110results about How to "Reliable configuration" patented technology

In a communication apparatus on a network where communication apparatuses perform direct communication with other apparatuses, a providing apparatus that provides communication parameters, and a reception apparatus that receives the communication parameters are determined based on information indicating the capabilities of communication apparatuses existing on the network, and a transfer direction of the communication parameters is notified to the providing apparatus and the reception apparatus thereby determined.

A remote switch combination shower head includes a first shower head, a second shower head and a switch mechanism, wherein further comprising a fixing seat assembled to a support arm, the fixing seat is disposed with an inlet waterway connected to the support arm, a first diversion waterway and a second diversion waterway; the first shower head is assembled to the fixing seat and is capable of connecting to the first diversion waterway; the second shower head is a hand shower head connected to the second diversion waterway by a flexible pipe; the switch mechanism comprises a switch component and an operation component, the switch component is disposed to the fixing seat and is coupled to the inlet waterway, the first diversion waterway and the second diversion waterway, so that the waterways are switched by the movement of the switch component.

The invention relates to an automation system consisting of a plurality of modules and to a method for configuring the modules within the automation system. In order to achieve a simple and operationally reliable configuration of the automation system, the modules are interconnected via interfaces in a hierarchical structure. Hierarchically higher-ranking modules can access description files and device drivers of hierarchically lower-ranking modules and configure the lower-ranking modules on the basis of the information contained in the description files, with each module being itself the storage location of its respective device driver and its description file.

A motor vehicle door lock with latching elements, such as a latch and a ratchet and with a lock mechanism. The lock mechanism has a drive, the drive having a drive motor, or the like, and an actuating element. The ratchet can be raised by the drive, so that the ratchet moves into an action area of the drive, such that continued motion of the drive is blocked by the ratchet. Thus, the drive can be turned off in a blocking operation. The ratchet, viewed in the kinematic chain from the drive motor to the actuating element, is engaged to the drive for blocking in front of the actuating element but not on the actuating element.

An outboard motor includes a water pump arranged to draw in cooling water, a pump drive mechanism that decelerates rotation of a drive shaft and transmits the rotation to the water pump, and an oil supply device (a main oil passage, oil ejection passages, a hollow portion, and an oil ejection hole) arranged to supply oil to lubricate a transmission to the pump drive mechanism. The outboard motor is able to prevent occurrence of cavitation in a water pump of a vane-type pump and to increase a discharge amount of the pump while an engine is running at high speed.

An end cap mounting module comprises an end cap body that is cast as a single-piece component that has a first mount interface for connection to a catalytic converter and a second mount interface for connection to an exhaust pipe. In one example, the single-piece end cap body includes at least one integrally formed sensor boss and / or fastener boss.

The invention discloses a calculation method of the health degree of a metering device, which has the advantages of being high in efficiency and comprehensive and accurate in a calculation result. The method collects the basic information data and the field operation data of the metering device, classifies the collected data and calculates the operation state value, the configuration way value and the operation working condition value of the metering device, and finally calculates the health degree of the whole metering device. The health degree of the metering device is obtained through the analysis and the calculation of the data, no people are required to carry out field inspection, so that accuracy is good, and efficiency is high. The health degree finally obtained through the calculation of the calculation method is accurate, comprehensive, and high in reliability and can accurately reflect the accuracy and the operation state of the metering device, the configuration, which is given on the basis of the health degree, of the metering device is more reasonable, a transformation suggestion is more reliable, and a configuration standard of the metering device more conforms to practical situations. The calculation method is suitable to popularize and apply in the technical field of the state evaluation of gateway metering equipment.

A deck board mounting clip mounts deck boards to joist members with respective undercut portions in a deck structure. The mounting clip has an intermediate body received between an adjacent deck boards, a first retainer flange protruding laterally into the side edge of one of the deck boards, a second retainer flange protruding laterally into the side edge of the next deck board, and a hook portion engageable with the undercut portion of the joist member such that the mounting clip cannot be lifted from the joist member.

This joint structure is a steel-pipe-pile joint structure for joining a first steel-pipe pile and a second steel-pipe pile to one another in series, and equipped with an outer-engaging-end part which is the opening end of the first steel-pipe pile, and a columnar inner-engaging-end part for forming a part to be inserted into the outer-engaging-end part and located at one end of the second steel-pipe pile, wherein: the outer-engaging-end part has a plurality of outer-engaging projections for projecting from the inner-circumferential surface thereof toward the inside in the radial direction, an outer-engaging groove part formed between the outer-engaging projections, and an outer-engaging coupling groove formed at a location toward the inside in the axial direction in relation to the outer-engaging projections and the outer-engaging groove; and the inner-engaging-end part has a plurality of inner-engaging projections projecting from the outer-circumferential surface thereof toward the outside in the radial direction.

The device has a base body connected to a carrier implement. Soil working tools are arranged on a work unit (20) that is supported on the base body. A rotary device is provided for rotating the work unit with respect to the base body about a rotation axis (34). The rotary device has a linear drive and a rope or chain transmission, through which a linear movement generated by the linear drive is translated into a rotating movement. A setting wheel (52) is arranged in a portion of a bearing device and coaxially to the axis of rotation.

The invention provides a control and protection system for a thyristor controlled phase shifter of a supergrid and relates to operational control and protecting circuit devices of alternating current main lines or alternating current power distribution networks and control methods of the protecting circuit devices, in particular to the control and protection system for the thyristor controlled phase shifter used for optimization, regulation and control of the supergrid. The system comprises a management and support subsystem, a phase shifter control subsystem and a monitoring protection subsystem. The phase shifter control subsystem is composed of an analog quantity sampling control unit and a switch switching control unit. The analog quantity sampling control unit comprises a voltage steady-state automatic gear adjustment module, a manual gear adjustment module, a thyristor controlled phase shifter gear adjustment module, a digital phase-locked loop module and a thyristor trigger module. The switch switching control unit comprises an interlocking logic module, a sequential control / remote control module and a circuit breaker / isolating switch motion control module. The interlocking logic module and the sequential control / remote control module are connected to the circuit breaker / isolating switch motion control module. The line power and the target power are monitored in real time, so that steady-state active automatic control is achieved; auxiliary protection and body protection can be provided for a thyristor controlled phase shifter by the monitoring protection subsystem.

To permit particularly easy and flexible configuration of a computer program including at least one functional unit, a method is provided which includes the following steps: creation of at least one implementation-independent configuration data file and / or alteration of information filed in the at least one implementation-independent configuration data file; automatic set-up and / or automatic update of configuration data, stored in a configuration data container, as a function of the information filed in the at least one implementation-independent configuration data file; automatic generation of at least one implementation-dependent configuration data file as a function of the configuration data stored in the configuration data container; and automatic configuration of the at least one functional unit as a function of information filed in the at least one implementation-dependent configuration data file.

A stent delivery system (1) includes a self-expanding stent (10), an inner tube body (3), and a sheath (2) which contains the stent (10) within a distal portion thereof. The stent (10) can be discharged by moving the sheath (2) toward the proximal side relative to the inner tube body (3). The inner tube body (3) includes: a distal contact section (36) which is provided within a proximal portion of the stent (10) and does not enter side wall openings of the stent; and a proximal contact section (35) which is located at a position rear of the proximal end of the stent (10) and close to the distal contact section (36). The stent (10) has a proximal inwardly protruding section (17a) which can make contact with the distal contact section (36) of the inner tube body (3). The proximal inwardly protruding section is located between the distal contact section (36) and the proximal contact section (35). The stent (10) does not, except in the proximal portion thereof, have a bend free end which protrudes to the proximal side.

A device (442) for producing a dynamic reference signal (UREF) for a control circuit for a power semiconductor switch comprises a reference signal generator (442) for providing a dynamic reference signal (UREF), which has a stationary signal level after elapse of a predefined time following a switching process of the power semiconductor switch, a passive charging circuit (450) which is configured to increase a signal level of the dynamic reference signal in reaction to a switching of a control signal of the power semiconductor switch from an OFF state to ON state for at least one part of the predefined time above the stationary signal level, in order to produce the dynamic reference signal and an output (A) for tapping the dynamic reference signal (UREF).

The invention relates to construction machinery. An exhaust gas processing apparatus can be mounted on components different from an engine. A house component (16) is arranged around a hydraulic liquid pump (11); the house component (16) is provided with a shielding cover (17) that shields space between the engine (9) and the hydraulic liquid pump (11). In addition, a processing apparatus mountingportion (17A) for mounting the exhaust gas processing apparatus (18) is arranged on the shielding cover (17). The assembled sub assembly parts (15) are mounted on a whirl framework (5). Therefore, the exhaust gas processing apparatus (18) can be separated from a vibrating system of the engine (9), which prevents from transmission of vibration of the engine (9). In addition, the shielding cover (17) can be mounted before the exhaust gas processing apparatus (18) is connected to the engine (9), thereby configuring the shielding cover (17) by simple work without penetrating a narrow gap between the hydraulic liquid pump (11) and the exhaust gas processing apparatus (18).

The invention relates to a monitoring device (10, 110, 210) for safeguarding windows and doors whose pivotal handle (20, 220) is held on a handle fitting (21) and can be connected in a rotationally fixed manner to locking devices via a polygonal insertion pin (19), with: a housing (25, 125, 225), which at least partially houses the monitoring device (10, 110, 210) and which is passed through by the polygonal insertion pin (19); a first sensor device (40, 140) for detecting the pivotal position of the handle (20, 220); a second sensor device (45, 145) for detecting the lock position, and; an evaluating unit (55), which links and evaluates detection signals from the first and the second sensor device (40, 45; 140, 145) and optionally initiates an alarm signal. To this end, the first sensor device (40, 140) has two microswitches (36, 37; 136, 137), which are arranged at an angle to one another along the periphery of the polygonal insertion pin (19), are situated inside the housing (25, 125, 225), and which can be actuated by a switch cam (38, 138) connected to the handle (20, 220) in a rotationally fixed manner. In addition, the second sensor device (45, 145) is formed by at least one reed contact switch (46, 47), which is situated near the outer wall of the housing (25, 125, 225), and by a magnet (50), which interacts with the at least one reed contact switch (46, 47) and which is fastened to the lock-side limb (17) of the fixed frame (12) of the window or of the door.

The hydroelectric power generation equipment (1) is provided with: a water wheel (10) that is disposed below the water surface (Ws); a power generator (55) for generating power using the rotation of the water wheel (10); a movement guiding unit (30) that comprises a shaft (31), which is disposed coaxially with the center of rotation (A) of the water wheel (10), and is capable of transmitting the rotation of the shaft (31) to the power generator (55) while moving the shaft (31) in the direction of the axis of rotation of the power generator (55); and a water wheel position-adjusting unit (60) for moving the shaft (31) in the vertical direction to match variations in the water level (Ws).

The invention discloses an acoustic configuration method and an acoustic configuration system for Internet-of-things intelligent devices. According to the scheme adopted, configuration information is coded and decoded and transmitted by use of acoustic wave to complete configuration of an Internet-of-things intelligent device. Various intelligent products integrated WIFI, Bluetooth, ZIGBEE, 433 and other wireless communication functions are pre-configured or reconfigured through acoustic wave. An intelligent home appliance or an intelligent terminal device can be controlled and configured without any interconnection. A wireless communication device can be pre-configured or reconfigured under the condition of ignoring any interference to wireless communication. A more stable and reliable access configuration scheme is provided for current development of the Internet of things.

The present invention provides a fiber product-treating agent which can impart an excellent wrinkle-resistant effect and an excellent durable press effect to the fiber product capable of being heated and being hardly effected with not only during wearing but also after washing. That is, the present invention provides the treating agent for imparting the durable press configuration on a fiber product by a heating treatment with e.g. an iron, which comprises a specific amount of (i) two or more compounds forming mutually a crosslinked structure by heating and / or (ii) a compound forming a self-crosslinked structure by heating, and water, wherein the content of a nonvolatile matter is 0.01 to 30%.