Abstract: Method and application for communicating sensitive information, incident reporting, and for acceleration of urgent situation responses and supervision allowing for school administrators, teachers, professors, users, submitters, or receivers, to instantly report credible threats, or dangerous situations. In at least one current embodiment, a Smart Button is a digital situation button for use by any submitter to instantly report their GPS map location, name, title, contact information, picture and/or workplace. Submitters can receive and/or send 1-way or at least 2-way communications. At least one embodiment of the invention relates to a method for sending, receiving, reporting or responding to mood related, time-sensitive, live situation, or secretive messages, through a one-step anonymous, or with a specific degree of anonymity, or non-anonymous submit and targeted authorized receipt process, generating, assigning, and utilizing unique identifiers with a corresponding administrative report generating process.

Abstract: Method and application for communicating sensitive information, incident reporting, and for acceleration of urgent situation responses and supervision allowing for school administrators, teachers, professors, users, submitters, or receivers, to instantly report credible threats, or dangerous situations. In at least one current embodiment, a Smart Button is a digital situation button for use by any submitter to instantly report their GPS map location, name, title, contact information, picture and/or workplace. Submitters can receive and/or send 1-way or at least 2-way communications. At least one embodiment of the invention relates to a method for sending, receiving, reporting or responding to mood related, time-sensitive, live situation, or secretive messages, through a one-step anonymous, or with a specific degree of anonymity, or non-anonymous submit and targeted authorized receipt process, generating, assigning, and utilizing unique identifiers with a corresponding administrative report generating process.

Abstract: The present invention relates to a method for sending, receiving, reporting and/or responding to incident, event, mood related, time-sensitive, live situation, and/or secretive matter messages, through a one-step submission, and/or Smart Button activation and/or anonymous submit process and/or targeted authorized receipt process, having the generating, assigning, and/or utilizing of unique identifiers and corresponding actionable and searchable administrative report generating process.

Abstract: The present invention relates to a method for sending, receiving, reporting and/or responding to mood related, time-sensitive, live situation, and/or secretive matter messages, through a one-step submission, and/or Smart Button activation anonymous submit process and/or targeted authorized receipt process, having the generating, assigning, and utilizing of unique identifiers and corresponding actionable and searchable administrative report generating process.

Abstract: Method and application for communicating sensitive information, incident reporting, and for acceleration of urgent situation responses and supervision allowing for school administrators, teachers, professors, users, submitters, or receivers, to instantly report credible threats, or dangerous situations. In at least one current embodiment, a Smart Button is a digital situation button for use by any submitter to instantly report their GPS map location, name, title, contact information, picture and/or workplace. Submitters can receive and/or send 1-way or at least 2-way communications. At least one embodiment of the invention relates to a method for sending, receiving, reporting or responding to mood related, time-sensitive, live situation, or secretive messages, through a one-step anonymous, or with a specific degree of anonymity, or non-anonymous submit and targeted authorized receipt process, generating, assigning, and utilizing unique identifiers with a corresponding administrative report generating process.

Abstract: A transport and storage pallet device with modular, self-contained, and collapsible features is described. The device includes a top frame, a bottom frame, a linking system, hooks, hoist rings, and a collapsing mechanism. The top frame and the bottom frame each include a topside and an underside. The topside of the bottom frame is configured with modular inserts to accommodate full or partial loads of varying sizes. The linking system includes rods extending from and connecting the top frame to the bottom frame. The rods are extensible in length such that the distance between the top frame and the bottom frame is sufficient to secure full or partial loads of varying sizes.

Abstract: The present invention relates to a method for sending, receiving, reporting and/or responding to mood related, time-sensitive, live situation, and/or secretive matter messages, through a one-step submission, and/or Smart Button activation anonymous submit process and/or targeted authorized receipt process, having the generating, assigning, and utilizing of unique identifiers and corresponding actionable and searchable administrative report generating process.

Abstract: A system and method for submission and receipt of communications and information including sending, receiving, and responding to mood related, time-sensitive and/or secretive messages or information, through a one-step submission to communication networks and/or social media platforms, through a anonymous submit and targeted authorized receipt process, having the generating, assigning, and utilizing of unique identifiers, and corresponding actionable and searchable administrative report generating process.

Abstract: A system for managing critical student information is disclosed generally comprising storing information associated with individual students, such as important medical information or contact information for the student's parent or guardian, and providing different authorized users, such as school administrators, teachers, or coaches, permission to access the information and/or send messages for particular students. The stored information for each student is associated with one or more group identifiers, which identify particular groups of which the student is a member, such as a school or team, and each authorized user is likewise associated with one or more group identifiers, which identify the particular groups for which the user has access and can send messages.

Abstract: A system for managing critical student information is disclosed generally comprising storing information associated with individual students, such as important medical information or contact information for the student's parent or guardian, and providing different authorized users, such as school administrators, teachers, or coaches, permission to access the information and/or send messages for particular students. The stored information for each student is associated with one or more group identifiers, which identify particular groups of which the student is a member, such as a school or team, and each authorized user is likewise associated with one or more group identifiers, which identify the particular groups for which the user has access and can send messages.

Abstract: There is provided a method for detecting at least one odor in a gas sample, the method comprising at least partially reducing an amount of water present in the gas sample; and detecting the presence or absence of at least one odor in the sample. There is also provided a method for reducing losses of sensitivity of at least one gas sensor adapted to detect and/or measure at least one odor in a gas sample, the method comprising at least partially reducing an amount of water present in the gas sample before contacting the sample with the at least one sensor. Apparatuses for detecting and/or measuring odors in a gas sample are also provided.

Abstract: An electrical circuit for amplifying complex, wideband signals, preferably audio and servo/robotic signals, comprises a first input buffer in an emitter-follower configuration or in a source-follower configuration. A bias current rail traverses the first buffer. The low impedance output of the first buffer is connected to a load resistor, preferably in the order of 50-500 ohms. The circuit further comprises positive and negative opposing current mirrors connected to the bias current rail that reflect the currents created in the bias current rail by an input voltage signal imposed across the load resister. The combined outputs of the current mirrors are connected to the input of a second buffer. The output of the second buffer is connected via a feedback means to the output of the first buffer and to a load. The first buffer is driven by dual voltage supply rails, preferably a lower voltage, in the order of 15 Volts.