447results about How to "Will not block" patented technology

The invention relates to a robustness control method of an automatic manufacture system based on a Petri network. The robustness control method firstly detects all enabled transitions under an achievable state M, detects a transition set guaranteeing that a system has no deadlock from all enabled transitions, detects transitions guaranteeing the system to be robust from all transitions having no deadlocks, detects biggest concurrency allowable transitions from all robust transitions, chooses a transition to emit from the biggest concurrency allowable transition, wherein every time one transition is emitted, a new state is obtained, and executes the above steps in a new state. So repeatedly, a transition sequence which can guarantee system is robust and can operate without deadlock can be obtained, the that transition is emitted according to the sequence cannot only guarantee that the system has not deadlock, but also guarantee that the system has not blockage. The robustness control method uses a Petri network as a mathematic tool and performs modeling on an automatic manufacture system so as to realize a fact that the system can continuously and smoothly process.

Provided are a method and device for inkjet printing onto fabrics (15) using ultraviolet (UV) ray-cured ink, wherein the ink is first partially cured by ultraviolet light (24) and then heated to more completely cure the ink. Printing takes place in a quilting machine (10) having a quilting table (27) and a printing table (25) upstream of the quilting table. Preferably, the printing station prints the multi-color design on only the top layer of fabric under the control of a programmed controller (35). The dot volume of the UV curable ink jetted onto the fabric was about 75 picoliters. A conveyor belt (20) moves the printed fabric from the printing station through the UV curing station (24), where a UV curing head either moves with or independently of the printing head to transfer the deposited UV The cured ink droplet is exposed to an ultraviolet beam of 300W per linear inch at a rate of about 1 joule of energy applied per square centimeter. The conveyor belt then passes the fabric through a heated drying station or an oven (26) where the fabric is heated to 300 degrees Fahrenheit for 30 seconds to 3 minutes. Preferably, the heating is done in a furnace with forced hot air, but other heating methods, such as infrared or other radiant heaters, may also be used. Before, or preferably after, heat curing, the fabric is combined with layers of other materials and, under programmed conditions, a quilted pattern is added using the printed pattern.

The invention relates to a customizable dynamic image display method. The method comprises the steps of firstly, packaging thread creation and circular logic based on a SurfaceView control, and abstracting out drawing and calculation steps; and secondly, maintaining all element objects of an interface in sub-controls, circularly executing drawing and calculation of sub-elements in drawing and calculation, and enabling the sub-elements to independently perform sub-element position and change calculation, and independently draw themselves in a father control canvas. According to the method, dynamic image display is carried out in an independent thread by using the SurfaceView, so that a main thread of a UI is not blocked, the efficiency is high, and the performance is good; the elements are all dynamically calculated based on a current screen size of a mobile phone; the elements are aligned accurately; and the interaction and matching of an animation effect and an external event can be realized.

The invention relates to a lens for a linear light source. The lens is provided with a top portion and a bottom portion, wherein the bottom portion comprises an incidence plane (1) and a first bearing surface (4a) and a second bearing surface (4b) positioned on two sides of the incidence plane (1), and the top portion comprises an emergent surface (2) and a total internal reflection surface (3). Viewed from a cross section, the emergent surface (2) is connected to the first bearing surface (4a), the total internal reflection surface (3) is connected to the second bearing surface (4b), one part of light rays of the linear light source is emitted onto the incidence plane (1) and emitted out after being reflected via the emergent surface (2), and the other part of the light rays is emitted onto the incidence plane (1) and emitted out via the emergent surface (2) after the total internal reflection by the total internal reflection surface (3). In addition, the invention further relates to an asymmetric light distribution lighting device comprising the lens.

The invention provides a self-fire prevention tunnel concrete lining structure based on the microcapsule technology. The self-fire prevention tunnel concrete lining structure comprises a common layer and a self-fire prevention layer, wherein the common layer is a conventional concrete layer, the self-fire prevention layer is formed by concrete mixed with reinforced fibers, anti-burst fibers and hot melting microcapsules, and each hot-melting microcapsule comprises a capsule shell and fireproof media filling the capsule shell. Compared with a common reinforced concrete lining structure, the self-fire prevention tunnel concrete lining structure has the advantages that the self-fire prevention ability of the tunnel lining structure is brought into full play while structural size is not changed and structural strength and rigidity are not lowered, synchronization of burst prevention and thermal insulation, the synergic effect of fire prevention and bearing and automatic fire prevention triggered by fire heat are achieved, and the tunnel lining structure is good in durability, high in long-term economic benefits and suitable for the whole life cycle fire prevention design of tunnel concrete linings.

In a method and device for treating or processing containers (2) that are used for storing substances for medical, pharmaceutical or cosmetic applications or contain the same, cylindrical containers open at least at one end are automatically led past or pass through processing stations for treatment or processing by means of a conveying device, while said processing stations are jointly held by a carrier (25; 134) in a regular two-dimensional arrangement. The carrier has a plurality of openings or receptacles (32; 39; 87; 120), which determine the regular arrangement. According to the invention, the treatment or processing of the containers is performed on or in at least one of the processing stations while the containers are held by the carrier. This opens up new possibilities for treating or processing the containers, for example when crimping metal covers or during freeze-drying.

The invention provides a loading/memorizing unit of an embedded processor; in the loading/memorizing unit, an entire pipeline moe is adopted to read and write command to visit high-speed cache on the disc; if the visit absence occurs in a preorder command, the command resulting in the visit absence is memorized in a special visit absence buffer, the pipeline resource is released and the sequent command continues to visit the high-speed cache; an independent update buffer outside the disc is arranged to cache the write operation of a memory outside the disc to cause the fast retirement of the write operation of the memory outside the disc; an independent update buffer on the disc is arranged to cache the high-speed cache update operation on the disc to cause the fast retirement of the high-speed cache write operation. When the high-speed cache visit absence occurs, the invention can not block the pipeline, thus improving the performance of the processor.

Provided is a nozzle unit for use in a bonding device in which bonding between a first member and a second member is effected by providing a bonding member that has been melted by heating at a bonding position where the first member and the second member are to be bonded to each other. The nozzle unit includes: a cylindrical nozzle assembly having an accommodating space accommodating the bonding member, and an opening which allows ejection of the bonding member accommodated in the accommodating space onto the bonding position, which has a diameter larger than the diameter of the bonding member, and which communicates with the accommodating space; and a holding/releasing member for releasably holding the bonding member within the accommodating space.

The invention relates to a TFT-LCD (Thin Film Transistor Liquid Crystal Display) array substrate and a manufacture method thereof. The array substrate comprises a grid line and a data line which are formed on the substrate, wherein pixel electrodes and thin film transistors are formed in pixel regions limited by the grid line and the data line; and memory electrodes and connecting electrodes are also formed in the pixel regions, wherein the memory electrodes is made of transparent materials and form memory capacitors with the pixel electrodes, and the connecting electrodes ensure that the memory electrodes in adjacent pixel regions are mutually connected. Through forming the memory electrodes formed by transparent conductive thin films in the pixel regions, the invention can design proper memory capacitors according to actual demands through changing the areas of the memory electrodes, thereby guaranteeing the sufficient allowance of the memory capacitors, effectively reducing the leaping voltage deltaVp and improving the display quality. Furthermore, by adopting the transparent memory electrodes, the aperture ratio and the display brightness can also be effectively improved, thereby the display quality is improved on the whole.

The invention discloses yellow ceramic ink for ink-jet printing. The yellow ceramic ink for ink-jet printing is characterized by at least comprising inorganic pigment powder, a surfactant, a solvent and a dispersing agent which are stirred according to the proportion. The inorganic pigment powder is used for providing color for ink; the surfactant is used for modifying the inorganic pigment powder into lipophilic powder and improving the surface tension of the ink; the solvent is used for dispersing the modified inorganic pigment powder; the dispersing agent is used for improving the viscosity of the ink and preventing flocculation and precipitation of powder particles. The yellow ceramic ink for ink-jet printing is excellent in effect, environment-friendly, low in production cost and convenient to popularize and apply.

The invention discloses a heat-dissipation split-type conjunction box used for a solar assembly. The heat-dissipation split-type conjunction box comprises a cathode wire box, intermediate wire boxes and an anode wire box which are mutually independent. The intermediate wire boxes are arranged between the cathode wire box and the anode wire box, and each wire box comprises a box body and a box cover which is capable of covering the box body. The heat-dissipation split-type conjunction box is characterized in that the cathode wire box is arranged at a cathode initiating terminal of the solar cell assembly, the box body is only internally provided with one binding post used for being connected with an assembly leading-out wire, and the binding post is simultaneously connected with a cathode terminal of a photovoltaic connector through a cable; the anode wire box is arranged at an anode initiating terminal of the solar cell assembly, the box body is only internally provided with one binding post used for being connected with an assembly leading-out wire, and the binding post is simultaneously connected with an anode terminal of the photovoltaic connector through a cable; and the number of the intermediate wire boxes is three. In addition, the invention further discloses the solar cell assembly using the heat-dissipation split-type conjunction box used for the solar assembly.

The invention discloses an anti-haze window screen based on an electrospinning technology and a preparation method thereof. The window screen is provided with a three-layer composite structure, a baselayer is a metal screen cloth, and a cyan ethyl acrylate viscous layer is compounded on the surface of the metal screen cloth in an electrostatic spray method. An intermediate layer is a nanofiber functional film directly electrospun on the surface of the metal screen cloth by electrospinning, and the nanofiber functional film is a nano-graphene/PVDF/PEO composite nanofiber film, a protective layer is compounded on the upper surface of the nanofiber functional film through a hot pressing method, and the protective layer is a nylon net. The window screen can filter outdoor air, effectively block dust and other particulate matter, and can ensure indoor and outdoor air circulation and indoor lighting. The preparation method is simple, suitable for large-scale production, and has a good application prospect.

The present invention relates to a powdery built biological carrier fluidized bed A/O sewage treatment process. It includes anoxybiotic bio-chemical reaction, aerobic bio-chemical reaction, coagulation reaction and precipitation, in which the anoxybiotic bio-chemical reaction, aerobic bio-chemical reaction, coagulation reaction and precipitation are respectively implemented in anoxybiotic tank, aerobic tank, coagulation tank and precipitation tank which are formed into an integrated reaction tank.

The invention provides a method for delaying persistent indexing metadata in a flash memory storage system. The method for delaying the persistent indexing metadata in the flash memory storage system comprises the following steps: S1, data types and an inverted index of data are generated by the flash memory storage system when the data are written, and the inverted index is written in a flash memory together with the data; S2, a forward-direction memory index is set up according to the data, the data types and the inverted index, and data which are not written in the forward-direction memory index are marked through a list of indexes to be persistent; S3, data where forward-direction indexes are not set up are tracked through an updating window; S4, when the flash memory storage system breaks down, the forward-direction index is reconstituted according to the data types and the inverted index of the updating window so as to recover breakdowns of the flash memory storage system. According to the method for delaying the persistent indexing metadata in the flash memory storage system, because persistence of the forward-direction index is delayed through the inverted index, delay of write operations of the data is reduced, the transaction operation overhead of indexed data and the indexing metadata is avoided, and meanwhile competition delay caused by persistence of window metadata updating is reduced.

The invention discloses a cowpea fertigation package fertilizer as well as a preparation method and a fertilizing method thereof, belonging to the technical field of agricultural science fertigation. The fertilizing method disclosed by the invention is characterized by carrying out fertigation by using fertilizers with different nutrient proportions and water with different amounts in three growing periods of cowpea through adopting trickle irrigation equipment, wherein the three growing periods comprise A) a seedling period-flowering period, B) a flowering period-fruiting period and C) a collection period. The fertilizers are obtained by repeatedly preparing the following components of urea, industrial monoammonium phosphate, agricultural monoammonium phosphate, potassium sulfate, ammonium sulfate, ammonium bicarbonate, magnesium sulfate, zinc sulfate, manganese sulfate and the like. According to the fertigation method disclosed by the invention, the use ratio of the fertilizers is increased, the labor intensity is reduced, the economic and social benefits in cowpea cultivation and production are obvious, the effect of increasing yield is good, and the real meaning is great in water-saving agricultural production.

The invention provides a three-dimensional(3D) display module, a liquid crystal lens and a preparation method for the liquid crystal lens. The liquid crystal lens comprises a first substrate, a second substrate and a liquid crystal layer, wherein the liquid crystal layer is located between the first substrate and the second substrate; and a spacer used for controlling the thickness of the liquid crystal layer is arranged between the first substrate and the second substrate. The spacer comprises a first part and a second part, wherein the first part is located on the first substrate; the second part is located on the second substrate; and the second part and the first part are oppositely connected. According to the 3D display module, the liquid crystal lens and the preparation method, provided by the invention, the spacer is divided into the two parts, and the two parts are respectively arranged on different substrates, so that the two parts can be manufactured into structures which are different in shape and size, and a display area cannot be shielded, and therefore, flaws cannot be caused in the display area of the liquid crystal lens, and the problem that the flaws are caused in the display area due to the spacer of a traditional liquid crystal lens can be solved.

The invention relates to a TFT-LCD (Thin Film Transistor Liquid Crystal Display) array substrate and a manufacture method thereof. The array substrate comprises a grid line and a data line which are formed on the substrate, wherein a pixel region limited by the grid line and the data line is internally provided with a pixel electrode and a film transistor, and a storage electrode forming a storage capacitor together with the pixel electrode is arranged above the grid line. Furthermore, the storage electrode and the data line are arranged in the same layer, and the storage electrode is connected with the grid line through a grid insulation layer arranged on a grid insulation layer film. The storage electrode is arranged above the grid line at two sides of the data line in fragments. By arranging the storage electrode above the grid line, the invention improves the storage capacitor per area, and can not shade the pixel region, thereby effectively improving the aperture opening ratio and the display brightness, and integrally enhancing the display quality.

The invention discloses yeast crushing equipment and a method for preparing yeast powder. The powdery yeast equipment comprises an air conveying system, and a crushing mechanism, a yeast powder buffering cabin and a bag-type dust collector which are connected with the air conveying system, wherein the air conveying system comprises a draught fan, a feeding air pipe, a dust suction air pipe, a dust-air air pipe and a clean-air air pipe; one end of the feeding air pipe is connected with the crushing mechanism and the other end of the feeding air pipe is communicated with the yeast powder buffering cabin by a three-way switching valve; the upper end of the yeast powder buffering cabin is connected with the dust-air air pipe; the dust suction air pipe and the dust-air air pipe are connected in parallel and then are connected with the crushing mechanism to form a closed pipeline; the three-way switching valve is also provided with a comprehensive controller. The method for preparing the yeast powder comprises the following steps of yeast block crushing, air conveying of the yeast powder, yeast powder collection and environmental dust collection. According to the powdery yeast equipment and the method for preparing the yeast powder, a yeast block is crushed and the yeast powder is conveyed under a full-negative-pressure state; the crushing quality can be monitored in real time, the working temperature of a crusher is effectively controlled and the conveying efficiency is greatly improved.