106 results about "BNC connector" patented technology

A driver tool for coaxial cable connectors is provided. The tool can drive both F-series coaxial cable connectors having a hex sleeve and BNC coaxial cable connectors having a bayonet sleeve. The driver tool has a socket which includes a first drive surface in the form of a plurality of flat segments formed on the socket and engageable in rotationally interlocking relation with the hex sleeve of an F connector. The socket also has a second drive surface in the form of a collar sized for frictional engagement in rotationally interlocking relation with the bayonet sleeve of a BNC connector. A longitudinal slot in the sleeve accommodates a coaxial cable. A handle and shaft connect to the socket.

The push-on latching function of a male BNC latch carried in a housing, and the positive locking of fully mated male and female connectors, are performed by three parts: The first is a male double shell assembly having two male sleeves that receive an intervening BNC female shell. An outer portion near the middle of the male double shell carries several turns of an exterior left-hand thread. The second is a spring biased self-latching BNC latch having an interior bore by which it snugly engages, and then rotates upon, the exterior of the male double shell. One end of the BNC latch has ramps and detents for engaging the bayonet pins of a female BNC connector, and the other end has a section of exterior right-hand threads proximate the exterior left-hand threads of the male double shell. The third is a barrel that has a bore therethrough with both left and right hand internal threads that engage the exterior threads of the BNC latch and the male double shell. Rotation of the barrel in one direction causes the BNC latch to move toward the male double shell, and pulls the male assembly toward the female connector for full and locked mating.

A cable interface system for a high availability, high frequency cable network. An example embodiment includes a Radio Frequency Matrix Switch which connects N cable head ends with N+1 Cable Modem Termination Systems by a set of coaxial cables having 75 ohm BNC connectors in the forward path and 75 ohm connectors in the return path. Push-on type connectors along with reduced size connectors and cables provide increased access to connection points on interface panels. Angled interface panels on the Radio Frequency Matrix Switch provide increased connector space. Grouping of connection points on a the Radio Frequency Matrix Switch simplifies installation and replacement of cables. The Radio Frequency Matrix Switch can immediately switch a spare Cable Modem Termination System into service as necessary to avoid down time.

A hybrid connector for directly connecting with a female BNC connector and a female TNC connector is provided. The hybrid connector includes a pin, a body, and an outer shell. A distal end of the pin is housed in a dielectric, the dielectric is housed in the body, and a proximate end of the body is housed in the outer shell. The outer shell includes a screw thread that advances axially from a proximate end thereof along an interior surface of the outer shell, and first and second bayonet locking mechanisms disposed therein.

A miniature BNC connector assembly having reduced dimensions includes a plug-side connector configured for engagement with a jack-side connector to form an electrical connection. The plug-side connector includes a plug-side connector body and a bayonet sleeve rotatably connected to the connector body. The bayonet sleeve has an outer diameter not greater than approximately half an inch.

The invention relates to an online inspection method of three-phase cross interconnected electric cable intermediate head partial discharge. The online inspection method of the three-phase cross interconnected electric cable intermediate head partial discharge comprises the following steps of (1) connecting three capacitive sensors with bolts, (2) connecting the three capacitive sensors with cable cores, (3) connecting the cable cores with detecting impedance, (4) connecting three pieces of detecting impedance and the outer skin of sensor electric cables and connecting the three pieces of detecting impedance and the outer skin of the sensor electric cables with the ground, (5) connecting the three pieces of detecting impedance with protective gaps in parallel, (6) connecting the detecting impedance with bayonet nut connectors (BNC), (7) connecting the BNC connectors with a oscilloscope, and (8) judging whether the electric cables have partial discharge through the oscilloscope. The online inspection method of the three-phase cross interconnected electric cables intermediate head partial discharge has the advantages of being used in detection when the electric cables run online, free from influences on power supply of a circuit, enabling the capacitive sensors and the detecting impedance to be installed in a interconnection box, only three measuring electric cables to be led out of the BNC connectors on the outer wall of the interconnection box in measurement and the measurement to be convenient, being safe and reliable, enabling a user to observe graphic information of detection signals directly through the oscilloscope and being capable of judging whether the electric cables have the partial discharge.

A module type mini BNC connector includes a metal outer casing, a front insulator, a terminal and a rear insulator. The metal outer casing is provided with a locating cylinder and a joining chamber with an opening communicates with the inner side of the locating cylinder. The front insulator is fitted in the locating cylinder with a piercing hole. The terminal has a front section and a rear section with the front section being joined to the piercing hole with a tail end extending to the joining chamber and the rear section being joined to the tail end. The rear insulator with a piercing hole is joined to the rear section of the terminal and is fitted to an inner side of the joining chamber at the opening thereof.

A probe pod housing is connected by a cable to an active probe. The probe pod housing carries a male push-on precision BNC connector that is also a cross-series adapter. The center conductor of the cable receives a male connector that then mates with the non-BNC end of the cross-series adapter. Auxiliary conductors that may also be carried by the cable are connected to male pins (soldered to a circuit board carried within the probe pod) with a push-on female in-line connector. The active probe itself uses a soldered-to-the-shield threaded nut technique. The nut threads into a metallic body that contains the impedance converter and that is enclosed by the body of the active probe. The cable is replaced by first unsoldering the center conductor (and also any auxiliary conductors). Then the nut (which is still soldered to the shield) is unscrewed from the metallic body, and the cable is free from the probe. At the probe pod end the cable mounted male connector is simply unscrewed from the cross-series adapter, and any auxiliary conductors disconnected by removing the female wire-mounted in-line connector.

A positive locking push-on 3.5 mm (or other diameter, such as 2.4 mm) connector is provided by retaining an existing bayonet lug and latch style push-on latch mechanism and associated male and female outer conductor shells, but which is sized for 3.5 mm use, while providing SMA/APC-3.5 style male and female center conductor pins that are held in place within their respective outer conductor shells by RF beads that are part of a unitized transmission line subassembly. Alteration of certain axial dimensions of the outer conductor shells prevents the accidental mating of the 3.5 mm bayonet connector with a BNC connector of the opposite gender, and does so in a way that prevents damage to any of the center pins.

An assembly used to adapt an external post connector, such as a BNC type connector of a microsurgical optic fiber instrument to a threaded SMA type bushing of a light source includes an adapter that can be threaded on the bushing of the light source and is also connectable to the BNC connector.

A miniature BNC connector assembly having reduced dimensions includes a plug-side connector configured for engagement with a jack-side connector to form an electrical connection. The plug-side connector includes a plug-side connector body and a bayonet sleeve rotatably connected to the connector body. The bayonet sleeve has an outer diameter not greater than approximately half an inch.

Provided with a method of and circuit for automatically selecting a signal without using a separate signal selecting switch and for displaying the content of the signal by way of OSD (On Screen Display), the circuit including: a D-sub connector for transmitting a D-sub synchronous signal applied from a D-sub signal cable; a BNC connector for transmitting video signals and synchronous signals applied from a computer via a BNC signal cable; a selector for selecting one of the signals applied from the two connectors in response to a switching signal; and a microcomputer receptive to the BNC/D-sub signal transferred from the selector, and sending a control signal for selecting the BNC/D-sub signal to the selector according to the presence of the synchronous signals and DPMS state.

A wireless sensor fixture system and method are disclosed in which an antenna block is provided that includes a plurality of grooves, wherein such grooves maintain a plurality of antennas located on a portion of the antenna block. A top locator block can be positioned above the antenna block, wherein the top locator comprises a top surface having depression thereon for receiving and locating a patch, which can receives wireless signals from the antennas for sensor testing thereof, wherein the patch comprises a SAW sensor and an RFID tag over-molded into the patch. Additionally, an antenna cover can be connected to the antenna block for protecting the plurality of antennas and wiring thereof. A BNC connector protrudes from the antenna block and is electrically connected to the plurality of antennas via the wiring thereof.

The present invention relates to an intellectual surveillance system and a monitoring method thereof. The intellectual surveillance system comprises a camera module and a terminal computer module, wherein the camera module is capable of monitoring and reacting various sudden situations, and then the camera module transmits images and messages of the situations to the terminal computer module through at least one BNC connector and at least one coaxial cable, further that, the terminal module is able to display the images and show a alert so as to complete a secure monitor without any RS-485 series communication port and digital IP camera. Besides, the intellectual surveillance system can control the actions of monitoring and reacting such situations automatically by using the monitoring method.

The invention discloses an LED display screen control method and system. The control system comprises a video signal processing module located at the front end, and an LED display screen drive module located at the rear end and connected with an LED display screen. The video signal processing module is used for receiving video signals from a video source, processing the video signals, converting the video signals into serial digital signals, and transmitting the serial digital signals to the LED display screen drive module through multiple coaxial cables, wherein BNC connectors are arranged at the two ends of each cable. The LED display screen drive module is used for receiving the serial digital signals, generating display data including the gray level, luminance and chroma according to the serial digital signals and driving the LED display screen to display digital data. The coaxial cables with the BNC connectors at the ends are adopted as the transmission medium, and therefore transmitting and displaying of ultrahigh-definition videos are supported, and screen blank, flash and various other display faults caused by unstable circuit connection can be avoided.

The invention discloses a jig plate for testing signals of a multifunctional vehicle bus (MVB) and a wire train bus (WTB). A WTB connector, an MVB connector, a bayonet nut connector (BNC), a test circuit, rectangular connectors, a logic analyzer probe, a universal meter probe and a power supply connector are arranged in the plate; the MVB connector and the test circuit are in two-way connection with the first rectangular connector; the WTB connector is in two-way connection with the second rectangular connector; the BNC connector, the first rectangular connector and the second rectangular connector are in two-way connection with a matrix switch; and the universal meter probe and the power supply connector are in two-way connection with the first rectangular connector. By utilizing the jig plate, the problems that probe accessories and the like of instruments and meters cannot be reliably interconnected with a bus connector and test data cannot be acquired quickly, precisely and efficiently during test in the prior art are solved, the speed of routing of a test signal, the test efficiency and the test precision are improved; and the automatic test is realized.

The invention discloses a railway environment vibration real-time monitoring and analyzing system which comprises acceleration sensors, an NI9075CompactRIO terminal, an NI9234 collection module and a railway environment vibration real-time monitoring and processing system. The acceleration sensors are placed at measurement points, the acceleration sensors at the measurement points are connected into four channels of the NI9234 module through BNCs, the NI9234 module collects vibration acceleration of the four measurement points at the same time and is inserted into an NI9075 computer case, and the NI9075 computer case is connected with a PC provided with the railway environment vibration real-time monitoring and processing system through an RJ-45 Ethernet port. The railway environment vibration real-time monitoring and analyzing system has the advantages of being capable of monitoring railway environment vibration data in real time, carrying out 1/3 octave frequency spectrum and Z-vibration-level real-time analysis display, and estimating influences of railway vibrations on the surroundings.

The invention relates to an electromagnetic ultrasonic probe which is characterized by comprising a preposition amplifying module, an isolating layer, a shell, a receiving coil and a permanent magnetic device; the top face of the shell is provided with a poking switch, a power line interface and a BNC connector, the inner side of the bottom face of the shell is provided with the isolating layer, the centers of the two side faces of the shell are provided with holes respectively, the preposition amplifying module is located in the shell and fixed to the inner side of the top face of the shell through a screw, and the receiving coil is pasted to the isolation layer; the receiving coil is connected with the input end of the preposition amplifying module through a signal line, the output end of the preposition amplifying module is connected with the BNC connector fixed to the shell, the poking switch controls the gear position of the preposition amplifying module, and the power line connector is connected with an external power source; the permanent magnetic device comprises a permanent magnetic body, a first curved magnetic boot, a second curved magnetic boot, a cross coupling and a mechanical knob, a permanent magnetic device is located between the two curved magnetic boots, and the middle of the permanent magnetic body is provided with a cross hole groove.