Abstract: A system and method of manufacture of a foldable electrical connector-housing system includes: a first end panel with an outer first end panel side having first end panel contacts; a second end panel having an outer second end panel side; a clip mechanism in at least one of the two end panels for attaching the foldable electrical connector-housing system to a flat surface; a fold mechanism is connected between the first end panel and the second end panel for folding into a folded configuration; and an electronic unit on the first end panel, the electronic unit coupled to the first end panel contacts.

Abstract: A syringe for performing a medical procedure includes a pressure sensor, a volume sensor, and a compensation circuit. The volume sensor measures a volume of a flowable material that is dispensed from the syringe, the pressure sensor measures a pressure being applied to the flowable material, and the compensation circuit calculates a delivered volume of the flowable material by accounting for system compliance (expansion) as the pressure is increased. By compensating for system compliance in this manner, a syringe can be used in high pressure procedures while still providing accurately controllable material delivery.

Abstract: A syringe for performing a medical procedure includes a pressure sensor, a volume sensor, and a compensation circuit. The volume sensor measures a volume of a flowable material that is dispensed from the syringe, the pressure sensor measures a pressure being applied to the flowable material, and the compensation circuit calculates a delivered volume of the flowable material by accounting for system compliance (expansion) as the pressure is increased. By compensating for system compliance in this manner, a syringe can be used in high pressure procedures while still providing accurately controllable material delivery.

Abstract: A syringe for performing a medical procedure includes a pressure sensor, a volume sensor, and a compensation circuit. The volume sensor measures a volume of a flowable material that is dispensed from the syringe, the pressure sensor measures a pressure being applied to the flowable material, and the compensation circuit calculates a delivered volume of the flowable material by accounting for system compliance (expansion) as the pressure is increased. By compensating for system compliance in this manner, a syringe can be used in high pressure procedures while still providing accurately controllable material delivery.

Abstract: A syringe for performing a medical procedure includes a pressure sensor, a volume sensor, and a compensation circuit. The volume sensor measures a volume of a flowable material that is dispensed from the syringe, the pressure sensor measures a pressure being applied to the flowable material, and the compensation circuit calculates a delivered volume of the flowable material by accounting for system compliance (expansion) as the pressure is increased. By compensating for system compliance in this manner, a syringe can be used in high pressure procedures while still providing accurately controllable material delivery.

Abstract: A needle-free injection device capable of delivering pressurized injections to an injection site. The device may include a barrier dispenser configured to provide a disposable piece of barrier material for each injection, so as to reduce risk of cross-contamination. The device may also include various sensors, a firing disable mechanism, a multiple use and/or disposable fluid path, and/or other mechanisms configured to enhance sterility and prevent contamination.

Abstract: A holding connector system is provided for connecting a microdevice feeder to an assembly line table having a plurality of latch stop pins and a plurality of alignment slots. A connector body having a guide rail, which is pivotally mounted to the first structure, engages one of the plurality of alignment slots for connecting the microdevice feeder and the assembly line table. A holding mechanism having a latch, which is pivotally mounted to the microdevice feeder engages one of the plurality of latch stop pins for holding the microdevice feeder to the assembly line table. The holding connector system allows for simple, easy installation and removal of the microdevice feeder without the possibility of front to back tipping.