158 results about "Single room" patented technology

The invention relates to the control of a lighting infrastructure such as a complex lighting system. An embodiment of the invention provides a method for controlling a lighting infrastructure by means of a computer comprising the acts of generating a single room view (10) of a room with the lighting infrastructure by combining different views of the room on a display (12; S10), —receiving and processing of input signals (14) with regard to the generated single room view (S12), and —creating output signals (16) for controlling the lighting infrastructure in response to the processed input signals (S14). The single room view allows an intuitive control of a lighting infrastructure similar to a computer paint program.

An electric automobile charging and replacing station fire risk data evaluation method includes the steps: numerically simulating actual acquired data of fire scene main structures of a distribution room, a charging and replacing room and a monitoring room in an electric automobile charging and replacing station by a modeling tool to obtain a large number of simulated data, and screening or exhausting the fire development condition of a single room after catching fire and influence factors of the fire on the whole charging and replacing station; determining a data evaluation range; building a fire risk data hierarchy structure model; calculating the weight of each factor by a hierarchy analysis method; determining fire risk levels; judging whether the fire risk levels meet safety requirements or not, if the fire risk levels do not meet the safety requirements, calculating improving suggestion data according to fire risk and harmfulness obtained in the first step, returning to the fourth step according to the proposed suggestion data, reconstructing a judgment matrix, calculating the weight and performing evaluation until meeting evaluative criteria. Reliable data can be provided, and prediction accuracy is improved.

The invention discloses a pile type single room microbiological fuel cell; the battery is the sheet style structure, battery thickness is 5-30 centimeter, two groups of membrane electrodes altogether used an anode chamber, which is advantageous for composing the large-scale microbiological fuel cell heap, in order to output a greater voltage and electric current to satisfy the different current collector demand. The monomer battery uses the air type negative pole, does not need aeration, simultaneously does not need to add vector to the negative pole room, can greatly reduces the movement cost, and avoids the environmental pollution which creates by adding vector. In the anode chamber increases the carbon fiber to enhance the anode relative surface product, may enhance the monomer battery current density 3-10 times. The battery movement uses the method of upside feed-water, the base high and dry, reduced the backflow equipment demand, but also can save 50% -70% of the electrical energy. The invention is a clean advanced energy technology; and it has the broad application prospect in the municipal, industry, agricultural and spatial organic waste water processing.

The invention provides a method for splitting, making and recombining house type data. The method comprises the following steps of: drawing data information of all rooms according to a house type figure, calling an uploading functional module, educing the data of each room and storing to a remote server; acquiring data of one single room from the remote server, transmitting a request and then downloading and analyzing the data, and generating virtual figures of the walls and the door and window models of the rooms according to the existing data; arranging a plurality of functional region modules and auxiliary points in the figure; calling a three-dimensional rendering module to render the single room; calling the uploading functional module to transmit the data of the single room to the server, combining the data information of all the rooms by the remote server after the data information of all the rooms of the user are uploaded, and then rendering a whole house overlook effect figure and a line drawing figure of the user. The invention provides a method which is convenient for merchants or designers of different brand categories to serve the same proprietor and provides richer choices for the proprietor.

The present invention discloses a single-chamber microfiltration membrane self-mediator coupling type microbial fuel cell, comprises a single-chamber type cell body, an anode plate, a cathode plate and a top cover, wherein, the single-chamber type cell body is in a square cavity structure; the cathode plate consists of a micropore filter layer, a catalyst layer, a carbon paper base layer and a waterproof layer which are connected in order; the micropore filter layer is a hydrophilic microfiltration membrane with micropores; the catalyst layer is the mixture of platinum catalyst and carbon powder, which covers one side of the carbon paper base layer in contact with solution inside the cell body; the other side of the carbon paper base layer in contact with air is plastered with 2-3 polyfluortetraethylene thin coatings so as to form the waterproof layer. The device of the present invention can have a plurality of anode plates placed inside and flexibly adjust the relative distance between the anode plates and an anode. In the whole operation process, the system does not need to keep strict anaerobic environment. The cell is simple in structure, cheap in material, flexible to operate, fast to charge / discharge, stable in performance and capable of constantly and efficiently purifying sewage and producing electric energy which can be directly utilized.

The electrochemical analysis device and its application of the diamond membrane electrode of the nanometer mixed with the boron are used to detect the heavy metal ion with high sensitivity. It includes the electrolysis, the working station and data collecting and controlling system. The electrolysis system is made up of the electrolysis pool with the single room structure, the electrode frame and the working electrode fixed on the electrode frame, the assistant electrode, the reference electrode. The working electrode is the diamond membrane electrode of the nanometer mixed with the boron. The three electrodes are connected with the electrochemical analyzer by the electrode line. The data collecting and controlling system is the computer installed with the electrochemical analyzer. The device has avoided using the electrode containing the hydrargyrum and improved the detection sensitivity, the detection limit can reach 10-9mol / L and it has good repeatability. The detection process does not need to remove oxygen by giving nitrogen; also it can reach the renovation on the electrode surface. The invention can detect many trace metal ion in sample at the same time.

The invention discloses a rental management system. The system includes a my property module, a my account book module, a tenant file module, an uncollected bill module, an idle room number module, a notification group sending module, a centralized meter reading module and a memo module. The various modules can communicate with each other. The my property module is used for adding a single property, creating a plurality of room numbers, creating a single room number, adding a plurality of tenants, and achieving one-to-many operations. The my account book module is used for clearly listing a statement of income and expenditure and a statistical statement according to the period of time, and meanwhile for a temporary record of a bill of income and expenditure into the statement for unified calculation. The tenant file module is used for clearly recording tenant information and rent and deposit generated from the rental, quickly viewing the tenant rental status, prioritizing tenant files in which contracts are about to expire by combining different search conditions, and also viewing historical tenant information.

The invention belongs to the technical field of surveying and mapping and discloses an apartment rendering drawing method and device; the method comprises the steps of S1, drawing a single room rendering, to be specific, scanning a room with near infrared to obtain an initial rendering of the room; S2, recognizing a door position, to be specific, recognizing an outline hop of the rendering, removing the hopped outline, and marking out a doorway position and door width at the hop position; acquiring an inside-wall rendering of the room; S3, measuring wall thickness, to be specific, measuring wall thickness at the doorway with far infrared; S4, splicing rooms, to be specific, based on the doorway, using the wall thickness as spacing to splice renderings of adjacent rooms to obtain a complete rendering. By using the apartment rendering drawing method and device according to the technical scheme of the invention, it is possible to quickly acquire a rendering of a commercial apartment, the efficiency is high, the accuracy is high, and the distortion of apartment renderings is effectively avoided.

The invention discloses a house type drawing method based on room splicing, and relates to the field of virtual house type design. The house type drawing method based on room splicing solves the problems in the prior art that the measurement of the thickness of an inner wall is imprecise and house type drawing is inaccurate. The method comprises the steps of firstly drawing a frame of an inner wall line of the first room with the inner wall line being reference in a plane mode and determining the quantity and positions of inner doors; then setting boundary data of rectangular door frames of the inner doors and drawing the rectangular door frames of the inner doors according to the set boundary data; continuing to draw other rooms to keep mutually independent dissociative and separated states of all the rooms; finally splicing and combining the rooms which share the same inner door through the rectangular door frame of the shared inner door and filling the space area between frame sides of two opposite inner wall lines of adjacent rooms. By measuring the length of the wall inner line of a single room and the distance of the door side and a wall corner point and according to the relationship of the door spacing after the rear doors of the rooms are merged, the thickness of the wall can be accurately calculated, and the thickness of the inner wall is accurately drawn.

A free standing modular habitat structure is provided. The modular habitat includes a floor, ceiling and walls that comprise a plurality of prefabricated segments that join together to form the floor, ceiling and / or wall. The segments are made of durable and weatherproof outer skin and an insulated core. The insulated core may include raceways for routing wiring and / or plumbing. The insulated core may also include raceways for vertical support structures. Each segment can be solid or include a prefabricated opening such as a door, a window, or a chimney hole. The modular habitat may be a single room or it may be a multi-room habitat with interior walls and equipped with a kitchen, toilet, and / or shower and other amenities. One advantage of clustering multiple habitats together into a single structure is that clustering increases the overall stability of the structure and its ability to withstand harsh weather and high winds.

The invention discloses a manufacture method for Pb load metal base electrode using for dechloridizing in chloroaryl hydrocarbons electrocatalysis. It includes electric sediment liquid mixing process and sediment process. Pouring palladium chloride and sodium acetate into pure water to make mixing sediment liquid of 5mM palladium solution and 50mM-100mM sodium acetate solution, taking heating super sound dissolving to make the color turning to nigger-brown from yellow, adding the liquid and metal base into tri-electrode system single room electric settling basin to take heating and whisking, taking low current sediment for several times and each changing the surface, the electrode loading Pb would be formed and could be taken out to use. The invention has simple technology process, and high controllability.

The invention provides a real-time rendering method and device. The method includes the steps that a three-dimensional house type space to be rendered is partitioned, and multiple subspaces corresponding to single rooms are generated; a preset number of light sources are arranged for each subspace, and the coverage range of the light sources is adjusted based on the size of the subspaces; the subspaces are rendered in real time based on the adjusted light sources. The subspaces based on space partitioning are rendered respectively, so that the complexity of illumination calculation in rendering is lowered, the rendering efficiency is improved, the rendering fidelity is improved, and objects in rooms have the diffuse reflection and highlight effects.

The invention discloses a three-dimensional culture method for soft shell crayfishes in indoor circulating water and belongs to the field of aquatic product culture. Culture equipment and a culture method are provided. The culture equipment comprises a culture box, a goods shelf, a biofilter, a water storage pond, a circulating water pump, an aquaculture thermostat, an aerator, a light supplement lamp and a monitoring camera; and the culture method comprises the steps: preparation before stocking, fry stocking and daily management. The indoor culture is not affected by seasons and weathers, so that the soft shell crayfishes can be supplied all the year round; the culture box can realize microporous aeration by a bottom interlayer to supply oxygen to be saturated, so that not only is the demand of high-speed growth of the crayfishes met, but also the problem that the crayfishes get ill is solved; the aquaculture thermostat is used for setting an optimal temperature for the growth of the crayfishes, so that the crayfishes grow rapidly; the crayfishes live in a single room, so that the phenomenon that the crayfishes kill each other can be avoided, and the culture density and the molting rate are increased; due to the adoption of the monitoring camera, the labor intensity of working personnel can be reduced, and high-quality soft shell crayfish products can be obtained; and the method can also be used for crayfish culture.

The invention relates to an application system for direct letter delivery between high-rise buildings by an unmanned plane for letter express delivery and belongs to the technical field of unmanned plane application. A first navigating communication radar, a first electric lead, a first computer control center and a first letter storing and delivering center are installed in a singe room of an upper layer of a first high-rise building. A first wireless antenna, a frontage window of the first high-rise building and a flying platform of the first high-rise building are installed on the frontage wall face of the single room of the upper layer of the first high-rise building from top to bottom. A second navigating communication radar, a second electric lead, a second computer control center and a second letter storing and delivering center are installed in a single room of a middle layer of a second high-rise building. A second wireless antenna, a frontage window of the second high-rise building and a flying platform of the second high-rise building are arranged on the frontage wall face of the single room of the middle layer of the second high-rise building from top to bottom. Under the navigation of the navigating communication radars, the unmanned plane for the letter express delivery flies between the two flying platforms in a reciprocating mode, so that the direct letter delivery between the two high-rise buildings is achieved by the unmanned plane for the letter express delivery.

The invention discloses a mobile water culture bed and a water culture system, belonging to the technical field of soilless cultivation. The water culture bed is formed by installing at least four rollers (17) on the bottom of a fixed water culture bed. The water culture system comprises a water culture chamber, the mobile water culture bed, an equipment control system, a nutrient solution allocating system, a liquid supply liquid, a returned liquid filtering and sterilizing system and a real-time detection system. The water culture chamber is a greenhouse or a large tent consisting of a plurality of combined small separate water culture rooms which are communicated with each other through partition doors; at least two running tracks which are parallel to each other are paved on the ground in the small water culture rooms along the length direction; and the water culture bed can move on the running tracks through the rollers. The mobile water culture bed and the water culture system can overcome the defect that the conventional large single-room water culture mode and the fixed water culture bed cultivation mode can not be adjusted flexibly to meet the requirement that different types of vegetables or the same type of vegetables at different growing periods have different requirements on environmental conditions. The system can be moved flexibly and is simple, practical and simple and convenient to operate.

The embodiment of the invention discloses a home decoration scheme determination method and device and a computer readable storage medium. The method comprises the steps of obtaining a first structural feature of a to-be-placed single room; selecting a second structural feature matched with the first structural feature from a structural feature database corresponding to the single room type of theto-be-placed single room; obtaining an actual placement scheme of the placed single room with the second structural feature; executing an attempt migration operation for migrating the actual placement scheme of the placed single room to the to-be-placed single room to obtain a reference placement scheme; and determining a target placement scheme of the to-be-placed single room according to the reference placement scheme. Compared with the prior art, the embodiment of the invention can reduce the time cost of obtaining the home decoration scheme and improve the efficiency of obtaining the homedecoration scheme.

The invention discloses a multifunctional single-room fire simulation and measurement integrated experimental platform which comprises a fire combustion chamber and a measurement monitoring chamber. The fire combustion chamber is separated from the measurement monitoring chamber by fireproof separation glass; a fire source triggering system, a water fire extinguishing system, a smoke exhaust and flue gas purification system and a sensor module are arranged in the fire combustion chamber; a controller, a data processing system and a display device are arranged in the measurement monitoring chamber. The multifunctional single-room fire simulation and measurement integrated experimental platform has the advantages that the smoke exhaust and flue gas purification system and the water fire extinguishing system are arranged in the fire combustion chamber, the controller, the data processing system and the display device are arranged in the measurement monitoring chamber, accordingly, water fire extinguishing, smoke exhaust and purification can be simultaneously carried out, change of various parameters can be monitored in fire simulation sites, and fire scenes can be truly simulated.

The invention relates to the control of a lighting infrastructure such as a complex lighting system. An embodiment of the invention provides a method for controlling a lighting infrastructure by means of a computer comprising the acts of generating a single room view (10) of a room with the lighting infrastructure by combining different views of the room on a display (12; S10), —receiving and processing of input signals (14) with regard to the generated single room view (S12), and —creating output signals (16) for controlling the lighting infrastructure in response to the processed input signals (S14). The single room view allows an intuitive control of a lighting infrastructure similar to a computer paint program.

The invention provides a roof type air conditioner and an air quantity adjusting method thereof. The roof type air conditioner is used for supplying air for a plurality of rooms and comprises a roof unit (1), an air supply tube and an air returning tube, wherein the air supply tube and the air returning tube are connected to the roof unit (1); the air supply tube comprises a plurality of air supply branch tubes (2); the air returning tube comprises a plurality of air returning branch tubes (3); each room is connected with at least one air supply branch tube (2) and at least one air returning branch tube (3); and each air supply branch tube (2) is provided with an air quantity adjusting device which independently controls air quantity of the air supply branch tube (2). According to the roof type air conditioner provided by the invention, the problem that the air supply quantity of a single room cannot be adjusted by a roof type air conditioner in the prior art can be solved.

The invention relates to a nanometer material composite technique, belonging to a intelligent periodic controllable furnace for using phase method to continuously prepare the nanometer material. The inventive furnace is formed by a feeding room, a reaction room, and a discharging room. Wherein, two water-cooling transition areas are arranged between the reaction room and the feeding room, the reaction room and the discharging room. In production, putting the raw material in the material disc to be fed into feeding room; using hydraulic cylinder to push the material disc into reaction room; using another hydraulic cylinder to draw the reacted product from reaction room into discharging room to be cooled; and the feeding and discharging of material can be processed synchronously; the temperature of reaction room only need one increase, and the production can be continuously processed by keeping the working temperature. Compared to single-room furnace, it can improve the producing efficiency and the service life of reaction furnace and save the energy.

The invention discloses an energy-saving type single room heat supplying regional control system and method. The system comprises a temperature detecting unit, a control box, a main control system anda heat supplying system; the method comprises the steps that the control box is adopted for setting preset data for each room; the temperature detecting unit is used for collecting temperature data of each room; the collected temperature data is contrasted with preset data to obtain feedback information, and the feedback information is sent to the main control system; the main control system generates a control instruction according to the feedback information and sends the control instruction to the heat supplying system, and the heat supplying system supplies heat to the rooms needing heatsupply. According to the energy-saving type single room heat supplying regional control system and method, time setting and temperaturesetting are conducted on each room, the main control system is adopted for controlling the heat supplying system to supply heat individually according to temperature test feedback, and under the premise that a user has different requirements for different rooms anddifferent time periods, it is effectively ensured that the elaborate management is achieved, resources are saved to the greatest extent, andthe cost of the user is reduced.

The invention discloses an air conditioner and relates to the field of refrigeration. The air conditioner applies to single room of an ordinary family, has high comfort in use and comprises a compressor, a four-way reversing valve, a radiation heat transfer plate, a first throttle mechanism, an indoor heat exchanger, a second throttle mechanism, an outdoor heat exchanger as well as a refrigerant pipeline for connecting all the parts into a loop. The air conditioner further comprises a control valve group used for controlling the flowing direction of a refrigerant, so that the refrigerant in the refrigerant pipeline flows into the radiation heat transfer plate firstly and then flows into the indoor heat exchanger in a refrigerating state and a heating state. With adoption of the air conditioner, the radiation heat transfer plate and the indoor heat exchanger are connected in series and bear the indoor load jointly. Further, by the aid of the control valve group, during cooling or heating, the refrigerant flows into the radiation heat transfer plate firstly and then flows into the indoor heat exchanger, the temperature of the radiation heat transfer plate is guaranteed, and the heat transfer efficiency of the radiation heat transfer plate is improved.

An ambient ozone control system for generating a desired ozone concentration within a substantially enclosed single-room structure. The system is provided for estimating the volume of the structure in which it is being utilized, and for generating a desired output level of ozone based upon the calculated structure volume. The system includes a user interface, which includes an ozone concentration control for adjusting the desired ozone concentration, a fan control for adjusting the intensity of a fan, and a display. A structure measuring device acquires at least one interior dimension of the structure by measuring the distance from the structure measuring device to at least one of the boundaries of the structure. The processing device calculates the amount of ozone required to achieve the desired ozone concentration within the structure and causes the ozone generating device to generate that amount of ozone.

The invention relates to air conditioning systems in buildings, in particular to a central ventilation system. The central ventilation system comprises an air exchange draught fan, an air exchange pipe network enabling the air exchange draught fan to be communicated with single rooms, and air exchange valves arranged at air openings of the air exchange pipe network. The central ventilation system further comprises a control circuit and detection devices, wherein the control circuit is used for controlling the opening and closing degree of the air exchange valves, and the detection devices are used for detecting the air quality of the single rooms and sending detection results to the control circuit. The central ventilation system solves the problem that due to the fact that the inner structure of a building provided with the central ventilation system is complex, the air quality of each room cannot be ensured by an existing central ventilation system. The central ventilation system can ensure the air quality of each room.

The invention relates to an electrochemical catalytic synthesis method of aziridine compounds. The method comprises the following steps: by employing N-aminophthalimide and styrene or cycloolefin as raw materials in a single-room electrolytic tank, in electrolyte, employing halogenated tetra-alkylamine or alkali halide as an electrocatalyst, by employing lithium perchlorate or triethylamine / acetic acid as an supporting electrolyte, electrolyzing in the presence of alkali, wherein the reaction temperature is 0-40 DEG C, the current density is 4-12 mA / cm<2>, and thus obtaining the aziridine compounds after being electrified with the electric quantity of 2.5-3.5 F / mol. According to the electrochemical catalytic synthesis method of aziridine compounds, an indirect electrolysis method of electrochemical catalysis which is simple to operate is firstly employed to synthesize the aziridine compounds, the single-room electrolytic tank is used, constant-current electrolysis is employed, and glassy carbon electrodes are used as working electrodes, so that the conversion of the double-room electrolytic tank to the single-room electrolytic tank is achieved, and meanwhile, as the working electrodes are changed to be the glassy carbon electrodes in stead of previously used expensive platinum electrodes, the cost is greatly reduced, and the operation is much simpler, thus being more suitable for industrial production.

The invention discloses a software system for instantly generating a three-dimensional house type. Based on laser ranging, three-dimensional space coordinate operation technology is applied. A three-dimensional house type is drawn while measurement. The system specifically comprises following functional modules: a house information input module, a house emptying module, a room setting module, a house height measurement module, a wall surface measurement module, a window measurement module, a door measurement module, a beam measurement module, a column measurement module, a skirting line measurement module, a water and electricity measurement module, a laser measurement data import module, a single room generation module, a house splicing module, a size marking module, a display module, a file storage module, a verification module and the like. The system has the beneficial effects that (1) the system is very intuitive, effectively solves the house measuring difficulty, and can be widely applied to the fields of decoration design, smart home, real estate surveying and mapping, decoration building materials and the like; (2) the functions are powerful, various complex measurement problems in a house are solved, and measurement accuracy is very high; and (3) operation is simple and measurement speed is high.

The invention relates to a continuous vacuum smelting furnace in the vacuum smelting furnace industry; the present vacuum smelting furnace only can realize the primary smelting but not the continuous smelting. The invention is a single-chamber double-crucible dumpable continuous vacuum furnace. The main structure of the invention comprises a transfer chamber and a vacuum furnace-smelting chamber. The transfer chamber can implement the charging while smelting the furnace, and the materials can be directly charged into the smelting furnace by a horizontal gate valve when the horizontal gate valve in the middle is opened. After the smelting furnace finishes the smelting, a hydraulic dumpable mechanism pours the smelted solution into the next crucible which can implement the heat preservation and purification. The upper crucible can implement the charging while smelting, and the lower crucible can implement the discharging through the valve after finishing the heat preservation. Therefore, the purpose of mass production of vacuum smelting furnaces is orderly and continuously realized.

The invention discloses a method for preparing a heterogeneous electric Fenton cathode material. The method comprises the following steps: with a single-room proton exchange membrane fuel cell as a reactor at room temperature, an air electrode employing platinum carbon as a catalyst as a cathode, a carbon material as an anode of the battery, a NaCl solution as electrolyte and NaHCO3 as a buffer agent, adjusting the pH value of the electrolyte to 5-8, adding a newly prepared ferrous salt solution after introducing nitrogen to remove oxygen, and then sealing the reactor; connecting the cathode and the anode of the battery by a lead connected with an external resistor of 0.01-1 kohm; detecting the voltage at two ends of the external resistor in real time; and when the voltage at two ends of the external resistor is reduced to zero, taking out the anode material and washing by distilled water until no chloride ion exists in the lotion, and then drying and carrying out heat treatment, thereby obtaining the carbon-supported nanocrystalline iron oxide electrode material. Any assistant containing organic matter does not need to be added in the preparation process, no secondary pollution is generated in the subsequent heat treatment process, and extra electric energy can be recovered.

The invention relates to an energy-saving electro-thermal heating floor module which comprises a decorative panel layer, a carbon fiber far-infrared heating layer, a photo-thermal orientation layer and a stress support structure layer, wherein at least one pair of electrodes are connected on the carbon fiber far-infrared heating layer; the floor module further comprises an energy control system, the energy control system comprises a centralized controller, a one-way controller, a power driver and a main power cord, a connector is arranged on the main power cord, a conductive terminal is arranged on the connector, and the conductive terminal is connected with the electrodes; the control on eight room floors can be realized; and the single room can also be controlled individually. In addition, as each block of heating floor is connected on the main power cord in parallel, each block of the floor is a relatively independent loop, in other words, any block of the floor has a problem in electrical connection, the normal use of other blocks of the floor can not be affected, then only the floor with the fault needs to be replaced, the maintenance is very convenient, and the maintenance cost is also very low.

The invention discloses a biological cathode method of degrading organic matters and recycling energy contained in the organic matters. The biological cathode method comprises the following steps: sufficiently mixing organic matters to be treated and inoculation mixed liquor in a proportion of 1:5-1:1 in a single-room film-free reactor; and starting a biological anode and a biological cathode in the single-room film-free reactor under an electrolytic cell state to degrade and recycle the materials. The biological cathode method is operated under liquor electric conductivity of 1.25 mS / cm; current density of an H2-generating biological anode can reach over 2.5 A / m<2-> of the cathode projection area by calculating based on the cathode projection area at a cathode potential of (-)0.9 V (vs SHE); the current density of the optimized biological cathode electrolytic cell can reach over 4.5 A / m<2-> of the cathode projection area; the biological cathode method disclosed by the invention is obviously better than the method in the prior art, so that a technical problem that the biological cathode of an existing microorganism electrolytic cell is difficult to start quickly is solved.