50results about How to "No intervention required" patented technology

A touch system (10, 150, 250) includes a touch surface (60, 160, 260), an image is displayed on the touch surface, and at least one camera (66, 170, 266) acquires the image of the touch surface. The stylus contact data generator generates stylus position data in response to contact of the stylus with the touch surface. Stylus position data represents the location of the stylus on the touch surface where the stylus makes contact. The processor (56, 156, 256) is in communication with at least one camera and stylus contact data generator. The processor automatically calibrates the coordinate system of the touch system using known points in the displayed image and uses the calibrated stylus position data to update the image data used to render the displayed image on the touch surface. In one embodiment, the touch system includes an active touch-sensitive screen (252). In additional embodiments, the stylus contact data generator uses the image data generated by a pair of cameras (66) with overlapping fields of view to generate the touch when the stylus is captured in an image captured by the pair of cameras (66). Pen position data.

A multifunctional binocular vision sensor of welding robot and relative marking method comprise a camera, a dimming filtering system, an aerating system, a reflector system, and a mounting support, while the camera, aerated system and the dimming filtering system and the reflector system are all fixed on the mounting support, the camera, aerated system, a dimming filtering system, and reflector system are vertically arranged at one side of a welding gum from up to down, the camera and the dimming filtering system are coaxial. The invention also provides relative marking method, while the invention can meet the demands of guiding, welding seam track and quality control in welding process, with high accuracy and effect.

The invention discloses a method for deploying an Android mobile phone by using a vehicle-mounted terminal. The method includes that firstly, the vehicle-mounted terminal is started, the mobile phone is connected to the vehicle-mounted terminal through a universal serial bus (USB) interface, then a debugging option is opened, the mobile phone automatically operates an adbd background daemon, the vehicle-mounted terminal is used to read a program package of a mobile phone client, an adb install tool in an android sdk in the mobile phone client is transplanted to the vehicle-mounted terminal, then a program is operated, namely, application software in the vehicle-mounted terminal is installed in the mobile phone, and operation with highest permission can be obtained on the vehicle-mounted terminal. By means of the method, the application software can be conveniently installed on the Android mobile phone through the vehicle-mounted terminal, and larger using permission of the application software can be obtained; and simultaneously, functions of the vehicle-mounted terminal to capture a mobile phone screen and imitate key events are achieved, limiting requirements for the mobile phone are small, and root conversion and original factory certificates of the mobile phone are not required.

A flexible differential / synchronous power driving system of a solar energy heliostat comprises a control system and a power driving system; two to five driving gears of two bull gear transmission systems which horizontally rotate and longitudinally rotate are uniformly arranged around a heliostat rotating gear; all the driving gears are meshed with the heliostat rotating gear; the output end of the heliostat rotating gear is connected with a heliostat base; the diving gears transmit the operational parameters of the diving gears back to a programmable controller of the control system through a torque and a rotating speed sensor; and a computer transmits a signal to the programmable controller through processing a transmitted signal of the programmable controller, so as to control the working state of a driving gear servo motor. The invention increases the driving capacity of the driving gears by adopting a proposal of the driving of a plurality of driving gears, instead of the prior proposal of the driving of one gear, and particularly ensures that the driving capacity is stable and the driving effect is enhanced under the unfavorable natural condition and during the heliostat longitudinal rotating process.

A network protection switching mechanism comprises a plurality of optical switches located at a plurality of nodes; a plurality of optical communication paths between said switches; switch based fault detectors located as part of at least two switches which generate detection results representative of the identification of a fault; switch based controllers located as part of said at least two switches; and internal switch- communication means between said fault detectors and said controllers which facilitate the transmission of detection results from said fault detectors to said controllers; wherein said controllers directly cause switching to an alternative optical communication path dependent upon the receipt of said detection results; whereby autonomous switch based protection without dependence on either inter-switch control communication or higher level network control communication is achieved.

The invention provides a navigation method for automatically evaluating and adjusting navigation data. A navigator comprises a memory device, a sending / receiving device, a positioning information receiver, a user interface and a calculating device, wherein the memory device is used for storing multiple kinds of data required when other devices of the navigator perform processing; the sending / receiving device is used for communicating with a navigation server and storing multiple kinds of received data in the memory device; the positioning information receiver is used for receiving the current time and the current position information in real time and storing the current time and the current position information in the memory device; the user interface is used for receiving information input by a user and displaying a planning path and the current position of the navigator; and the calculating device is used for replanning a path according to the current latest estimated travel time received from the navigation server by taking the current position as a starting point when an error between real travel time calculated according to the information acquired by the positioning information receiver in real time and stored estimated travel time used during planning is greater than a predetermined threshold value.

The invention discloses a method for realizing a file-level mirror image based on a bare file system under multiple hard disks environment and a device thereof. The method comprises an initialization step for formatting a plurality of hard disks that meet the hard disk layout requirements needed for the file-level mirror image and that are synchronic with the system region information of the plurality of hard disks; a write operation step for simultaneously writing user data on the plurality of hard disks when executing write operation, and updating write points in the system region after the write operation; a read operation step for determining the hard disk with valid data according to the information recorded in the system region when executing the read operation, returning the valid data on the hard disk, and updating the read points in the system region after the read operation. The invention has simple and effective management, and is suitable for storing and accessing certain types of the data with higher requirement to the data reliability in an embedded system.

The invention provides a mobile phone self-service recycle method and a mobile phone self-service recycle system. The method comprises the steps that basic information of a to-be-recycled mobile phoneis acquired; a quotation and a payment medium are provided for selection based on the basic information; based on the selected payment medium and the acquired basic information, a recycle order is generated and fed back; responding to confirmation information of the recycle order, a mobile phone recycle terminal is instructed to perform recycle operation; when the selected payment medium is a payment platform with third-party credit assessment, responding to confirmation information of recycle completion of the mobile phone recycle terminal, payment operation is performed on the payment platform, and recycle is ended; and otherwise, responding to the confirmation information of recycle completion of the mobile phone recycle terminal, recycle is directly ended. According to the mobile phone self-service recycle method and the mobile phone self-service recycle system, a mobile phone automatic recycle process is used to replace a manual recycle process, a tedious process of manual operation is avoided, and the mobile phone recycle process is simplified.

The invention discloses a SAR image and optical image fusion method based on HSL and image entropy, The method comprises the following steps: 1) reading the SAR image ISAR and the optical image IOPT to be fused, converting the optical image IOPT from an RGB model to an HSL model, and obtaining a chromaticity component H, a saturation component S and a luminance component L; Step 2) comparing the read SAR image ISAR and the obtained optical image brightness L, respectively, obtaining two symbols described in the description; step 3) Based on the two symbols described in the description, calculating image entropy parameters ESAR and EOPT reflecting the amount of information in SAR images and optical images; 4) base on the image entropy parameters ESAR and EOPT, calculating normalized weightsalpha and beta, and performing linear weighting summation on the two symbols described in the description to obtain that luminance component LFUSE of the fusion image; 5) combining chromaticity H, saturation S and brightness LFUSE to construct HSL model of fused image IFUSE and converting it into RGB model output. The method of the invention has obvious effect, simple operation and no human intervention and intervention are required.

The invention discloses a mobile police service application management and control system comprising a terminal system and a background support system. The terminal system is an Android operating system. The background support system comprises a WEB interaction server, a database server and a terminal event processing server. The background support system provides an application program for the terminal system, and carries out information interaction with the terminal system through the WEB interaction server and a mobile network. The terminal event processing server carries out real-time processing and feedback according to a collected request of the terminal system. The mobile police service application management and control system supports the functions of application program creating, applying, updating, reviewing, publishing, unshelving and distributing. The mobile police service application management and control system supports a multi-level structure, and has the advantages of balanced load, flexible deployment, high system scalability, and convenient management.

A wheel braking mechanism (10) comprising a brake shaft (14), a brake drum (16), an engagement pedal (18) and a disengagement pedal (20). The brake shaft (14) has a plurality of first splines provided around the brake shaft (14). A first alignment member is provided at the end of each first spline and has first and second oppositely directed chamfered alignment surface. The brake drum (16) defines a brake socket around which are provided a plurality of second splines (28), which define a plurality of spline recesses (30). A second alignment member is provided at the opposing end of each second spline (28). Movement of the brake shaft (14) towards the brake drum (16) causes the first alignment members to travel down the respective alignment surfaces of the second alignment members, therebyaligning the first splines with the respective adjacent spline recess (30).

The invention discloses a hotel self-service book system, comprising a server and a member intelligent card engaged with the server and provided with room number information and effective time section set by a hotel lock controller. And the member intelligent card and the hotel lock controller are engaged to switch door, comprising that a, the server with a hotel self-service book system recognizes the member intelligent card and enters into the hotel self-service book system, b, a member self-service book module of the system displays room state and price information, c, selecting the free room on the book module, and the hotel self-service book system writes the room number and the effective time section into the card, charging and completely the book self-service. The invention can protect privacy of consumer, with short time, simple process, reduced cost or the like.

In the method for monitoring the position of a sheet ( 36, 38, 48 ) transported in a folding machine, during the transport of the sheet ( 36, 38, 48 ), at a detection location, the positions of a sheet edge ( 37, 39, 49 ) running substantially in the transport direction (TR) are determined by a detection device ( 32, 34, 46 ). Measured values corresponding to the positions detected are then passed on to a processor device by the detection device ( 32, 34, 46 ). The processor device calculates a measured curve (MK 1, MK 2, MK 3 ) on the basis of the detected measured values and the travel of the sheet ( 36, 38, 48 ) through the detection location and compares this with a previously determined reference curve (RK). The processor device outputs an error signal if the measured curve (MK 1, MK 2, MK 3 ) deviates from the reference curve (RK).

The invention relates to a device (10) for the alignment of sheet-shaped elements (100) in a plane with at least two degrees of freedom (5) movable and changeble contact elements (2) and at least two controllable drives (1) for moving the contact element (2). According to the invention, the changeable contact elements (2) include at least one switch (3) having at least two switching positions and the device (10) comprises a counter element (4) associated with the respective switch (3), wherein the at least one switch (3) and the at least one counter element (4) can respectively and mutually be in mechanical engagement so as to adjust the at least one switch (3). This solution has the advantages that no additional free actuator is required and that the change of the contact elements requires no intervention of machine operators.

The invention discloses a device and method for making straight edge holes in an outward-flanging mode and belongs to the technical field of local formation of sheet materials or pipe fittings. The outward hole flanging device comprises a replaceable chamfering grinding wheel, a rotating spindle, a hole flanging eccentric wheel and an opening drill bit; the replaceable chamfering grinding wheel is fixed to the spindle, and the upper end of the rotating spindle is clamped to a chuck of a drilling machine or a numerically-controlled machine tool; the hole flanging eccentric wheel is fixed to the rotating spindle, relative movement and locking with the spindle is achieved through an internal inclined slideway and a bottom groove, the appearance of the component is divided into a conical segment and a cylindrical segment, and pre hole flanging and shaping are achieved through the matching function. Compared with the prior art, four processes of hole opening, chamfering, hole flanging and shaping are completed at a time, and overall machining efficiency is improved; hole flanging is achieved through eccentric rotating motion of an eccentric wheel, the spindle only needs to rotate and move up and down, and the motion difficulty of a hole flanging tool is remarkably lowered.

A method, an apparatus and an article of manufacture for classifying customer activity in an automated customer support system. The method includes obtaining input from the automated customer support system, wherein the input comprises an observable measurement of customer activity in the automated customer support system, computing a probability that the input corresponds to one of one or more probabilistic models, and using the computed probability to classify the customer activity in the automated customer support system by considering the probabilistic model corresponding to a highest computed probability.

The invention relates to a method and system for recycling waste heat of slag flushing water vapor of a blast furnace, and relates to the technical field of treatment of slag flushing water of blast furnaces. According to the method for recycling the waste heat of slag flushing water vapor of the blast furnace, a lithium bromide refrigeration water unit is used for generating refrigeration water while vapor is condensed, condensate water and the refrigeration water can be cyclically supplied to a water-quenched slag furnace so as to be reused, and thus water is saved. According to the system for recycling the waste heat of slag flushing water vapor of the blast furnace, a vapor reheating device, a vapor heat storage device, the lithium bromide refrigeration water unit and a cooling water recycling device are made to be in butt joint in sequence so as to form the continuous system, vapor generated in the slag flushing process of the water-quenched slag furnace can be collected, heat exchange is completed through the lithium bromide refrigeration water unit, and the generated condensate water and the generated refrigeration water can be recycled, so that water is saved, the cost is reduced, and the treatment process is simplified.

The invention discloses automatic assembling equipment, which is used for assembling a button switch. The automatic assembling equipment comprises a rack, and a first rotary table, a second rotary table, a bottom part assembling component, a middle part assembling component, an upper part assembling component and a middle assembling device arranged on the rack; the middle assembling device is usedfor assembling a finished bottom part of the bottom part assembling component and a finished middle part of the middle part assembling component into a semi-finished part; and according to the condition that the assembling tail end of the middle assembling device is positioned on the first rotary table or the second rotary table, the first rotary table or the second rotary table continues to rotate for enabling the semi-finished part and the finished bottom part of the bottom part assembling component to finish finished product assembling. By adopting the technical scheme, the waiting time ofeach assembling process can be greatly shortened, so that the total assembling time is shortened, the overall assembling progress is accelerated, the assembling time of the button switch is shorter,the assembling efficiency is improved, the automatic assembling operation is realized, the product assembling quality is guaranteed, and the labor cost is reduced.

A multifunctional binocular vision sensor of welding robot and relative marking method comprise a camera, a dimming filtering system, an aerating system, a reflector system, and a mounting support, while the camera, aerated system and the dimming filtering system and the reflector system are all fixed on the mounting support, the camera, aerated system, a dimming filtering system, and reflector system are vertically arranged at one side of a welding gum from up to down, the camera and the dimming filtering system are coaxial. The invention also provides relative marking method, while the invention can meet the demands of guiding, welding seam track and quality control in welding process, with high accuracy and effect.

The rolling machine for forming a threading on a cylindrical body, comprising two or more forming rollers (6), each provided with a threading (8) having at least one thread extending around its rotation axis (Z), and adapted to plastically deform a cylindrical body available along a central working axis (A) of the machine (1). The machine therefore comprises two or more actuator means (15) each provided with a movable head on which a corresponding forming roller (6) is mounted to move it along a respective first transverse axis (R) perpendicular to the working axis (A), and two or more sensormeans (30), each of which is fixedly mounted on the movable head to detect the distance of the thread profile of the corresponding forming roller (6) generating corresponding measurement signals. A logic control unit, in communication with the sensor means (30), receives measurement signals of the sensor means (30) and defines the relative position of the threads of the forming rollers (6).

A service processing method, a terminal, and a management and control device. The method comprises: when at least one terminal presents received service content, the terminal sending a presentation state parameter to a management and control device; and after the management and control device receives the presentation state parameter, the management and control device adjusting the service content according to the presentation state parameter and then delivering the service content to the terminal, or switching the service content and delivering the service content to another specified terminal.

The invention relates to a freight accounting method and device based on Internet of Things equipment. The method comprises the steps of collecting logistics contract information, vehicle type information and logistics cost element information; the vehicle obtaining driving track information of the vehicle through GPS equipment; calculating the freight according to the logistics contract information, the logistics cost element information and the driving track information. According to the invention, data acquisition, vehicle driving effectiveness judgment and freight accounting are carried out, human intervention is not needed, the freight accounting accuracy is high, the service authenticity of logistics enterprises can be objectively reflected, the expansibility is good, and rule customization can be carried out for logistics enterprises of different service types.

The invention discloses a comprehensive display control method and system for an intelligent ship, and relates to the field of intelligent ships. The method comprises the following steps: formulating and storing a service plug-in to a ship service plug-in library; corresponding service configuration parameters are formulated according to the service plug-ins needing to be used; according to the position, needing to be displayed, of each business plug-in, interface layout parameters are formulated; generating a comprehensive display and control window layout in the comprehensive display and control interface frame according to the interface layout parameters; calling a service plug-in corresponding to the service configuration parameter in a ship service plug-in library; according to the service configuration parameters, after the service plug-ins are loaded to the comprehensive display control window layout, an operable comprehensive display control main program interface is generated. The operation process of the ship comprehensive display and control system is simplified, the working efficiency is improved, and meanwhile, an operator can autonomously upgrade the ship comprehensive display and control system, so that the requirement for high-automation flexible configuration of an intelligent ship is met.

The invention discloses a display control device which is used for controlling an LED screen. The LED screen comprises a plurality of display lines and a plurality of display rows. The display control device comprises an integrated LED drive device, a central processor and a storage direct access controller, wherein the integrated LED drive device is used for outputting a control signal to the display lines simultaneously, the central processor is connected with the integrated LED drive device and used for configuring the LED drive device according to the LED screen, and the storage direct access controller is connected with the integrated LED drive device and used for directly transmitting display data to the integrated LED drive device.

The invention relates to a method and a device of microprocessor data operation definition. The device comprises an integral solution linear equation unit, a check computation unit, a time calculation unit, a protocol processing unit, a character conversion unit, a serial port operation unit, an input method content reading unit, a write specified channel dynamic curve buffer unit and a Chinese character library operation unit. The integral solution linear equation unit is used for calculating the coordinate value of a certain point in a linear equation; the check computation unit is used for performing cyclic redundancy checking and the like; the time calculation unit is used for calculating time intervals; the protocol processing unit is used for acquiring data frames matching with MODBUS data frames; the character conversion unit is used for performing conversion among various data formats; the serial port operation unit is used for sending data to a receiving memory from an external device or sending data to the external device from a sending memory; the input method content reading unit is used for storing mostly inputted characters into a register; the write specified channel dynamic curve buffer unit is used for adding augmenter to an unsigned integer and then storing the integer into a dynamic curve buffer; and the Chinese character library operation unit is used for searching for to-be-searched character series in a Chinese character library. By the aid of the method and the device of the microprocessor data operation definition, the function of multiple commands is implemented by one command, and command use is easier and more convenient.