A time and/or attendance recording device for time and/or attendance recording of people, has a local memory or is connected to a local memory, and further includes a communication interface for communicating with a server system.

Personal data may be stored in the local memory, wherein the time and/or attendance recording device is configured such that personal data is stored in the local memory depending on which group of people from a number of groups of people a person is assigned.

Systems, devices, and methods for synchronized clock in management. In an embodiment, a system enables users to clock in to a cloud computing platform over a network through remote clock in devices, regardless of whether the remote clock in devices are online or offline. A clock in manager on the platform is configured to communicate with clock in assistants on remote clock in devices and to manage clock in of users in self and group clock in modes. A predetermined threshold may be used to determine a match with respect to a captured image. A clock in manager may intelligently determine the predetermined threshold according to algorithms based on training data. Face scan guides, liveness detection, and fraud detection may be included. A report engine supports presentations of filtered data from a control panel including map displays of devices or clock in events according to geolocation.

Systems, devices, and methods for synchronized clock in management. In an embodiment, a system enables users to clock in to a cloud computing platform over a network through remote clock in devices, regardless of whether the remote clock in devices are online or offline. A clock in manager on the platform is configured to communicate with clock in assistants on remote clock in devices and to manage clock in of users in self and group clock in modes. A predetermined threshold may be used to determine a match with respect to a captured image. A clock in manager may intelligently determine the predetermined threshold according to algorithms based on training data. Face scan guides, liveness detection, and fraud detection may be included. A report engine supports presentations of filtered data from a control panel including map displays of devices or clock in events according to geolocation.

A server (1) executes an acquisition process (S31) of acquiring, from a terminal device (3) of a visitor (A), information to be used for identifying a visit destination of the visitor, and a reception process (S4) to (S7) of notifying a to-be-visited person at the visit destination identified by use of the information acquired, of the visit of the visitor. The reception process includes an identification process (S4) of identifying the visit destination by use of the information acquired, and a display process (S5) of causing the terminal device to display a reception screen, for the visit destination, which receives an operation performed by the visitor.

A server (1) executes an acquisition process (S31) of acquiring, from a terminal device (3) of a visitor (A), information to be used for identifying a visit destination of the visitor, and a reception process (S4) to (S7) of notifying a to-be-visited person at the visit destination identified by use of the information acquired, of the visit of the visitor. The reception process includes an identification process (S4) of identifying the visit destination by use of the information acquired, and a display process (S5) of causing the terminal device to display a reception screen, for the visit destination, which receives an operation performed by the visitor.

A system and method for continuously tracking a competitor on an athletics track, including: a wireless transmitter operable to wirelessly submit a query provided with a timestamp, a wearable transponder attachable to the competitor, and configured to receive the query, to generate a transponder specific response and to wirelessly transmit the response, stationary receivers distributed across or around the athletics track. Each of the stationary receivers is configured to receive the transponder specific response and to determine a runtime, which is indicative of a point in time relative to the timestamp at which the transponder specific response has been received by the respective stationary receiver. A processor is connected to the stationary receivers and is configured to determine a position of the wearable transponder relative to the athletics track or relative to the stationary receivers on the basis of the runtimes received from the stationary receivers.

An attendance management device including a processor which performs control to: display a date and time reception screen for receiving a predetermined operation timing by a user as arrival date and time or leaving date and time; and display a stock input screen for a user to input a stock in a predetermined sales data processing device or a predetermined drawer device, wherein the processor performs control to display the date and time reception screen prior to displaying of the stock input screen when an arrival processing mode is selected, and the processor performs control to display the date and time reception screen after displaying of the stock input screen when a leaving processing mode is selected.

An attendance management device including a processor which performs control to: display a date and time reception screen for receiving a predetermined operation timing by a user as arrival date and time or leaving date and time; and display a stock input screen for a user to input a stock in a predetermined sales data processing device or a predetermined drawer device, wherein the processor performs control to display the date and time reception screen prior to displaying of the stock input screen when an arrival processing mode is selected, and the processor performs control to display the date and time reception screen after displaying of the stock input screen when a leaving processing mode is selected.

Disclosed is a mobile electronic bidirectional counting apparatus (MEBCA), etc., that accurately counts the number of occupants that board and debark any large passenger transport vehicle (LPTV) (i.e. bus or van). This mobile electronic bidirectional counting apparatus is specifically designed to ensure that every passenger that enters a LPTV serving the public is never left on a LPTV after the end of vehicle operation. The mobile electronic bidirectional counting apparatus is comprised of: two application running units, two function execution units and a memory-storing unit. The application unit runs the applications program within the execution phase of operation; in conjunction, the function unit generates a specific task output upon the completion of the first function execution unit; displaying a numerical character with sound corresponding to the displayed numeric character. The memory-storing unit stores the number of passengers that enter the LPTV.

Disclosed is a mobile electronic bidirectional counting apparatus (MEBCA), etc., that accurately counts the number of occupants that board and debark any large passenger transport vehicle (LPTV) (i.e. bus or van). This mobile electronic bidirectional counting apparatus is specifically designed to ensure that every passenger that enters a LPTV serving the public is never left on a LPTV after the end of vehicle operation. The mobile electronic bidirectional counting apparatus is comprised of: two application running units, two function execution units and a memory-storing unit. The application unit runs the applications program within the execution phase of operation; in conjunction, the function unit generates a specific task output upon the completion of the first function execution unit; displaying a numerical character with sound corresponding to the displayed numeric character. The memory-storing unit stores the number of passengers that enter the LPTV.