38results about How to "Real-time clear" patented technology

The invention discloses a method and device for video monitoring. A monitoring area is divided into a plurality of areas, and each area is provided with sole image collecting point identification. The method includes the steps that a monitoring server obtains images collected by all image collecting devices and identifies image collecting point identification contained in all the images; according to the image collecting point identification contained in all the images and the image collecting point identification arranged in all the areas, the monitoring server judges whether a blind zone not covered by the image collecting devices exists or not; if yes, adjusting parameters of the image collecting devices are determined, therefore the blind zone is covered by the image collecting devices, and the image collecting devices are indicated to perform adjustment according to the adjusting parameters. The problem that the monitoring blind zone appears in the video monitoring process is solved, the monitoring server is used for automatically judging the monitoring blind zone and adjusting the image collecting devices intelligently, so that the monitoring blind zone is cleared in real time, and safety performance of a video monitoring system is improved.

The invention discloses a sterile negative pressure isolation facility of a capping machine, which comprises a filling room (1), a capping cabin (2), a bottle discharge room (3), an A operation cabin (4), a B operation cabin (5), a transmission cabin (6) and the capping machine (7). The facility separates all functional parts and manual operation areas of the capping machine with transparent partition walls, to form mutually isolated working areas and functional cabin facilities; a negative pressure exhaust facility is arranged below the capping machine, for removing the dust produced in capping in real time; all the areas and the cabins are isolated and communicated by sterile air pressure difference, i.e. the technical scheme of sterile negative pressure isolation, communication and operation overcomes the problems and the defects of dust pollution and difficulty of the cleanliness of the capping environment in meeting standards; and the provided sterile negative pressure isolation facility of the capping machine ensures that the capping environment of the capping machine achieves the purposes that the dust pollution is eliminated and the cleanliness meets the standards through sterile negative pressure isolation.

The invention relates to the technical field of agricultural production equipment, in particular to an intelligent constant-temperature greenhouse capable of automatically removing snow. The greenhouse comprises a greenhouse body, a constant temperature module, a supporting module, two unwinding modules, two tight supporting modules, two auxiliary elastic tightening assemblies, a snow removing mechanism, and a snow sweeping reciprocating mechanism. The constant temperature module is arranged on the greenhouse body, the supporting module is arranged across the greenhouse body, and the top of the supporting module is provided with a pressure sensor; and the two unwinding modules are symmetrically arranged at the two sides of the supporting module, the two tight supporting modules are symmetrically arranged at the two sides of the supporting module, the two auxiliary elastic tightening assemblies are symmetrically arranged at the two sides of the supporting module, the snow removing mechanism is arranged on the supporting module, and the snow sweeping reciprocating mechanism is arranged on the supporting module. The output end of the snow sweeping reciprocating mechanism is connectedwith a non working part of the snow removing mechanism. According to the technical scheme, greenhouse body protection can be automatically conducted on the greenhouse, accumulated snow is removed in real time, and the production effect of agricultural and sideline products is effectively guaranteed and improved.

The invention relates to an automotive electric controlled automatic air conditioner system teaching experimental device, which comprises a rack and a box body arranged on the rack. Air conditioner running equipment and a central relay box used for controlling the air conditioner running equipment are arranged on the rack. An automotive ignition switch, an air outlet, an electric control unit, a refrigeration pipeline high pressure gauge, a refrigeration pipeline low pressure gauge and the connecting circuit are arranged on a panel of the box body. A colored circuit structure chart is drawn on the panel of the box body, and testing terminals are embedded to the connecting circuit. A failure control box is arranged on a backboard of the box body. Failure setting buttons are arranged in the failure control box. Automotive remote communication and control units and data interfaces are also arranged on the box body. The remote communication and control units are connected with external remote control equipment by corresponding data interfaces. The testing experimental device adopts the open rack which makes a user easily know the structure, ensures comprehensive and typical failure setting, and particularly can realize network interconnection with training or testing devices of other sorts.

The disclosed release method for communication resource comprises: once have negotiated release way by the resource decision entity and application entity, the former indicates the latter to release the resource according to indication. This invention can improve system efficiency.

The invention discloses an anti-static device, comprising a base, a support, an electric conduction arm and static electricity conducting wires, wherein the static electricity conducting wires are arranged on the electric conduction arm at intervals. The anti-static device is characterized by also comprising an electric conduction wiring harness capable of being wound on the support, one end of the electric conduction wire harness is connected with the electric conduction arm, the other end of the electric conduction wire harness is fixed on the base and is connected with an earth lead, and an insulation handle is arranged in the middle of the electric conduction arm. The support is telescopic, and sliding wheels are arranged under the base. The anti-static device has the beneficial effects that static electricity on specific positions can be eliminated, and the size of the anti-static device can be adjusted according to the size of space.

The invention discloses a long-spiral drilling machine. The long-spiral drilling machine comprises a machine body, a power head, a mud-scraping device, a walking device and a power device. The power device is connected with a drilling rod and used for driving the drilling rod to rotate around the axis thereof. One end of the drilling rod is provided with a drill bit. The long-spiral drilling machine further comprises a column, on which a protection cylinder is arranged. One side of the protection cylinder is provided with the mud-scraping device used for cleaning the drilling rod/or the drill bit. The long-spiral drilling machine has following beneficial effects: the long-spiral drilling machine is simple in structure, firm and reliable and is attractive in appearance and used flexibly; application, maintenance and repair are conducted conveniently; machine moving efficiency is high and labor intensity of workers is greatly reduced; production efficiency is improved and production cost is saved; assembly and disassembly are easy and convenient; the main machine can be loaded on a flat car by utilizing a chassis system so that time spent on transferring the machine is greatly shortened and transfer workload is reduced; and adhesions of the drill bit and the drilling rod can be eliminated in a real-time mode so that work quality and speed are improved.

The invention relates to a snow shoe with a snow removing function. The snow shoe includes a shoe sole horizontally arranged, and a shoe upper arranged above the shoe sole, and is characterized in that the shoe sole is provided with a snow removing device; the snow removing device includes a rotary table installed on the shoe sole, the shoe sole is provided with a round groove opened downwards, the rotary table is rotatably installed in the round groove, the shoe sole is internally provided with a rotor arranged above the rotary table, the rotor is coaxially connected with the rotary table through a one-way transmission mechanism, and the rotor is connected with the shoe sole through a torsional spring arranged coaxial with the rotor; the rotor is provided with an arc-shaped groove arranged coaxial with the rotor, and the shoe sole is provided with a limiting stop dog arranged in the arc-shaped groove; the shoe sole is internally provided with a cavity arranged above the rotor, the shoe sole is provided with a communicating hole which is positioned corresponding to the arc-shaped groove and arranged on one side of the limiting stop dog, the arc-shaped groove is communicated with the cavity through the communicating hole, and the cavity and the portion, communicated with the cavity, of the arc-shaped groove are filled with a fluid medium.

The invention discloses a photoelectric wind separation and impurity removal integrated device based on a photoelectric impurity removal machine. The photoelectric wind separation and impurity removalintegrated device comprises a conveying device (1), the photoelectric impurity removal machine (2), a wind separation and impurity removal device (3), an unqualified material conveying device (4) anda qualified material conveying device (5), wherein the conveying device (1) is arranged on one end of the photoelectric impurity removal machine (2), and the conveying device (1) is engaged with thephotoelectric impurity removal machine (2); a dust removal port is formed in the top of the other end of the photoelectric impurity removal machine (2), the wind separation and impurity removal device(3) is installed at the dust removal port, and the wind separation and impurity removal device (3) is installed on a bracket (6). The photoelectric wind separation and impurity removal integrated device has the advantages of the simple structure and novel design, non-smoke foreign matter or defective goods in tobacco materials can be automatically removed for many times at high speed and high precision, the removal efficiency of the non-smoke foreign matter or the defective goods is further improved, the product quality problem caused by materials is greatly reduced in a production process, the product quality is effectively guaranteed, the production cost is reduced, and the production efficiency is improved.

The invention discloses a water film forming device of a horizontal wet electrostatic precipitator. The water film forming device comprises a main spraying pipe arranged on the electrostatic precipitator and further comprises a nozzle mounting head arranged below the main spraying pipe and a nozzle connected with the nozzle mounting head; the nozzle comprises a connecting portion and a liquid spraying cavity arranged below the connecting portion, and a plurality of liquid spraying holes are distributed in the liquid spraying cavity; and according to the water film forming device of the horizontal wet electrostatic precipitator, a stable, continuous and even water film is formed on the surface of a dust collection electrode, the dust is thoroughly prevented from polluting the dust collection electrode fundamentally, and maintaining cost needed by dust collection electrode cleaning is reduced. The spark discharge phenomenon can be restrained, the dust removal efficiency and the running efficiency of the horizontal wet electrostatic precipitator can be wholly improved, and in addition, the water film forming device of the horizontal wet electrostatic precipitator has the beneficial effects of being simple in structure and convenient to mount.

An automatic cleaning device of a conveyor belt is composed of reinforcing steel plates, a diversion cover, a hydraulic pump, an oval rolling brush and supporting rods. The oval rolling brush is arranged on a support below the back of a waist roller at the tail end of the conveyor belt through the reinforcing steel plates. The hydraulic pump is fixedly arranged on the support through a fixing shaft and is in shaft connection with the oval rolling brush through pulling rods. The diversion cover is arranged at the two ends of a shaft of the waist roller at the tail end in a sleeving mode, and the two side walls of the diversion cover are in shaft connection with the two ends of the oval rolling brush through the supporting rods. A motor is fixedly arranged on the pulling rod on the same side with the motor and is coaxially and fixedly connected with the oval rolling brush. The automatic cleaning device is simple in structure, reasonable in design, low in cost, convenient to install and operate and capable of removing adhering objects on the conveyor belt in real time in production, saving raw materials, reducing the raw material loss and preventing the device from being corroded, manual cleaning is not needed, the labor is reduced, and the production environment is kept clean and sanitary.

The invention discloses a method for online real-time removal of pollution of ammonia in indoor air through a grape wine composition. The method comprises the following steps: providing the grape wine composition formed by mixing grape wine with a volume percentage of 2.5-5.0 percent and water with a volume percentage of 97.5-95.0 percent, putting the grape wine composition into a purification device, pumping the indoor air into the grape wine composition from an air inlet channel through an air extracting pump, escaping the purified air from an air outlet channel, enabling inlet air and outlet air to drive the indoor air to flow to form a circulation and realizing the online real-time removal of the ammonia in the indoor air through air circulation. The method disclosed by the invention has the benefits that the composition is an aqueous solution, is green, odorless, nontoxic and safe, and simple and reliable in preparation and use methods; the composition can be used for the online real-time removal of the ammonia in the indoor air quickly and efficiently and does not generate secondary pollution; as for a luxurious house with an area of 160 m<2>, under the situation that the original concentration of the ammonia in the indoor air is 0.5-1.25 mg/m<3>, the standards can be reached when the treatment time is 1 hour, the expenses generated by continuous treatment for 4 hours are 1.18 yuan, 1.65 yuan and 2.35 yuan respectively, the treatment cost is low, the economic benefits are high, and the market prospect is wide.

The invention discloses solid waste harmless treatment equipment, and relates to the technical field of solid waste treatment. The solid waste harmless treatment equipment comprises an equipment body, wherein the equipment body comprises a supporting frame body, a fuel supply mechanism is fixedly installed inside the supporting frame body, a tail gas purification mechanism and an incineration mechanism are fixedly installed between the inner surfaces of the supporting frame body respectively, a dry-wet separation mechanism is fixedly installed at the top of the supporting frame body, a waste liquid purification assembly communicating with the dry-wet separation mechanism is fixedly installed on an end face of the supporting frame body, and an air blower matched with the incineration mechanism is fixedly installed on a side face of the supporting frame body. According to the solid waste harmless treatment equipment, through the design of the tail gas purification mechanism, the incineration mechanism, the dry-wet separation mechanism and the waste liquid purification assembly, the device can rapidly complete the processes of crushing, dry-wet separation, incineration and tail gas purification of medical waste in an automatic mode, and through the automatic implementation of the process, the harmless treatment effect of the device on the medical waste is effectively improved.

The invention relates to the technical field of energy storage, and provides a protective device for a high-temperature heat storage system. The device comprises a flow guide pipe and a protective shed used for covering the high-temperature heat storage system, the bottom end of the flow guide pipe is fixed on the ground in the protective shed, and the top end of the flow guide pipe extends out ofthe protective shed; and a flow guide port is formed in the flow guide pipe, the flow guide port is located in the top surface, close to the protective shed, of the protective shed, and an air inletis formed in the lower part of the protective shed. According to the device, the structure is simple, and installation is convenient; and the protective device covers the high-temperature heat storagesystem, inherent leakage heat of the high-temperature heat storage system can be used for driving the leaked oil gas to be continuously discharged out of the protective shed through the flow guide pipe, so that the low-boiling-point oil gas gathered near the high-temperature heat storage system is removed in real time, an explosion accident is avoided, the driving part is not needed as well, theservice life is prolonged, and the cost is reduced.

The invention discloses a method for detecting the surface of a hot plate, which is used for detecting whether there is foreign matter on the surface of the hot plate to be tested, and the detecting method comprises the following steps: selecting and setting the standard hot plate data in response to the hot plate to be tested, setting a detection range according to the standard hot plate data andthe size of the hot plate to be tested then, obtaining at least one surface image data of the hot plate to be tested in the detection range by utilizing image capturing equipment then, and finally comparing the surface image data with the standard hot plate data, when there is a foreign matter on the surface of the hot plate to be tested, removing the foreign matter on the hot plate to be tested,and reacquiring the surface image data. Thereby, the present invention can prevent the presence of foreign matter on the hot plate, and then the chip rupture caused by the foreign matter adhering tothe hot plate can be prevented in the subsequent process.