31results about How to "Eliminate wiring" patented technology

The invention provides a centralized digital transformer substation system. By adopting various new technologies and new devices, a new level centralized multifunctional intelligent device and a system are realized, thereby laying the foundation for the construction of a digital electric network. Based on an IEC 61850 standard, high speed Ethernet exchange and a virtual local area network (VLAN) technology, the system constructs a digital transformer substation information model and a communication network, and realizes sharing of information of the whole substation. On the basis, function integration of a digital transformer substation is realized and a system structure is simplified. A bay level multifunctional intelligent electronic device, i.e. a system controller integrates the functions of protection, measurement and control, wave recording and the like into a whole, and greatly simplifies the bay level device and wire connection; a process level intelligent terminal integrates the functions of a merging unit and an intelligent operation box into a whole; and all devices of each level provide models and interfaces conforming to the IEC 61850 standard.

An apparatus for driving and controlling a car has a large gear directly connected to a wheel shaft of the car, small gears meshing with the large gear, AC motors connected to the small gears, respectively, and inverters whose AC output sides are connected to the AC motors, respectively, and whose DC input sides are connected in series in multiple stages to a high-voltage DC power source. Torque for driving the large gear connected to the wheel shaft is divided and borne by the small gears, so that each small gear receives small torque. This enables each tooth of each gear to have small mechanical strength. As a result, the cross-sectional area of each tooth of each small gear can be reduced to increase the number of teeth of the large gear that meshes with the small gears, to increase a gear ratio defined by the large and small gears. The DC input terminals of the inverters are connected in series to the high-voltage DC power source, and a DC input voltage for each inverter is reduced to a standard inverter level. Consequently, the inverters of the apparatus may be mass-produced standard inverters.

Device body (2) with heating chamber (4), and door (3) that opens and closes opening (5) of heating chamber (4). A door wireless communication unit (17) transmits a control signal from an operation unit provided on door 3 in the form of a wireless signal to main wireless communication unit (19). This configuration eliminates the need of wiring between the operation unit and device body (2). No wiring improves noise resistance and productivity.

An electronic control unit for a vehicle system that includes at least one acceleration sensor and at least one angular rate sensor for generating data concerning motion of the vehicle relative to vehicle reference axes.

The invention discloses a scene self-adaptive smart window based on multiple sensors. The smart window is composed of a single-chip microcomputer, a stepping motor module, multiple sensor modules including a raindrop sensor, a temperature and humidity sensor, a smog sensor, an air quality sensor and a human body pyroelectric infrared sensor, a human-computer interaction module, an alarm module, apower supply module, a window cleaning module, an infrared transmission module, a clock module and an air humidifier. According to the scene self-adaptive smart window, the rich functions of automatically opening and closing the window when it rains, discharging out indoor harmful gas in time, avoiding outside air pollution, achieving invasion short-message warning, achieving manual and automaticmode switching, displaying time, air quality and temperature information in real time, controlling startup and shutdown of an air conditioner and the air humidifier to adjust the indoor environment, collecting rainwater to clean the window and the like can be achieved; and a solar panel is matched with a mobile power source for supplying power to a whole system, energy is saved, meanwhile, the trouble of grooving wiring is omitted, and convenience of mounting of the smart window is increased.

A car wash controller for receiving input data from a plurality of remote input devices and for controlling the operation of multiple remote output electrical devices. The central controller is coupled to a series of input boards by a communication cable, such as a telephone cable, to receive input data from the input electrical devices. The input boards can be coupled to each other to reduce the amount of wiring within the car wash environment. The central controller is further connected to a series of output relay boards, each of which are connected to a supply of power. The central controller is connected to the output relay boards by a communication cable such that an output command can be sent to each relay board to supply electrical power to the output electrical devices. The relay boards can be coupled to each other to reduce the amount of wiring within the car wash environment.

The invention provides a TCMS host machine controller which comprises an integrated circuit board, wherein components are arranged on the integrated circuit board and comprise a processing module, anautomatic train operation module ATO and a vehicle control unit VCU; the ATO and the VCU are in line connection with the processing module; an interactive signal between the ATO and the VCU is transmitted through a line distributed by the processing module; the ATO is a unit module in a VOBC system; and the VCU is a unit module in the TCMS. According to the TCMS host machine controller, the ATO and the VCU are integrated on the same TCMS host machine controller, during the communication process of the ATO and the VCU, the system-level communication mode realized through an Ethernet bus and a multifunctional train communication bus currently is converted into the communication mode between integrated circuit boards in a host machine, so that complicated wiring among a plurality of host machines is avoided, the space occupied area of the equipment is reduced to lower the cost.

A manipulator includes a flexible actuating body, that includes a rectangular horizontal plate spring, a curved vertical plate spring which stands upright having a plate surface perpendicular to a plate surface of the horizontal plate spring, of which a base end is connected to one end of the horizontal plate spring in a longitudinal direction, which protrudes to one side in a width direction of the horizontal plate spring, which extends along the longitudinal direction of the horizontal plate spring, and of which a tip end in the extending direction is a portion bent in a direction opposite to the protruding direction, a shaft body which is connected to a tip end of the bent portion, and is rotatably supported at a center perpendicular to the plate surface of the horizontal plate spring, and an actuator protruding in a radius direction from an outer circumference of the shaft body.

The invention discloses an intelligent cloud kitchen display for catering. The intelligent cloud kitchen display for catering comprises an information processing module, a wireless communication module, a display module and a radio frequency identification module, wherein the wireless communication module is used for receiving ordering information sent by a front-desk ordering system and sending real-time state information of a dish production to the front-desk ordering system; the information processing module processes dish information received by the wireless communication module; the display module displays the dish information; and the radio frequency identification module is used for reading information of a radio frequency label on the dish. The intelligent cloud kitchen display for catering, disclosed by the invention, has the advantages of realizing electronization of menus in the kitchen and intelligent management for real-time updating of the dish state, improving work efficiency and lowering operating cost.

The invention belongs to the technical field of Internet of Things smart cities. The invention specifically discloses a street lamp fault monitoring method based on a wireless ad hoc network. According to the method, an air switch and a Hall sensor are arranged on a street lamp loop, the states of voltage and no current on the street lamp loop are monitored, whether the street lamp breaks down ornot is judged according to the duration time and amplitude of the states of voltage and no current, and fault information of the street lamp is collected and then sent to a user cloud server through an NBIOT. Maintenance personnel can discover street lamp faults in time, and manpower and material resources invested in troubleshooting of street lamp fault states in a manual inspection mode are saved.

The invention discloses a structure of a case connection scheme without cables. The structure comprises a case component (13), a bottom board (10), a plurality of rear plugboard (3), an aviation plugboard component (2), a rear panel component (1) and a fixed device (4), wherein the aviation plugboard component (2) comprises an aviation plug printed board (9), a plurality of aviation plugs (5) anda fixed block (6); the aviation plugboard component (2) is connected with the rear plugboard (3) through a connector A; the rear plugboard (3) is connected with the bottom board (10) through a connector B; the fixed device (4) ensures that the rear plugboard (3) is smoothly plugged into a guide rail (12); all the rear plugboards (3) are plugged into the case component (13) through the guide rail (12). The structure cancels wire harnesses inside a case, improves the reliability of the case, reduces assembly hours, and further improves the heat dissipation performance of the case.

The invention relates to an indoor wireless network fault point diagnosing and positioning system, comprising a monitoring center, a plurality of monitoring terminals and a plurality of wireless sensors, wherein, the monitoring center is respectively connected with the monitoring terminals through the wireless network; each monitoring terminal is connected with at least one wireless sensor; the wireless sensor comprises a signal acquisition unit, a signal processing unit and a signal transmitting unit which are connected in sequence, wherein, the signal acquisition unit outputs the acquired signal to the signal processing unit; and the signal processing unit is responsible for filtering, demodulating and decoding the acquired wireless signal, and outputs the processed signal to the signal transmitting unit. The system adopts low-cost wireless sensors, realizes signal detection on the wireless environment covered by room antennae, thus diagnosing and accurately positioning the indoor covered fault point.

The comprehensive household radio multimedia access equipment as one kind of household radio information transmitting equipment consists of RF module, base band module, embedded platform, outer network adapting card, telephone controller, LAN card and other network interface cards. The telephone controller has outer terminal connected to PSTN, LAN card has outer terminal connected to LAN and other other network interface cards have the outer terminal connected to OVDA; the input of the outer network adapting card is connected separately to the output of the telephone controller, LAN card and other network interface cards; the input of the base band module is connected to the output of outer network adapting card; the input of the RF module is connected to the output of the base band module and output connected to emitting antenna; the outer network adapting card is connected to inside unit via a 16-bit.

The invention relates to the field of intelligent ODNs, and discloses a system for managing ODN equipment movably and conveniently. The system comprises at least one ODN equipment, an ODN network management server and an intelligent mobile management terminal; each ODN equipment comprises a box electronic label; furthermore, each box electronic label corresponds to a set of user names and passwords; the ODN network management server is used for generating a work order file according to to-be-operated information of the ODN equipment; the intelligent mobile management terminal is used for obtaining the box electronic label, and being connected after performing authentication with the ODN equipment according to the user names and passwords corresponding to the box electronic label; and the intelligent mobile management terminal is also used for obtaining the work order file, and sending a work order file execution instruction to the ODN equipment according to the work order file, wherein the intelligent mobile management terminal communicates with the ODN network management server and the ODN equipment based on a wireless network. The invention further discloses a method for managing the ODN equipment movably and conveniently. By means of the system and the method disclosed by the invention, the ODN equipment management flexibility can be effectively improved.

The invention discloses an electrical outdoor-screen connecting device, which comprises a display module, wherein both edges of the display module are respectively provided with an inserting slot, a control module is arranged on the display module, a wire-separating module, an integrated-control circuit board and a switching power supply are arranged in the control module, the edges of the control module are provided with plugs matched with the inserting slots, the integrated-control circuit board and the switching power supply are electrically connected with the plugs through the wire-separating module, and the plugs are preferably D-type interfaces to ensure that the control module can be correctly installed and avoid reversed installation; through the reasonable design of the connecting device, convenient and simple disassembly and assembly are realized by utilizing the integrated-designed control module through the inserting slots, so that not only is the installing efficiency greatly improved, the installation can be finished by only installing the control module on the display module through the inserting slots, the integrated control for the display module is realized by utilizing the integrated-control circuit board and the switching power supply, and an original complicated wiring process is saved, but also the electrical outdoor-screen connecting device is also easier to maintain and has a good practical value.

The invention relates to SDH (Synchronous Digital Hierarchy)-based Ethernet data remote transmission electric power communication equipment. The SDH-based Ethernet data remote transmission electric power communication equipment comprises an Ethernet communication assembly, an electric power SDH communication private network device and a telemechanical host computer, and the SDH-based Ethernet data remote transmission electric power communication equipment is characterized in that the Ethernet communication assembly comprises a dispatching front-end processor which is arranged at an electric power dispatching center end which is a master station end; and a network switch is connected to the dispatching front-end processor; simultaneously, the Ethernet communication assembly is connected with the electric power SDH communication private network device through a first converter; the first converter is bidirectionally connected with the network switch in the Ethernet communication assembly and the electric power SDH communication private network device respectively; the electric power SDH communication private network device is connected with the telemechanical host computer through a second converter; and the second converter is bidirectionally connected with the electric power SDH communication private network device and the telemechanical host computer respectively. By adopting the SDH-based Ethernet data remote transmission electric power communication equipment, the transparent communication from a prepositive server at a dispatch automation master station to the telemechanical host computer is realized, and the follow-up maintenance work is reduced, thus the space in a machine room is saved, the complicated wire distribution is avoided, and the whole working efficiency is improved.