50results about How to "Control transmission speed" patented technology

Provides data transmission in mobile communication networks, and more specifically, a TCP flow control method for data transmission in high-speed mobile communication networks performing manual short-circuit / handover, which focuses on the following aspects, using mobile options of TCP packets The field identifies a mobile TCP packet, and the method includes determining which of a wired or mobile communication terminal is connected to the server, and controlling the transmission speed using different congestion avoidance schemes according to the determination.

The invention discloses a cloth drying device, which relates to the technical field of cloth drying, and comprises a drying box body, a transmission assembly, a lifting assembly, a material unloading assembly and a material loading assembly. The drying box body is fixedly arranged on the ground, The lifting assembly is arranged above the drying box, and the working end of the lifting assembly is movably arranged in the drying box, the transmission assembly is arranged in the drying box, and the unloading assembly is provided with several groups, Several groups of the unloading components are arranged on the drying box, and the feeding components are set on the side of the drying box, and through the cooperation between the components of the present invention, various cloths can be dried at the same time According to the different drying degrees of different fabrics, the materials are cut separately.

The invention discloses a feeding device for industrial manufacturing. The feeding device for industrial manufacturing comprises two transmission shafts, a first conveyer belt, a second conveyer belt, supporting columns and a motor. The transmission shafts are symmetrically installed at the two ends of the first conveyer belt. The second conveyer belt is arranged above the first conveyer belt, and partition cavities are arranged between the first conveyer belt and the second conveyer belt. A plurality of springs are all installed in the partition cavities. The two ends of each transmission shaft are symmetrically provided with the corresponding supporting columns. The motor is installed on one of the supporting columns. A controller is installed at the top end of the motor. The feeding device for industrial manufacturing is simple in structure, low in manufacturing cost and high in practicability. By arranging the springs in the partition cavities, the second conveyer belt has certain deformability, so that when workpieces are conveyed to the feeding device, the action of gravity is lightened, the phenomenon that the workpieces are damaged because of the action of gravity can be effectively avoided, cost can be lowered, and work efficiency can be improved. The arranged controller can control the rotation speeds of the transmission shafts so as to control the conveying speeds of the conveyer belts, and therefore the feeding device is convenient to use.

The invention relates to a stir-frying processing device and a processing method thereof. The method comprises: feeding the roast into the stir-frying device for stir-frying; On the belt A of the device A, the powder runs with the belt A. When the powder runs to the right end of the belt A, the powder falls into the drying device for drying, and the dried powder falls into the screening device through the feeding pipe. , the screening device will sieve out the dust mixed in the bag, and discharge the dust from the discharge port to the belt B of the conveyor B. The bag will run with the belt B. The sterilizing device above sterilizes the meat, thereby completing the whole process of meat processing; the purpose of this invention is to solve the problem of the large amount of manual labor in the current artificial fried rice processing process, the poor quality of fried rice, easy to produce bacteria, and the The generation of smoke and dust endangers the health of operators and other issues.

The invention discloses a production control system of a filter stick suction resistance stabilizing device, which comprises a speed acquisition device, a servo driver, a man-machine interaction device and a main controller, wherein the speed acquisition device is used for acquiring the conveying speed of tows; the servo driver is used for driving a tow traction device to operate; the man-machineinteraction device is used for displaying data and typing a control instruction; the speed acquisition device, the servo driver, the tow traction device, the tension sensor and the man-machine interaction device are respectively in communication with the main controller, and the main controller is used for processing an instruction input by the man-machine interaction device, data acquired by thespeed acquisition device and data acquired by the tension sensor, and sending driving parameters to the servo driver according to a processing result; the servo driver drives the tow traction device to operate and drives the lifting device to execute ascending or descending actions according to the driving parameters, and then the tow conveying speed and the tow tensioning degree are controlled. Automatic closed-loop control can be achieved, and the requirement for intelligent production can be met.

The invention discloses a lawn rayon production line and production method. The lawn rayon production line comprises monofilament production equipment, after finishing equipment and a plying and twisting unit which are installed in sequence; two extruders of the monofilament production equipment of the lawn rayon production line are arranged in parallel and can produce monofilament with different colors and different types; the plying and twisting equipment conducts plying and twisting on the monofilament produced through the production line and monofilament which needs to be twisted, rewinding does not need to be conducted repeatedly, the process time and the workshop space are saved, requirements for plying and twisting production of two or more monofilament are met, and the production efficiency is greatly improved.

A transmission speed control method for controlling a transmission speed of a user data to be transmitted to a wireless base station from a mobile station. The transmission speed control method is provided with a step wherein a wireless circuit control station instructs a transmission speed difference or a transmission speed ratio between a transmission speed of a mobile station performing soft handover with a subordinate wireless base station and a transmission speed of a mobile station not performing soft handover with a subordinate wireless base station. The transmission speed control method is also provided with a step of controlling the transmission speed of each mobile station based on the transmission speed difference or transmission speed ratio.