49 results about "Team leader" patented technology

A hand-held computing device and system is provided comprising an executable method for providing the user the ability to allocate geographical regions to a predetermined or on-the-fly representative or groups of representatives. The executable method in conjunction with the hand-held computing device provides a field representative with the means to view a predetermined allocation of customer's houses or business addresses that are part of scheduled daily activity. The system provides user ability to access a particular property, display information at the point-of-sale, capture information including digital signatures and verbal verifications, and storing the outcome of the interaction in a particular case. A user interface on a hand-held computer device is provided that includes a group management module, a user allocation module, a team leader module, a customer interaction module, and a mapping module. A further user interface is provided at one or more web consoles. Said web console user interface includes a form builder module, a form management module, a reporting module, and an allocation module.

A system and method for employ management that retrieves open task information for a team, retrieves availability and open task information for each of a plurality of team members, displays a first section of a page, the first section depicting summarized open task information for the team, concurrently displays a second section of the page, the second section depicting availability and open task information for each of the plurality of team members, receives a user input at an electronic device indicating that the user is selecting one of the plurality team members, in response to selecting one of the team members, displays a plurality of open tasks and a plurality of corresponding data fields, and reassigns one or more open tasks from one team member to another team member.

The invention belongs to the deep-water drilling device control field, and relates to a linear motor-based deep-water blowout preventer group control system, which mainly comprises a central control unit (1), an underwater control box blue box (3), an underwater control box yellow box (5) and a connection optical cable (2). The central control unit (1) is core for controlling the system and is used for transmitting an order and for providing a communication interface, and a driller console (6), a team leader console (7) and a workstation (8) which are arranged inside the central control unit (1) are respectively used as a main control station, a second control station and a third control station and are arranged on a platform. The control box blue box (3) and the control box yellow box (5) are backed up to each other, and the two control boxes are mainly and respectively provided with an identical photoelectric converter (11), an input-output module (13), a linear motor drive device (14) and a temperature pressure sensor (15) and are used for controlling and detecting a blowout preventer group. The linear motor-based deep-water blowout preventer group control system has advantages that: the long distance transportation and rapid transportation can be realized; the structure is simple, and the cost is low; the system is rapid to install, less time is spent to locate and repair the malfunction, and the modularization can be realized.

The invention discloses an activity participation system based on a campus cloud platform. The activity participation system comprises a cloud platform login module, a cloud platform initiation module, a cloud platform participation module, a cloud platform establishment module and a cloud platform task assignment module, wherein the cloud platform login module is used for distributing login account numbers to registration students so that the students can realize login according to the login account numbers, the cloud platform initiation module is used for receiving the activity initiation information uploaded by the login students for the cloud platform, the activity initiation information comprises the activity participation number, the cloud platform participation module is used for sending activity participation applications of activity participation students to the cloud platform after the activity participation students browse the activity initiation information uploaded by other students on the cloud platform, the cloud platform establishment module is used for sending the activity participation applications of the activity participation students to the activity initiation students of the cloud platform, activity team member adding is carried out by the activity initiation students according to the activity participation applications of the activity participation students, and the cloud platform task assignment module is used for assigning the activity initiation students as activity team leaders responsible for assigning activity tasks to the team members when the activity team number reaches the activity participation number.

The invention discloses an information push method, a server and a system. The method includes the following steps that: the activity information of a self-driving tour is obtained, wherein the activity information of the self-driving tour contains the information of a team leader; first request information from a first account is obtained, wherein the first request information contains information to be pushed and preset push time, and the first account is an account corresponding to the team leader; and second request information is sent to a plurality of terminal devices according to the first request information, wherein the second request information contains the information to be pushed and the preset push time, and the second request information is used for prompting the users of the terminal devices with the information to be pushed when the preset push time arrives. With the information push method provided by the above technical schemes of the invention adopted, the team leader can push information to team members remotely so as to manage a vehicle team, and therefore, safety and convenience of travel can be improved.

The invention discloses an intelligent security guard proceeding system. The system comprises: a team member module used for team members to check tasks, report cases, implement voice communication and processing the cases; a team leader module used for a team leader to upload the cases, verifying the cases, checking positions and assigning tasks; and a control center used for assigning tasks, planning lines, inspecting the dynamic condition, analyzing the tasks, analyzing case forms and integrating the position information, wherein the team member module, the team leader module and the control center mutually communicate with each other. The system comprises the team member module, the team leader module and the control center, and found problems can be reported to the headquarter step by step through the network in a voice and picture form, so the efficiency of problem solving after problem finding is effectively improved.

The invention discloses a location-based information broadcasting method, a first terminal and a second terminal and belongs to the technical field of wireless communication. The method comprises the steps that the first terminal records preset information comprising a first location; the first terminal broadcasts the preset information comprising the first location through radio frequency; the second terminal receives the preset information comprising the first location; the second terminal calculates the distance between a second location of the second terminal and the first location of the first terminal; and if the distance is not greater than a preset threshold value, the second terminal broadcasts the preset information comprising the first location. The problem that team members are liable to be unable to find their ways or walk sideways when a team leader communicates with the team members about a route in real time on an existing team trip is solved, and the technical effect that the team members can obtain the route information accurately, and an efficient and secure team trip is realized is achieved.