Abstract: Disclosed is a digital pass system that includes a network interface assembly including one or more computerized network devices. A promotional environment has at least one or more of spatial, temporal, material, and risk elements, the risk elements designed to calculate outcome probabilities. Included is at least one user interface wherein users may create through a digital pass portal at least one digital pass on at least one computerized device designed to accept receipt of at least one or more of information, coupons, and transactions via the network interface assembly. The network interface assembly is designed to send information to the at least one digital pass as prompted by a digital pass software based on at least one or more of the location of the at least one user, the time, the material associated with the information, and the probability the at least one user will respond positively.

Abstract: A fluid compression system is disclosed having a hermetically-sealed housing with at least a motor and a compressor arranged therein. The motor may drive both the compressor and a blower device coupled to the housing or otherwise arranged within the housing and configured to circulate a cooling gas throughout the housing and thereby cool the motor and accompanying radial bearings. The blower device circulates the cooling gas through a closed-loop circuit which may include a heat exchanger and gas conditioning skid. Buffer seals may be used to seal the shaft on both sides of the compressor so as to prevent the migration of liquid and solid contaminants into the closed-loop cooling circuit.

Abstract: A fluid compression system is disclosed having a hermetically-sealed housing with at least a motor and a compressor arranged therein. The motor may drive both the compressor and a blower device coupled to the housing or otherwise arranged within the housing and configured to circulate a cooling gas throughout the housing and thereby cool the motor and accompanying radial bearings. The blower device circulates the cooling gas through a closed-loop circuit which may include a heat exchanger and gas conditioning skid. Buffer seals may be used to seal the shaft on both sides of the compressor so as to prevent the migration of liquid and solid contaminants into the closed-loop cooling circuit.

Abstract: A fluid compression system is disclosed having a hermetically-sealed housing with at least a motor and a compressor arranged therein. The motor may drive both the compressor and a blower device coupled to the housing or otherwise arranged within the housing and configured to circulate a cooling gas throughout the housing and thereby cool the motor and accompanying radial bearings. The blower device circulates the cooling gas through a closed-loop circuit which may include a heat exchanger and gas conditioning skid. Carbon ring seals may be used to seal the shaft on both sides of the compressor so as to prevent the migration of liquid and solid contaminants into the closed-loop cooling circuit.

Abstract: A fluid compression system is disclosed having a hermetically-sealed housing with at least a motor and a compressor arranged therein. The motor may drive both the compressor and a blower device coupled to the housing or otherwise arranged within the housing and configured to circulate a cooling gas throughout the housing and thereby cool the motor and accompanying radial bearings. The blower device circulates the cooling gas through a closed-loop circuit which may include a heat exchanger and gas conditioning skid. Carbon ring seals may be used to seal the shaft on both sides of the compressor so as to prevent the migration of liquid and solid contaminants into the closed-loop cooling circuit.

Abstract: The present invention relates to a telecommunications system including first and second telecommunications devices, and a computing device. The first telecommunications device is configured to receive audio input from and deliver audio output to a first user. The second telecommunications device is configured to receive audio input from and deliver audio output to a second user. The computing device is configured to deliver a set of computer-readable instructions upon request to the second telecommunications device, the instructions configured to, when executed, convert audio input received from the first user at the first device in a first human language into audio output for delivery to the second user at the second device in a second human language, the first and second languages being different.