163results about How to "Reduce technical complexity" patented technology

A method and a system for the automated control of a technical installation (2) having a plurality of installation components (4) that are interconnected by data transmission in order to carry out process steps. Control commands (S) which are generated by a central control device (6) are fed to these components in accordance with process control signals (P) that are sent to the device. Process control signals (P) that are generated in a mobile operator unit (12) are wirelessly transmitted to interfaces (14) and are forwarded by the latter to the control device (6). The installation components (4) for which the system considers the process control signals (P) received from the mobile operator unit (12) during the generation of the corresponding control commands (S) are released using a local characteristic value (O) for the mobile operator unit (12).

The invention discloses a system for realizing dynamic password security protection, which comprises: a dynamic token, a user, an authentication terminal and an authentication server. The invention also provides a method for realizing dynamic password security protection, which comprises the steps of: generation of a dynamic password by the dynamic token; operation of the dynamic password and possessed user key by means of a corresponding algorithm by the user to generate a dynamic authentication code; receiving of user identification and the dynamic authentication code typed by the user carried out by the authentication terminal which also transmits the typed content to the authentication server; and generation of the dynamic password the same as the dynamic token terminal by the authentication server which looks up stored user key and algorithm of the user based on the user identification, and carries out authentication by means of a dynamic confirmation code generated by operation of the dynamic password and the user key through the algorithm. The invention also provides another method for realizing dynamic password security protection. The invention effectively guarantees the reliability of the dynamic password and eliminates the potential security hazard brought about to users due to loss of the dynamic token.

The invention discloses an MEG system and method based on an atom magnetometer. A design scheme of an EMG capable of being freely detached in practical operation is provided to insulate heat and prevent extra magnetic field interference during the practical use. A gyroscope is added to all or representative magnetometers to acquire magnetometer directions; a great system is caused when plenty of magnetometer arrays are added to a brain magnetic hat; due to technical reasons and economic factors, a method for integrally processing optical signals is provided, so MEG spatial resolution can be improved, technological difficulties can be reduced and great economic effects can be achieved.

The invention relates to a light-emitting diode (LED) dimming driving system with a silicon controlled bypass dimming circuit. The LED dimming driving system with the silicon controlled bypass dimming circuit comprises an alternating current / direct current (AC / DC) LED constant current actuator and a LED light string, wherein the input end of the AC / DC LED constant current actuator is electrically connected with an alternating current electric supply, the output end of the AC / DC LED constant current actuator is connected with the LED light string, the silicon controlled bypass dimming circuit is arranged, the input end of the silicon controlled bypass dimming circuit is connected with the alternating current (AC) electric supply, and the output end of the silicon controlled bypass dimming circuit is connected with a dimming interface of the AC / DC LED constant current actuator. The AC / DC LED constant current actuator obtains energy from the AC electric supply, and outputs a constant current value to drive the LED light string. The AC / DC LED constant current actuator is provided with an analog dimming interface which is used for adjusting an output current value according to an analog voltage amplitude value of an input dimming signal so as to change luminance of the LED light string. According to the silicon controlled bypass dimming circuit, the input end of the silicon controlled bypass dimming circuit is connected with the AC electric supply, and the output end of the silicon controlled bypass dimming circuit generates a smooth direct current analog voltage signal to serve as a dimming signal which is input into the analog dimming interface of the AC / DC LED constant current actuator. The value of amplitude of the dimming signal output by the silicon controlled bypass dimming circuit can be adjusted by adjusting an adjustable knob of the silicon controlled bypass dimming circuit, and thus a current value and the luminance of the LED light string can be adjusted.

The invention discloses an indoor air conditioning device and method. The conditioning device comprises a controller module, an air quality sensor, a temperature and humidity sensor, an air humidification module, an air purification module and a power module. The controller module is used for controlling and receiving a set instruction for setting a motion path, and the motion path of the conditioning device is set according to the set instruction. The air quality sensor, the temperature and humidity sensor, the air humidification module, an infrared control module and the air purification module are controlled to adjust the indoor air quality, the indoor temperature and / or the indoor humidity, the temperature, the humidity and the cleanliness degree of air in each of multiple rooms of a house can be controlled, and the function of security and protection can be achieved.

A drive system of a forming press for driving the plunger with a crank mechanism controllable by a servomotor is refined in such a way that on the one hand a high pressure force is achievable with the available torques of servomotors and that on the other hand the technical complexity of the drive is reduced during the design of the drive with multiple mechanically synchronized pressure points and also with pressure points that can each be controlled independently of one another. The concept of the method consists of transferring the torques of the servomotors that are required to achieve a high pressure force for the plunger by means of intermediate gearing, preferably with a double gear transmission, to the cam or crank mechanism, wherein the symmetrically configured drive arms of multipoint presses for the right and the left pressure points of two-point presses or the pressure point groups of four-point presses are optionally mechanically synchronized with one another in such a way that each of the intermediate gears of the first or of one of the first gear transmissions is effectively connected to the others.

The invention relates to a multi-station differential post-processing high-precision time synchronization method and a multi-station differential post-processing high-precision time synchronization system. The multi-station differential post-processing high-precision time synchronization system comprises satellite navigation receivers. Each satellite navigation receiver is mounted on a corresponding aircraft, satellite navigation signals can be received by the satellite navigation receivers, PPS (pulse per second) signals can be generated at generation moments T<A0> and T<B0>, baseband original observation information of the satellite navigation receivers and the generation moments T<A0> and T<B0> can be transmitted to data transmission systems, received baseband original observation information can be transmitted to a ground receiver system by the data transmission systems, and the aircrafts do not need to be communicated with one another; original observation information of the satellite navigation receivers on the multiple aircrafts can be simultaneously received by the ground receiver system and can be transmitted to a data processing system, resolving can be simultaneously carried out on the original observation information of the multiple satellite navigation receivers by the data processing system to obtain common-view satellites, PPS trigger time marks of each receivercan be corrected by means of relative differential calculation, and accordingly the time of multiple stations can be highly synchronized. The multi-station differential post-processing high-precisiontime synchronization method and the multi-station differential post-processing high-precision time synchronization system can be applied to the field of satellite navigation high-precision time service.

The invention relates to a wireless fading channel simulated system based on extended Suzuki model and a method thereof. The extended Suzuki computer model is obtained by the approximation of sinusoidal signal distributed sum with finite amplitude weighting and uniform phrase positions and a series of operation through two colored Gaussian noise processes. Meanwhile, the model system takes the influence of the fading of multi-diameter type and shadow type into consideration to simulate a mobile communication fading channel between land and land, and between land and satellite. The simulator realized by the invention adopts a FPGA chip in core part, which has the advantages of automatic input of fading parameters and flexible application.

The invention discloses a video monitoring system. The video monitoring system disclosed by the invention can realize any promotion of video streams, and has low cost and good expansibility. The videomonitoring system disclosed by the invention solves the control problem of the video streams of a remote camera device by using a video stream pushing terminal, stores the video streams by using a streaming media server, controls the flow direction of the video streams by using a streaming media playing platform, and can push the specified video stream to a specified address by implementing an instruction through interaction control middleware, thereby pushing the video streams to any network node or providing video services externally; and the traditional tree structure feature is modified into a reticular structure by using the cloud service of the streaming server, thereby greatly reducing the pressures of the server and a network bandwidth and supporting rapid capacity expansion on demand.

A head-mounted display equipment bracket can be used for immersive visual experience in the field of virtual reality. The head-mounted display equipment bracket comprises a head fixing device and a binocular optical system. A piece of display equipment can be fixed to the head of a user to move with the head. The display equipment is fixed to a display equipment fixing device in front of the head fixing device. Parallel left and right format images on the display equipment can be refracted by two convex lenses, thus forming a distant enlarged virtual image.

The invention discloses an unlocking method, an unlocking device and an electronic terminal. The unlocking method is applied to the electronic terminal, the electronic terminal comprises a touch display unit, and the touch display unit can receive touch input operation of users. The method includes detecting operation of an operation body on the touch display unit when a user interface of the electronic terminal is locked, responding to the operation to form a sliding track on the touch display unit and record time for forming the sliding track, calculating distance of the sliding track, calculating speed for forming the sliding track based on the distance and the time, and judging whether the speed is larger than or equal to preset speed. When the speed is larger that or equal to the preset speed, a locking state of the user interface is removed.

The invention provides a wireless sensor network data fusion method based on double-fusion node ant colony optimization and relates to optimization of a routing path and optimization of selecting of cluster heads of a clustering structure of a wireless sensor network. An equal probability method is used for selecting network cluster heads, non-uniform auxiliary cluster heads are selected through differences of the distance between a node and a base station, an ant colony optimization algorithm is used for conducting route optimization on the cluster heads, directly communicated with the base station, in the network, then the ant colony optimization algorithm is again used for conducting the route optimization on the cluster heads, directly communicated with the base station, in the network so that not all the cluster heads in the network can be directly communicated with the base station, and the cluster heads are communicated with the base station through an optimization path selected through the ant colony optimization algorithm. The wireless sensor network data fusion method well solves the hotspot problems of the far end and the near end which are apart from the base station in the wireless sensor network, can reduce communication energy consumption of the network and prolongs the survival time of the network.

The invention discloses an error-tolerance and multi-path optimization method based on an HEED algorithm in a wireless sensor network. Firstly, node deploying is carried out, a node firstly calculates an initialization parameter, a second stage of running for a cluster head among the node and neighbor nodes is started, whether the node self can be elected as the cluster head or not is determined, then a period of time twait of waiting is carried out, and a message is broadcast after the second stages of all the neighbor nodes are finished. A third stage of the node is started, and the identity of the node is determined. An intra-cluster route and an inter-cluster route are built. The route, communicated with a base station, in the network is optimized through a GG graph theory model. The error-tolerance and multi-path optimization method based on the HEED algorithm in the wireless sensor network can lower communication energy loss of the network, improve the work reliability of the network, and prolong the survival time of the network.

The commissioning of a smart building technology system is implemented with the use of a binding table in a relational database to bind one or more sections of virtual devices representing, e.g., lights, sensors, actuators and room controls, to the network addresses of physical devices. Plans for redundant sections in large building are created in terms of virtual devices and logical functions (such as programmed groups of devices, scenes and recipes) without direct binding to physical devices. Software creates reference copies of the plan for redundant sections the building, through use of a binding table, and attaches the reference copy to the location of the respective section on a master layout of the building. The plan modeled with virtual devices can be edited or reprogrammed across all reference copies, even after binding to physical devices and commissioning is completed.

A medical functional device includes at least one first fluid system for receiving at least one medical fluid, at least one first conveying device for conveying the medical fluid, at least one second fluid system for receiving at least one operating fluid, and at least one second conveying device for operating the at least first conveying device, in which the first conveying device is arranged such as to be actuated by means of the operating fluid. A treatment apparatus and a method are also described.

The invention relates to a detection apparatus comprising a filter (20) for filtering a conical radiation beam (4) such that at least a first region (22) and a second region (23) of the radiation beam are generated having different energy spectra, wherein the first region of the radiation beam illuminates a first detector area (25) on a detection surface (21) of a detector, thereby generating a first set of detection values, and the second region of the radiation beam illuminates a second detector area (26) on the detection surface, thereby generating a second set of detection values. For example, by using the filter the detection apparatus can be used as dual-energy computed tomography apparatus, wherein, for instance, a standard computed tomography apparatus can be transformed to a dual-energy computed tomography apparatus by adding the filter to the standard computed tomography apparatus, preferentially without modifying the radiation source and the detector.

The utility model discloses a Ethernet service integration device, which comprises a couple of branch processing unit, a couple of the buffer units, a diplex and de-diplex unit and a cluster processing unit. The branch processing unit is used to code / decode and frame / de-frame the multi-Ethernet branches; the buffer unit is used to complete the buffer of multi-Ethernet data; the diplex and de-diplex unit is used to diplex / de-diplex and map / de-map the multi-Ethernet data; the cluster processing unit is used to conduct the parallel / series switch for the Ethernet data as well as coding / decoding and frame / de-frame. The utility model also provides the Ethernet service integration method, which includes the integration steps and / or de-integration steps. Based on the branch processing unit, the buffer units, the diplex and de-diplex unit and the cluster processing unit, the utility model realizes the integration and de-integration of the Ethernet service. The structure and process thereof is simple, so as to greatly simplify the technical complexity and the utility model has the advantages of low cost and high reliability, so as to be suitable for the popularization.

The invention provides a non-refrigeration infrared polarization detector pixel structure and a preparation method. The non-refrigeration infrared polarization detector pixel structure comprises a bottom layer, a middle layer and an upper layer, wherein the bottom layer comprises a reading circuit substrate, a first metal electrode layer, a metal reflection layer and a first medium protection layer, and the first metal electrode layer, the metal reflection layer and the first medium protection layer are arranged on the reading circuit substrate; the middle layer comprises a first supporting layer, a thermosensitive layer, a second medium protection layer, a second metal electrode layer and a third medium protection layer; and the upper layer comprises a second supporting layer and an optical grating layer, wherein the second supporting layer is arranged above the third medium protection layer, and the optical grating layer is arranged on the second supporting layer and comprises a plurality of optical gratings arranged in sequence. By use of the non-refrigeration infrared polarization detector pixel structure and the preparation method, volume is greatly reduced, thermal noise introduced by the optical grating layer is lowered, and polarization detection sensitivity is improved so as to be favorable for increasing the extinction ratio of the optical grating layer.

The invention discloses a method for realizing real-time classroom interaction. A student end is a mobile terminal, SSE push information is simulated according to a preset method, after a connection is established with an SSE server, the student end can receive related teaching instructions and data sent by a teacher end in real time and perform corresponding processing so as to ensure the instantaneity of classroom interaction items such as answering, asking questions, lock screens, and name-calling, meanwhile the resource overhead can be reduced, the technical complexity is reduced, and theproject maintenance cost is reduced. The invention further discloses a system for realizing real-time classroom interaction, and a method for simulating SSE push information in a mobile terminal.

The invention belongs to the technical field of unmanned ship measurement, and discloses an unmanned ship real-time speed measurement method and system based on twinning data driving, and the method comprises the steps: according to the position and posture sensor arrangement position of an entity unmanned ship, sensor time sequence data and the spatial data of an unmanned ship virtual twinning body three-dimensional model, performing cross-domain and space-time fusion in real time to obtain real-time pose twin data information expressing any position point of the unmanned ship. based on the real-time twinning data information, measuring the motion state of any position point of the physical unmanned ship in real time, or calibrating the measurement information of at least one set of posesensor. The invention provides a real-time, cross-domain and space-time fusion method for real unmanned ship sensor time sequence data and information space virtual twinning body three-dimensional model space data of different physical space arrangement positions and different measuring range ranges. Observation and reliable estimation of the attitude of any measuring point of the unmanned ship byutilizing virtual-real fusion and multi-sensor data complementation are achieved.

The invention provides a self-interference elimination method of a co-frequency co-time full duplex system. The method comprises the following steps of introducing an analog reference signal from a transmitting end, performing dividing operation on a received signal and the reference signal for converting a self-interference signal to a DC signal and a frequency doubling component, and changing an objective signal to a low-frequency signal and a frequency doubling component; transmitting the DC signal and the low-frequency signal to a low-pass filter and a DC blocking filter, filtering the self-interference signal, and keeping the low-frequency signal (objective signal); and before demodulation, multiplying the low-frequency signal with a transmitting end baseband reference signal for recovering the waveform of the objective signal. The self-interference elimination method of the co-frequency co-time full duplex system has advantages of finishing self-interference elimination before digital-to-analog conversion, eliminating effect of a channel characteristic to interference elimination, reducing quantization noise and reducing technical complexity in self-interference elimination.

The invention discloses a large-capacity telecommunication network management system. The large-capacity telecommunication network management system comprises a network management main body function module, a network element accessing adaptive agent pool module and a database node array module, wherein the network element accessing adaptive agent pool module comprises a plurality of adaptive agent nodes; the database node array module comprises a plurality of special database anodes and one public database node; and the network element accessing adaptive agent pool module and the database node array module are combined to realize the accessing of a plurality of network elements and message interaction under a large-capacity scene, the report and the storage of network management data can also be realized and inquiry operation of the network management data is realized. The invention further discloses a setting method and an application method of the system; with the adoption of the system and the methods disclosed by the invention, under the precondition of not lifting the configuration level of system software and hardware, the system bottleneck problem under the telecommunication network large-capacity scene is solved, the system cost is saved and the realization is simple.

A high-altitude balloon tearing system comprises a high-altitude balloon body (1), small holes (8), tearing patches (2), a tearing rope (5), a main force bearing rope (9), a load nacelle (7) and an unlocking device (4). The two small holes (8) and the two tearing patches (2) are separately formed in the surface of the high-altitude balloon body (1) in the radial direction, and the tearing patches(2) are used for fixing the tearing rope (5) and sealing the small holes (8). One end of the tearing rope (5) penetrates into the high-altitude balloon body (1) through one small hole and is fixed into the corresponding small hole or fixed to the combination position of the corresponding tearing patch and the high-altitude balloon body (1); and the other end of the tearing rope (5) penetrates outof the other small hole and is guided out along the upper end of the combination position of the corresponding tearing patch (2) and the high-altitude balloon body (1) and fixed to the load nacelle (7) finally. When the high-altitude balloon body (1) is separated from the load nacelle (7), the load nacelle (7) descends perpendicularly to drive the tearing rope (5) to tear the high-altitude balloonbody (1) apart.

A system for improving the air quality in a pressure cabin of an aircraft comprises a recirculation air circuit by means of which a portion of the cabin air, referred to as recirculation air, is withdrawn from the pressure cabin, filtered and then recirculated into the pressure cabin. To increase the oxygen partial pressure of the air fed back into the pressure cabin, the quantity of recirculation air is passed wholly or partially through a nitrogen generator (52) which generates nitrogen and an oxygen-containing waste gas from the recirculation air supplied. The oxygen-containing waste gas of the nitrogen generator (52), together with any remaining quantity of recirculation air untreated by the nitrogen generator (52), is recirculated into the pressure cabin. The nitrogen generator (52), to which only recirculation air is supplied, utilises a pressure gradient existing in flight between the pressure cabin and the outside of the aircraft for nitrogen generation.

The invention discloses a method for generating pre-distorted signals, used for generating the pre-distorted signals in the radio frequency field for a power amplifier. The method comprises the following steps: coupling an unamplified initial carrier signal with a combined signal mixed with an intermodulation signal during the process of amplifying the initial carrier signal; dividing the initialcarrier signal obtained by coupling into two paths to output after delaying, after combining the initial carrier signal of a first path with the combined signal obtained by coupling to offset mutual carrier signals, obtaining the intermodulation signal, and generating the pre-distorted signal after combining the intermodulation signal with the initial carrier signal of a second path again. The pre-distorted signal comprises the carrier signal and the intermodulation signal, and amplitudes and phases of the two signals can be individually and flexibly adjusted according to demands. The method can realize higher working bandwidth and working efficiency when applied to a pre-distorted radio frequency amplifier and can be applied to different working environments.

The invention relates to an image processing method and an image processing system. The image processing method includes acquiring multi-frame fluorescent two-dimensional image data according to a to-be-imaged object; taking the fluorescent two-dimensional image data as input, and establishing a first equation according to a diffusion equation theory, wherein the first equation is used for describing a relationship between real target distribution of fluorescence molecular probes of the to-be-imaged object and the fluorescent two-dimensional image data; solving the first equation according to a preset solving method so as to obtain final reconstruction target distribution of the fluorescence molecular probes of the to-be-imaged object, wherein the final reconstruction target distribution is used for describing a three-dimensional reconstruction result of tomography of the fluorescence molecular probes of the to-be-imaged object. The image processing method provides auxiliary prior information without other imaging modality, so that cost and technical complexity of an imaging system are greatly lowered.

The invention discloses a compound material. The compound material is composed of natural clay minerals, heavy metal capturing agent, foaming agent, gelatinizing agent and curing agent. The inventionalso discloses a preparation method of the compound material. The preparation method of the compound material comprises crushing, purifying and surface-activating or modifying the natural clay minerals, and proportionally mixing the processed natural clay minerals with the heavy metal capturing agent, the foaming agent, the gelatinizing agent and the curing agent, then uniformly mixing in an appropriate amount of water, and placing the mixture into a forming die for compression forming. The compound material can adsorb heavy metal in soil, improve the nutrition structure of soil as well as soil hardening and accordingly effectively solve the problem of adsorption and recovery of heavy metal in soil.