139results about How to "Avoid streaming" patented technology

The invention discloses a control method of an electronic expansion valve of an air conditioner. The control method comprises the steps that when the air conditioner is started, object running frequency of a compressor is determined; current first running frequency of the compressor is acquired, and when the first running frequency fails to reach the object running frequency, an opening value corresponding to the first running frequency is determined according to the correspondence between the preset running frequency and the opening value of the electronic expansion valve; and the opening value of the electronic expansion value is adjusted to the determined opening value, wherein in the correspondence, the lower the preset running frequency is, the lower the opening value corresponding to the running frequency is. The invention further discloses the air conditioner. The opening of the electronic expansion valve can not be too big at the initial starting stage of the compressor, so that a situation that refrigerant air flow sound appears at the initial starting stage of the compressor is avoided effectively, the noise at the initial starting stage of the air conditioner is reduced, and the comfortable feeling of a user using the air conditioner is improved.

The invention discloses a constant-pressure switching device and a hot water system. The constant-pressure switching device comprises a main body, a blocking piece and an attraction piece, wherein a flow channel is formed in the main body; the flow channel is provided with an inlet and an outlet; the blocking piece and the attraction piece can be in magnetic attraction; the blocking piece is provided with a blocking position and a communication position which are arranged at a preset distance; when the differential pressure of the two sides of the blocking piece in the direction from the inlet to the outlet is larger than the attraction force between the blocking piece and the attraction piece, the blocking piece can move towards the communication position; when the differential pressure of the two sides of the blocking piece in the direction from the inlet to the outlet is smaller than the attraction force between the blocking piece and the attraction piece, the blocking piece can move towards the blocking position. The constant-pressure switching device and the hot water system disclosed by the invention enable the flow channel to be kept in a communication state without pressure increase of the circulating pump and meanwhile, prevent the problem of cold and hot water streaming.

The invention discloses a sealing mechanism for a rock mass shearing and seepage test and a method thereof and relates to the technical field of rock mechanics tests. The sealing mechanism comprises a rock mass shearing and seepage test device which is composed of a rock sample, shearing plates, normal pressing plates, a confining pressure tracking pump, a computer and a confining pressure chamber; a sealing gum sleeve, a deforming capsule and a deforming separating plate are arranged on the sealing mechanism; and the sealing gum sleeve is used for fully covering the rock sample and covering the inserted parts of two shearing plates and two normal pressing plates, so as to realize the sealing between the seepage fluid and the outside. The method comprises the following steps: (1) assembling the sealing mechanism; (2) combining the accessories; (3) balancing the confining pressure and the pressure in the deforming capsule; and (4) testing track and balancing the confining pressure. According to the invention, the confining pressure is isolated from the osmotic pressure by the sealing gum sleeve, so that the osmotic pressure of the injected fluid can reach 50MPa; the deforming capsule can be used for realizing the large displacement of the rock mass shearing and ensuring the excellent sealing property for the fluid; and the shearing and seepage test under the extreme environments, such as corrosive fluid and high-temperature fluid, can be completed.

A mass spectrometer 10 comprises an ion source 12 which generates nebulized ions which enter an ion cooler 20 via an ion source block 16. Ions within a window of m / z of interest are extracted via a quadrupole mass filter 24 and passed to a linear trap 30. Ions are trapped in a potential well in the linear trap 30 and are bunched at the bottom of the potential well adjacent an exit segment 50. Ions are gated out of the linear trap 30 into an electrostatic ion trap 130 and are detected by a secondary electron multiplier 10. By bunching the ions in the linear trap 30 prior to ejection, and by focussing the ions in time of flight (TOF) upon the entrance of the electrostatic trap 130, the ions arrive at the electrostatic trap 130 as a convolution of short, energetic packets of similar m / z. Such packets are particularly suited to an electrostatic trap because the FWHM of each packet's TOF distribution is less than the period of oscillation of those ions in the electrostatic trap.

Disclosed herein are a new phenylacetate derivative represented by Chemical Formula 1 or pharmaceutically acceptable salt thereof, a preparation method thereof, and a composition for prevention or treatment of diseases induced by the activation of T-type calcium ion channels containing the same. The composition containing the phenylacetate derivative according to the present invention effectively inhibits the activation of T-type calcium ion channels and may be useful in the prevention or treatment of diseases such as hypertension, cancer, epilepsy, and neurogenic pains induced by the activation of T-type calcium ion channels.wherein, X, R1, and R3 are as defined herein.

A cooling auxiliary unit used for an accommodation room configured to accommodate an electronic apparatus includes a duct member that stands upon an ventilation hole provided on a raised floor, and has an air passage connected to the ventilation hole, and an opening connected to the air passage, and a fan that moves air along the air passage.

The invention provides a radial oxygen production adsorption tower, belongs to the technical field of mechanical equipment, and solves the technical problems of too small height-diameter ratio, too large occupied floor space, non-uniform adsorption and the like in the prior art. The oxygen production adsorption tower comprises a cylindrical tower body, an gas inlet assembly disposed at the bottom of the tower body, an gas outlet assembly disposed at the top of the adsorption assembly, an adsorption assembly disposed in the tower body and a circular gas transportation cavity formed between the inner wall of the tower body and the outer wall of the adsorption wall, wherein the gas inlet assembly is provided with a circular gas vent disposed at the periphery of the lower end of the adsorption assembly; the circular gas vent is communicated with the gas transportation cavity; a gas flow can be transported to the adsorption assembly radially by the gas transportation cavity; two ends of the adsorption assembly are sealed; the center of the adsorption assembly is provided with a gas collection channel for collecting finished product oxygen; the lower end of the gas collection channel is sealed; and the upper end of the gas collection channel is communicated with the gas outlet assembly. The radial oxygen production adsorption tower has the advantages of uniform adsorption, high adsorption efficiency, small occupied floor space, large-scale designability, etc.

The invention provides a two-stage enthalpy-increasing rotor compressor. The two-stage enthalpy-increasing rotor compressor comprises a high-pressure-stage air cylinder, a middle cover plate assembly, a low-pressure-stage air cylinder, a lower flange and a lower cover plate, which are sequentially arranged from top to bottom, wherein the low-pressure-stage air cylinder is used as a primary compression cylinder, and the high-pressure-stage air cylinder is used as a secondary compression cylinder; a first middle cavity is formed inside the middle cover plate assembly, a second middle cavity is formed between the lower flange and the lower cover plate, the first middle cavity is communicated with the second middle cavity, a first exhaust opening and a first air replenishing opening are formed in the first middle cavity, and a second exhaust opening and a second air replenishing opening are formed in the second middle cavity; the first exhaust opening is communicated with an upper exhaust incision of the low-pressure-stage air cylinder, the second exhaust opening is communicated with a lower exhaust incision of the low-pressure-stage air cylinder, the first air replenishing opening and the second air replenishing opening are communicated with an enthalpy increasing opening of the low-pressure-stage air cylinder, and the first middle cavity is communicated with an air suction opening of the high-pressure-stage air cylinder. The invention also relates to an air conditioner. By adopting the two-stage enthalpy-increasing rotor compressor and the air conditioner, the volume of the middle cavity is increased, the fluctuation of the pressure of the middle cavity is effectively prevented, and the air replenishing efficiency is high.

The invention discloses organic waste gas filter layer recycling equipment, and belongs to the technical field of waste gas treatment. The organic waste gas filter layer recycling equipment comprises a waste gas conveying pipeline, a sedimentation device and a filtering device, the waste gas conveying pipeline is installed at the front end of the filtering device, and the sedimentation device is installed in the waste gas conveying pipeline; and the filtering device comprises a filtering pipeline and two waste gas treatment assemblies, each waste gas treatment assembly comprises an incineration part, a sealing part and an adsorption part, the adsorption parts are in sliding fit with the filtering pipeline, the incineration parts are located at the front ends of the adsorption parts and communicate with the filtering pipeline, and the sealing parts are located at the tops of the adsorption parts. A lifting gear rotates to drive a frame to move upwards and enable the frame moving upwards to move to the top of the filtering pipeline through a corresponding unthreaded hole, and after four limiting blocking pieces arranged on the frame are sequentially rotated, a first activated carbon filtering layer used for a long time is removed and replaced with a new first activated carbon filtering layer.

The invention provides a cyclone dust removal device which comprises a cyclone cylinder, wherein an air inlet is formed in a top side face of the cyclone cylinder; an exhaust pipe stretching into thecyclone cylinder is arranged at the top of the cyclone cylinder; an ash bucket is arranged at the lower part of the cyclone cylinder; an inverted cone is arranged at the bottom in the cyclone cylinder; a gap is reserved between the periphery of the inverted cone and a conical cylinder part of the cyclone cylinder. According to the cyclone dust removal device disclosed by the invention, the separation efficiency of dust particles can be improved, and secondary back-mixing discharge of the dust is avoided.

An underground in-situ multi-parameter anisotropy detection device for a rock includes a pressure cylinder body, an upper flange, a lower flange, arc-shaped vertical plates, a frame rubber sleeve, anX-direction combined hydraulic cylinder, a Y-direction combined hydraulic cylinder, a Z-direction combined hydraulic cylinder, a deformation sensor, cavity plugs, a sealing ring, a circulating pressurized temperature control system, support rods, a support bottom plate and support gaskets, the device is composed of the pressure cylinder body, the upper flange and the lower flange, a rock core is placed in the frame rubber sleeve, the three-axis direction combined hydraulic cylinders respectively act on the rock core, the X-direction combined hydraulic cylinder and the Y-direction combined hydraulic cylinder are fixed on the pressure cylinder by the arc-shaped vertical plates, the Z-direction combined hydraulic cylinder is fixed at two ends of the pressure cylinder body via the cavity plugsand the flanges, the deformation sensor is arranged at the center of the combined hydraulic cylinders, the sealing ring is arranged between the cavity plugs and the pressure cylinder body, the support bottom plate is arranged between the lower part of the Z-direction combined hydraulic cylinder and the cavity plugs, the support gaskets are arranged at the bottoms of the X-direction combined hydraulic cylinder and the Y-direction combined hydraulic cylinder, one ends of the support rods are fixed on the support bottom plate, and the other ends of the support rods are mounted on the support gaskets to support the weights of the X-direction combined hydraulic cylinder and the Y-direction combined hydraulic cylinder.

A suction gripper has a driver that is a compressed-air source. The suction gripper has a suction opening opened up by a pipe section forming a suction section. At a distance from the suction opening, a convex surface is arranged spaced from the suction section by an annular outlet. The suction gripper has a central channel formed in a central well. The central channel has a first opening opened up by a convex surface around the central channel. The central channel adjacent to the convex surface has its smallest cross-section and from this broadens towards the second opening opposite the first opening. In a particular suction gripper, the annular outlet is formed by a section of the convex surface spaced radially from the longitudinal axis of the central channel and by a shoulder spaced axially thereto, which covers the convex surface at least in an annular region.

The invention discloses a three-dimensional relief processing method of a toilet lid. The three-dimensional relief processing method of the toilet lid comprises the steps that step one, an upper lid base plate is trimmed; step two, a theoretical route of a relief protrusion and color systems needed to be reflected on a picture are determined; step three, a relief protrusion route is manufactured by a UV machine; and step four, color matching is carried out by the UV machine, and mixed UV ink is sprayed and painted onto the base surface of the upper lid base plate to form a color pattern layer.According to the three-dimensional relief processing method of the toilet lid, a technical means similar to 3D printing is adopted, patterns with different heights are formed through multiple spraying, and thus the relief effect is achieved. In addition, the monochromatic relief protrusion route is determined firstly and creatively, the relief protrusion route is used as the thickest position ofthe relief, on the one hand, an outline of the whole relief is delineated, the three-dimensional effect of the relief is improved, on the other hand, the series flow of color ink is avoided, and the function of stabilizing colors is achieved. The rugged relief effect id formed according to the colors of the color pattern layer and different spraying times.

The invention relates to an oil production structure capable of achieving multi-oil-layer commingled production. The oil production structure comprises a polished rod, a plunger type annular partition plate, a casing head and the like. The polished rod is connected with a reversed-T-shaped annulus pipe through an overflow centralizer. An upper liquid outlet, a lower liquid outlet and an oil-gas partition plate are all connected with the casing head. The plunger type annular partition plate is connected with the oil-gas partition plate and the centralizer. The reversed-T-shaped annulus pipe is connected with a hollow sucker rod through a hollow centralizer. The hollow sucker rod is connected with a pump cylinder. The pump cylinder is connected with a fixing valve. The casing head is connected with a sleeve through a threaded seal ring. The sleeve is connected with a shaft bottom. The casing head is connected with an oil pipe. The oil pipe is connected with a screen pipe through the fixing valve. An upper side valve, an upper packer, a lower side valve and a lower packer are each connected with the oil pipe and the sleeve. The upper side valve comprises a seal ring and a valve ball. The oil production structure has the beneficial effects that the oil production structure can be used for three-layer commingled production with different pressures, the oil field oil production efficiency is improved, the production process is simplified, the production cost of oil fields is reduced, and the economic benefits of single-support multi-layer oil well production are improved.

A low temperature zone forming system by convection type thermal stratification in which the low temperature zone separated from polluted outside air is formed on a movable or fixed table for handling commodities such as marine products while maintaining freshness thereof during the period from carrying-in in the whole sale market, during selling by auction, until shipment of the commodities from the market, comprising an upward-open case body (30) mounted on a chassis (30a), a separate brine chilling unit (30b), and a brine piping (30c), the upward-open case body (30) further comprising a roller conveyer (35) installed in the center part of the floor of the case body (30), cooling flat plates each of which is installed adjacent to the roller conveyer (35), and cooling flat plates are installed on the inside faces of both laterally longitudinal side walls.

The invention discloses a malodorous gas comprehensive treatment device. The device comprises an alkali washing section tank arranged, an acid washing section tank, a biological purification section tank, an adsorption purification section tank and a photocatalytic oxidation section tank side by side. Adjacent tanks are separated by means of a partition with channels. The above units are connectedin series by means of the channels on the partition. The alkali washing section tank and the photocatalytic oxidation section tank are respectively connected with an air inlet and an air outlet. Spray washing components for performing alkaline spray washing and acid spray washing are arranged inside the alkali washing section tank and the acid washing section tank, respectively. A biological purification module is arranged in the biological purification section tank for purifying the malodorous gas. An adsorption purification module for adsorbing malodorous gas is arranged inside the adsorption purification section tank. A photocatalytic module for catalytically oxidizing the malodorous gas is provided inside the photocatalytic oxidation section tank. The malodorous gas comprehensive treatment device provided by the invention has a high purification efficiency, not only the working environment of a worker is improved, the physical and mental health of an operator is guaranteed, but also the overall occupied area of the device is small, and the maintenance and replacement are convenient.

The invention discloses a miniature box-type drag chain scraper flipover leacher. The miniature box-type drag chain scraper flipover leacher comprises a box-type leacher shell, wherein a plurality of driving chain wheels are arranged in the box-type leacher shell, and are sleeved by box chains; spaced push plates are fixedly arranged on the outer side of the box chains; material storage tanks, manholes and discharge holes are respectively formed in the upper end and the lower end of the box-type leacher; feeding augers are arranged below the material storage tanks; a plurality of push box lattices as leaching units are arranged in the box-type leacher; circulating mixed oil forms a soaking pond above each push box lattice; a plurality of oil buckets are formed in the bottom surface of the box-type leacher shell; and circulating pumps are arranged at oil inlets of the oil buckets. The miniature box-type drag chain scraper flipover leacher adopts a dual-layer multi-nozzle spray-type low material level, is suitable for a preform which is large in particle size and high in moisture content (5%-8%) and of which the normal moisture is not greater than 8%-10%; the equipment operation is controllable; the production operation is stable; blanking and meal discharging are stable; the residual meal discharge oil is not greater than 1.0%; the leaching time is controlled at about 90-120 minutes in general according to the oil variety; and the optimal effect of continuous production of the special oil is achieved.

The invention belongs to the technical field of pharmaceutical laboratory equipment, and in particular discloses a rotary evaporator. The rotary evaporator comprises a supporting seat; the supportingseat is provided with a heating kettle and a vertical lifting column; the lifting column is vertically connected with a rotating seat in a sliding way; the rotating seat is rotatably connected with aconnecting pipe; one end of the connecting pipe is connected with a condensation recovery part, and the other end of the connecting pipe is provided with a connecting head for connecting a solvent bottle; the condensation recovery part comprises a condenser pipe connected with the connecting pipe, and the lower end of the condenser pipe is connected with a recovery bottle; the recovery bottle is internally provided with a plurality of spacer plates which are arranged in an intersecting way; the two sides of the spacer plates are connected with the inner wall of the recovery bottle; the recovery bottle is divided into a plurality of recovery areas by means of the spacer plates; a rotatably connected diversion connector is arranged at the mouth of the recovery bottle. The rotary evaporator provided by the invention is mainly used for solvent recovery, and solves the problem that in a solvent recovering process of the rotary evaporator a solvent in the recovery bottle is easily polluted after the bumping of a solvent in the solvent bottle.

The invention relates to the technical field of printing equipment, in particular to an ink jet proofing device. The ink jet proofing device comprises a rack; a printing platform is disposed on the rack; longitudinal movement sliding rails which are horizontally disposed are disposed at the two side edges of the rack; a base is disposed above the printing platform; the two ends of the base are disposed on the two longitudinal movement sliding rails in a sliding manner; a transverse movement sliding rail is disposed on the base; a sliding block is disposed on the transverse movement sliding rail in a sliding manner; an ascending-descending rod which is vertically disposed is arranged on the sliding block; a printing mechanism is fixedly connected to the bottom end of the ascending-descending rod; and an ascending-descending servo motor which is used for driving the ascending-descending rod to ascend and descend is disposed on the sliding block. The ink jet proofing device has the beneficial effects that by accurately controlling the ascending-descending servo motor, control over ascending and descending of the printing mechanism is achieved, the effect that the distance between theprinting mechanism and a printed material is constant is guaranteed, thus the ink jet proofing device can serve as an all-purpose printer which can print various materials and is convenient to operate, and the industry problems that the period of offset printing proofing is long, and the cost is high can be solved.

A coffee maker is disclosed. The coffee maker includes a grinding device, a brewing device and a driving device, wherein the grinding device is used to grind coffee beans into ground coffee. The brewing device is used to receive the ground coffee transmitted from the outlet of the grinding device. The driving device is used to move the outlet of the grinding device, thereby letting an opening of the outlet selectively locate on a brewing chamber of the brewing device.

The invention discloses an ultrasonic spiral flat tube heat exchanger. The ultrasonic spiral flat tube heat exchanger comprises a left end face end socket, a left tube plate, a heat exchanger shell, a right tube plate and a right end face end socket which are connected in sequence. Spiral flat tubes are horizontally arranged in the heat exchanger shell. A baffling baffle is horizontally arranged in the left end face end socket. A first ultrasonic generation device is horizontally arranged on the upper portion of the baffling baffle and fixed to the side wall of the left end face end socket. One end of the first ultrasonic generation device is located outside the left end face end socket, and the other end of the first ultrasonic generation device is located in the left end face end socket. A second ultrasonic generation device is horizontally arranged on the lower right portion of the right end face end socket. One end of the second ultrasonic generation device is located outside the right end face end socket, and the other end of the second ultrasonic generation device is located in the right end face end socket. According to the ultrasonic spiral flat tube heat exchanger, scaling in the tube walls can be prevented, coking and blockage in the tube walls are avoided, the equipment maintenance period is prolonged, and the ultrasonic spiral flat tube heat exchanger is suitable for the technical field of industrial heat exchange.

The invention relates to the technical field of medical epidemic prevention, in particular to a high-temperature anti-virus mask accessory comprising a heat insulator, a main valve and a filtering piece which are sequentially arranged in a shell at intervals from the inside to the outside of a mask; a high-temperature sterilization cavity is formed between the main valve and the filtering piece; aheating body is arranged in the high-temperature sterilization cavity; the heating body is electrically connected with a storage battery; a temperature adjusting potentiometer is electrically connected between the heating body and the storage battery; and a plurality of partition plates are arranged on the side surface of the heating body in the high-temperature sterilization cavity at intervals.According to the invention, exhaust gas of patients with diseases is subjected to high-temperature virus killing; for ordinary people, sucked gas is sterilized at high temperature and thus the safetyof people is guaranteed; various labyrinth cooling energy-saving channel structures are adopted, so that the situation that the part of air is not sterilized is avoided and thus the sterilization effect is improved; the multi-stage cooling effect is achieved, intervals of different temperatures are isolated, and temperature streaming is prevented.

The invention discloses a water-vapor separation assembly. The water-vapor separation assembly comprises a shell and a cover body, the shell and the cover body are connected in a sealed mode, a cavityis formed in the shell and the cover body, a steam inlet is formed in the bottom of the shell, a steam outlet is formed in the top of the shell, and a steam blocking structure is arranged in the cavity, so that the steam blocking structure buffers and decelerates steam entering from the steam inlet. The invention further discloses a heating device which comprises the water-vapor separation assembly, and further discloses the water dispenser which comprises a shell, and the water-vapor separation assembly is arranged in the shell. The water-vapor separation assembly is provided with a cavity,a containing cavity is formed in the cavity and used for containing gas, and a baffle is arranged in the containing cavity and used for buffering and decelerating boiling water or steam. Meanwhile, the water-vapor separation assembly is further provided with a waterway connecting area, and hidden danger of pipeline water leakage can be reduced.

A temperature control system for a hybrid powertrain includes a first coolant circuit for temperature control of a first drive device of the hybrid powertrain and a second coolant circuit for temperature control of a second drive device. The second coolant circuit has a first subcircuit, connected for heat transfer to the second drive device, and a second subcircuit, connected at least temporarily for heat transfer to an energy store of the second drive device. The first and second subcircuits are operable separately from one another. A coolant duct is connected to the first drive device for heat transfer and is fluidly connected in a first operating mode with the first coolant circuit in the absence of a fluid communication with the second coolant circuit, and fluidly connected in a second operating mode with the second coolant circuit in the absence of a fluid communication with the first coolant circuit.

The invention provides a video processing method and device. The method comprises the following steps: after a first articulated naturality web network device obtains a multi-path articulated naturality web protocol request packet, forwarding the multi-path articulated naturality web protocol request packet to a second articulated naturality web network device through an articulated naturality webcore server, wherein each articulated naturality web protocol request packet encapsulates one path of flow regulating request and a video flow identifier bound with the path of flow regulating request, the multi-path articulated naturality web protocol request packet is obtained by converting the multi-path Internet protocol request packet; the first articulated naturality web network device receives the multi-path articulated naturality web protocol data packet returned by the second articulated naturality web network device and forwarded by the articulated naturality web core server, wherein each Internet of Vehicles protocol data packet encapsulates video stream data corresponding to a stream adjusting request and a bound video stream identifier; and the first articulated naturality web network device converts the multi-path articulated naturality web protocol data packet into a multi-path Internet protocol data packet, and sends the multi-path Internet protocol data packet to an Internet terminal. According to the invention, a streaming phenomenon can be avoided.

The invention discloses a method for embedding sound source orientation information into code stream, an audio frequency data compression coding method, an audio frequency data decoding method, an audio frequency data compression coding decoding method and an audio frequency data compression coding decoding system. The invention can add sound source orientation information after being coded into the heading syntax structure of audio frequency mono channel data code stream, thus realizing that sound source orientation information is embedded into code stream, so that the sound source orientation information is transmitted along with code stream. Thus, when the technical scheme of the invention is applied to monitoring scene, no multi-channel audio frequency data code stream is required to be transmitted or stored between monitoring front end and monitoring rear end, the problem that accurate sound source orientation information is difficult to acquire at the monitoring rear end as multi-channel audio frequency data code stream is output at the monitoring front end is avoided, and transmission bandwidth or storage space can be ensured to be appropriate in transmission or storage of multi-channel audio frequency data code stream.

The invention discloses a thermostatic regulator for a solar water heater faucet, which comprises a shell provided with a cold water inlet, a hot water inlet and a mixed water outlet. A flow valve and a temperature control valve are arranged in the shell, the flow valve is connected with the cold water inlet and the hot water inlet, a cold water channel and a hot water channel are arranged in the flow valve, double-control ceramic cartridges for controlling cold water flow and hot water flow are arranged on the cold water channel and the hot water channel, water outlets of the cold water channel and the hot water channel on the flow valve are connected with different water channels of the temperature control valve respectively, at least two separated water channels are arranged in the temperature control valve, a mixed water cavity is arranged at the tail end of each water channel, a thermostatic cartridge is mounted in each mixed water cavity communicated with the mixed water outlet, and filter screens are mounted in the water channels of the temperature control valve. The temperature control valve and a filter valve are integrated, so that the integral structure is more compact, water leakage caused by poor sealing fit is decreased, and reliability of practical application of the thermostatic regulator is ensured.

The invention provides an equipment online method, system and device and electronic equipment. In the present application, in the prior art, the electronic equipment is uniquely identified only through equipment attribute information (taking an equipment serial number as an example); the electronic equipment is uniquely identified through the equipment ID and the equipment attribute information (taking the equipment serial number as an example), the equipment ID and the equipment attribute information of the electronic equipment are acquired, and the electronic equipment is controlled to be online based on the equipment ID and the equipment attribute information, so that even if multiple different pieces of electronic equipment share the same equipment attribute information, different pieces of electronic equipment sharing the same equipment attribute information can be accurately distinguished due to different equipment IDs of the different pieces of electronic equipment, and a streaming phenomenon is avoided.