1206 results about "Micro pump" patented technology

A drug delivery device for delivering hormonal and other veterinary treatments intra-vaginally. A substance dispenser (21) is separate from the supporting device (20). The dispenser is in the form of drug impregnated gills or vanes (6, 7). In other aspects the drug may be dispensed by a micro-pump in the supporting device or the drug may be coated on the dispenser.

The invention discloses a silicon based micro passage heat exchanger for the heat-sink cooling of high heat flow density electronic components, wherein a plurality of micro passages composed of multiple longitudinal passages along the cooling liquid flow direction and multiple transverse micro passages spaced by a predetermined distance along the direction perpendicular to the flow direction are etched on the silicon substrates of the semiconductor, the longitudinal micro passages and the transverse passages forming crossing micro passage array, and packaging the micro passages with heat resistant glass. The invention can be applied to link the micro pump, connecting pipe with the silicon based micro passage heat exchanger so as to form a forced-circulation return circuit.

An apparatus and method for pumping and optionally mixing of small quantities of biological fluid wherein the pumping mechanism is segregated from the biological fluid being pumped. The micro-pump pushes the biological fluid by compressing a cartridge housing the blood and reagents with collapsible walls with a roller or ball bearing, synchronized perpendicular plungers, or an acutely-angled member to push the biological fluid by collapsing the walls of the cartridge in the direction of flow.

The invention relates to an underwater glide detector, which comprises a glide frame, a variable buoyancy system, an attitude adjusting system and a communication navigation system, wherein when working, the driving device of attitude adjusting system can make the internal battery move along the axis of glide frame, to change the position of gravity center; the micro electromagnetic valve and micro pump of variable buoyancy system will cooperate to change the discharge volume of external oil vesicle, to change the buoyancy; therefore, the invention can realize saw-shaped motion in sea. Compared with present underwater robot, the invention has small volume, low cost and low energy consumption. And it can avoid screw and propeller, that powered by battery to operate in months.

The invention relates to the technical field of electric pressure cooker, and discloses a fresh-keeping electric pressure cooker, which comprises a pot body, an outer pot, an inner pot, a sealing ring, an outer cover and an inner cover, wherein a ring with an upward opening is arranged outside the mouth of the inner pot. Groove, the sealing ring includes an upper lip and a lower lip, the upper lip fits the inside of the inner cover, and the lower lip extends into the circumferential groove when the inner cover is fastened; a hose is connected to the inner cover, and one end of the hose is sealed and connected to the The inner side of the inner cover; the pot body is provided with a micro vacuum pump, and the other end of the hose is connected to the micro vacuum pump; the inner cover is provided with a pressure detection device for detecting the gas pressure in the inner pot. The invention solves the problem of short preservation time for the remaining food in the pot, starts the micro-vacuum pump, draws out the residual air in the pot, and the pressure in the pot becomes smaller so that the lower lip is close to the inner wall of the circumferential groove, and the outside air cannot enter, achieving For the purpose of keeping the remaining food fresh for a long time, there is no need for the user to pour out the remaining food for fresh keeping, which greatly facilitates the use of the user.

A micro-reactor is provided with a flow jointing section to joint flows of at least two kinds of liquids including a reacting reagent by feeding the two kinds of liquids with a micro pump; a mixing flow path connected to a downstream end of the flow jointing section so as to diffuse and mix the liquids; and a reaction advancing section to advance the reaction among the mixed liquids.

A non-valve membrane driven miniature pump has a single-membrane dual-cavity structure. A drive membrane consisting of base membrane and function membrane is used to isolate two pump cavities from each other. Each pump cavity has a conic diffusing tube to connect water inlet and a conis shrinking tube to connect water outlet. Its advantages are stable flow, high response speed, small size, low cost and long service life.

A fluid conveyance system includes: a fluid conveyance device including a micro pump module which compresses a flexible tube communicating with a fluid containing receptacle and discharges a fluid, a memory device furnished on the micro pump module which stores individual identification data of the micro pump module, and a power source; a discharge data processing device which stores basic data for driving the fluid conveyance device; and a communication device having a communication unit which interconnects the fluid conveyance device and the discharge data processing device, wherein the discharge data processing device inputs discharge data, for discharging a desired discharge amount of a fluid, calculated from the identification data and the basic data read via the communication device, into the memory device via the communication device, and the fluid conveyance device is driven based on the discharge data.

An intelligent self-cleaning glass window comprises a window frame and a glass plate, wherein a self-cleaning mechanism is mounted on the window frame. The self-cleaning mechanism comprises two guide rods capable of rotating around respective axes. The two ends of each guide rod are connected with the window frame. A power interface, a microprocessor and a motor driving the guide rods to rotate are mounted on the window frame. Each guide rod is sleeved with a guide sleeve capable of conducting up-down reciprocating movement along the guide rod. The two guide sleeves are connected through a connecting beam. A windscreen wiper and a support are mounted on the connecting beam. A second cross shaft sleeved with an electric brush is arranged in the support. A gear motor is mounted on the support and connected with the electric brush through a gear belt. A cleaning solution box is mounted on the connecting beam. A micro pump is arranged on the cleaning solution box. The cleaning solution box is communicated with one end of an infusion tube. Multiple sprayers are arranged on the infusion tube. The electric brush, the gear motor, the micro pump and the motor driving the guide rods to rotate are all in signal connection with the microprocessor. The self-cleaning glass window can clean itself in time to keep bright like a new window, and avoids potential safety hazards existing in manual cleaning.

An ink-jet recording apparatus has a recording head that discharges ink from a nozzle to print an image. An ink container consisting of an ink bag and a case is placed above the recording head to supply the ink. A micro pump is connected to the case, to adjust pressure in a room between the ink bag and the case, thereby to control a nozzle internal pressure. Because a pumping height from an outlet of the nozzle to an ink liquid surface in the ink bag has influence on the nozzle internal pressure, a pump controller reads image data of those lines to be recorded later, to predict based on the image data a pumping height at a given time after. Based on the predicted pumping height, the pressure in the room is adjusted to keep the nozzle internal pressure in a predetermined range.