Abstract: Herein is disclosed an apparatus and method for delivering a fluid to an individual in such a manner that sloshing of the fluid is substantially suppressed, even when the fluid has been only partially consumed. The apparatus includes a reservoir for containing the fluid and a valve in fluid communication with the reservoir. A biasing mechanism exerts a force upon the reservoir, causing it to contract and force fluid through the valve, when the valve is opened. The biasing mechanism and reservoir are housed within a body, according to some embodiments.

Abstract: Herein is disclosed an apparatus and method for delivering a fluid to an individual in such a manner that sloshing of the fluid is substantially suppressed, even when the fluid has been only partially consumed. The apparatus includes a reservoir for containing the fluid and a valve in fluid communication with the reservoir. A biasing mechanism exerts a force upon the reservoir, causing it to contract and force fluid through the valve, when the valve is opened. The biasing mechanism and reservoir are housed within a body, according to some embodiments.

Abstract: Herein is disclosed an apparatus and method for delivering a fluid to an individual in such a manner that sloshing of the fluid is substantially suppressed, even when the fluid has been only partially consumed. The apparatus includes a reservoir for containing the fluid and a valve in fluid communication with the reservoir. A biasing mechanism exerts a force upon the reservoir, causing it to contract and force fluid through the valve, when the valve is opened. The biasing mechanism and reservoir are housed within a body, according to some embodiments.

Abstract: Herein is disclosed an apparatus and method for delivering a fluid to an individual in such a manner that sloshing of the fluid is substantially suppressed, even when the fluid has been only partially consumed. The apparatus includes a reservoir for containing the fluid and a valve in fluid communication with the reservoir. A biasing mechanism exerts a force upon the reservoir, causing it to contract and force fluid through the valve, when the valve is opened. The biasing mechanism and reservoir are housed within a body, according to some embodiments.

Abstract: Offsite financial account onboarding is provided which creates a more streamlined process for a customer. The customer accesses a money services business electronic system to request financial account setup. The onboarding system establishes account access to a pooled custodial account managed by the money services business based on preliminary identification (ID) data from the customer. With only preliminary ID data, account access limits are assigned which reduces the risk of fraud or criminal activity with the customer's account access. Because account access is established with just the preliminary ID data, the customer may fully obtain account access directly from a mobile device. The money services business provides additional graduated access levels depending on additional ID data provided by the customer. Thus, depending on the type of ID data provided by the customer, the customer's account access will have corresponding access level rights to the custodial account.

Abstract: Herein is disclosed an apparatus and method for delivering a fluid to an individual in such a manner that sloshing of the fluid is substantially suppressed, even when the fluid has been only partially consumed. The apparatus includes a reservoir for containing the fluid and a valve in fluid communication with the reservoir. A biasing mechanism exerts a force upon the reservoir, causing it to contract and force fluid through the valve, when the valve is opened. The biasing mechanism and reservoir are housed within a body, according to some embodiments.

Abstract: Offsite financial account onboarding is provided which creates a more streamlined process for a customer. The customer accesses a money services business electronic system to request financial account setup. The onboarding system establishes account access to a pooled custodial account managed by the money services business based on preliminary identification (ID) data from the customer. With only preliminary ID data, account access limits are assigned which reduces the risk of fraud or criminal activity with the customer's account access. Because account access is established with just the preliminary ID data, the customer may fully obtain account access directly from a mobile device. The money services business provides additional graduated access levels depending on additional ID data provided by the customer. Thus, depending on the type of ID data provided by the customer, the customer's account access will have corresponding access level rights to the custodial account.

Abstract: Offsite financial account onboarding is provided which creates a more streamlined process for a customer. The customer accesses a money services business electronic system to request financial account setup. The onboarding system establishes account access to a pooled custodial account managed by the money services business based on preliminary identification (ID) data from the customer. With only preliminary ID data, account access limits are assigned which reduces the risk of fraud or criminal activity with the customer's account access. Because account access is established with just the preliminary ID data, the customer may fully obtain account access directly from a mobile device. The money services business provides additional graduated access levels depending on additional ID data provided by the customer. Thus, depending on the type of ID data provided by the customer, the customer's account access will have corresponding access level rights to the custodial account.

Abstract: Offsite financial account onboarding is provided which creates a more streamlined process for a customer. The customer accesses a money services business business electronic system to request financial account setup. The onboarding system establishes account access to a pooled custodial account managed by the money services business business based on preliminary identification (ID) data from the customer. With only preliminary ID data, account access limits are assigned which reduces the risk of fraud or criminal activity with the customer's account access. Because account access is established with just the preliminary ID data, the customer may fully obtain account access directly from a mobile device. The money services business business provides additional graduated access levels depending on additional ID data provided by the customer. Thus, depending on the type of ID data provided by the customer, the customer's account access will have corresponding access level rights to the custodial account.

Abstract: Offsite financial account onboarding is provided which creates a more streamlined process for a customer. The customer accesses a money services businesss business electronic system to request financial account setup. The onboarding system establishes account access to a pooled custodial account managed by the money services businesss business based on preliminary identification (ID) data from the customer. With only preliminary ID data, account access limits are assigned which reduces the risk of fraud or criminal activity with the customer's account access. Because account access is established with just the preliminary ID data, the customer may fully obtain account access directly from a mobile device. The money services businesss business provides additional graduated access levels depending on additional ID data provided by the customer. Thus, depending on the type of ID data provided by the customer, the customer's account access will have corresponding access level rights to the custodial account.

Abstract: Offsite financial account onboarding is provided which creates a more streamlined process for a customer. The customer accesses a money services businesss business electronic system to request financial account setup. The onboarding system establishes account access to a pooled custodial account managed by the money services businesss business based on preliminary identification (ID) data from the customer. With only preliminary ID data, account access limits are assigned which reduces the risk of fraud or criminal activity with the customer's account access. Because account access is established with just the preliminary ID data, the customer may fully obtain account access directly from a mobile device. The money services businesss business provides additional graduated access levels depending on additional ID data provided by the customer. Thus, depending on the type of ID data provided by the customer, the customer's account access will have corresponding access level rights to the custodial account.

Abstract: Offsite financial account onboarding is provided which creates a more streamlined process for a customer. The customer accesses a money services businesss business electronic system to request financial account setup. The onboarding system establishes account access to a pooled custodial account managed by the money services businesss business based on preliminary identification (ID) data from the customer. With only preliminary ID data, account access limits are assigned which reduces the risk of fraud or criminal activity with the customer's account access. Because account access is established with just the preliminary ID data, the customer may fully obtain account access directly from a mobile device. The money services businesss business provides additional graduated access levels depending on additional ID data provided by the customer. Thus, depending on the type of ID data provided by the customer, the customer's account access will have corresponding access level rights to the custodial account.

Abstract: An alarm system (100) to wake sleeping occupants in the event of an emergency has a receiver (105) for detecting a warning signal (130) emitted from an external device (125), such as a smoke or carbon monoxide detector. A processor (11) compares the received warning signal to a predetermined signal and, if they correspond, then a transmitter (115) transmits an alarm (135). The predetermined signal can be preprogrammed or it can be learned by alarm system. The alarm is at least one of an audible, visual, vibratory, and/or olfactory communication. A customized audible communication in a voice familiar to the occupants can be recorded and stored in the alarm system. In addition, the system may provide different alarms before and after motion is detected.

Abstract: An alarm system (100) to wake sleeping occupants in the event of an emergency has a receiver (105) for detecting a warning signal (130) emitted from an external device (125), such as a smoke or carbon monoxide detector. A processor (11) compares the received warning signal to a predetermined signal and, if they correspond, then a transmitter (115) transmits an alarm (135). The predetermined signal can be preprogrammed or it can be learned by alarm system. The alarm is at least one of an audible, visual, vibratory, and/or olfactory communication. A customized audible communication in a voice familiar to the occupants can be recorded and stored in the alarm system. In addition, the system may provide different alarms before and after motion is detected.

Abstract: An alarm system (100) to wake sleeping occupants in the event of an emergency has a receiver (105) for detecting a warning signal (130) emitted from an external device (125), such as a smoke or carbon monoxide detector. A processor (11) compares the received warning signal to a predetermined signal and, if they correspond, then a transmitter (115) transmits an alarm (135). The predetermined signal can be preprogrammed or it can be learned by alarm system. The alarm is at least one of an audible, visual, vibratory, and/or olfactory communication. A customized audible communication in a voice familiar to the occupants can be recorded and stored in the alarm system. In addition, the system may provide different alarms before and after motion is detected.

Abstract: Each table in a restaurant has a switch coupled to a wireless transmitter. When the switch is activated, the transmitter broadcasts a vacant table signal. The vacant table signal is received by a receiver that is coupled to a computer system. The computer responds to a vacant table signal by identifying a particular table as being vacant, and therefore ready for seating of a party. The computer is programmed to represent each table in the restaurant with an icon. The computer may be programmed to present a table as being in one of three states: (1) vacant; (2) occupied; and (3) anticipated to be vacant soon. When a party is seated at a particular table, this fact is entered into the computer, and the computer presents the table as occupied. The table is regarded as occupied until one of two events occurs. If the party leaves, the table will be bussed, and thereafter, the switch/transmitter circuit at the table will be activated.