40 results about "Supply side" patented technology

A fluid filtration assembly (10) operable to provide both return-side and supply-side filtration, as, for example, of a fluid entering and leaving a sump (14) as it circulates in a vehicle transmission (12). The fluid filtration assembly (10) broadly comprises a return-side filter (18) and a supply-side filter (20). The return-side filter (18) includes a filter media (33) operable to filter relatively small particles. Fluid flow through the return-side filter (18) may be accomplished using any of three described alternative embodiments, including upflow, downflow, and direct feed. The supply-side filter (20) includes a filter media (42) for filtering needed fluid as it is drawn back into circulation. The supply-side filter media (42) is a low restriction filter media operable to filter only relatively large particles, thereby decreasing bottle-neck effects and minimizing pressure drops.

System for detecting and removing gas bubbles from a vascular infusion line, including a cassette adapted for disposition intermediate the fluid line, the cassette including a flexible tube having an inlet port for connection to a supply side of the fluid line, an outlet port configured for connection to a patient side of the fluid line, and a purge port intermediate the inlet and outlet ports, and a base unit adapted to receive the cassette and monitor fluid flow through the tube, the base unit including a sensor to detect the presence of a gas bubble in the fluid flow, a pinch valve adapted to stop the flow of fluid, and a control unit adapted to operate the base unit so that (i) fluid is permitted to flow past the pinch valve when no gas bubble is detected; and (ii) fluid flow is arrested when a gas bubble is detected.

System for detecting and removing gas bubbles from a vascular infusion line, including a cassette adapted for disposition intermediate the fluid line, the cassette including a flexible tube having an inlet port for connection to a supply side of the fluid line, an outlet port configured for connection to a patient side of the fluid line, and a purge port intermediate the inlet and outlet ports, and a base unit adapted to receive the cassette and monitor fluid flow through the tube, the base unit including a sensor to detect the presence of a gas bubble in the fluid flow, a pinch valve adapted to stop the flow of fluid, and a control unit adapted to operate the base unit so that (i) fluid is permitted to flow past the pinch valve when no gas bubble is detected; and (ii) fluid flow is arrested when a gas bubble is detected.

The invention relates to a metering and measuring-point system for measuring and metering the electrical power/electricity which is tapped and/or supplied by a consumer/generator unit, at a fixed geographical point, from a tap-and/or-supply device. The system comprises one or more stationary tap-and/or-supply devices connected to the electrical grid and suitable for tapping and/or supplying electrical power/electricity which is tapped and/or supplied by consumer/generator units, as well as at least one identifiable and portable functional unit for measuring and metering the electrical power/electricity that is tapped or supplied, either conductively by means of an electric conductor or inductively, by consumer/generator units connected to one or more stationary tap-and/or-supply devices. A measurement device is associated with each of the plurality of tap-and/or-supply devices and is suitable for measuring at least one physical parameter that represents the electrical power transferred by each tap-and/or-supply device, and a measurement device is associated with the at least one functional unit and is suitable for measuring at least one physical parameter that represents the electrical power transferred between each tap-and/or-supply device and the consumer/generator unit with which the portable functional unit is associated. In addition, a means for comparison is provided which compares the at least one physical parameter measured on the connection side with the at least one physical parameter measured on the tap side and/or supply side. The invention also relates to a method for measuring, metering and billing electric current independently of location.

A device for automatically detecting and removing air from a gas mixture of an organic gas and air includes calculating a saturation pressure value based on a temperature of the gas mixture in a reservoir 1, and obtaining a pressure threshold value by adding a margin value to the saturation pressure value. When the pressure value inside the reservoir 1 is higher than the pressure threshold value, air is detected to be in the gas mixture. After this detection, a controller 5 pressurizes and introduces the gas mixture into a pressure container 2 to condense the organic gas in the gas mixture, thus producing a diluted gas mixture. Subsequently, the diluted gas mixture is introduced to a supply side of a membrane unit 3, the organic gas in the diluted gas mixture is recovered at a permeation side thereof, and a residual gas is discharged outside of the device.

The invention provides a primary and secondary frequency modulation comprehensive optimization system for double asynchronous feedback thermal power generation. The system comprises a detection device, an acquisition device, a processing device, a feedback device, a frequency modulation device and a processor; the detection device is configured to detect electric quantity of a load side; the acquisition device is configured to acquire the ratio of the electric quantity of the supply side to the electric quantity of the load side and respond to the frequency modulation of the electric quantitybased on the ratio; the processing device is configured to optimize the ratio of the power supply side to the load side; the feedback device is configured to feed back the use condition of the electric quantity of the supply side and respond to the frequency modulation operation of the frequency modulation device; the feedback device is configured to acquire signals of a supply side and a load side of the generator. Through cooperative use of the acquisition device and the feedback device, output data after frequency modulation are fed back and acquired, and the stable control time of a powergrid is prolonged effectively.

The holder for a curved duct portion of a tube pump comprises: a supply-side connector comprising a first cavity and a first plate connected together, the first cavity being adapted for receiving an end of the curved duct portion, and a discharge-side connector comprising a second cavity and a second plate connected together, the second cavity being adapted for receiving another end of the curved duct portion, where said connectors are movable the one with respect to the other between a storage configuration, in which the supply-side connector is positioned away to the discharge-side connector, and an operating configuration, in which the supply-side connector is close to the discharge-side connector and in which the first and second plate are engaged together substantially on a same plane.

The invention relates to the technical field of energy management, in particular to a smart energy management system based on a cloud platform, which comprises a management platform, a supply side data acquisition unit and a demand side data acquisition unit, a supply side data acquisition unit and a demand side data acquisition unit are respectively arranged on a supply side and a demand side, and are uniformly accessed to a management platform for management. Meanwhile, a decision generation module in the management platform compares energy consumption prediction data uploaded by a demand side data acquisition unit with supply data provided by a supply side data acquisition unit, and adjusts a supply plan in time according to demands, thereby avoiding the problems of energy supply lag and mismatching between demands and supply.

The invention relates to the technical field of kitchen electric equipment, and particularly provides cooking equipment, which comprises cooking equipment, and is characterized in that the cooking equipment comprises a cooking body which is provided with a cooking cavity used for containing food materials; the steam generator comprises a generator body and a steam generating agent supply side, a steam generating chamber is formed in the generator body, and the steam generating chamber is provided with a first chamber and a second chamber which can communicate with each other; wherein the first chamber is provided with a steam generating agent inlet, and the steam generating agent supply side is connected to the steam generating agent inlet; wherein the second chamber is provided with a steam distribution port, and the steam distribution port is connected to the cooking chamber. By means of the arrangement, on the premise that the performance of the cooking equipment is guaranteed, the cooking equipment can have the higher cooking temperature.

The invention relates to a device for cleaning a gas mixture comprising contaminants. The device comprises a cylinder and a burner nozzle for supplying a fuel to be burned, said burner nozzle being embodied for directing into the cylinder a flame, wherein the flame is directed in a flow direction of the gas mixture. The device is characterized in that the device comprises cone shaped gas conductor with a relatively wide entrance for the gas mixture to be cleaned and a relatively narrow exit, The tapered shape is positioned in the flow direction and the narrow part of which is positioned near or within the supply side of the cylinder, with the proviso that the device is embodied for supplying into the cylinder the gas mixture to be cleaned partly through the cone shaped gas conductor and partly around the cone shaped gas conductor. The burner nozzle is positioned at the narrow side of the cone.

The invention discloses a method for controlling the distribution of energy supply in a heating network (100) during peak loads (201, 2003). The heating network (100) includes a supply side and a consumer side configured to communicate with the supply side. At least one low-demand consuming equipment from multiple consuming equipment (104-112, 401, 402) is first identified, and then by controllingmass flow between the supply side and the identified one or more low-demand consuming equipment during the selected time period, for example, by reducing the differential pressure across the two endsof the differential pressure valve (408) at the connection between the supply side and the identified one or more low-demand consumption equipment, energy supply of the identified one or more low-demand consuming equipment is reduced. The energy supply to the remaining consumer equipment of the plurality of consumer equipment (104-112, 401, 402) is maintained during the selected time period.

The invention relates to a synchronous converter (10) comprising a transformer (11A, 11B) having a predefined winding ratio, which couples a supply-side (12) and a load side (13) of the synchronous converter (10), which are each allocated limit current intensities (15′, 15″, 24′, 24″); detection means (14), which are configured to detect a current intensity (15) on one side (12) from the supply side (12) and the load side (13); conversion means (16), which are configured to provide the limit current intensities (24′, 24″) from the other side (13) from the supply-side (12) and the load side (13), converted via the predefined winding ratio, as corresponding limit current intensities (15*, 15**) on the one side (12); and comparison means (17), which are configured to compare the detected current intensity (15) with the limit current intensities (15′, 15″) of the one side (12) and with the corresponding limit current intensities (15*, 15**) on the one side (12).