30results about How to "Avoid idle time" patented technology

In order to evaluate the welding current for the resistance seam welding of an overlap seam of container bodies, a welding with changing welding current intensity is carried out for a container body of the production series, resulting in a changing welding of the seam, ranging from the welding with a too high temperature to the welding with a too low temperature. The electric energy for this welding is determined several times during this welding and / or the temperature of the weld seam is determined several times and the welding current intensity is determined at which the welding of the individual container body is too cold and the welding current intensity at which the welding is too hot. This determination is based on the determined electric energy values and / or on the determined temperature values and based on this determination a preferred range for the welding current intensity within these limits of too hot and too cold is determined. By this, an evaluation if the welding current intensity is correct may take place in a simple way during the production. After the welding of the individual container bodies a changed welding current intensity lying between the welding current intensity of the too hot and of the too cold welding may optionally be set and used for the following series of container bodies of the production series.

Alternation processes reduce the recording and reproducing speed of a hard disk apparatus.A hard disk apparatus comprising: an HDD 10 for recording AV data onto a hard disk; and stream controlling means 8 which is connected to the HDD 10 and thereby processes the signal of AV data transmitted from an IEEE1394 I / F 7 or the signal of AV data transmitted to the IEEE1394 I / F 7; whereby the hard disk apparatus can record and / or reproduce the AV data, wherein when AV data transfer is not normally completed for a disk access unit which is a minimum continuous unit in the access to the hard disk, an alternation process on a disk access unit basis is carried out so that another disk access unit is used hereafter in place of that disk access unit.

The invention discloses a high-rise descent control device based on hydraulic damping, which comprises a main shaft, a rope and an inner cam, wherein the inner cam is arranged at the main shaft, the rope is wound on the outer cylindrical surface of the inner cam, the inside of the inner cam is provided with a hydraulic cylinder, the piston rod of the hydraulic cylinder is driven by the cam wall of the inner cam to reciprocate, and the hydraulic cylinder is connected with a damping oil way which can adjust the reciprocating speed of the piston rod. The device of the invention has the advantages that the structure is simple and compact, the stability is good, the efficiency is high, the device is safe and reliable to use, the machining and assembly process is simple, the maintenance cost islow, the application range is wide, and the like.

The invention relates to a control system and method for a disc stone sawing machine. The control system comprises four portions of a power unit, an electrical control unit, a detection unit and a man-machine interaction part. Manual and automatic control modes are provided, the position of a first cutting disc saw can be determined according to the first cutting machining depth, stone size, the disc saw radius and the distance from the disc saw initial position circle center to a trolley, and accordingly the first cutting machining accuracy is guaranteed. By means of a left and right traveling mechanism, left and right traveling switching can be achieved through a stroke counting function, so that machining can be performed according to the actual stone width, and the problem of the idle running time process caused by switching of limit switches in the traditional method is solved; by means of the system, optimal matching of machining depth with machining speed is achieved, the main motor optimal operation efficiency is guaranteed, the system work efficiency is improved, and the energy-saving purpose of the system is reached; besides, the system safety and reliability are guaranteed.

The invention discloses a 5G application-oriented smart light pole integration device and an implementation method. The invention includes a central control module, a light intensity detection module, a 5G communication module, an air detection module, a camera monitoring module, a liquid crystal display module, an emergency alarm module, a temperature and humidity detection module, a noise detection module and a positioning module. The present invention implements a street light control method based on fog computing through 5G communication and LoRa-based networking technology. The street light control method makes some data processing do not need to be connected to the Internet, speeds up the data processing timeliness and reduces cloud load. The light control method of this system makes the light control model based on the regional position data no longer rely on the data of a single lamp for control, and the single lamp is associated with the nearby data cluster, and the data of nearby street lamps is used for auxiliary calibration management to ensure the security of the entire network. Smooth operation, even if a single sensor fails, it will not affect the entire system. The invention solves the problem of acquiring adjacent position points.

The present application provides a method and system for intelligent warehouse inspection and replenishment, wherein the method includes the following steps: taking images of consumables in each storage bin in the shelf, and each storage bin is correspondingly equipped with a stocking bin; processing the images of consumables, Get the number of consumables y ;Judging the number of consumables y When the first setting condition is met, a stocking signal is sent; when the inspection device inspects and receives the stocking signal, replenish medical consumables to the corresponding stocking warehouse; determine the quantity of consumables y When the second setting condition is satisfied, a replenishment signal is sent; when the delivery device receives the replenishment signal, it transports the medical consumables in the stocking bin to its corresponding storage bin. Through the above method, it is convenient to replenish the storage bins, avoiding the empty time when there is no consumables in the storage bins, and avoiding multiple storage bins replenishing goods at the same time, resulting in untimely replenishment; reducing the data processing of the inspection device Or control the occupancy of resources to avoid the excessive calculation of the inspection device and cause the inspection system to freeze.

The device (10) has a feeding device (13) for feeding filled articles and an upwardly open full tray (11A) in transport direction (TAB). A transport unit (16) for transporting empty trays (11B) in transport direction, is arranged above feeding device. A transfer device (17) has a pivot mechanism (18) whose pivot motion is limited to 180[deg] about fixed pivot axis, a pivoting swivel cassette (19) for fixing, panning and releasing full tray independently from the pivot mechanism and an acting lift device (20) for fixing, linear processing and sharing empty trays. Independent claims are included for the following: (1) a production arrangement; and (2) a method for automatic emptying of containers with articles-filled trays in multi-segment filter manufacturing machine.

The invention relates to a boat-type semi-continuous method for preparing boron nitride nanotubes and a method for using the same. The set of equipment includes an electric temperature control heating device A, a furnace body B, a furnace head C and a furnace tail D. The electric temperature control heating device A is used to adjust and control the temperature of the furnace body B. The furnace in the furnace body B passes through the furnace tube and the two The furnace head C on the side is communicated with the furnace tail D, and a circulating water holder for cooling is arranged on the outer surface of the furnace tube. The raw materials react with ammonia gas in the furnace chamber of the furnace body B, and then are transferred to the furnace tube between the furnace body B and the furnace tail D for cooling. At the same time, the next batch of raw materials are transported to the furnace chamber for reaction. The furnace tail D is taken out, thereby realizing continuous production. The device has the advantages of convenient operation, rich and diverse product structures, and is especially suitable for industrial production applications. It has high equipment safety and good stability, and can continuously synthesize BNNTs with different structures on a large scale.