54results about How to "Achieve any combination" patented technology

The invention provides an inquiry condition generating method and device. The method comprises the following steps of obtaining one or a plurality of configuration items of a tool used for condition inquiry; according to the obtained configuration items, generating an operation interface used for setting condition data; responding to the operation of a user through the operation interface to obtain condition data of the user for performing condition inquiry so that the data can be used for condition inquiry. According to the method and the device, the operation interface can be generated through integrating the configuration items of various existing tools; the operation interface has the function characteristics of various existing tools; on the basis, the fast display can be realized; the free combination of AND / OR relationship of the condition and the condition group and the condition nesting can be realized; the corresponding condition combination data can be obtained according to the interface; the corresponding interface can be rendered according to the specified condition combination data.

The invention relates to a double clutch (1), which comprises a first partial clutch (2) and a second partial clutch (9), said first partial clutch (2) having a first outer friction plate support (3), a second An inner lining carrier (4) and a first outer lining (6) associated with the first outer lining carrier (3) and a first inner lining The first friction plate group (8) composed of the first inner friction plate (7) of the bracket (4), the second sub-clutch (9) has a second outer friction plate support (10), a second inner friction plate support (11) and the second outer lining (13) associated with the second outer lining carrier (10) and the second inner lining carrier (11) that can be operated by means of the second operating element (12) The second friction plate group (15) constituted by the second inner friction plate (14), wherein the first inner friction plate support (4) is coupled with the first output shaft (17), and the second inner friction plate support (11 ) is coupled with the second output shaft (19), wherein the first operating member (5) can be operated by means of the central separation device (22), and the second operating member (12) can be hydraulically operated, or wherein the first An operating part (5) can be actuated hydraulically, and a second operating part (12) can be actuated by means of a central separating device (22).

The present invention relates to a network and distributed components management system. Disclosed is an External Event Processor (EEP) system and method incorporating a separate software component that permits reformatting of received events and transportation of these events to previously registered event consumers. The present invention teaches creation of a separate software component to handle event processing and transportation, running within a separate software process. This separate software process has a remote interface utilized by a Network Management application to send events in their most basic form to the External Event Processor (EEP). Subsequently, the EEP performs all other functions that are necessary to convert the supplied even to the proper form and type required by the external event consumers. In addition, the EEP provides the event with Quality of Service (QoS) properties required by external consumers.

Techniques for migrating a virtual machine from a source computer system to a target computer system are disclosed. In an exemplary embodiment, a group of pages may be mapped as writable in response to determining that a guest operating system attempted to change a particular page. In the same or other embodiments, pages may be compressed prior to transmission so that the throughput of the communication channel may be maximized. In the same or other embodiments, a storage IO job can be canceled on the source computer system and reissued by the target computer system.

The invention describes a component supply apparatus for providing separated elements (195, 595a, 595b). The component supply apparatus (100, 200, 600, 700) has (a) a vibrating conveyor (122a, 122b, 122c, 622a, 622b), (b) a supply element (120, 320, 420) with a supply area, wherein the vibrating conveyor (122a, 122b, 122c, 622a, 622b) is configured to enable the supply element (120, 320, 420) to vibrate so that the separated elements (195, 595a, 595b) can be conveyed into the supply area from an upper surface of the supply element (120, 320, 420), and a camera (130, 630) which is arranged below the supply element (120, 320, 420), wherein the supply element (120, 320, 420) is optically transparent at least in the region of the supply area is, so that elements (195, 595a, 595b) which have been conveyed in the supply area can pass from the bottom of the supply element (120, 320, 420) and be detectable by the camera (130,630). Additionally, a method for providing the separated element (195, 595a, 595b) and an assembling system (750) are also described. The assembling system has the above component supply apparatus (100, 200, 600, 700).

The present invention provides an element supply device. The elements are located in the recesses of an element strip which is provided with a carrier belt and a cover film, the first stripe portion of the carrier belt being covered by the cover film; a transmission hole is located in the adjacent second strip portion and is not covered by the cover film. The supply device comprises: a chassis; an element strip-drive which is provided in the chassis and has a transmission device capable of engaging with the transmission hole and transmitting the component strip in the transport direction during operation; a guide device which is provided on the chassis and provided next to the transmission device; the upper side of the second stripe portion of the element strip abuts against the lower side of the guide means); a tool which is provided at a fixed position in which the base frame is disposed at a fixed position with respect to the guide means, the element tape being machined by the tool, and the bearing belt recess is at least partially free of the cover film. A corresponding assembly system and an assembly process method are provided.

The invention discloses miniature functional fiber wire drawing equipment which comprises a metal framework, a rod conveying device, a heating furnace, an auxiliary traction device, a diameter measuring device, a wire guide wheel and a wire collecting device, wherein the top end of the metal framework is provided with the rod conveying device; the right lower end of the rod conveying device is provided with the heating furnace; the right lower end of the heating furnace is provided with the auxiliary traction device; the right lower end of the auxiliary traction device is provided with the diameter measuring device; the right lower end of the diameter measuring device is provided with the wire guide wheel; the wire guide wheel is connected with the wire collecting device; the rod conveyingdevice is used for conveying prefabricated rods in different shapes; the heating furnace is provided with a plurality of heating intervals; the temperature is controlled in different intervals; the prefabricated rod realizing the free combination of the heating intervals and used for heating different materials is obtained. The functional fiber wire drawing equipment provided by the invention hasthe advantages that through optimizing the design of the heating furnace, and by aiming at different functional fiber requiring fine wire embedment or coating at the same time, a wire conveying coildevice and a coating device are respectively designed; various requirements in the functional fiber preparation process are met; the flexibility of the wire drawing equipment is high.

The invention relates to a wireless remote energy-saving control heat supply metering system, which belongs to the technical field of heat supply metering systems. The system includes an indoor thermostat, an electric thermostat valve, a valve controller, a heat meter and a control device; the electrothermal thermostat Both the valve and the heat energy meter are installed on the heating pipe for entering the home, and the valve controller is electrically connected with the electric thermostatic valve and the heat energy meter; the indoor thermostat is respectively connected with the valve controller and the control device; The valve controller includes a receiving control device and an actuator connected with the receiving control device; the receiving control device is respectively connected with the indoor temperature controller and the heat meter; the actuator is connected with the electrothermal thermostatic valve in transmission. The indoor temperature controller of the present invention can monitor the indoor temperature more comprehensively, and through calculation, can timely feed back the signal to the valve controller; and the applied actuator has good stability and high sensitivity, which can effectively ensure the good operation of the equipment .