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

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.

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.

A method for operating a bus system, which includes a master and k slaves as users, where a header of an interrogation frame, which includes k information fields, is transmitted by the master to the slaves; in each instance, an mth slave being assigned an mth information field; an information item regarding the amount of data that is to be sent by the mth slave to the master being written by the mth slave to the mth information field assigned to it; the interrogation frame being transmitted to the master; and a time schedule, by which the amount of data to be sent is taken into account, being prepared by the master for transmitting the data.

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 is low, the application range is wide, and the like.

A receiving element which can be introduced into a borehole of at least one component includes a bolt presenting an outer surface that is approximately parallel and advantageously coaxial to a longitudinal axis of the bolt. The receiving element requires few materials and can therefore be produced at a low constructional cost while being provided with high dimensional stability and positioning accuracy. The bold includes an abrasion-resistant sintered material, and a metal tip provided on the front end of the shaft. The end part of the tip is engageable in a recess of the bolt, and there is a direct connection between the end part and the recess in the connection region on the front end of the bolt.

The invention discloses an intelligent lamp post integration device for 5G application and an implementation method. The device comprises 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 street lamp light control method based on fog computing is realized through 5G communication and a networking technology based on LoRa. According to the streetlamp light control method, some data processing does not need to be accessed to the Internet, so that the data processing time is shortened, and the cloud load is reduced. According to the light control method of the system, the light control model based on the regional position data does not depend on single lamp data for control, single lamps are associated but nearby data clusters, auxiliary calibration management is carried out through data of nearby street lamps, smooth operation of the whole network is guaranteed, and the whole system cannot be affected even if a single sensor breaks down. The problem of obtaining adjacent position points is solved.

A method for starting an operating system includes transferring, in response to starting an operating system in a data processing system, a first memory image that corresponds to a bootable storage medium to a working memory of the data processing system during a transfer of data. The method also includes processing, by a processor of the data processing system, instructions associated with the first memory image during a command execution process. The method also includes starting, by the processor, the command execution process for the instructions associated with the first memory image before transfer of the first memory image by the data transfer to the working memory of the data processing system is completed.

The present invention relates to a coating plant, especially a vacuum coating plant, with a charging lock, especially a rectangular vacuum lock for a coating chamber, with a lock aperture (13) having a length of at least 1000 mm that comprises a shutter (6) for closing and opening the lock aperture and a latch (7) to secure the shutter, wherein there are provided means for moving the shutter and the latch from a first open position to a second closed position, and vice versa, these means assuring also that the movements of the shutter (6) and the latch (7) will be coupled with each other in such manner that the shutter (6) will be automatically secured by the latch (7) after the shutter has been closed and will be released again before it is opened.

The device has a feeding device for feeding filled articles and an upwardly open full tray in transport direction. A transport unit for transporting empty trays in transport direction, is arranged above feeding device. A transfer devicehas a pivot mechanism whose pivot motion is limited to 180 DEG about fixed pivot axis, a pivoting swivel cassette for fixing, panning and releasing full tray independently from the pivot mechanism and an acting lift device for fixing, linear processing and sharing empty trays. Independent claims are included for the following: a production arrangement; and a method for automatic emptying of containers with articles-filled trays in multi-segment filter manufacturing machine.

The invention relates to a push-boat-type semi-continuous boron nitride nanotube preparation furnace and an application method thereof. The set of device comprises an electric temperature control heating device A, a furnace body B, a furnace head C and a furnace tail D, wherein the electric temperature control heating device A is used for adjusting and controlling the temperature of the furnace body B, hearth in the furnace body B is communicated with the furnace head C and the furnace tail D at the two sides via furnace tubes, and circulation water trays for cooling are arranged on the outersurfaces of the furnace tubes. Raw materials are reacted with ammonia gas in the hearth in the furnace body B, and then transferred to the furnace tubes between the furnace body B and the furnace tailD for cooling, while the next batch of raw materials are conveyed to the hearth for reaction, and the cooled products are taken out from the furnace tail D, thereby achieving continuous production. The push-boat-type semi-continuous boron nitride nanotube preparation furnace has the advantages of convenient operation, rich product structures, particular suitability for industrial production applications, and high safety and stability, and a large scale of BNNTs (Boron Nitride Nanotubes) of different structures can be continuously synthesized.

Provided is a shifting roll used for an automatic transmission of a vehicle. The shifting roll has a shifting roll body rotating around the axis of a rotary shaft. At least one first shifting profileis formed on the shifting roll body. The first shifting profile extends on a circumferential section of the shifting roll body and a first synchronizing part can be joined on the first shifting profile. The first synchronizing part is folded correspondingly to a first shifting clutch of the transmission of the vehicle, wherein the first shifting profile has a first gear section and a second gear section. The first gear section corresponds to the position of the first shifting clutch folded by the first shifting clutch. The second gear section is spaced from the first gear section at the interval of a first circumference distance and corresponds to the position of a second shifting clutch folded by the first shifting clutch. The first shifting profile has a third gear section. The third gear section corresponds to the position of the first shifting clutch folded by the first shifting clutch and enables the second gear section to be arranged between the first gear section and the third gear section in the arrangement manner in the peripheral direction.

The invention belongs to the field of machine manufacturing and relates to a branching device and a branching method for processing a high-precision multiple thread part. The branching device comprises a base and a positioning plate. The base is parallel to the positioning plate and is fixedly connected to the positioning plate through a bolt; a positioning pin is arranged on the base; two or morepin holes matched with the shape structure of the positioning pin are formed in the positioning plate; the two or more pin holes are uniformly formed in the positioning plate; and a limiting screw for fixing a to-be-processed workpiece is arranged on the positioning plate. The invention provides the branching device and the branching method for processing the high-precision multiple thread part,wherein the branching device and the branching method are suitable for a common lathe, can branch precisely quickly and conveniently, are simple to operate and are not limited by screw pitch and stroke.