52results about How to "Keep going" patented technology

A car area network is disposed in a car to enable communications between various devices in the car. An existing consumer electronics device (CED) coupled to the car area network (CAN) performs an existing consumer electronics device function. That existing (CED) is adapted to control various devices coupled to the CAN including video gaming devices. In one example, the adapted CED cooperates with a game server to effect game play. In another example, the adapted CED functions as a virtual video game platform to support play of video games. A multifunction controller transmits control information to the adapted CED via the car area network to permit a car occupant to control the adapted CED to permit the occupant to play a video game using the video game display. One or more audio and/or visual devices coupled to the CAN may also be controlled by commands transmitted from the adapted CED or from the multimedia controller over the CAN.

The present invention provides a system for facilitating security check of cold-chain air freight cargo using a magnetic imaging scanner for shipping at the airport. Cold-chain material includes most perishables such as produce, fresh fish, biological parts, pharmaceuticals and similar that need to be kept at a lower temperature for preservation and freshness.

Multiple video game players access an encrypted video game library stored on a shared mass storage device. A multiplexer multiplexes data read from the mass storage device to provide output streams to multiple video game playing units consuming video game instructions. A secure bus communicates video game instructions from the shared mass storage device to each of the video game playing units. Video game software or other entertainment content is distributed to the shared mass storage device via electronic download in multi-level encrypted form. Before being transported, the content is encrypted and then further encrypted. Once the content has been successfully transported, it is decrypted to remove the further encryption layer—leaving the first encryption layer intact for protecting the video game during storage on mass storage at the remote distribution location.

The invention relates to a floatable track type special underwater operation robot suitable for extremely soft geology. The floatable track type special underwater operation robot suitable for extremely soft geology comprises a running mechanism; the running mechanism is a track and mud sled composite structure; mud sled board structures are fixedly arranged on the track; the bottoms of the mud sled board structures are higher than the bottom of the track and have arch-shaped board heads; board water jet devices are arranged on the arch-shaped board heads; the board water jet devices jet waterforwards; in the running process of the running mechanism, the arch-shaped board heads press water downwards; the pressed water and jet water mutually form water films at the bottoms of the mud sledboard structures to reduce the running resistance; and therefore, the floatable track type special underwater operation robot suitable for extremely soft geology can stably run in the extremely soft geology. According to the floatable track type special underwater operation robot suitable for extremely soft geology, as parts such as a propelling mechanism, a buoyancy adjusting device, an operationmodule are also designed, the underwater robot can automatically run on the sea bed and has multiple functions such as water floating, fault self-repairing and fine operation.

The invention discloses a manufacturing method of an acrylic fiber and bamboo fiber blended water-repellent shell fabric. The selected warp and weft materials comprise the following components in parts by mass: 40-90 parts of acrylic fibers, 20-45 parts of natural fibers, 6-12 parts of synthetic fibers, 8-15 parts of bamboo fibers, 60-95 parts of cotton fibers and 8-18 parts of super fine denier polyesters. According to the manufacturing method, water repellent finish is carried out between sizing operation and air injection by the following steps: padding a shell fabric in a water repellent finish liquid; taking out the shell fabric; and then carrying out electron radiation and drying treatment, wherein the water repellent finish liquid comprises 2-8% by mass of a water repellent; the drying treatment comprises first drying treatment and second drying treatment. According tothe manufacturing method of the acrylic fiber and bamboo fiber blended water-repellent shell fabric designed by the invention, the cohesive force between the fibers of the acrylic fiber and bamboo fiber blended water-repellent shell fabric can be enhanced, and the acrylic fiber and bamboo fiber blended water-repellent shell fabric has a good water-repellent antibacterial performance while having the advantages of high elasticity, high strength and heat and light resistance, and the washability and the softness of textile are improved.

The invention discloses a production method of a copper ammonia/viscose/linen cotton fiber blended fabric. According to the production method, selected warp and weft materials are as follows in parts by mass: 30-50 parts of copper ammonia fibers, 15-25 parts of linen fibers, 40-90 parts of viscose fibers, 20-40 parts of combed cotton and 8-18 parts of ultrafine fine denier polyester. A step of slashing in the production process comprises the specific steps: (1) mixing size: adding water into a size mixing bucket and raising the temperature of the water to 50 DEG C, adding a pre-dyeing agent, wherein the adding mass of the pre-dyeing agent is 15-18% of that of water, starting a stirrer and adding solid PVA (Polyvinyl Acetate) at the mass ratio of the solid PVA to the water of (1-4) to 80, raising the temperature to 90 DEG C, and stirring and dissolving to prepare slurry; and (2) sizing: sizing by adopting a slashing machine, wherein size in a size tank does not need to be heated. The yarns of the sizing procedure are subjected to sizing by adopting the PVA with the concentration which is not higher than 4%; the sizing rate is low, size skins are not easy to form by a sizing agent and desizing is easy to carry out by post-finishing; and meanwhile, the sizing agent can be stored after being prepared and can be used at any time in future, and does not need to be prepared when being needed, so that the energy and time are saved.

The present invention relates to a laser-optical position detecting module with a laser light source, comprising: laser mode conversing assembly, having a laser source capable of emitting a time-modulated laser beam; a laser mode conversing unit, used to expand the time-modulated laser beam to a two-dimension sensing plane; a drive control unit, adopted for driving the laser source to emit the time-modulated laser beam; and a detector matrix, used for detecting the. The laser mode conversing unit has a phase delay device and a passive optical device capable of reflecting the light; so that, through the laser mode conversing unit, the laser-optical position detecting module can expand the light emitted by the laser source to the two-dimension sensing plane without using any other mechanical scanning; moreover, it make the energy of the light emitted by the laser source not easily decays, so as to maintain the accuracy of light detection.

A substrate assembling apparatus (20) is provided with a supporting table (21) and a holding mechanism (22). The supporting table (21) supports a lower substrate (LW). The holding mechanism (22) is provided with a holding surface and a functional element. The holding surface holds the upper surface of an upper substrate (UW). The functional element is arranged on the holding surface and varies a holding force by the level of a voltage. The holding mechanism makes the lower surface of the upper substrate (UW) face the upper surface of the lower substrate (22) supported by the supporting table (21). Thus, the force for holding the substrate (UW) can be electrically controlled, and the configuration of the holding mechanism is simplified. Furthermore, since the holding force of the substrate(UW) can be smoothly varied, the holding mechanism can always correctly hold and release even a thin substrate.

A lubricant composition is provided which mitigates the negative effect of zinc in ZDDP with respect to wear on timing chains by using in contact with the timing chain a lubricant composition comprising an ashless zinc-free organophosphorus compound and optionally zinc dialkyldithiophosphate, together providing about 50 to about 1000 ppm phosphorus, preferably about 300-800 ppm phosphorus, and more preferably about 500-750 ppm phosphorus; less than about 350 ppm to lower than <1 ppm zinc from ZDDP; and at least about 100 ppm molybdenum from an organomolybdenum compound (preferably molybdate ester); wherein the Mo:Zn ratio is at least about 0.2:1 and the Zn:P ratio is lower than or equal to about 1.1:1; or in the alternative an organomolybdenum compound providing between about 300-700 ppm molybdenum, in combination with ZDDP providing zinc between about 200-800 ppm zinc, wherein the ratio of Mo:Zn ratio is at least about 0.4:1 to about 3:1.

The invention discloses a preparation method for acrylic fibers/regeneration, silkworm bamboo fiber blended washable fabrics. The selected warp and weft material comprises, by weight, 40-90 parts of acrylic fiber, 20-45 parts of natural fiber, 6-12 parts of synthetic fiber, 60-95 parts of cotton fiber, 8-18 parts of super fine denier polyester, 50-90 parts of regenerated bamboo fiber, 11-20 parts of mulberry fiber, 1-8 parts of corn protein fiber, 5-8 parts of fine staple cotton fiber and 5-10 parts of villus fiber, wherein washable treatment and water-repellency treatment are sequentially between the slashing operation and air injection operation. The washable treatment is: dipping the fabrics in the composite rare earth finishing agent for 45-60 minutes and finishing the dipped fabrics with complex enzyme after drying. Through the reasonable proportion of the composite rare earth finishing agent, the preparation method for the acrylic fibers/regeneration , silkworm bamboo fiber blended washable fabrics can improve the washing strength of the regenerated bamboo fiber, solves the problem that the regenerated bamboo fiber blended fabrics is not washable, and improves the wear-resisting property of the bamboo fiber blended fabrics.

Disclosed is an automatic stamping machine. The automatic stamping machine comprises a machine frame, a stamp rotating shaft, a rolling rotating shaft, a driving mechanism, an automatic ink adding mechanism, a stamp ink box and a locating locking device. The stamp rotating shaft and the rolling rotating shaft are arranged on the machine frame in parallel in a rotating mode, and the stamp rotating shaft is located below the rolling rotating shaft. At least one rolling stamp is arranged on the stamp rotating shaft, and a rolling printing roller which corresponds to the rolling stamp in position is arranged on the rolling rotating shaft. The driving mechanism is installed on the machine frame and drives the stamp rotating shaft and the rolling rotating shaft to synchronously rotate in the opposite directions. The automatic ink adding mechanism automatically adds ink to the stamp ink box. First rolling wheel printing cotton which makes flexible contact with the rolling stamp is arranged in the stamp ink box. The machine frame and a printer are located and locked through the locating locking device. According to the automatic stamping machine, the relative position between the automatic stamping machine and the printer is accurately guaranteed through the innovative locating locking device, the probability of paper jams is reduced, and the stability and the reliability are improved. The first rolling wheel printing cotton makes flexible contact with the rolling stamp, and the service life is long. The automatic ink adding mechanism can achieve automatic and continuous ink addition.

A method for accessing data on an optical disk by a drive. The optical disk includes spare packets and data blocks. Each data block is for recording data written to the optical disk, and each spare packet has spare blocks for replacing defect blocks to record data. The drive has a memory allocated with buffers, and each buffer is for recording data of a spare packet. When writing data of a first buffer to a packet of the optical disk, if a plurality of first spare blocks are found defective, then searching a second spare packet which has spare blocks for replacing the first blocks. If the second spare packet is not read in a buffer, reading the second spare packet into a releasable buffer. After copying data written to the first spare blocks from the first buffer to the second buffer, making the first buffer releasable.

This disclosure teaches a composition and process which makes it possible to remove floating particulates or prevent the dissemination or particulates, by the misting of a solution that readily captures any particulate material in the air. More specifically, the present disclosure teaches the composition and use of aromatic compounds that are semi-volatile organic compounds (SVOCs) or slow evaporators in water-based carriers with surfactants as the misting/fogging agent for dust suppression. The particulate material is lowered to surfaces and removed by vacuuming, damp-wiping or using a dry cloth with a cationic charge (static cloth). This method can be achieved with neutral air pressure differentials in the work areas.

The invention discloses a controllable three-dimensional planting and breeding circulation machine. The controllable three-dimensional planting and breeding circulation machine comprises the components of a disc body, an upper protective cover, a first breeding area, a rotatable water culture field planting device and a chassis, wherein the disc body is arranged at the upper part and used for arranging a water culture planting area, an electric control area, a quantitative feeding area and a fish taking observation area; the first breeding area and the rotatable water culture field planting device are arranged in the middle; the chassis is arranged at the lower part; a second breeding area, a dechlorination device for filtering tap water and a water suction pump body are arranged in the chassis; and the water culture field planting device comprises a plurality of field planting cylinders which are spliced with one another, a plurality of layers of annular water flowing grooves which communicate with one another, and a motor assembly for rotating the field planting cylinders. Space is fully utilized on the same occupied area, an upper vertical ecological system, a middle vertical ecological system and a lower vertical ecological system are formed through controllable design of physical conditions and microecology, the purpose of circular exchange of substances is achieved through water circulation design, and a water body has the self-purification capacity in the circulation machine, and the high-density planting and breeding requirements can be met.

The invention relates to a pipeline fixing device, in particular to a bifurcated pipeline fixing device, which is used for fixing a bifurcated pipeline and can be used for ensuring the trend of each branch of the bifurcated pipeline. The device comprises a base and at least two buckles, wherein the base comprises at least two base support parts; the base support parts comprise connecting ends and buckling ends; the connecting ends of the base support parts are connected together; the base support parts are positioned on the same plane; an included angle between adjacent base support parts is greater than 0 degree; the buckles are arranged at the buckling ends of the base support parts respectively, and are used for buckling bifurcated pipeline branches carried on the base support parts. According to the bifurcated pipeline fixing device provided by the invention, a special structure in which the base is matched with the buckles is adopted, so that fixation of the bifurcated pipeline can be realized, and the trends of the branches of the bifurcated pipeline are effectively kept.

The invention discloses a spool for embedding a cable and a construction method for embedding the cable, and belongs to the technical field of cable construction. The spool comprises a pipe, and two oppositely arranged track tables extending in the length direction of the pipe are arranged in the pipe, wherein the two track tables are respectively and fixedly connected with the inner wall of the pipe, and a cable pay-off gap is arranged between the two track tables. The spool also comprises a traction trolley placed on the two track tables to travel, wherein one side of the traction trolley isfixedly connected with a cable traction hook, and the cable traction hook is arranged above the cable pay-off gap vertically. The invention has the beneficial effects that a cable can pass through the spool by using a small traction force, so that the cable embedding construction is more convenient, simpler and quicker, and a large amount of manpower resources are saved.

The invention relates to the technical field of fine hole electric discharge machines, in particular to an electric spark punching rapid penetrating machining method and a punching machine, and the punching machine is adopted for punching. The electrode wire is installed on the perforating machine, and the position of the electrode wire is adjusted through the perforating machine so that the workpiece can be perforated. The electrode wire is tubular, and a circulation hole is formed in the electrode wire in the length direction. A flow guide hole communicated with the circulation hole is formed in the outer side wall of the front end of the electrode wire. The flow guide hole is formed before the workpiece hole penetrates through the workpiece. And a punching electrode wire is arranged on a fixed part of the punching machine. The punching electrode wire and the workpiece are connected to the same electrode. The electrode wire is provided with the flow guide hole, so that when the tip end of the electrode wire penetrates through the workpiece, deionized water jetted by the flow guide hole can continue to wash the hole wall, and then the electrode wire can well complete the remaining punching action.

The invention discloses preparation of polypropylene fiber fabric, and a liquid all-in-one printing and dyeing pretreatment technology. The polypropylene fiber fabric is prepared from the following warp and weft materials in parts by weight: 40-90 parts of polypropylene fiber, 20-40 parts of combed cotton and 8-18 parts of superfine denier polyester; in the slashing working procedure, a liquid all-in-one auxiliary agent is fed into slurry, and the pH value of the liquid all-in-one auxiliary agent for dyeing is 2g/L: 8.5+/-1; the auxiliary agent comprises the following components in parts by weight: 0.5-1.5 parts of sodium hydroxide, 0.2-0.5 part of a chelating agent and 0.2-1 part of sodium hexametaphosphate, wherein the ratio of the total mass of the sodium hydroxide, the chelating agent and the sodium hexametaphosphate to the mass of water is equal to 2:50; after the slashing technology is finished, heat preservation is carried out for 50-80 minutes according to the concentration of the material to be dyed of the fabric. After the preparation of the polypropylene fiber fabric is adopted, the fabric has the advantages of high elasticity, high strength, heat insulation, heat resistance and light resistance; furthermore, the dye liquor can rapidly permeate and diffuse into the fiber of the fabric in the subsequent dye liquor, so that the phenomena such as dye lot chromatism, dyeing defect, chromatic aberration and solid color spots can be effectively prevented in the printing and dyeing process.

To obtain a lifestyle-related disease therapeutic water which comprises a very small amount of anionized silver, nanosized gold, and 99.9% or more of water. A lifestyle-related disease therapeutic water comprising with respect to one liter of water (a), 3-15 mg in silver equivalent of thiosulfate silver ion (b), and 0.1-0.5 mg in gold equivalent of colloidal gold (c).