Abstract: A scalable self-watering planter system includes water reservoir 102 connected to transparent tank 104 via a first pipe 106, allowing visual monitoring of water levels. The tank's water level is managed by a float valve 108. Connected to this tank is a modular planter system through a second pipe. Each module 110 comprises a soil compartment 202 with a protruding section 204 containing multiple holes 206 at its base. The bottom of the soil compartment contained multiple holes 306 at its base. The interior of the soil compartment is lined with a water-permeable garden cloth 222, facilitating even moisture distribution and soil retention. Positioned beneath the soil compartment is a water compartment 208, where the protruding section makes contact. Between the soil and water compartments, an air layer is established, promoting oxygen supply to plant roots. The system optimizes water use, ensures consistent plant hydration, and simplifies maintenance tasks.

Abstract: A stationary electromagnetic inspection (EMI) apparatus and method are disclosed which includes a base; a plurality of hydraulic clamping rollers, connected to that base, operable to move a test pipe forward and backward in a translational direction only; a transverse flaw detection module comprising a plurality of sensor arms each equipped with rows of magnetic sensor arrays arranged in a stagger manner along an axis of a test pipe; and a longitudinal flaw detection module comprising magnetizers and magnetic sensor arrays each respectively arranged orthogonal to one another.

Abstract: A stationary electromagnetic inspection (EMI) apparatus and method are disclosed which includes a base; a plurality of hydraulic clamping rollers, connected to that base, operable to move a test pipe forward and backward in a translational direction only; a transverse flaw detection module comprising a plurality of sensor arms each equipped with rows of magnetic sensor arrays arranged in a stagger manner along an axis of a test pipe; and a longitudinal flaw detection module comprising magnetizers and magnetic sensor arrays each respectively arranged orthogonal to one another.

Abstract: The present invention is a medication dispensing system and device comprising a multiple compartment dispensing cartridge made of rigid and flexible materials. The cartridge is preloaded with dispensable contents and inserted into the housing of the dispensing device. A flexible ribbon with an opening run through a plurality of slits in the vertical walls in a closed loop manner resulting in formation of compartments. The ribbon is moved, by a motor, such that the opening reaches a specific compartment at a specific time, thereby releasing the contents of that compartment at that time. Other features, such as a microcontroller is provided to control the dispensing date and time of the contents based on pre-determined conditions.

Abstract: The present invention is a medication dispensing system and device comprising a multiple compartment dispensing cartridge made of rigid and flexible materials. The cartridge is preloaded with dispensable contents and inserted into the housing of the dispensing device. A flexible ribbon with an opening run through a plurality of slits in the vertical walls in a closed loop manner resulting in formation of compartments. The ribbon is moved, by a motor, such that the opening reaches a specific compartment at a specific time, thereby releasing the contents of that compartment at that time. Other features, such as a microcontroller is provided to control the dispensing date and time of the contents based on pre-determined conditions.

Abstract: There is disclosed an interface device for interfacing between a main processor and one or more processing engines. The interface device is configurable, so that it may be used with a wide range of processing engines without being redesigned.

Abstract: There is disclosed an interface device for interfacing between a main processor and one or more processing engines. The interface device is configurable, so that it may be used with a wide range of processing engines without being redesigned.