114results about How to "Simple design and implementation" patented technology

A cardiac arrest monitor and alarm system including an implantable medical device having at least three electrodes, preferably but not necessarily subcutaneous, positioned with respect to a heart organ and forming an orthogonal lead configuration to continuously monitor an electrocardiographic signal of the heart organ. A microdevice, preferably but not necessarily operatively connected to the medical device, detects a deviation from a normal heart electrical activity and emits a signal to an external receiver. Upon verification of the signal from the microdevice, the external receiver activates a programmed annunciator circuit to alert bystanders to deploy an AED and/or activate a communication link automatically transmitting an alarm and the electrocardiographic signal to a remote transceiver.

An application program interface (API) for use in monitoring a computer application executed on a computer system. The API includes software code added to the computer application for assigning a single general reference to characteristic transactional information associated with a transaction to be executed by the computer application. The API further includes an agent for marking the time at which the software code is executed and tagging that time with the characteristic transactional information as the characteristic transactional information is being currently processed by the computer application. The API and its method of operation provide precise measurement of the latency of information flowing through the computer system while being uncomplicated in design and implementation, minimally invasive, and highly scalable.

The invention discloses a channel state information acquisition state, a channel state information feedback method and an apparatus. The channel state information feedback method comprises the steps that: a terminal carries out channel estimation according to received pilot signals to obtain channel estimated values of A antenna ports, wherein the A antenna ports are A antenna ports of network equipment, which send the pilot signals; the terminal determines Q antenna ports according to the channel estimated values of the A antenna ports, wherein Q is smaller than or equal to A and greater than or equal to L, L is a value of RI (Rank Indication) adopted when the network equipment sends downlink data to the terminal, or L is a value of channel RI determined by the terminal; and the terminal determines a first level of pre-coding matrix indication information according to the Q antenna ports and feeds back CSI (Channel State Information) comprising the first level of pre-coding matrix indication information to the network equipment, wherein the first level of pre-coding matrix indication information is used for indicating indexes of the Q antenna ports in the A antenna ports which send the pilot signals.

The invention relates to the technical field of characteristic parameter testing technique for microwave millimeter wave components and specifically relates to a calibration apparatus and a calibration method for calibrating a vector network analyzer. According to the technical scheme of the calibration apparatus and the calibration method, the shoot-through calibration process is simplified, and shoot-through electronic standard parts are realized by means of a single-pole multi-throw microwave switch in a specified connection mode. When N ports of electronic calibrating devices are to be calibrated, the number of shoot-through electronic standard parts to be implemented is reduced from N(N-1)/2 to (N-1). In this way, the number of shoot-through electronic standard parts to be implemented is prevented from rapidly rising along with the number of ports. Meanwhile, the insertion loss of shoot-through electronic standard parts is greatly reduced. Therefore, the accuracy of multi-port electronic standard parts is improved. The design implementation of multi-port electronic calibration devices with multiple ports is also facilitated.

The invention discloses a five-coordinate locating mechanism, which comprises an X-direction guide part, a Y-direction guide part, a Z-direction guide part, an A-direction rotating part and a working platform. The structures of the Y-direction guide part and the Z-direction guide part are the same, and moreover, the Y-direction guide part and the Z-direction guide part are arranged in a cross wayto provide the translational movement of the working platform in the X-direction and the Y-direction; the Z-direction guide part provides the translational movement of the working platform in the Z-direction and the rotation of the working platform in the B-direction through the synchronous or the asynchronous movement of Z-direction moving plates at the two sides of the Z-direction guide plate; and the A-direction rotating part provides the rotation of the working platform in the A-direction. The five-coordinate movement of the working platform is realized through mature and reliable structures like screws, guide rails, gear pairs and the like adopted by the five-coordinate locating mechanism. The five-coordinate locating mechanism has good processing and assembling properties, high locating precision, and large bearing capacity. Moreover, five coordinates control the movement in a relatively independent way, and kinematics analysis and solution are simple, therefore, the control is simpler.

The present application relates to a near field communications (NFC) receiver in which a received NFC signal comprising a carrier signal onto which a data signal is modulated is digitised and downconverted, and the digitised and downconverted received signal is filtered to recover a digitised and downconverted version of the carrier signal of the NFC signal. This digitised and downconverted version of the carrier signal is converted into an analogue signal which is then upconverted to generate an estimate of the carrier signal, and this estimate is combined with the received NFC signal to suppress or negate, at least partially, the carrier of the received signal.

A method of mutual monitoring of components of a distributed computer system for a safety-relevant application in a motor vehicle in particular. The components are interconnected by at least one communication system. To make the mutual monitoring of components as simple and comprehensible as possible and to save on additional hardware components for monitoring, in a plurality of components of the computer system an internal monitoring function which detects faults in the monitored component and a mutual monitoring function which performs a mutual check on results determined by the components and makes a majority selection from the results are implemented, and both the result of the internal monitoring function and the results of the mutual monitoring functions are taken into account in a decision as to whether there is a fault in a component.

The invention discloses a session implementation method and a session implementation device for a distributed consistency system, a session management method for the distributed consistency system, and a session participating method and a session participating device of a proxy server. The session implementation method for the distributed consistency system comprises the steps of sending a session registration request to a server side; receiving a session identifier generated based on the request and sent by the sever side; and sending a service request carrying the session identifier to the server side. By using the method, design implementation of the distributed consistency system is simplified, and system complexity is reduced; unusable time of the service when connection abnormity caused by network jitter and server upgrade occurs is shortened, and processing efficiency is improved; the proxy server is introduced between a client and the server side, a connection number between the server side and the client is increased, and thus processing efficiency of the system is improved.

The invention comprises a method and device for cell culture analysis using microporous membranes to control fluid flow in a device. The microporous membranes are of defined porosity and surface area to effectively increase the fluidic circuit resistance and control fluid flow through the device.

The invention provides a NURBS curve interpolation method with processing path length being known. The method is characterized by calculating acceleration process displacement and deceleration process displacement through a five-phase flexible acceleration and deceleration method; carrying out classification on speed planning types according to the processing path length; calculating total interpolation point number of a NURBS curve with the processing path length being L; calculating feed speed of a current interpolation point; and obtaining interpolation point parameters and coordinate values in each interpolation period. Through acceleration and deceleration processing before interpolation, the method improves processing feed speed to be maximum degree on the basis of meeting machine tool acceleration and deceleration capability; and through acceleration and deceleration processing before interpolation, interpolation point parameters do not need to be adjusted again, such that not only machining precision can be improved, but also high-speed machining is realized.

A treatment device includes one or more treatment stations each including an electron-beam emitter and supporting device for supporting a container beneath the emitter, the emitter being capable of emitting an electron beam passing through the upper opening of a container supported by the supporting means, so as to sterilize the container, and a protection system for stopping the radiation emitted by the emitter(s). The protection system includes an upper portion connected to the emitter, lower portion connected to the supporting device and a moving device capable of moving the upper portion relative to the lower portion, between a retracted position and at least one operative position in which the portions from a protective enclosure in which the emitter and container are positioned.

The invention discloses an experimental method based on a thermo-motive disaster multi-parameter spatio-temporal evolution analysis experiment table. The method comprises the steps of 1, determining a mine simulation object and establishing an experiment table device; 2, detecting the airtightness of the experiment table device; 3, initializing an experiment control terminal; 4, controlling the change of ventilation quantity in a roadway simulation module, roof caving position, roof caving degree and smoke and gas discharge position and speed, and acquiring the mine thermo-motive disaster multi-parameter spatio-temporal evolution process; 5, judging whether the concentration of gas and oxygen in the roadway simulation module reaches a critical threshold value causing gas explosion; 6, triggering secondary gas explosion in the roadway simulation module and analyzing thermo-motive disaster multi-parameter spatio-temporal change. Steps are simple, mine roadway ventilation quantity, roof caving phenomenon and the change of smoke and gas generating rates of different positions can be simulated, the position where secondary gas explosion occurs easily in the roadway simulation module can be acquired, and thermo-motive disaster multi-parameter spatio-temporal change can be analyzed.

The invention proposes a multi-port automatic clamp loss and phase compensation method based on through line. The method comprises: using a time-domain method to obtain the phase displacement; in combination with a radial neural network, fitting the loss of a through line; and removing the influence of the through line clamp between a coaxial reference face and a detected component's reference face to obtain the scattering parameters of the multi-port detected component. The method of the invention is based on the multi-port automatic clamp loss and phase compensation based on a through line. Without the use of various calibration components for embedding removal calculation, the requirement on the calibration components and the complexity in calculation are reduced. Simply designed, the method can perform automatic loss and phase compensation through the multi-port non-coaxial clamp. The S parameter testing precision is increased, and the influence of the clamp on the testing result is removed.

A process for realizing an integrated electronic circuit makes it possible to obtain transistors with p-type conduction and transistors with n-type conduction, in respective active zones having crystal orientations adapted to each conduction type. In addition, each active zone is electrically insulated from a primary substrate of the circuit, so that the entire circuit is compatible with SOI technology.

The invention discloses an RRAM sensitive amplifier, comprising a storage branch, a reference branch, a comparison and output circuit and a pre-charging enhancement circuit. The storage branch is used for converting state of a variable resistor in a memory cell into corresponding voltage signal Vmat; the reference branch is used for converting reference current into corresponding reference voltage Vref; the comparison and output circuit is used for comparing the voltage signal Vmat with the reference voltage Vref, and outputting standard logic high level or low level corresponding to low or high resistance state of the variable resistor; and the pre-charging enhancement circuit is used for communicating the storage branch and the reference branch during the pre-charging stage. According to the RRAM sensitive amplifier, a function of reading state of the variable resistor in the RRAM memory cell can be successfully realized; with the pre-charging enhancement function, the time of the pre-charging stage is shortened, and consequently, the whole data reading cycle is shortened, data reading speed is increased, and data throughout of the memory is improved. Result of simulation verification shows that data reading cycle is shortened by 10ns-15ns as compared with the data reading cycle in the traditional scheme in the scheme of the invention.

The invention discloses an implementation method and a system of smart card applications, which relates to the technical field of smart card virtual machines. The method disclosed by the invention comprises the following steps: generating binary executable .p files in advance, wherein every generated binary executable .p file corresponds to one smart card application; downloading the generated .p files into a storage region of a smart card; and when the smart card application corresponding to any .p file is started, simultaneously starting the smart card virtual machine and executing byte codes in the .p file for realizing the corresponding smart card application functions of the .p file. According to the technical scheme disclosed by the application, the decoding efficiency of the smart card virtual machine can be improved, the space utilization rate of the smart card can be improved, and the safety and the transportability of the applications on the smart card can be further upgraded.

A transmission parking lock has an actuating rod that is essentially translationally displaceable, which bears an actuating element, and with a locking lever that is essentially rotationally displaceable, bears a locking element For inserting the transmission parking lock through the displacement of the actuating rod, the locking lever is pivotable from a resting position of the same into a locked position in such a manner that the locking element engages in a recess of a gear wheel (8) allocated to a gear shaft, and with a device that withdraws the actuating element of the actuating rod in the resting position of the same from the locking lever.

The invention disclosers a four-way full-high-definition video processing circuit based on a field programmable gate array (FPGA). The circuit comprises an FPGA chip. The FPGA chip comprises a storage controller, a channel selection switch module, a first video layer overlaying module, a second video layer overlaying module, a third video layer overlaying module, a fourth video layer overlaying module, a video time sequence control module, a video composition module, a video mode parameter controller, four video input processing modules and four video amplifying modules. The picture-in-picture and picture-out-picture video processing circuit based on the FPGA chip is utilized, the requirements for collecting multiple ways of full-high-definition video signals simultaneously are met, and the circuit further has the advantages of being simple in structure, easy to design and achieve and the like. The four-way full-high-definition video processing circuit based on the FPGA can be widely applied to the field of high-definition video processing.