210results about How to "Does not affect functionality" patented technology

The invention provides a network system software system framework. The framework comprises a domain model layer, a presentation layer, a service layer and a foundation framework layer, wherein the domain model layer is used for displaying an action logic, a business processing state and a rule for implementing a business in the business field, the presentation layer is used for displaying data information to a user and receiving an intervention feedback, the service layer is used for packaging the business in the 'domain model layer' and exposing a logic business service with a coarse granularity to the 'presentation layer' through the network or an interface, and the foundation framework layer is used for providing services for data access of application programs of the 'service layer' and the 'presentation layer'. An implementation method of the framework is further provided. According to the network system software system framework and the implementation method thereof, through the application of a 'domain-driven design' idea and the combination of novel software design technologies, a system software design is directly centralized to aspects of 'business behavior logic implementation' and 'front page richness', and a developing design of an enterprise application system software is enabled to be simple, convenient, rapid and high efficient by the aid of the means of 'software systems and code automatic generation of the software systems'.

A display screen of touch type is prepared for using top base plate in display component also as bottom base plate of touch screen, plating conduction layer on external surface of top base plate in display component and arranging electrode used as an operation surface of touch screen on said conduction layer then integrating display component and touch screen to be an unified body.

The invention discloses a preparation method of mesoporous silicon-dioxide-coated single-wall carbon nanotubes. The surfactant molecules are fixed to the surfaces of the single-wall carbon nanotubes by a one-step process, and the coating growth of the mesoporous silicon dioxide shell is induced in a non-covalent bond mode, thereby implementing control on the thickness of the mesoporous silicon dioxide shell and eliminating the occurrence of the self-nucleation phenomenon of silicon oxide. The method can be used for modifying different functional groups on the external surfaces of the mesoporous pore wall and shell, so that the composite material can be easily dispersed in various solvents, thereby enhancing the dispersion stability of the single-wall carbon nanotubes; and meanwhile, the mesoporous pores can be used for loading and transmitting different guest molecules, and thus, the method has wide application prospects.

The invention relates to a display driver, a recording method thereof and a display. The recording method comprises the following steps: providing recording data; providing a display buffer in the display driver, wherein the display buffer is used for preliminarily storing display data in the display time; providing a non-volatile memory, wherein the non-volatile memory is coupled to the display buffer by a data bus bar; and running a recording program, wherein the recording program contains the following actions: inputting the recording data to the display buffer and recording the recording data from the display buffer to the non-volatile memory by the data bus bar. The invention has the advantages that the display buffer which is originally and internally established in a display driving circuit is applied to replace a temporary memory for establishing a recording programmable memory unit. In the mode, the functions of the original display driving circuit can not be influenced, and the advantage of reducing the area can be achieved.

The invention relates to a portable resistivity method advanced forecasting system applicable to a TBM. The system comprises a plurality of non-polarized electrodes, a terminal control box and an electrode cable series. The non-polarized electrodes are electrically connected with the terminal control box. The terminal control box is electrically connected with the electrode cable series. The non-polarized electrodes are arranged to be capable of stretching out of a TBM cutterhead hob hole and making contact with a tunnel face to detect front geological signals. The terminal control box receives the signals collected by the non-polarized electrodes and predicts a front geologic body. The potential difference between a surrounding rock mass, a shield and the terminal control box is reduced and / or eliminated through electrode cables. According to the system, detection of unfavorable geologic bodies such as a fault fracture zone, a soft and hard layered stratum, a water-bearing cave and an underground river is achieved according to geologic body resistivity difference.

A laparoscope lens washing-drying device comprises a sleeve, a washing tube, a drying component, a connecting piece and a handle, wherein the nominal dimensions of the inner diameter of the sleeve and the outer diameter of the laparoscope are the same and the sleeve and the laparoscope are in movable fit, two through holes used for mounting the washing tube and the drying component are arranged in the wall of the sleeve, an arc groove is arranged at the rear end of the sleeve, a flushing liquor outlet is arranged on the side wall at the front end of the flushing tube, a flushing liquor control switch is arranged on the side wall at the rear end of the flushing tube, the drying component is a pipe fitting provided with a water sucking sponge, an opening for introducing the flushing liquor into the water sucking sponge is arranged on the side wall at the front end of the pipe fitting, the front end of the flushing tube is inserted in the through hole for mounting the flushing tube on the wall of the sleeve, the front end of the pipe fitting provided with the water sucking sponge is inserted in the through hole for mounting the drying component on the wall of the sleeve, one end of the connecting piece is connected with the rear end part section of the flushing tube, the other end of the connecting piece is connected with the rear end part section of the pipe fitting provided with the water sucking sponge, and the handle is arranged on the connecting piece.

The invention discloses a traditional Chinese medicine composition for treating thrombophlebitis. The invention also discloses a preparation method of the traditional Chinese medicine composition. The preparation method of the traditional Chinese medicine composition comprises the following steps: taking three kinds of animal class medicinal powder of leech, centipede and scorpio which are processed by a superfine pulverization technique and have the average particle diameter smaller than the fineness of 75mum and medicinal materials of which volatile oil is extracted, adding water firstly, extracting the volatile oil, taking the medicinal materials after extracting the volatile oil and other medicinal materials which are extracted by using the water, adding the water, decocting, extracting, and preparing water extractive paste by a water extract through filtration, concentration, ethanol transfer dissolution and concentration.

The unit comprises a plunger (2) moved inside a housing (1) towards the brake pad, a device activating the plunger (2) and an adjusting element (10) positioned between the plunger (2) and the activating device. A nut (22) maintains the information about the first moving distance in a particular position, which is transmitted to the adjusting element (10) after returning to its prior position. The plunger (2) is moved in relation to the adjusting element (10). A spindle (21) and a spring-loaded clutch between the nut (22) and the adjusting element (10) are also incorporated.

The invention provides a maize Ms8 gene mutant as well as a molecular identification method and application thereof, belonging to the technical field of gene engineering. A waxy corn variety namely Jingkenuo 2000 is subjected to cobalt60 radiation induced mutation to induce a basic group T in a sixth exon of a maize beta-1,3-galactosyl transferase (Ms8) gene to mutate into a basic group C, thereby resulting in that a tyrosine is transformed into a histidine. The Ms8 gene mutant is named as ms8-4505, a nucleotide sequence thereof is shown by SEQ ID No.1, the mutant is further proved to cause maize recessive male sterility, and the mutant can be used for preparing a maize selfing line and transgenic maize with recessive male sterility, and plays an important role in genetic improvement breeding of maize germplasm resources. The invention also provides a molecular marker identification method of the mutant and application of the mutant in breeding and seed production.

The invention discloses a heating floor, which is characterized in that a conductive heating layer is arranged on the floor, the conductive heating layer is in parallel with the bottom surface of the floor, two conductive strips are arranged on the two sides of the conductive heating layer, the conductive strips are electrically connected with the conductive heating layer, the short-side connecting part of the floor is connected with two adjacent floors and the conductive strips on the two sides of the two adjacent floors are respectively and electrically connected through connecting elements. The invention additionally discloses a floor heating system which is spliced by the heating floors. The floor heating system is supplied with power through solar energy or a power grid for home use. The heating floor and the floor heating system have the advantages of small occupied space, convenience in installation and maintenance, energy saving and high safety, and can provide a comfortable greenhouse environment for home and other public places.

The invention discloses a virtual machine resource distribution method and a distributed virtual machine resource scheduling system using the distribution method. The system is used to schedule virtual machine resources in a cloud computing platform, software operation, platform operation, and data operation, and other processes. Through deploying schedulers in a plurality of network server nodes in a distributed manner, the schedulers are decentralized, and do not have a control center, and independently complete scheduling tasks of the nodes. Thus, task scheduling and a function control process of resources are simplified, so as to rapidly respond to user request.

The invention provides a water distribution and collection device which comprises a water distributor, a water collector and a supporting structure, wherein a water-collection main pipe of the water collector is provided with a plurality of water-collection joints and flow regulating valves which are in one-to-one correspondence with the water collection joints; the flow regulating valves comprise regulating valve cores and regulating caps above the regulating valve cores; the regulating valve cores comprise valve core screw caps fixedly arranged on the water-collection main pipe and regulating bases fixedly arranged above the valve core screw caps; the outer walls of the regulating bases are provided with external thread parts spacing bosses which has certain distance with the upper parts of the external thread parts; the inner walls of the regulating caps are provided with internal thread parts and spacing clamping platforms above the internal thread parts; the regulating caps are upward rotated until the internal thread parts are separated from the external thread parts, the spacing clamp platforms can not continuously move upward as being clamped by the spacing bosses, so that the internal thread parts of the regulating caps can rotate freely at smooth intervals between the external thread parts and spacing bosses of the regulating bases, so that the condition that the regulating caps and the regulating bases are locked can be prevented, the reliability of the water distribution and collection device is improved, and the operation comfort of a user is enhanced.

The invention discloses a direct current step-up / step-down circuit. The direct current step-up / step-down circuit is characterized in that: an anode of a battery unit is connected with one end of a third switching device; the other end of the third switching device is connected with one end of an energy storage inductor and one end of a first switching device; the other end of the energy storage inductor is connected with one end of a second switching device and one end of a fourth switching device; the other end of the fourth switching device is connected with a cathode of the battery unit; the other end of the first switching device is connected with a direct current bus cathode of a battery set; the other end of the second switching device is connected with a direct current bus anode of the battery set; and the states of the first, second, third and fourth switching devices are controlled by a control circuit (U1). The step-up operation or step-down operation of a direct current power supply is realized by controlling the on / off timing sequence of corresponding switching devices. The direct current step-up / step-down circuit has the advantages of flexible control of step-up / step-down proportion, independent working of modules, simple structure, low cost, high efficiency, high reliability and capability of realizing standard and batch production.

The invention provides a glue laminating process. The glue laminating process comprises the following steps: (1) providing a first substrate and a second substrate; (2) dispensing a glue to the first substrate and / or the second substrate; (3) carrying out aligned press-fitting on the first substrate and the second substrate, and meanwhile, curing the periphery of the first substrate and / or the second substrate so as to obtain a semifinished product with a periphery-cured frame; and (4) carrying out surface-dressing curing on the semifinished product with the periphery-cured frame, thereby obtaining a finished product. According to the glue laminating process, the periphery of the substrates is cured while the aligned press-fitting of the substrates is completed so as to obtain the periphery-cured frame, thus, the problem of glue overflowing is effectively solved, the width of overflowed glue can be accurately controlled, the broadening of the glue does not occur after curing, secondary misalignment does not occur after curing, the accuracy of press-fitting is further improved, and the actual operation of a production line is facilitated; and the problem of press-fit bubbles can be effectively solved, the leveling of the glue is accelerated, the production time is shortened, and the production efficiency is further increased.

The invention discloses an auxiliary device of a door lock fingerprint gatherer. The auxiliary device comprises a scrubbing mechanism arranged at a left side of a fingerprint acquisition screen, a liquid conveying mechanism arranged at a right side of the fingerprint acquisition screen, and a drying mechanism arranged at an upper end of the fingerprint acquisition screen, wherein the scrubbing mechanism comprises a first casing, an oil cylinder, a connection head and a scrubbing head, the liquid conveying mechanism comprises a second casing of which an upper end surface is opened, a liquid storage bottle accommodated in the second casing, and a first output unit and a second output unit which penetrate through an upper surface of the liquid storage bottle, the drying mechanism comprises a third casing fixed on a fingerprint acquisition device and a fan accommodated in the third casing, after a touch press switch is electrified, a piston rod horizontally extends rightwards to a stroke terminal point, glasses cloth approaches, presses against and departs from the fingerprint acquisition screen and then retracts to a stroke origin point, the fan is electrified continuously for five minutes, and the switch is powered off. The device is advantaged in that dirt on the fingerprint acquisition screen can be rapidly and precisely eliminated, and acquisition identification capability of the fingerprint acquisition screen is improved.

The invention discloses an artificial floating bed system for purifying water quality by using superfine fibers. The artificial floating bed system comprises a floating bed, a planting basket, planting basket filler, floating bed plants, superfine fiber three-dimensional artificial waterweeds, a supporting frame, an aeration device, a microbial preparation and a box body. The invention also discloses a method for purifying water by using the system. The method comprises the following steps of: aerating and oxygenating sewage through micropores, and intercepting, adsorbing and decomposing pollutants in the sewage by a biological membrane attached to the superfine fiber three-dimensional artificial waterweeds in the superfine fiber artificial waterweed restoration area. Pollutants in the water body are absorbed, metabolized and decomposed by microorganisms at the roots of the plants and on the attached filler when flowing through the plant synergistic microorganism remediation area. A microbial agent is added, and microorganisms are used for effectively adsorbing, converting and degrading nitrogen and phosphorus in the water body, so that algae propagation is inhibited, and the waterbody is effectively purified. The artificial floating bed system has the advantages of readily available materials, low construction and operation costs, convenient manufacture, landscape beautification, water quality improvement, and good application prospect.

The invention provides a production line control method and system, a storage medium, and an industrial PC. The production line control method includes the steps of: receiving monitoring data sent byan industrial controller; acquiring recipe data and assembly data according to the monitoring data; and transmitting the recipe data and the assembly data to the industrial controller. The productionline control method and system, the storage medium and the industrial PC of the invention can achieve process flow management by the industrial PC; the industrial controller is only used as the driveoutput, thereby separating the process flow from the drive, improving the system stability and improving the system compatibility. Flexible production lines are achieved, the input cost is reduced, the time that new products enter the market is shortened, and the competitiveness of enterprises is improved.

The invention discloses an electric kettle, which comprises a kettle body (1), a bottom cover (2), a base (3), a handle (4), a heating disc (5), a coupled connector (9) and a kettle cover (10), wherein the heating disc (5) is arranged between the bottom of the kettle body (1) and the bottom cover (2); the handle (4) is arranged on a side wall of the kettle body (1); the kettle cover (10) is arranged on an upper part of the kettle body (1); the heating disc (5) is connected with a power supply through the coupled connector (9) on the bottom cover (2) and the base (3); an ultrasonic scale inhibiting and removing device is also arranged on the electric kettle, and comprises an ultrasonic transducer (8) and a control device (7) which converts a mains supply into a high-frequency AC electric signal which is matched with the ultrasonic transducer (8), wherein the ultrasonic transducer (8) is electrically connected with the control device (7). The electric kettle has the functions of inhibiting and removing scale, and the scale inhibiting and removing device does not directly contact the water or influence the water quality of the drinking water. Meanwhile, the electric kettle has the advantages of simple structure, easy control, convenient installation and using safety.

The invention discloses comprehensive monitoring equipment and system capable of being debugged and operated according to professions and fault isolation. A totally distributed framework is used, and deep integration of processions such as electric power, environmental control and fire is performed. The framework that the comprehensive monitoring system are operated by using professional groups as process unit in a central monitoring subsystem and a station comprehensive monitoring subsystem, so that independent configuration, independent deployment, and independent debugging and operation of each professional system can be achieved, mutual interference among the professional systems of the central monitoring subsystem and the station comprehensive monitoring subsystem can be avoided effectively, and parallel debugging and operation can be achieved. Due to the fact that the professional systems are operated in different processes, fault isolation among the professional systems is achieved. In addition, usability and operation reliability of the comprehensive monitoring system can be increased.

The invention relates to a mobile payment consumption system and a payment and recharge method. The mobile payment consumption system comprises a radio frequency mobile terminal, a payment server-side and a radio frequency recharge terminal, wherein the radio frequency mobile terminal sends payment requests to the payment server-side in a radio frequency mode or a mobile communication network mode and receives payment information from the payment server-side; the radio frequency mobile terminal sends the payment information to the radio frequency recharge terminal in a radio frequency mode; and the radio frequency recharge terminal carries out recharge according to the received recharge information. The radio frequency mobile terminal is used for replacing the traditional integrated circuit (IC) card, so users can more conveniently carry out payment and recharge, the trouble caused by excessive quantity and management inconvenience caused by specific purposes of the traditional IC cards is avoided, the users can carry out payment in a mobile communication network mode without going to sites for payment at each time, the payment by the users is convenient, in addition, the payment can be realized in 24 hours, and great convenience is brought for the life of the users.

The invention specifically relates to an automatic exhaust sewer manhole cover, comprising a manhole cover body, an exhaust fan, a methane sensor, a time controller, an alarm, a power supply, electric wires and an exhaust pipe. The manhole cover body is a hollow structure, and the exhaust gas The fan and the methane sensor are installed in the body cavity of the well cover, the time controller, alarm and exhaust pipe are installed outside the body of the well cover, the power supply is electrically connected to the time controller, and the time controllers are respectively passed through The electric wires are connected to the exhaust fan, the methane sensor and the alarm, and the electric wires pass through the exhaust pipe; the present invention uses a time controller to control the exhaust fan to work at regular intervals to monitor the biogas in the sewer manhole cover. Discharge, regularly reduce the biogas concentration in the sewer manhole cover, and a methane sensor is installed to detect the methane concentration in the sewer manhole cover. When the concentration exceeds the limit, the exhaust fan starts to work, and the methane concentration does not drop below the set value after exhausting for a period of time ,Send out a warning.

The embodiment of the invention provides a forward data processing method and device. The method comprises the following steps: determining whether a forward message to be sent to a target base station is a transmission control protocol TCP proxy message or not; if the forwarding message is a TCP proxy message, adding a user plane tunnel terminal identifier (TEID) of a source base station into theforwarding message to generate a target forwarding message; and sending the target forwarding message to a target base station side. The TEID of the source base station side is carried to the targetbase station side, the target base station can conveniently return ACK for the TCP proxy message, and reliable forwarding of TCP proxy data is realized.

The invention provides a walking stick convenient for shopping of old people. The walking stick comprises a walking stick rod, folding rods, a driving assembly and a power supply assembly, wherein atleast three folding rods are arranged, the folding rods are uniformly distributed around the walking stick rod, one ends of the folding rods are hinged to the lower part of the walking stick rod, universal wheels are mounted at the other ends of the folding rods, the driving assembly is fixed to the walking stick rod, the driving assembly is in transmission match with all the folding rods, the driving assembly is used for driving all the folding rods to be folded towards the inner side relative to the walking stick rod or driving all the folding rods to be unfolded towards the outer side relative to the walking stick rod, screen cloth is mounted between each two adjacent folding rods, the power supply assembly is arranged on the walking stick rod, and the power supply assembly is used forproviding electric power for the driving assembly. The walking stick has the beneficial effects the mobile shopping function can be realized, the automation degree is high, old people can convenientlyuse the walking stick, meanwhile, after folding of the folding rods, a base is still used for touching the ground, and thus the original function of the folding rods is not influenced.

The invention discloses a display panel and a display device. The display panel comprises an array substrate and an opposite substrate arranged opposite to the array substrate. The array substrate comprises a directly facing area and an extending area, wherein the directly facing area overlaps the orthographic projection of the opposite substrate onto the array substrate, and the extending area islocated on one side of the directly facing area and extends outward relative to the opposite substrate; the extending area comprises an underlayer substrate, a ground wire, contact terminals and electrostatic protection circuits, wherein the ground wire, the contact terminals and the electrostatic protection circuits are located on the underlayer substrate; the contact terminals are connected with a shielding layer on the opposite substrate through conductive adhesive, and the contact terminals are connected with the ground wire; the electrostatic protection circuits are located on the side,close to the underlayer substrate, of the contact terminals, and at least parts of the orthographic projections of the figures of the electrostatic protection circuits and the contact terminals onto the underlayer substrate overlap. By means of the display panel, the design space of a special shape and the design space of a two-dimensional code can be increased, and the functions of the electrostatic protection circuits and the contact terminals are not influenced.

The invention discloses a method for restarting a control node in an automatic switching optical network, which comprises the following processes: a restarting order is received by the control node and a restarting parameter in the restarting order is detected; the whole control node is restarted if a restarting type is not obtained in the restarting parameter; relevant modules and upper layer modules are restarted according to the restarting type and a module depending relationship table if the restarting type is contained in the restarting parameter. A time delay parameter can also be contained in the restarting parameter for preparing restarting. The invention solves the problem of too much impact on the system when the whole node is restarted in the condition that only parts of the modules (protocols) are necessary to be restarted. And the invention preferably maintains the data consistency of the control node.

A method for optimizing area array device pin utilization and reducing the number of layers on a multilayered PCB comprising: preparing a package of BGA pin-out maps which anticipate the effect of existing fixed pins and derives the resulting optimum pin location assignment. Each pin-out map includes an indication of the best routing for circuits from a given component to be mounted to a PCB. Applying the package of pin-out maps during an area array pin assignment phase, thereby making an area array package capable of supporting the optimum routing configuration proposed by the pin-out maps. Applying the package of pin-out maps during a PCB design phase so that the optimum circuit routing to each pin is achieved, thereby completing the strategy layed out by the proposed pin-out maps, resulting in a lower number of PCB layers.

The invention provides a preparation method of a bone tissue engineering porous ceramics scaffold, belongs to the technical field of medical apparatus and instruments, and is capable of effectively solving the uniform distribution problem of drug carrying chitosan microspheres coating the surface of the bone tissue engineering porous ceramics scaffold. The preparation method comprises the steps of firstly preparing a porous scaffold, then preparing a drug carrying microspheres, and then preparing a ceramics scaffold coated with alginic acid. After obtaining the ceramics scaffold of which the surface is coated with the alginic acid, the drug carrying microspheres is needed to be combined with the ceramics scaffold: uniformly dispersing the prepared drug carrying microspheres into a centrifuge tube filled with deionized water, soaking the ceramics scaffold coated with the alginic acid into the centrifuge tube filled with the drug carrying microspheres, placing at the temperature of 37 DEG C, vibrating in a constant-temperature vibration box with the rotation speed of 60 to 120r / min for 1 to 3h, taking out the ceramics scaffold, repeatedly washing by using the deionized water, and then performing vacuum drying to obtain the bone tissue engineering porous ceramics scaffold which is coated with the alginic acid and provided with the uniformly-distributed drug carrying microspheres. The bone tissue engineering porous ceramics scaffold is mainly used for human bone tissue repair.

The invention provides application of a corn gene ZmABCG20 in regulating male fertility of crops. The genomic DNA sequence of the ZmABCG20 in the maize variety B73 is shown as SEQ ID NO: 1, and the encoded protein sequence is shown as SEQ ID NO: 3. The invention also provides a mutant zmabcg20-1 of the gene ZmABCG20, and application thereof, the mutant gene sequence is shown as SEQ ID NO: 7; the invention further provides a molecular marker identification method for the mutant gene. The pollen development control gene, the mutant and a molecular marker of the mutant can be applied to cross breeding and hybrid seed production of the crops.