34results about How to "Free configuration" patented technology

Formed in glass framing (21) attached to a watch case (20) are a main opening (21a) and four sub-openings (21b, 21c, 21d, 21e), with display window members (22, 23, 24, 25, 26) respectively engaged and fixed to each. Positioned at the rear side of the glass framing (21) are dials (27, 27'), and a time-of-day indicating area (27a) which is round to the view when viewed flat is provided to the dial (27). A round opening (27a') corresponding to the time-of-day indicating area (27a) is formed to the dial (27') adhered on the dial 27, and four sub-indicating areas (27b', 27c', 27d') which are round to the view when viewed flat are formed on the surface of the dial (27'). The time-of-day indicating area and sub-indicating areas are arranged so as to be separately viewed by the respective display window members.

A device for accessing a vehicle control system via a wireless link, a gateway control unit which is connected to at least one vehicle bus and to a wireless network being provided, and the gateway control unit being freely configurable via the wireless link.

Provided is a detecting device, which can be made so simple in constitution as to require no calibration. A thin film (2) of an inconductive material, which can be exposed to the space environment, is etched to form many detection lines (3) to become conductors at a predetermined array pitch, thereby to form a detection sheet element (1). The detecting device includes a detecting circuit (4) connected with the individual detection lines (3) of the detection sheet element (1). The detection lines (3) of the detection sheet element (1) are ruptured by space floating matters, when these space floating matters collide against the detection sheet element (1). Therefore, the conductions of the detection lines (3) are monitored at all times by the detecting circuit (4), so that the space floating matters having collided against the detection sheet element (1) are detected when the detection lines (3) are ruptured. A solving means can be adopted for detecting the effective diameter of the collided space floating matters from the number of the detection lines (3) cut out.

In a transmission for a motor vehicle of a reduction gearing design with power branching including a main shaft and a counter shaft, a first component transmission and a planetary gear unit, power is branched to the countershaft by the first component transmission in certain gears and recombined via the planetary gear unit and a direct power transmission path is provided wherein the countershaft is decoupled selectively by means of a control device.

An information processing device connected to a global network and to a local network for relaying information between the global network and the local network includes a physical layer controlling unit operable to control processing in a physical layer of the local network; a network initialization unit operable to control the physical layer controlling unit so as to initialize and reconfigure a topology of the local network; a dummy node setting unit operable to control the physical layer controlling unit so as to set a dummy node for configuring a virtual network that is a virtual one of the local network; and a virtual network configuration controlling unit operable to configure the topology of the virtual network by controlling the dummy node setting unit so as to set the dummy node, controlling the network initialization unit so as to initialize the topology of the local network, and reconfiguring the topology of the local network using the dummy node set by the dummy node setting unit and a node of the local network.

The invention provides a card connector which is capable of connection of a composite card integrated with a plurality of functions and is high in degree of freedom of design. The card connector (3) has a card tray (4) which stores a card (2) in a card storage recess (41), a shell (5) having a tray insertion part (51) for the card tray (4) to insert, and a fundamental function contact (6) in contact with fundamental function bonding pads (21, 21...) configured on the surface of the card (2), the card tray has tray built-in contacts (7, 7...) which protrude on an inner surface of the card storage recess (41) and are in contact with other functional bonding pads (22, 22...) configured on an outer circumferential surface of the card (2), and the shell (5) has shell side contacts (8, 8...) incontact with the tray built-in contact (7) when the card tray (4) is inserted in the tray insertion part (51) and can connect the composite card (2) to a substrate (1).

The embodiment of the invention discloses a method and device for generating a report. The method comprises the steps that a pre-generated report configuration object is received, and the parameter attribute of the report to be generated and a corresponding parameter attribute value are packaged in the report configuration object; the report is generated through corresponding data in an application system according to the parameter attribute and the corresponding parameter attribute value in the report configuration object. According to the method and device, the maintainability of the application system is improved, and dynamic report configuration is achieved.

Disclosed is an electronic device. In the electronic device according to the present disclosure, a central axis of a viewing angle based on an eye of a user and the central axis of the viewing angle based on a lens optical axis of a camera match each other. An electronic device according to the present disclosure may be associated with an artificial intelligence module, robot, augmented reality (AR) device, virtual reality (VR) device, and device related to 5G services.

The invention discloses a bus monitoring apparatus and method based on AHB bus structure, which is used for single-processor system in AHB bus structure. The bus monitoring apparatus is disposed between the memory control parts and the AHB bus, used for filtering access and storage requests sent out by main apparatus of bus. When the bus monitoring device monitors the access and storage request affecting the consistency of the Cache, the processor is notified to perform a Cache consistence processing, prevent the access and storage requests causing monitoring hit from getting access to the memory control part, until the Cache consistence processing is ended.

A controller for microscope lenses for correcting spherical aberration and for adjusting particularly difficult to access microscope lenses to an optimum of imaging quality, enabling automatic adjustment of the different actuators of a microscope lens, to effect a simple, cost-effective, user-friendly, and precise balance, particularly of cover slip deviations and different base thicknesses of Petri dishes for the purposes of increasing imaging quality. At least two movable elements of a microscope objective supporting lenses or lens groups, are provided in a movable manner in the axial direction along the optical axis of the microscope objective relative to the housing of the microscope lens in a motor-actuated manner by way of respective adjusting rings. A controller externally controlled and disposed in the microscope lens is provided for storing different characteristic curves for paths of motion of the movable elements.

The invention provides a front cover structure of an automatic two wheel vehicle. The front cover structure enables smooth flow of air on the front cover arranged on the front part of the vehicle. The front cover structure of the automatic two wheel vehicle (1) includes a head lamp 912) arranged on the front part of the vehicle, a front cvoer (10) arranged in a manner of surrounding the outer periphery of the head lamp (12), a protection shade (15) arranged on the upper side of the front cover (10). The front cover structure is characterized in that a concave part (11) sinking towards the inner side of the vehicle is formed in the front cover and between the head lamp (12) and the protection shade (15) and an opening enabling drive air to flow into the front cover is fromed in the concave part (11).

The invention discloses an Oracle cluster file system and a method for realizing fence thereof, and relates to the fields of cloud computing and storage. The method for implementing fence in the oracle cluster file system disclosed by the present invention includes: when the oracle cluster file system fails, the oracle cluster file system determines whether to fence the failed host computer according to the configuration of the preset fence mechanism or to keep the operation; wherein, the configuration of the preset fence mechanism includes at least one or more of the following: redundant network configuration, fence priority configuration, heartbeat priority configuration, and weight value configuration of o2cb cluster nodes.

The present invention provides a biological information measurement device, method and storage medium. Accurate information is obtained by frequently wearing and continuously correcting biological information in time. A biological information measurement device (100) includes: a detection unit (110) that continuously detects pulse waves in time; a measurement unit (150) that intermittently measures first biological information; and a connection unit (130) that connects the detection unit (110) ) is physically connected and integrated with the measuring unit (150); and a calculating unit (159) corrects the pulse wave using the first biological information, and calculates the second biological information from the pulse wave.

The invention discloses a NAND Flash memory, a method for realizing the NAND Flash memory and a system thereof. The NAND Flash memory includes a register, a comparator, an address decoder and a storage array, which can be pre-set in the register when it is used for the first time. Store the storage mode and configuration information of the NAND Flash memory, and configure the storage mode to include a part of the SLC mode, a part of the MLC mode, a part of the SLC mode and a part of the TLC mode, a part of the MLC mode and a part of the TLC mode, a part of the SLC mode, a part of the MLC mode and a part of the TLC mode A mode in , wherein the configuration information includes the address of the storage block and the type of the storage block, wherein the type of the storage block is SLC type, MLC type or TLC type. The invention can realize the flexible configuration of each storage block to realize multiple storage modes, so that the degree of freedom of the storage is higher.

The invention discloses a miniature high-frequency heating power source for quenching. The miniature high-frequency heating power source for quenching is low in operation cost and high in efficiency. The miniature high-frequency heating power source for quenching comprises a rectifying voltage-regulating system, a high-frequency resonance generating system and a control system. The rectifying voltage-regulating system comprises a rectifier bridge, two smoothing reactors, a positive electrode and negative electrode balance coil and a filter capacitor component. The high-frequency resonance generating system comprises a high-frequency power assembly and a resonance capacitor tank circuit. The high-frequency power assembly comprises four power devices, wherein two of the power devices are connected in parallel to form the positive electrode, the other two power devices are connected in parallel to form the negative electrode, and then the four power devices are connected to the other end of the positive electrode and negative electrode balance coil in parallel. The resonance capacitor tank circuit comprises four capacitors and a short-circuit coil, wherein the capacitor C2 and the capacitor C3 are connected in series and then connected with the positive electrode and the negative electrode of the high-frequency power assembly in parallel respectively, and the capacitor C1 and the capacitor C4 are connected with the positive electrode and the negative electrode of the high-frequency power assembly in series in a one-to-one correspondence mode. The short-circuit coil is connected with the positive electrode and the negative electrode of the high-frequency power assembly in parallel and the midpoint of the short-circuit coil is connected with a connection node between the capacitor C2 and the capacitor C3.

The invention provides a moving body, which can take both the detection angle range and height setting freedom of an obstacle sensor into account. The moving body (1) includes lower structural bodies(a drive housing (10) and a power housing (20)), upper structural bodies (a first transporting housing (30) and a second transporting housing (40)) that are disposed above the lower structural bodies,a wide-area sensor (61) that detects an object in a vicinity of the wide-area sensor by applying light towards the vicinity of the wide-area sensor, and a sensor accommodating section (60) that is interposed between an upper surface of one of the lower structural bodies and a lower surface of one of the upper structural bodies. In the moving body, a side surface of the sensor accommodating section (60) is provided with an emission window portion (for example, a left opening portion (62b)) facing an outside, and the emission window portion allows the light applied from the wide-area sensor (61) to be emitted towards the outside.