42results about How to "Avoid electrical interference" patented technology

An integrated bodily fluid sampling device includes a lancet, a test strip attached to the lancet, and a flexible sheet extending from the test strip. The lancet and the flexible sheet form a gap sized to draw bodily fluid onto the test strip via capillary action. Further, a sampling end portion of the flexible sheet is shaped to enhance capillary action of the sheet. In one form, a removable film covers the lancet and forms a seal with the flexible sheet such that the seal surrounds a lancet tip. In another form, an insulating layer covers a portion of the lancet to prevent electrical interference between the lancet and an electrical testing system on the test strip and ensure an accurate analysis of the bodily fluid.

In order to further develop a circuit arrangement (100), in particular an active shield, as well as a method for identifying at least one attack on the circuit arrangement (100), wherein test data are generated, the test data are transmitted via at least one group of data lines (50) being designed for carrying data signals in the form of regular data and/or in the form of the test data, the transmitted test data are received, the received test data are compared with expected test data, and any discrepancy between the received test data and the expected test data is ascertained or determined, in such way that less power is required for examining, in particular for identifying, if the circuit arrangement (100) has been attacked, it is proposed that part of the group of data lines (50) is selected to carry new or most recent test data having been generated.

An electromagnetic wave measuring apparatus includes: a reception antenna receiving an electromagnetic wave generated from an electronic apparatus placed at a predetermined distance away; an antenna mast holding the reception antenna; and a base portion fixing an end of the antenna mast vertically to a floor, the base portion having a flat bottom surface opposed to the floor, the bottom surface and the floor forming a gap of 2 mm or less therebetween and being capacitively coupled to each other. The base portion includes a mast-fixing portion having a height of 45 mm or less vertically to the floor and fixing the end of the antenna mast, a power portion being disposed at a position away from the reception antenna and generating power, and a power transmission portion transmitting the power generated by the power portion to the reception antenna and vertically moving the reception antenna along the antenna mast.

The invention provides a display panel and a preparation method thereof and a display device. A light shielding layer and a display device which realize the hole imaging function are respectively arranged on the two opposite surfaces of an underlying substrate, and a photosensitive image sensor is arranged under the light shielding layer. The light shielding layer is trepanned so that the hole imaging function can be realized and the fingerprint identification function under the screen can be achieved. The position of the light shielding layer for hole imaging is changed and the light shielding layer is arranged on the back surface of the underlying substrate away from the display device, so that the display device can be away from the light shielding layer, and the electrical interference of the light shielding layer won the display device can be avoided. The display device and the light shielding layer are manufactured on different surfaces of the underlying substrate and the difficulty and the complexity of the manufacturing process can be reduced. The light shielding layer for realizing the hole imaging is arranged on the back surface of the underlying substrate so that the hole of the light shielding layer is closer to the photosensitive sensor, the signal intensity received by the photosensitive image sensor can be improved and the photosensitive image sensor is more favorable for accurately and quickly identifying the fingerprints.

In the TSC structure, a first dielectric layer is formed over the first major surface of the substrate. The substrate includes opposing second major surfaces. A TSC is formed in the first dielectric layer and the substrate such that the TSC passes through the first dielectric layer and extends into the substrate. A conductive plate electrically coupled to the TSC is formed over the first dielectric layer. An isolation trench is formed in the substrate to surround the conductive plate and is spaced apart from the conductive plate. A second dielectric layer is formed on the second major surfaceof the substrate. A plurality of first through holes extending into the substrate and connected to the TSC are formed in the second dielectric layer. A plurality of second through holes extending intothe substrate but not connected to the TSC are formed in the second dielectric layer.

A spaceborne equipment isolation and guarantee system relates to the field of electrical isolation of spaceborne equipment on satellites, and solves the problems that a power supply and a data link in existing spaceborne equipment are correlated with each other, the noise interference can be easily introduced, the reliability between communication units is poor, the system performance is further affected, and the like. The spaceborne equipment isolation and guarantee system comprises a power supply energy transmission and control system and a ZigBee wireless data transmission system, wherein a solar cell array supplies power to the power supply energy transmission and control system; the power supply energy transmission and control system distributes power to the spaceborne equipment through a QI wireless energy transmission technology, the spaceborne equipment is connected with a spaceborne center computer through a ZigBee wireless data transmission technology, and the spaceborne center computer is communicated with the power supply energy transmission and control system through a CAN bus. According to the spaceborne equipment isolation and guarantee system disclosed by the invention, each spaceborne equipment is a truly independent unit and does not have a direct electrical connection with other equipment, and thus the spaceborne equipment is completely in an electrical isolation state with other equipment, and the stability and reliability of the system can be improved.

The invention relates to a support controller for an electrohydraulic control system. The support controller is mainly characterized by comprising an MCU processing unit, a wireless transceiving unit and two paths of power supply systems. The MCU processing unit is respectively connected with the wireless transceiving unit, two CAN transceivers, a human-machine interaction unit, a data acquisition unit, an infrared receiver and a magnetic valve driver, and the magnetic valve driver is connected with a magnetic pilot valve; one path of power supply system is connected with and supplies power to the MCU processing unit, the wireless transceiving unit, the two CAN transceivers and the human-machine interaction unit; the other path of power supply system is connected with and supplies power to the infrared receiver, the data acquisition unit, the magnetic valve driver and the magnetic pilot valve. The support controller for the electrohydraulic control system is reasonable in design, data transmission is carried out in a wireless transmission mode and in a manner that the two paths of power supply systems are adopted, automatic control function demands of a hydraulic support are met, the resource utilization ratio of the support controller is improved, the use of auxiliary equipment is reduced, and failure rates are lowered.

The invention provides a power cord plug with a wireless module, comprising a plug case, a power harness, a live wire insert and a neutral wire insert, wherein the power harness is respectively connected to the live wire insert and the neutral wire insert in series. The invention further comprises a wireless communication component installed inside the plug case; the communication wire built in the power harness is electrically connected with the wireless communication component; the plug case comprises an upper cover and a bottom cover; and the live wire insert and the neutral wire insert arerespectively riveted with the bottom cover. The invention adopts a built-in wireless communication component to minimize the influence of electrical appliances of the electrical equipment, and effectively avoid electrical interference of the electrical equipment itself. The invention has the advantages of ingenious structure, reasonable design, strong practicability and convenient promotion.

In a method of assembling a lower electrode mechanism, after a support tube and an electrode holder are integrally assembled, a cylindrical assembly case is inserted into the support tube from the bottom to align an elongated hole of the support tube with an elongated hole of the assembly case to assemble them. The rod assembly is inserted into the tube from the upper part of the electrode holder. The lower end of the rod of the rod assembly is placed to a position visible through the elongated hole of the support tube. A protruding bar is inserted into the support tube, the base end of the protruding bar is fixed to the lower end of the rod, and the slide sensor is attached to the support tube while the distal end of the protruding bar and detector of the slide sensor are connected.

The invention provides a motor control system for water treatment engineering. The motor control system comprises an MCC low-voltage cabinet, a PLC/DCS controller and a spot operation box, wherein thePLC/DCS controller comprises a signal input module and a signal output module; the signal input module is connected with the MCC low-voltage cabinet; the motor control system furthermore comprises acontactor which is located on the MCC low-voltage cabinet and is used for controlling the ON/OFF of a motor main circuit; a coil of the contactor is connected with a motor control loop and is controlled through the signal output module of the PLC/DCS controller; an intermediate relay is connected with two ends of a coil loop of the contactor in parallel; when a manual/automatic switching switch isswitched to a contact corresponding to an automatic control manner, the intermediate relay is closed; the intermediate relay is connected with the signal input module of the PLC/DCS controller; and an opening or closing state signal of the intermediate relay serves as an automatic control manner signal and is transferred to a weak current digital input end of the signal input module of the PLC/DCS controller.

The invention, which relates to the technical field of LCD short circuit detection, provides an LCD short-circuit detection circuit. A multi-path parallel short-circuit detection system is establishedthrough an acquisition module, a detection module and a multi-path gating device. Under the support of a CPU, an LCD short-circuit detection method is adopted. A detection module is used for carryingout voltage division on a reference voltage; the CPU collects a voltage of a corresponding pin by using the acquisition module; and the collected voltage is compared with a preset normal voltage or arange to analyze a pin with a short-circuit problem and a short-circuit type rapidly, so that the time cost of short-circuit analysis of the LCD signal line is lowered and the short-circuit detectionefficiency is improved. On the basis of the alternative characteristic of the multiplexer, a short-circuit detection system and a CPU driving signal line are distinguished; short-circuit signal detection of an isolated driving lightening signal is carried out before the driving lightening, so that the electrical interference of the short-circuit detection system on the LCD load driving signal iseffectively eliminated and the signal attenuation of the driving signal is avoided.

The invention discloses a turnover type liquid level sensor detection device. The device comprises a control cabinet with a controller and a display, the control cabinet is provided with a pair of bases, a turnover table is movably installed through the bases, and the turnover table is provided with a fixing support used for fixing a liquid level sensor and a wiring terminal used for wiring of theliquid level sensor and transmitting detection signals to the controller; the turnover table is further connected with a driving mechanism, and the driving mechanism drives the turnover table to do reciprocating turnover motion with the base as the fulcrum. The detection device adopts a turnover type motion structure, the blocking influence of a heating pipe is avoided, and the stable and rapid full-pipe-section movement of the floater is realized by utilizing the self weight, so that the detection of the performances such as the precision of the liquid level sensor is completed; the detection device further has the advantages of being convenient to operate, low in cost and the like, and compared with traditional motor driving, the pneumatic or hydraulic driving mechanism adopted by the detection device can effectively avoid electric interference and improve the safety and stability of equipment.