72results about How to "Low system requirements" patented technology

In a computational device, a technique provides network communications to a virtual machine. In particular, the technique includes receiving a first communications signal having a first address and data from an external device, performing a network address translation operation based on the first communications signal to obtain a second address that identifies the virtual machine and providing a second communications signal having the second address and the data, to the virtual machine. The technique may further include using an external network Internet Protocol address and port identifier and to translate the first communications signal into an internal network Internet Protocol address by accessing an entry of a network address translation table.

The present invention relates to a WebGL-based three-dimensional model display method and a corresponding Web-BIM engineering information integration management system. The three-dimensional model display method comprises converting an IFC model file of a BIM engineering project into an OBJ model file; and displaying a three-dimensional model in a browser page supporting WebGL by using JavaScript program through OBJ-JavaScript interaction according to the OBJ model file obtained in the first step. The management system comprises a system database, and a data interaction module, a GIS integration module, an information query module, a user management module and a management decision support module which are respectively in communication connection with the system database. Web-3D browse of the BIM model is achieved by utilization of the WebGL technology.

An apparatus, system and method of verifying data are provided. Active data are identified among data on a storage device, records the location of the active data, and the integrity of the active data are verified. In one embodiment, data in segments adjacent to the active data segments are also identified and verified for improved data reliability. The data verification may be used to increase data reliability with low system resource usage.

A 3-dimensional computer generated image is generated by subdividing the image into a plurality of rectangular areas. Object data for each rectangular area is loaded into a display list memory until that memory is substantially full. Image data and shading data for each picture element of each rectangular area are derived by an image synthesis processor from the object data. The image data is then stored in a local memory. Additional object data is loaded into the display list memory and replaces existing contents. Then, the stored image data and the shading data are retrieved, and additional image data and shading data are derived for each picture element by the image synthesis processor using the additional object data and the previously derived image and shading data. When there is no further object data to load to the display list memory, the shading data is provided for display for the rectangular areas by a frame buffer.

The invention provides a closed type compressed air and low-pressure water premixing self-rotating water mist fire extinguishing device. The fire extinguishing device comprises an air and water mixing fixed pipe, a compressed air pipeline, a water supply pipeline, air and water automatic control valves, a compressed air and water premixer, an automatic rotating shell, a rotating sealing component, a plurality of L-shaped bent spray rods and a plurality of open type compressed air and water nozzles, wherein the air and water automatic control valves are arranged on the compressed air pipeline and the water supply pipeline and are connected with an air inlet pipe and a water inlet pipe of the compressed air and water premixer, and trial air release valves and closed type nozzles are arranged on the air and water automatic control valves; the outlet end of the compressed air and water premixer is connected with the automatic rotating shell through the air and water mixing fixed pipe; the plurality of L-shaped bent spray rods are arranged on the automatic rotating shell; and the compressed air and water nozzles are arranged at the bottom end of the automatic rotating shell and the L-shaped bent spray rods. The requirement on a system is lowered. Normal fire extinguishing water, namely low-pressure water, is supplied by a water supply system, but the hole diameter of the compressed air and water nozzles is increased, so that the compressed air and water nozzles cannot be easily blocked, and the requirement on water quality is lowered. Compared with the existing high-pressure water mists, water mists produced by the device have the advantages that the sizes of the water mists are smaller and more uniform, the effective acting range is larger, and the fire extinguishing effect is better.

The invention discloses an electrically-controlled multifunctional compact type control valve assembly, which comprises a valve body, of which the right part is provided with an oil supply system and the left part is provided with a control system; the valve body is provided with five input ports; the oil supply system is provided with five output control ports which are correspondingly communicated with the five input ports; the valve body is provided with nine working ports which are matched with the input ports by an electromagnetic valve, a one-way valve and an inner runner of the valve body; the electricity-liquid integration structural design is adopted; by the assembly of the valve body and oil paths in the valve body, the electromagnetic valve and all hydraulic elements are highly integrated, the original complicated control route is simplified; moreover, the valve assembly also has the advantages of small volume, short runner, simple structure, high degree of automation, wide application range and convenient assembly and maintenance.

The invention belongs to the field of laser spectrum technology application and in particular relates to a device and a method for detecting NO2 concentration distribution. A first laser and a second laser which are vertical are placed, by virtue of a half-wave plate, polarization state of a laser beam emitted by the second laser is rotated for 90 degrees, and polarization states of the laser beams emitted by the first laser and the second laser are vertical; then the laser beams emitted by the first laser and the second laser are combined into one beam by virtue of a polarizing beam splitter placed and inclined for 45 degrees, and then the beam is collimated and transmitted into the air by a laser transmitting device; and a backward scattering signal of the laser beam transmitted into the air is collected by a laser receiving device and is imaged onto an image sensor which is arranged in an inclined manner after an atmosphere signal is filtered and removed by virtue of a bandpass filter. By adopting the device and the method which are provided by the invention, system structure is greatly simplified, system cost is reduced, and system stability is improved.

Wherein, a stick controller is connected to the master control board of satellite antenna controller through a wired LAN; each servo step motor in the antenna assembly is connected to the master control board through a parallel port; a GPS system and a electron compass are respectively connected to the master control board; a frequency converter in the antenna assembly is connected to the satellite signals receiving card through a F-shaped connector; the satellite signals receiving card is connected to a satellite signals AGC voltage receiving card through a two pins socket; the satellite signals receiving card is connected to the master control board through a PCI port; the satellite signals AGC voltage receiving card is connected to the master control board through the parallel port; the master control board is connected to the satellite antenna driver through the parallel port; the satellite antenna driver is connected to each servo step motor through the driving port.

The invention discloses a modular primary permanent magnet bilateral switched reluctance linear motor. The primary side of the motor is modularized. Each primary module is composed of a magnetically permeable material, an armature winding and permanent magnets distributed in the vertical direction between two magnetic conducting blocks. The secondary side is composed of a magnetically permeable material. The permanent magnets are magnetized in parallel. The permanent magnets corresponding to the adjacent primary modules have the same magnetization direction. The upper and lower corresponding permanent magnets belonging to the same primary module have opposite magnetization directions. In a no-load state, a permanent magnet magnetic circuit is short-circuited by the primary magnetic conducting blocks, and the magnetic force lines hardly pass through an air gap and the secondary side, which reduces the positioning force. In a loaded state, a series magnetic circuit is formed between theprimary magnetic conducting blocks and the bilateral secondary side to generate electromagnetic force. In addition, the modular primary permanent magnet bilateral switched reluctance linear motor hasa simple secondary-side structure and large thrust density, and the permanent magnets are placed in the short primary side to reduce the cost of the motor. The modular primary permanent magnet bilateral switched reluctance linear motor can be applied to long secondary-side occasions such as an elevator driving system.

A surgical site is simultaneously illuminated by less than all the visible color components that make up visible white light, and a fluorescence excitation illumination component by an illuminator in a minimally invasive surgical system. An image capture system acquires an image for each of the visible color components illuminating the surgical site and a fluorescence image, which is excited by the fluorescence excitation component from the illuminator. The minimally invasive surgical system uses the acquired images to generate a background black and white image of the surgical site. The acquired fluorescence image is superimposed on the background black and white image, and is highlighted in a selected color, e.g., green. The background black and white image with the superimposed highlighted fluorescence image is displayed for a user of the system. The highlighted fluorescence image identifies tissue of clinical interest.

A method includes accessing text that includes a plurality of words, tagging each of the plurality of words with one of a plurality of parts of speech (POS) tags, and creating a plurality of tokens, each token comprising one of the plurality of words and its associated POS tag. The method further includes clustering one or more of the created tokens into a chunk of tokens, the one or more tokens clustered into the chunk of tokens based on the POS tags of the one or more tokens, and forming a phrase based on the chunk of tokens, the phrase comprising the words of the one or more tokens clustered into the chunk of tokens.