69results about How to "Improve recognition distance" patented technology

The invention provides an order-driven single-piece small-batch combined flow production method for a processing workshop, which has high intellectualization degree and strong practicability. In the method, a manufacturing system of the processing workshop is divided into a planning module, a scheduling module, a system database, an upper RFID reader-writer and an equipment control layer, wherein the planning control module, the scheduling module and an equipment control unit are all realized by Agent (intelligent agent) technology. All the parts of the manufacturing system are connected into a multi-Agent (intelligent agent) manufacturing system through a network and a communication protocol. Under normal conditions, the system carries out machining according to a preset operation working procedure through static scheduling; and when the system is abnormal, the system completes a processing task through dynamic scheduling. Accordingly, staff members can dynamically master production process information in real time. The production method can effectively improve processing efficiency and reduce production cost.

The invention provides an optical label based information interaction system and method, and the system and method are high in directionality, long in identification distance and large in information capacity. The information comprises the information coding optical label, a data server, a mobile terminal and a wireless communication network, wherein the data server provides information, the mobile terminal decodes the information and is connected with the data server, and the wireless communication network is connected with the mobile terminal and the data server. the optical label comprises a signal unit and a positioning identification; the mobile terminal comprises an image collector and an image processing module, the image collector collects a coded image of the optical label, and the image processing module decodes the coded image; and the mobile terminal is connected with the data server via wireless communication network according to decoding information and makes information interaction. The method comprises the following steps that 1) supply information is coded; 2) the mobile terminal is used to decode the image to obtain demand information transmitted by the optical label; and 3) after decoding, interaction between demand information and supply information is realized.

The present invention provides an optical label identification method. The system comprises an optical label configured for information encoding and a mobile terminal configured for information decoding; the optical label includes a signal unit and location identification; the signal unit includes a plurality of static image units, and the location identification includes a plurality of dynamically sparkling luminescence units and a plurality of static graphical signs; the information content is encoded and transmitted through image attributes of the static image units; the mobile terminal includes an image collection device and an image processing module; the image collection device is configured to collect the coding images of the optical label; the image processing module is configured to decode the coding images; and the optical label performs information transmission through the static images to satisfy the directionality requirement, the primary localization of the optical label is performed through the dynamically sparkling location identifier, and the accurate location of the optical label is performed through the location identifier of the static image, so that the requirement of identifying multiple optical labels at the same time is satisfied, and the identification distance is greatly improved.

The invention discloses a radio frequency identification method and system based on a wireless communication terminal. According to solved technical problems, an RFID tag function of the wireless communication terminal is extended; the identification distance of the RFID tag function is increased; and a binding restriction with RFID tag data information is eliminated. According to the method provided by the invention, the wireless communication terminal controls an internal switch of a multi-tasking module to switch a signal path or switch the working state of a receiver and transmitter module; the terminating impedance of an antenna changes corresponding to the RFID data information to carry out reverse scattering communication; and direct extension is carried out to realize the tag function. The antenna of the wireless communication terminal has the advantages of free shape and size design and high gain, thus the identification distance of the RFID tag function is increased. According to the system provided by the invention, the RFID tag data information is updated and generated according to a user need, and is dynamically configured by a networking server. Compared with the prior art, the method and the system, which are provided by the invention, has the advantages that the cost of tag integration is saved; the identification distance is increased; the data information binding restriction is eliminated; and economic, flexible and reliable radio frequency identification is realized.

The invention discloses a microstrip phased array antenna applied on an ETC terminal information acquisition system. The microstrip phased array antenna comprises the following three parts: a feeding network which is composed of an RF switch, a crossover and a power divider and is used for distributing signals with different powers and different phases to different ports of a Butler matrix and inputting the signal to a preset port in switching; a wave beam forming network which is composed of improved Butler matrixes and is used for generating the signal with the required phase and inputting to a preset antenna unit; an antenna array, wherein each antenna unit is composed of double radiation sheets with a 90-DEG phase difference. The antenna is mounted right above the middle line of a middle lane. The projection of the antenna in the normal line direction is in the middle line of the middle lane. The microstrip phased array antenna can settle technical problems of wave beam scanning, lane identification, identification distance increase, identification success rate increase, etc.

The invention provides an underground staff tracking and managing system. The underground staff tracking and managing system is characterized by comprising radio frequency identification device (RFID) electronic identification cards and RFID card readers, wherein the RFID electronic identification cards are assigned to underground staff and underground equipment; the RFID card readers are distributed in all underground tunnels and are used for reading the information of the RFID electronic identification cards through antennas; all the RFID card readers positioned in the same tunnel are connected with substation equipment for acquiring data; the substation equipment is connected with a monitoring center through communication cables; and the monitoring center accesses to Internet through a switchboard so as to communicate with equipment which accesses to the Internet. The underground staff tracking system can be used for accurately positioning the underground staff by an RFID technology and has the following advantages of full automation, long effective work distance, high speed and stable performance.

The embodiment of the invention provides a fingerprint identification sensor packaging structure and method. The packaging structure comprises a fingerprint identification sensor arranged above a silicon wafer and electrically connected with the silicon wafer, a color film layer arranged above the fingerprint identification sensor, a hard mask layer arranged above the color film layer and a substrate arranged below the silicon wafer, wherein at least one of the hard mask layer and the color film layer is doped with high dielectric particles. The packaging structure can improve identification accuracy of the fingerprint identification sensor.

The embodiment of the invention discloses a projection device, which is applied to a mobile terminal and comprises a processor, an infrared time-of-flight distance measuring sensor, a structured lightassembly and a visible light projector. The processor is used for controlling the infrared time-of-flight distance measuring sensor to determine depth information of a target carrier; the processor is used for comparing depth information with a set threshold value to obtain a comparison result; according to the comparison result, the processor controls the structured light assembly to collect three-dimensional feature information of the target carrier; the processor is used for superposing virtual data with the target carrier according to the three-dimensional feature information of the target carrier; and the visible light projector is used for projecting data generated by superposing the virtual data and the target carrier. The embodiment of the invention further discloses a projectionmethod and a computer readable storage medium.

The disclosed device is composed of three pieces of convex lens, one beam splitting plate, and one plane reflector. The said three pieces of convex are placed in parallel and their central lines are coincident. Passing through lens 1 and being received by lens 2, the inquiring light becomes a narrow beam, which is divided by the beam splitting plate into transmitted light and reflected light. The transmitted light reaches to detector in electrooptical signal conversion and information processing part of receiver. Reflected by the plane reflector, reflected light forms an echo wave, which is returned parallel to direction of the inquiring light. May added into the device, diaphragm and filter carries out filtering for inquiring light in space and frequency in order to reduce stray light and noise generated from background radiation. Thus, detecting SNR of answering party is raised. Modulator added modulates echo wave. Features are: small wastage, simple structure, raised SNR etc.

This invention provides an insulated plug with an RFID tag including a main body and the RFID tag. The main body includes a conductive rod. The RFID tag includes a tag antenna and a tag chip connected at a feeding part of the tag antenna. The tag antenna includes a substrate and an antenna structure. The substrate has an installation hole, and the conductive rod passes through the installation hole and is fixed with the installation hole. The antenna structure is disposed at the substrate and includes a radiation part, a reflection part and a connection part. The radiation part is formed at one end of the substrate and has a feeding part. The reflection part is formed at the other end of the substrate and is closed. The connection part is disposed at the substrate and is electrically connected with the radiation part and the reflection part.

The invention discloses a self-powered active RFID tag system based on Bluetooth, which comprises a human energy collecting device, a power management circuit, an energy storage unit, a voltage stabilizing circuit and a Bluetooth module. The human energy collecting device converts human energy into AC electric energy greater than 50V. The power management circuit receives the alternating current energy of the human body energy acquisition device, converts the alternating current energy into direct current energy, and then carries out voltage reduction treatment. The energy storage unit storesthe DC electric energy outputted from the power management circuit. The voltage stabilizing circuit stabilizes the DC energy outputted from the energy storage unit to the DC energy less than or equalto 12V and outputs the DC energy to the Bluetooth module. The Bluetooth module performs signal transmission in a broadcast form in a power supply state smaller than or equal to 12V as a RFID tag signal source. The invention firstly proposes that the human body energy can be applied to an active RFID tag based on Bluetooth through the energy acquisition device.

The invention discloses a scene self-adaptive system for improving vehicle-mounted infrared thermal imaging recognition accuracy, which belongs to the technical field of vehicle-mounted infrared thermal imaging, and comprises a system starting module, a vehicle speed acquisition module, a parameter mapping module and a target recognition algorithm module, wherein the output of the system startingmodule is electrically connected with the vehicle speed acquisition module; the output end of the vehicle speed acquisition module is electrically connected with a GPS module and an OBD interface, andthe output end of the GPS module and the output end of the OBD interface are both connected with a parameter mapping module. According to the system, in a high-speed environment, the dangerous targetidentification distance and the long-distance dangerous target identification accuracy can be greatly improved, and the driving safety is ensured; in a low-speed environment, the vehicle speed is lower than a threshold value, the vehicle belongs to an urban area or a road section with complex road conditions, a long-distance dangerous target is insufficient to cause driving safety and priority detection accuracy, and the interference of target false identification and false early warning on a driver is greatly reduced.

The present invention relates to a wireless power transmission device formed so as to wirelessly transmit power to a wireless power reception device, wherein the wireless power transmission device comprises: a first coil formed so as to transform a current into a magnetic field; and a first metal member formed so as to cover at least a portion of the first coil, and, in the present invention, the first metal member changes an emission direction of a magnetic field formed in the first coil so as to allow the power to reach the wireless power reception device which is positioned on a side surface of the wireless power transmission device.

The invention discloses a key material monitoring method based on visual portable equipment, and belongs to the field of monitoring. A delivery notice, material order information and a key material transportation scheme are bound with portable monitoring equipment; monitoring information in the transportation process is transmitted to an Internet cloud platform through a mobile network according to a fixed time frequency, comparison is performed according to a preset index early warning threshold value, and through integration of the GIS map information, real-time monitoring, real-time early warning and real-time processing of the material transportation state are achieved, logistics transportation state information is shared, real-time monitoring on the material transportation process isachieved, monitoring on the material transportation condition is enhanced, and the transportation efficiency and the transportation quality are greatly improved. The invention has the advantages of real-time accurate positioning, real-time monitoring visualization, RFID intelligent identification, whole-course abnormal automatic early warning and sustainable recycling, realizes a continuous use mode of 'order-follow-goods and equipment-follow-order', and improves the supply guarantee capability and the comprehensive quality control capability. The invention can be widely applied to the electric power material transportation management field.

The invention discloses a water purifier multi-way anti-fake system which comprises a water purifier body and a filter element, wherein a control plate is arranged on the water purifier body; at least one filter element mounting hole is formed in the water purifier body; an RFID (Radio Frequency Identification Devices) radio frequency chip and a single chip microcomputer are arranged on the control plate; signal channels of a same number as that of the filter element mounting holes are formed in the RFID; each signal channel is connected with an antenna; an RFID tag is arranged at the end part of the filter element; an anti-fake recognition code is stored inside the RFID tag; the antenna is used for transmitting a radio frequency signal transmitted from the RFID radio frequency chip and used for receiving the anti-fake recognition code transmitted back from the RFID tag; and the single chip microcomputer is used for switching on and off of the signal channels and used for judging whether the anti-fake recognition code transmitted back from the RFID tag is correct or not. By adopting the water purifier multi-way anti-fake system, multi-way anti-faking is achieved through one radio frequency chip.

A method for increasing the effective distance of the face recognition and license plate recognition of a police helmet comprises the following steps that S1, at least two prime lenses are installed on the police helmet, the prime lenses at least comprise a short-focus lens and a long-focus lens, and the two adjacent lenses are distributed at intervals; s2, the short-focus lens and the long-focus lens shoot images of the target object at the same time, the images shot by the short-focus lens are short-focus images, and the images shot by the long-focus lens are long-focus images; a face and a license plate are recognized through the short-focus image and the long-focus image; the short-focus image and the long-focus image are analyzed by using software so as to judge the target distance and/or judge the definition of the short-focus image and the long-focus image respectively; s3, a short-focus lens and a long-focus lens are automatically switched according to the judged target distance; or the target distance is judged according to the definition of images shot by different lenses, and the working lenses are automatically switched; and S4, a clear target image is shot by using a lens suitable for the target distance, and the image is displayed to a user.