59 results about "Generating unit" patented technology

Provided are a face recognition apparatus and method in which a facial image is divided into facial component images. The apparatus includes a component division unit that divides an input facial image into a plurality of facial component images; a face descriptor generating unit that generates face descriptors using a transform matrix corresponding to the respective facial component images, the face descriptors being characteristic vectors; a registered face descriptor database (DB) that stores registered face descriptors; and an authentication unit that authenticates the input facial image by comparing face descriptors for the input facial image input from the face descriptor generating unit with the registered face descriptors and providing predetermined weights corresponding to each facial component to the comparison results of each facial component.

An e-mail server device includes a certificate storage unit, an SMTP reception unit, a signature unit, an SMTP transmission unit, a validity determination unit and an update request e-mail generating unit. The certificate storage unit stores a certificate for each account. The SMTP reception unit receives e-mail. The signature unit assigns a digital signature to the e-mail received by the SMTP reception unit by using a certificate of an account of a transmitter. The SMTP transmission unit transfers the e-mail assigned with the digital signature. The validity determination unit determines whether or not the certificate stored in the certificate storage unit is necessary to be updated. When the validity determination unit determines that the certificate is necessary to be updated, the update request e-mail generating unit transmits update request e-mail to the account for requesting an update of the certificate.

The invention provides a vehicle-mounted navigation system. The vehicle-mounted navigation system comprises a vehicle-mounted GPS (Global Positioning System) antenna, a camera, an AR (Augmented Reality) head-up display and a vehicle-mounted navigation host, wherein the vehicle-mounted GPS antenna is used for locating and obtaining a world coordinate system; the camera is used for carrying out real-time image collection on a road condition ahead; the vehicle-mounted navigation host comprises a coordinate system conversion unit which is used for carrying out image recognition and analysis on a road condition image collected by the camera and converting the world coordinate system to a camera image coordinate system, a model generating unit which is used for generating a 3D (Three-dimension) model of a marching road according to the camera image coordinate system, a virtual navigation information generating unit which is used for generating virtual navigation indicating information according to the 3D model of the marching road and an output unit which is used for outputting the virtual navigation indicating information to the AR head-up display; the AR head-up display is used for projecting the virtual navigation indicating information to a windshield and realizing the effect of overlaying the virtual navigation indicating information to an actual road.

The invention relates to an ion beam emission source capable of outputting single iron energy so as to solve the problems of the prior art that the extracted ion does not have single energy, the quality of the film is greatly influenced and the repeatability of ion beam assistance is difficult to realize. The technical proposal is as follows: the emission source comprises a gas discharge chamber, a focusing magnetic field generating unit, an ion energy selector and a beam expanding magnetic field generating unit; the gas discharge chamber comprises an anode, a cathode and an extracting grid plate; the ion energy selector comprises an upper magnetic polar plate and a lower magnetic polar plate which are oppositely arranged, and a selecting cylinder which is formed by a first electrode plate and a second electrode plate which are oppositely arranged; polar plate insulating members are arranged among the upper magnetic polar plate, the first electrode plate, the lower magnetic polar plate and the second electrode plate; and the centers of an inlet cover plate and an outlet cover plate at two ends of the selecting cylinder are respectively provided with an energy band limit through hole. Compared with the prior art, the emission source has the advantages that: 1. ion with single energy can be generated and extracted; 2. the energy of the ion is adjustable; and 3. the manufacture process is simple.

The invention relates to an ultra-supercritical thermal generator set coordinated control system, and belongs to the technical field of generator set coordinated control. An intermediate point temperature control system, a main steam temperature control system, a reheated steam temperature control system, an AGC control system and an ammonia spraying control system are all connected with a DCS module through a corresponding optimized system model controller. A separator outlet mean temperature value module, a separator outlet temperature setting module, a unit load module, and a separator temperature-to-coal-water ratio value correcting module are all connected with the DCS module through the optimized system model controller. The ultra-supercritical thermal generator set coordinated control system is simple in structure, reasonable in design and convenient to use, the purpose of coordinating unit loads is achieved by controlling output force of a boiler and a steam turbine, and the purposes of improving the unit load response speed and precision are achieved through a series of advanced algorithms.

The invention relates to a thermoelectric generator module with a hot zone and a cold zone including at least a first metal-ceramic substrate, which has a first ceramic layer and at least one structured first metallization applied to the first ceramic layer and is assigned to the hot zone, and at least a second metal-ceramic substrate, which has a second ceramic layer and at least one structured second metallization applied to the second ceramic layer and is assigned to the cold zone, and also a number of thermoelectric generator components located between the first and second structured metallizations of the metal-ceramic substrates. The first metal-ceramic substrate, assigned to the hot zone, has at least one layer of steel or high-grade steel, wherein the first ceramic layer is arranged between the first structured metallization and the at least one layer of steel or high-grade steel. The invention also relates to an associated metal-ceramic substrate and to a method for producing it.

A method and system for detecting manipulation when control data are transmitted from a first control unit to a second control unit via a network, which includes generating integrity check information data for the control data transmitted by the first control unit via an integrity check generating unit on the transmitter side, calculating a cryptographic checksum for the integrity check information data generated on the transmitter side via the integrity check generating unit, transmitting the integrity check information data and the cryptographic checksum to an integrity check verifying unit that verifies the cryptographic checksum on the receiver side, generating integrity check information data on the receiver side for the control data received by the second control unit using the integrity check verifying unit, and comparing the integrity check information data and the integrity check information data with the cryptographic checksum to detect the manipulation of the transmitted control data.

The invention relates to a transmission system structure of a wind generating set, and in particular to a main bearing assembly of the wind generating set. The main bearing assembly of the wind generating set comprises an outer shaft, an inner shaft, a front bearing and a back bearing; the inner shaft is arranged in the outer shaft, the front bearing is arranged between one end of the outer shaft and one end of the inner shaft, and the back bearing is arranged between the other end of the outer shaft and the other end of the inner shaft; and a first flange is arranged at one end of the inner shaft, a second flange is arranged at the other end of the inner shaft, and a connecting flange is arranged on the wall of the outer shaft. The main bearing assembly has the beneficial effects that the structure is simple, the weight is small, and the cost is low; and the main bearing assembly is wide in application scope, and can be used on the set, in a machine cabin, of a transmission system and can also be used on a direct drive set, between the machine cabin and an impeller, of a power generator.

The invention relates to the field of health-protection medical instrument equipment, and discloses a respiratory-self-adaptation portable oxygen generator. The oxygen generator comprises an oxygen generating unit, a self-adaption impulse oxygen supplying unit and a control unit, wherein the oxygen generating unit is used for generating medical concentration oxygen, the self-adaption impulse oxygen supplying unit comprises an impulse oxygen generating unit and a control unit, and the oxygen impulse generating unit comprises an oxygen supplying pipeline, an electromagnetic valve and a three-waypiping; the oxygen supplying time starting point T1 and the oxygen supplying duration t are determined by the control unit according to respiratory curve data of a user, when the oxygen supplying time starting point T1 is reached, the electromagnetic valve is switched on by the control unit to supply oxygen, and when the oxygen supplying duration t is reached, the electromagnetic valve is controlled to be switched off by the control unit to end oxygen supplying. The respiratory-self-adaptation portable oxygen generator has the advantages that the respiratory movement of the user can be effectively recognized, oxygen self-adaption supplying is achieved for the user to breathe, and oxygen supplying control is accurately conducted.

The invention discloses a high-temperature steam generator, which is applied to a food cooking machine. The steam generator comprises a steam generating unit and a steam warming unit. The steam generating unit comprises a steam generating chamber and a first heating unit; the steam generating chamber is provided with a water inlet and a first steam outlet; and the first heating unit heats the steam generating chamber so as to vaporize water entering from the water inlet into steam and discharge the steam from the first steam outlet. The steam warming unit comprises a steam transferring pipe and a second heating unit; the steam transferring pipe is provided with a steam inlet and a second steam outlet; the steam inlet is communicated with the first steam outlet; and the second heating unit heats the steam transferring pipe so as to heat the steam entering from the steam inlet into high-temperature steam and discharge the steam through the second steam outlet. Because the steam generating unit can heat the steam again into super high-temperature steam having high temperature and high pressure, the steam generator has the advantages that cooking efficiency is high, delicious food can be cooked and customer requirements can be met.

The present invention can be included in the technical field of power control systems of electrical generation units comprising a supervisory regulation link applicable to a generation unit which calculates operating parameters or orders based on temporary averages of the power measurement.

The invention relates to a chlorine dioxide generating unit and a chlorine dioxide generating device. An object of the invention is to provide a chlorine dioxide generating unit capable of releasing a practically adequate amount of chlorine dioxide for a long period of time while being small in size. Provided is the chlorine dioxide generating unit characterized in that the unit is provided with a chemical agent accommodating part and at least two light source parts, the light source parts are used for generating light comprising essentially the visible region of wavelengths, a chemical agent including a solid chlorite is accommodated in the chemical agent accommodating part, the chemical agent accommodating part is provided with one or a plurality of openings so that air can move between the inside and outside of the chemical agent accommodating part, the one or plurality of openings in the chemical agent accommodating part are covered by a breathable sheet, and the chemical agent present inside the chemical agent accommodating part herein is irradiated by the light generated from the light source parts, whereby chlorine dioxide is generated.

A band-limited image signal generating unit decomposes an input image signal into a plurality of band-limited image signals, each representing an image having different frequencies. An index value obtaining unit obtains an index value indicating a level of noise suppression based on data representing spatial frequencies as well as an evaluation value representing local contrast at a pixel of interest in band-limited images and data representing an X-ray dose. A noise suppression processing unit performs noise suppression processing on each pixel of each of band-limited images based on the index value. A processed image generating unit obtains a processed image, in which noise has been suppressed, by adding signals obtained by subtracting processed band-limited image signals, of which noise has been suppressed, from the band-limited image signals together, extracting a noise image signal, and subtracting the noise image signal from the input image signal.

The embodiment of the invention provides a biogas fermentation gas supply engineering control system, comprising a master control sub-system, a programmable logic controller (PLC) control sub-system, a local control sub-system and a controlled sub-system, wherein the PLC control sub-system is respectively connected with the master control sub-system and the local control sub-system; the controlled sub-system is connected with the local control sub-system; the controlled sub-system comprises a material collecting unit, a degritting blending unit, a biogas generating unit, an air storage unit, a mud-water separating unit and a biogas power generation unit; the master control sub-system is used for automatically controlling the controlled sub-system through the PLC control sub-system; and the local control sub-system is used for switching the controlled sub-system between a local manual control state and a remote control state. By adopting the system, the instantaneity, the stability and the reliability of a biogas fermentation gas supply system are significantly improved; information management is facilitated; the operating cost is reduced; the working efficiency is improved; an accident is prevented; and the biogas fermentation gas supply engineering control system has high practical application value.

The invention discloses a container type generator set. The container type generator set comprises a container shell, an oil tank, a controller and at least two generator set bodies are installed in the container shell, the control ends of all the generator set bodies are in signal connection with the controller, and power units of all the generator set bodies are engines; and the oil tank is correspondingly connected with the oil inlets of all the engines through oil pipes. According to the container type generator set, the working states of the generator set bodies are switched through the controller so that the generator set can supply power uninterruptedly, and the requirement of the operating condition that one generator set body needs to be stopped to be repaired and maintained is met; the container shell is adopted, so that the technical problems that the transportation is inconvenient and a large installation site is required are solved; and the oil tank is internally arranged,and especially in order to meet long-time work requirements, the large-capacity oil tank is internally arranged so that the oil consumption requirement of long-time running of the generate set can bemet.

The invention provides a silent generator set which comprises a first cavity, a second cavity and a third cavity. The first cavity is of a non-seal structure and is provided with an air inlet, and an air filter is mounted in the first cavity. The second cavity is of a full-seal structure, and an engine, an air blower and a first-stage silencer are arranged in the second cavity. The third cavity is of a non-seal structure and is provided with a gas inlet and an air outlet, and a water tank, a cooling fan and a second-stage silencer are mounted in the third cavity. When a generator works, the sound generated during work of the generator set can be effectively lowered, and noise pollution of the generator set can be effectively reduced; by means of efficient water circulation, the temperature of the generator set can be reduced, and the use efficiency of the generator set can be improved; and by means of air circulation, heat generated by the generator set can flow fast, the temperature in a generator cavity can be reduced, and a protection function can be achieved on the generator set.

The present invention is one kind of wind driven generator with simple structure and high wind energy utilization. The wind driven generator consists of wind blades, driving shaft, generator set, differential gear, brake, rotating disc for fixing the differential gear and steel support. Compared with available technology, the present invention has the advantages of environment friendship, simple structure, low cost, high wind energy utilization and capacity of obtaining great power.

The invention provides an MVR and ME combined heat and power generation salt production system. The system comprises a high pressure boiler, an MVR salt production module, an electric generating set and an ME salt production module, the high pressure boiler, the MVR salt production module, the electric generating set and the ME salt production module are sequentially connected through a steam pipeline, the high pressure boiler generates high pressure steam, the high pressure steam enters the MVR salt production module and does work to generate primary backpressure steam, the primary backpressure steam flows into the electric generating set and generates electricity to generate secondary backpressure steam, and the second backpressure steam enters the ME salt production module and participates in salt production. The invention also discloses an MVR and ME combined heat and power generation salt production technology. The system and the technology are provided to solve problems of low supplied heat grade and insufficient energy utilization of present salt production technologies, realize multi-grade utilization of steam energy, and improve the energy utilization efficiency.

The invention discloses steam turbine generator unit fault visual diagnosis method and system. The method comprises the steps: acquiring operation parameters and vibration data of the steam turbine generator unit; obtaining a reference vibration vector of the steam turbine generator unit under all working conditions according to the operation parameters and the vibration data; acquiring a real-time vibration vector of the steam turbine generator unit under all working conditions; comparing the real-time vibration vector with a reference vibration vector to obtain a vibration vector differencevalue; and carrying out fault determination on the steam turbine generator unit according to the vibration vector difference value. By adopting the method or the system provided by the invention, faults can be judged in time, and the risk of serious accidents of the unit is reduced.

The invention discloses a discriminating system and method for automatic putting and retreating of startup-shutdown protection of a generator. The discriminating system is composed of a generator outlet voltage transformer (2), a main transformer (3), a grid-connected circuit breaker (4), a bus (5), a system-side circuit breaker (6), an enclosed bus (8), a first group of overhead lines (9), a second group of overhead lines (10), a third group of overhead lines (11) and a fourth group of overhead lines (12). With the discriminating system and method disclosed by the invention, a problem that the states of the generator set and the grid system are determined inaccurately only based on the state of the grid-connected circuit breaker. The states of the generator set and the grid system are determined by using the generator-end voltage frequency sum and the grid-connected circuit breaker as criteria simultaneously to realized automatic putting of startup-shutdown protection. The discriminating system and method have advantages of accurate identification, high adaptability and high reliability.

The invention discloses a wind power penetration limit determination method based on peak-regulating balance constraint. The method comprises: firstly, solving wind power penetration limit of each selected time-in-point in a time interval [ton, toff], on each time-in-point, using a discrete variable search algorithm to perform maximum search on UGt, searching a generator set state vector UGt in a generator set state space [omega], the generator set state vector UGt making wind power capacity an electric system can accept reach the maximum in the time-in-point, and through a wind power penetration limit model to calculate the wind power penetration limit value at the moment; and performing minimum search on the wind power penetration limit values obtained in all time-in-points, to obtain the minimum value of wind power penetration limit in the interval of [ton, toff]. The method uses time combining with the generator set as decision variables, and an improved bender's decoupling algorithm is used for solution and optimization, preventing influence on calculation precision by selection of operating methods of an electric system and setting of original values. The method can improve precision and efficiency of wind power penetration limit calculation.

The invention discloses a frame-portable type variable frequency generator set. The frame-portable type variable frequency generator set comprises an electric appliance panel assembly, a generator assembly, an oil tank assembly, a set frame assembly and a frequency converter assembly, wherein the electric appliance panel assembly, the generator assembly, the oil tank assembly and the frequency converter assembly are all connected to the set frame assembly, the generator assembly and the frequency converter assembly are electrically connected with the electric appliance panel assembly, and theoil tank assembly is connected with a fuel pipe of the generator assembly. According to the frame-portable type variable frequency generator set, an engine is used as kinetic energy, and the frame-portable type variable frequency generator set and a novel digital generator are arranged at the original flywheel end of the engine to form a built-in novel generator set structure. An air suction heatdissipation system is arranged at the output end of the engine to carry out air cooling and heat dissipation on a frequency converter, the frequency converter is the computer of the set and controls an automatic speed regulation system of the engine, a power supply of an inverter digital generator and various automatic requirements, so that the set is lower in output noise, higher in power and higher in carrying capacity, and the power supply is output with various performance parameters being better.

The invention discloses an offshore low-voltage ride-through detection method for a wind generating set. The method comprises the following steps of constructing a simulation testing machine system, and calculating corresponding current-limiting reactance and short-circuit reactance according to a to-be-detected voltage drop degree and the simulation testing machine system; simulating no-load operation of the testing machine system; simulating a test point power grid fault, and generating a required voltage drop according to a test standard; the output power of the simulation testing machine system being adjusted to be 10%-30% of the rated power, and a low-voltage ride-through test under a light load being carried out; and S5, adjusting the output power of the simulation testing machine system to 80-95% of the rated power, carrying out a low-voltage ride-through capability test under a heavy load, and recording test data. Based on different operation history and maintenance work of each unit of the wind power plant, similarity between the wind power plant unit and the actual wind power plant unit is calculated, the product identity is improved, an actual state of the actual wind power plant unit is greatly restored, and the method has practical significance and effect on field low voltage ride through detection.