869 results about "Work pattern" patented technology

The invention comprises a set of complementary techniques that dramatically improve enterprise search and navigation results. The core of the invention is an expertise or knowledge index, called UseRank that tracks the behavior of website visitors. The expertise-index is designed to focus on the four key discoveries of enterprise attributes: Subject Authority, Work Patterns, Content Freshness, and Group Know-how. The invention produces useful, timely, cross-application, expertise-based search and navigation results. In contrast, traditional Information Retrieval technologies such as inverted index, NLP, or taxonomy tackle the same problem with an opposite set of attributes than what the enterprise needs: Content Population, Word Patterns, Content Existence, and Statistical Trends. Overall, the invention emcompasses Baynote Search—a enhancement over existing IR searches, Baynote Guide—a set of community-driven navigations, and Baynote Insights—aggregated views of visitor interests and trends and content gaps.

The present invention relates to a method for workforce scheduling in which workload and workload types vary during scheduling period. The method acquires agent and skill requirements for all periods and contact types; acquires the contact center information including agent skill groups, agent work groups, tour and shift scheduling rules, agent availability, objective criterion to be optimized and its parameters; develops a Mixed Integer Linear Programming (MILP) model for the scheduling environment; applied an optimization algorithm that uses the Branch and Bound algorithm with a Rounding Algorithm to improve performance; and locates a globally optimal or near optimal workforce schedule in total cost or paid time or agent satisfaction. Detailed schedules may be developed by assigning daily shifts to work patterns, and breaks scheduled to daily shifts.

A system and method for automatically measuring, analyzing and improving exact work effort of white collar employees, without requiring manual intervention or configuration, is described. The system captures all the work effort put on by the users. Systems and methods have been described to track the daily time spent by employees, irrespective of whether the time is spent on one or more computing devices, or away from any computing system while in meetings, discussions, calls, lab work, outside travel, and remote visits. This is mapped to activities and objectives that are automatically inferred based on the applications and artifacts being used, the source of offline time usage, and the employee's position in the organization and role therein. The captured individual work effort is mapped to the organization's hierarchy and business attributes. As a result, work patterns and trends within each sub-unit/operational dimension of the business are identified.

The invention comprises a set of complementary techniques that dramatically improve enterprise search and navigation results. The core of the invention is an expertise or knowledge index, called UseRank that tracks the behavior of website visitors. The expertise-index is designed to focus on the four key discoveries of enterprise attributes: Subject Authority, Work Patterns, Content Freshness, and Group Know-how. The invention produces useful, timely, cross-application, expertise-based search and navigation results. In contrast, traditional Information Retrieval technologies such as inverted index, NLP, or taxonomy tackle the same problem with an opposite set of attributes than what the enterprise needs: Content Population, Word Patterns, Content Existence, and Statistical Trends. Overall, the invention emcompasses Baynote Search—a enhancement over existing IR searches, Baynote Guide—a set of community-driven navigations, and Baynote Insights—aggregated views of visitor interests and trends and content gaps.

The invention comprises a set of complementary techniques that dramatically improve enterprise search and navigation results. The core of the invention is an expertise or knowledge index, called UseRank that tracks the behavior of website visitors. The expertise-index is designed to focus on the four key discoveries of enterprise attributes: Subject Authority, Work Patterns, Content Freshness, and Group Know-how. The invention produces useful, timely, cross-application, expertise-based search and navigation results. In contrast, traditional Information Retrieval technologies such as inverted index, NLP, or taxonomy tackle the same problem with an opposite set of attributes than what the enterprise needs: Content Population, Word Patterns, Content Existence, and Statistical Trends. Overall, the invention emcompasses Baynote Search—a enhancement over existing IR searches, Baynote Guide—a set of community-driven navigations, and Baynote Insights—aggregated views of visitor interests and trends and content gaps.

The invention relates to a multi-working mode double screen notebook computer system and a method for operating and controlling the system. The system consists of a host, a first display screen and a second display screen. The notebook computer system has two full-specification display screens, and at least the second display screen is a touch screen. When the system is operated and controlled, a detection control unit controls the system to automatically work in multiple working modes such as single screen, double screen, panel computer and the like, and in standard or energy-saving states according to opening conditions of a first switch and a second switch and a power using condition. When the system is in the working mode of the panel computer, screen display signals output by a double-path display unit are reverse screen display signals. The multi-working mode double screen notebook computer system has the advantages of not only providing the two full-specification display screens to obtain larger display screen visual area, but also having the multiple working modes such as the single screen, the double screen, the panel computer and the like and the standard or energy-saving state so as to bring convenience to users for operation and use in various environments with different using requirements.

The invention relates to a semi-conductor component, and a process for the in- and/or output of test data and/or semi-conductor component operating control data into or from a semi-conductor component, whereby the semi-conductor component comprises one or more useful data memory cells, and/or one or more test data and/or semi-conductor component operating control data registers for storing test data and/or semi-conductor component operating control data, and whereby the process comprises the steps of applying a control signal to the semi-conductor component, whereby the semi-conductor component is switched from a first to a second operating mode; and applying an address signal to the semi-conductor component, whereby one or more of the test data and/or semi-conductor component operating control data registers of the semi-conductor component is addressed by the address signal in the second operating mode, and one or more of the useful data memory cells in the first operating mode.

The invention discloses a method for controlling an intelligent terminal device and a system for controlling the intelligent terminal device. The method for controlling the intelligent terminal device and the system for controlling the intelligent terminal device are used for solving the problems that a method for manual operation is complex and a switch, a plug and an interface of an earphone are easy to abrade and age due to frequent mechanical operation are solved. The method for controlling the intelligent device terminal comprises the steps that a wearing state of a telephone receiver of the earphone connected with the intelligent terminal device is detected, and the wearing state comprises a put-on state and a take-off state; according to the wearing state of the telephone receiver, the operating state used in the intelligent terminal device and/or the work pattern of the intelligent terminal device are/is controlled. Manual operation is not needed for control, so that operation in the process of change of the wearing state of the earphone is simplified, the service life of the earphone mechanical portion is prolonged, and electric energy of the intelligent terminal device is saved.

Disclosed is a power supply device for electronic atomizer, which includes a housing having a battery compartment formed therein, at least a battery installed in the battery compartment and a control circuit having an input side electrically connected with the battery and an output side electrically connected with an output electrode terminal. The control circuit includes a microcontroller unit, a mode selection module connected with the microcontroller unit for selecting working mode of the electronic atomizer, a regulation module connected with the microcontroller unit for regulating working parameter of the electronic atomizer and a start button connected with the microcontroller unit for controlling whether the electronic atomizer starts up. The mode selection module is a multi-position switch and the microcontroller unit is able to being triggered to start corresponding working modes by switching the multi-position switch to be different positions. The present invention has the advantage of convenient to use.

The invention relates to air-conditioner intelligent detection technique, and discloses a method for detecting a four-way valve of an air-conditioner. The method for detecting the four-way valve of the air-conditioner can automatically detect and judge whether the four-way valve is normal or abnormal, and timely displays faults, so that convenience is provided for failure predication and after-sales repair. The method comprises the following steps: judging a work pattern when the air-conditioner is switched on; timing operation time of the air-conditioner when the air-conditioner is operated in a heating or a cooling mode; collecting present working frequency of a compressor when the operation time achieves a preset time threshold value; detecting and calculating a difference value of indoor environment temperature and indoor heat exchanger coil pipe temperature and a difference value of outdoor heat exchanger coil pipe temperature and outer environment temperature according to a specific working mode of the air-conditioner when the present working frequency of the compressor achieves a preset frequency threshold value; and judging the four-way valve is abnormal when setting conditions are met, and carrying out alarm reminding for the failure. The method for detecting the four-way valve of the air-conditioner is suitable for being used for intelligently detecting failure of the four-way valve of the air-conditioner.

The invention comprises a set of complementary techniques that dramatically improve enterprise search and navigation results. The core of the invention is an expertise or knowledge index, called UseRank that tracks the behavior of website visitors. The expertise-index is designed to focus on the four key discoveries of enterprise attributes: Subject Authority, Work Patterns, Content Freshness, and Group Know-how. The invention produces useful, timely, cross-application, expertise-based search and navigation results. In contrast, traditional Information Retrieval technologies such as inverted index, NLP, or taxonomy tackle the same problem with an opposite set of attributes than what the enterprise needs: Content Population, Word Patterns, Content Existence, and Statistical Trends. Overall, the invention emcompasses Baynote Search—a enhancement over existing IR searches, Baynote Guide—a set of community-driven navigations, and Baynote Insights—aggregated views of visitor interests and trends and content gaps.

A work robot for executing a work for operating an object includes a robot body for capturing an image including the object. During a teach mode, the captured image is correlated with an operation content taught by an operator and held. During a work mode, the captured image is acquired, an image similar to the acquired image is searched, and the object is operated according to the operation content correlated with the image captured in the past which has been found as a result of the search.

The invention relates to a device and method for acquiring a digital image with high dynamic range in real time, which are used for synthesizing an image with high dynamic range in real time and outputting the image by directly utilizing an embedded image processing system. The device comprises an FPGA (Field Programmable Gate Array) programmable logic device, a CCD (Charge Coupled Device) imaging array, a video dedicated A/D chip, a coprocessor DSP (Digital Signal Processor) and a static random access memory (SRAM); and a system adopts two working modes of internal exposure and external exposure. In the working process, the FPGA is a central control and computation component, the DSP is the coprocessor, and image analysis and related parameter computation are realized. By means of the method disclosed by the invention, the image with high dynamic range can be generated in real time, the scene information of a bright region and a dark region is effectively expressed, the detailed characteristics of the image are enhanced, and the quality of the image shot by the CCD is improved.

Method and apparatus for an input device. In an embodiment, the present invention provides an apparatus that is designed as a hollow-out glove, which can be worn on the wrist of a user. This apparatus has three working mode: touch mode, air-mouse mode, and action-induction mode. In touch mode, it works with laser-positioning device to identify the user's moving motion; in air-mouse mode, it works with multi-sensors to capture user's moving motion; in action-induction mode, the apparatus can track all the directions of user's moving motion. This invention also provides a method to operate this apparatus. It makes it possible to position accurately in the space and capture the user's moving motion.

The invention discloses a wireless intelligent sensor network protocol (ATZGB-SleepTree) with ultra-low power consumption. The protocol includes a physical layer, an MAC (media access control) layer, a link layer, a network layer and an application layer according to an OSI (open system interconnection) reference model. A traditional wireless sensor protocol and even an existing ZigBee protocol are quite difficult to meet the requirements of low power consumption, low cost, high fault tolerance and the like of a wireless sensor, and under the circumstance, the ATZGB-SleepTree protocol arises at the historic moment. The ATZGB-SleepTree constructs a wireless network which is low in cost and power consumption, high in sensitivity, reliability and real-time control and transmission, highly flexible in work pattern and configuration, automated in link management, capable of achieving AES (advanced encryption standard) data encryption, supportive to multiple bands and multiple wireless rates and capable of achieving synchronous sleep and synchronous wake-up of all nodes of the whole network, routing fault-tolerance and automatic recovery and is used for substituting for traditional wireless and cable network transmission modes.

A method for identifying and using historical work patterns to build high-performance project teams, in one aspect, may comprise identifying historical data associated with one or more past projects, determining from said historical data, one or more patterns in team member attributes that are correlated with at least one of an individual determined to be successful and a project determined to be successful, and generating one or more staffing plans based on said determined patterns. A system and program storage device for performing finctionalities of the method are also provided.

The invention discloses a method and a device for regulating a mode, which belong to the field of intelligent devices. The method comprises steps: current ambient light intensity is acquired through a built-in light sensor; whether the current ambient light intensity is matched with the current working mode of a flash lamp is detected; when the current ambient light intensity is not matched with the current working mode of the flash lamp, a mode regulation control corresponding to the flash lamp is automatically displayed in a shooting interface; a selection signal acting on the mode regulation control is received; and according to the selection signal, the working mode of the flash lamp is regulated. Automatic pop-up of the mode regulation control corresponding to the flash lamp is realized through a terminal, the user can directly select a flash lamp working mode, and the control efficiency is improved.

A vision protection method is provided to ensure a viewer to rest his/her eyes after viewing on an electronic device for a certain period, wherein the eyesight protection method includes the steps of detecting at least one of eye activities of the viewer and working parameter of the electronic device in a working mode of the electronic device during the viewer is working on a current work displaying by the electronic device; switching the working mode of the electronic device to a resting mode when an abnormal eye activity of the viewer is detected; and switching the electronic device from the resting mode back to the working mode to resume the display of the current work of the electronic device. Therefore, the viewer is enforced to rest his/her eyes after every certain period.

The invention discloses a non-intrusive loading monitoring method and device. The method comprises the following steps: obtaining the current summation and the active power summation of each sampling point of power utilization load to be monitored in a preset duration; taking the current summation and the active power summation as the input layer nodes of a neural network model; taking the working state of the power utilization load as the output layer node of the neural network model; according to sampling data obtained by monitoring in a set time period, training the neural network model; and through the trained neural network model, determining the working state of each piece of power utilization load in a next set duration. The method is used for solving the problems that an existing non-intrusive loading monitoring method has a high requirement on equipment sampling frequency and it is difficult to effectively process load monitoring when multi-work-pattern load is put into use.

Disclosed is a laser working apparatus including: a laser emitting apparatus provided with a reflector which changes the direction of any one of a laser beam and a visible light; a robot which moves the laser emitting apparatus; and a robot control apparatus which, when laser working is performed, controls the laser emitting apparatus so that the laser beam can draw a predetermined working pattern on the basis of a predetermined working position on a workpiece, and, when an operation checking work is performed, controls the laser emitting apparatus so that the visible light beam can be emitted only to a reference position of the working pattern.

The invention belongs to the technical field of communication, and provides a switching method of working modes of a flexible screen and a mobile terminal of the flexible screen. The method comprises the detection step of detecting the current folding state and/or the bending radian of the flexible screen of a flexible screen system, and the switching step of switching the working modes of the flexible screen system according to the folding state and/or the bending radian. Therefore, the mobile terminal is small in size, convenient to carry, and capable of being converted into the plurality of working modes.

The present invention relates to a device and a method for sensing (detecting) rear and side areas of construction equipment. The present invention comprises: setting a certain distance from the construction machine (or vehicles) as a safe-distance area (work pattern area); patterning fixed objects within the set safe-distance area; sounding an alarm and/or displaying a captured (or detected) image on a display when other objects excluding the fixed objects that are sensed by the construction machine (that is, the fixed objects that are patterned) are sensed.

The invention provides a monitoring device and a monitoring method based on a visual image. The device comprises a focusing camera, an electric rotational station for controlling omni-directional rotation of the camera, and a monitoring processor for controlling the camera and the electric rotational station and receiving and processing data information fed back by the camera and the electric rotational station. The monitoring processor comprises a human-computer interaction module, a camera control module, a target detection module, an image calibration module and a video conversion module. The method for applying the device to monitor a specific target can be applied in two working modes: ifa target image in a panoramic monitoring video is not distinct,a monitoring system employs real-time monitoring, detection, tracking and automatic focusing to capturea high definition image of the target; and if a target image in the panoramic monitoring video is distinct, video recording and then analyzing are employed for monitoring, and video can be played backwards. Different working modes are employed according to different situations to guarantee that image and the video containingthe distinct features of the specific image target can be finally obtained.

The utility model discloses a self-installing and self-starting system of the terminal equipment and the method thereof. The method comprises the procedures as below: the terminal equipment connected with the mainframe is used as the driver; the mainframe can install the driver program into the driver and read the documents stored in the terminal equipment; when the specific document is found, the program can be automatically run and the check on whether the driver program and / or the application program has been installed can be made; if the driver program and / or the application program has not been installed, the system can install the programs thereof and switch into the normal working pattern; otherwise, the check on the program completeness can be made. If the program is completely installed, the system can directly switch into the normal working pattern, otherwise, the driver program and / or the application program can be reinstalled. The utility model can automatically install the driver program and the application program for the terminal equipment pursuant to the conditions of the mainframe and automatically start up the terminal equipment.