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.

The invention relates to an electro-optical distance measurement device comprising a signal generator for generating a high-frequency signal, an emitter for sending out measurement light which is subjected to the frequency modulation of the high-frequency signal to an object to be measured, an optical-electric receiving and converting device which receives reflected measurement light reflected from the object to be measured and generates a corresponding high-frequency reflection measurement signal, a phase detector which can carry out mixing processing on the high-frequency signal and a signal processing device used for determining a distance to be measured, wherein the high-frequency signal is input in the phase detector and is mixed with the high-frequency reflection measurement signal in the phase detector to generate a direct current signal, and the direct signal contains phase information for determining the distance to be measured. Since the high-frequency signal and the high-frequency reflection measurement signal which are generated and processed by the electro-optical distance measurement device have the same frequency, the beat interference on a circuit board and the electrical interference among elements in the electro-optical distance measurement device are effectively avoided.

In a TSC structure, a first dielectric layer is formed over a first major surface of a substrate; the substrate includes a second major surface opposite to the first major surface; a TSC is formed inthe first dielectric layer and the substrate, and the TSC is enabled to pass through the first dielectric layer and extend into the substrate; a conductive plate electrically coupled with the TSC is formed over the first dielectric layer; an isolation trench is formed in the substrate to surround and be spaced apart from the conductive plate; a second dielectric layer is formed on the second majorsurface of the substrate; a first plurality of vias extending into the substrate and connected to the TSC are formed in the second dielectric layer; and a second plurality of vias extending into thesubstrate but not connected to the TSC are formed in the second dielectric layer.

The invention belongs to the technical field of clothes treatment, and aims at solving the problem that if an atomization device in existing clothes treatment equipment adopts a split structure, the installation difficulty is high. Therefore, the invention provides an atomization device used for clothes treatment equipment and the clothes treatment equipment. The clothes treatment equipment comprises a clothes containing cavity, the atomization device comprises a first module, a second module and an atomization generator, and the atomization generator is arranged between the first module and the second module. An outlet of the atomization generator faces the interior of the clothes containing cavity, a connecting protrusion is arranged on the first module, a connecting groove is formed inthe second module, a chamfer structure is arranged on the side, facing the connecting groove, of the connecting protrusion, the chamfer structure is arranged to be capable of allowing the connecting protrusion to smoothly enter the connecting groove, and therefore the connecting protrusion is connected with the connecting groove. According to the atomization device and the clothes treatment equipment, the installation difficulty of the atomization device in the clothes treatment equipment can be reduced, and the installation efficiency can be improved.

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.

In a TSC structure, a first dielectric layer is formed over a first major surface of a substrate. The substrate includes an opposing second major surface. A TSC is formed in the first dielectric layer and the substrate such that the TSC extends through the first dielectric layer and 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 and be spaced from the conductive plate. A second dielectric layer is formed on the second major surface of the substrate. A first plurality of vias extending into the substrate and connected to the TSC are formed in the second dielectric layer. A second plurality of vias extending into the 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 discloses an anti-static and anti-interference PVC data line and a preparation and molding method thereof, comprising a plurality of twisted inner protective wires and an outer protective layer wrapping the inner protective wires; the inner protective wires include wires The body, the outer surface of the wire body is sleeved with an inner protective sleeve, the outer surface of the inner protective sleeve is sleeved with an outer protective sleeve, and there is a gap between the inner protective sleeve and the outer protective sleeve, and the outer wall of the inner protective sleeve The inner wall of the outer protective sheath is fixed by connecting strips and the annular array of connecting strips is arranged in the gap, and the outer surface of the outer protective sheath is wrapped with a metal shielding layer; the outer protective layer is wrapped with a fiber layer from the inside to the outside , insulation layer, electromagnetic shielding layer and outer sheath. The data line prepared by the invention has good antistatic properties and anti-electromagnetic interference, so that the data line is suitable for long-term use in some strong electromagnetic environments.

The invention provides an internal discharge mode recognition method for a transformer, which is characterized in that: a singularity index of a signal waveform is extracted from a discharge acoustical signal of a transformer with a known internal fault; singularity indexes of signal waveforms corresponding to various discharge modes are collected, and an acoustical signal feature library for various discharge modes is established; the waveform of a discharge acoustical signal of the monitored transformer is monitored and obtained, and the singularity index of the signal waveform is extracted; the singularity index of the signal waveform of the discharge acoustical signal of the monitored transformer is compared with the acoustical signal feature library, and if the singularity index of the signal waveform of the discharge acoustical signal of the monitored transformer is the same as the singularity index in the feature library, the corresponding discharge mode is determined. The invention further provides an internal discharge fault diagnosis system for the transformer, which is based on the method. According to the method, the internal discharge acoustical signal of the transformer is precisely and stably monitored, the internal discharge mode recognition is performed accurately, and a fault can be found in time through analysis and process of the monitored acoustical signal.