chain are defined; the work attributes for each optional process section in the process flow chain are determined; an execution process flow chain representing process steps required to performed in the process flow are formed according to the work attributes of each required process section and of each optional process section. The method is advantaged in that disadvantages that the process flow can not be performed because of parameter faults caused by insertion of the optional process sections and the inserted optional process sections cannot havethe permission to set the work status like the required process sections existing in the prior art are solved.

The invention relates to the technical field of electric-vehicle control systems and discloses a control system of an electric car. The control system of the electric car comprises a motor controller, a battery controller, a display, a vehicle-mounted charger, a data bus and an SCM (Single Chip Microcomputer), wherein the data end of the SCM is electrically connected with the motor controller, the battery controller, a PS (Power-Assisted Steering) system, an instrument, the display, a fault diagnose interface, an automatic clutch controller and a gear controller through the data bus; an input end of the SCM is connected with a corresponding key which sends a control command through a guide line, and is connected with a sensor which sends an accelerator pedal travel signal, a gear sensor which sends a transmission position signal, a brake sensor of a brake pedal and a reverse gear sensor of a reverse gear through guide lines. According to the control system disclosed by the invention, the working status of a motor and a battery can be controlled through the data bus, and the control method has the advantages that an operation process of a driver during driving can be recorded, a whole car running state signal of the electric car can be sent in real time, and visualized and safe driving information can be supplied to the driver.

The invention discloses a telemedicine system, which comprises a device body and a transmitter. A signal receiver is fixedly connected to the middle part of the front end of the device body, and a timer is fixedly connected to the left side of the signal receiver. The upper end is provided with a front box, the front end of the front box is fixedly connected with a control panel, the lower side of the front end of the device body is fixedly connected with a support platform, and the middle part of the top of the support platform is provided with a support column. The front end is fixedly connected with a seat, and the front end of the support platform is provided with wires. The friction force on the joystick can be increased through the rubber sleeve to prevent the hand from slipping and cause operation errors. Then, the air in the seat is discharged through the pivot air hole The update ensures the air circulation of the device, and the device is debugged through the control panel. At the same time, the working status of the device can be displayed through the display screen, which is convenient for the next operation.