Abstract: A method for forming a scaffold for use in fabricating a soft tissue implant, comprising: receiving, by a processor, soft tissue data corresponding to dimensions for a soft tissue, and a first and second weighting factor selected based on the dimensions of the soft tissue; transforming, by the processor, the soft tissue data, based on the first and second weighting factors, into a plurality of pin coordinates in a multi-dimensional space defining a shape of the scaffold for use in fabricating the soft tissue implant; and providing, by the processor, instructions to form the scaffold using weaving operations based on the pin coordinates.

Abstract: The present invention relates to an implantable medical device comprising a device body having an internal reservoir configured to expand in size. The device can comprise an anchor structure affixed to a wall of the device body and having an interior passage, a conduit having a fill end and a device end with a conduit lumen extending therethrough, and a plug-port member comprising a shaft section opposite to a plug section, with a port section located therebetween. The device end of the conduit can be coupled to the shaft section and the plug-port member can be located within the interior passage such that in a fill configuration, the port section and the plug section are located within the internal reservoir allowing the fluid to pass from the conduit lumen into a shaft lumen, through one or more port openings in the port section and into the internal reservoir.

Abstract: A method for forming a scaffold for use in fabricating a soft tissue implant, comprising: receiving, by a processor, soft tissue data corresponding to dimensions for a soft tissue, and a first and second weighting factor selected based on the dimensions of the soft tissue; transforming, by the processor, the soft tissue data, based on the first and second weighting factors, into a plurality of pin coordinates in a multi-dimensional space defining a shape of the scaffold for use in fabricating the soft tissue implant; and providing, by the processor, instructions to form the scaffold using weaving operations based on the pin coordinates.

Abstract: The present invention relates to an implantable medical device comprising a device body having an internal reservoir configured to expand in size. The device can comprise an anchor structure affixed to a wall of the device body and having an interior passage, a conduit having a fill end and a device end with a conduit lumen extending therethrough, and a plug-port member comprising a shaft section opposite to a plug section, with a port section located therebetween. The device end of the conduit can be coupled to the shaft section and the plug-port member can be located within the interior passage such that in a fill configuration, the port section and the plug section are located within the internal reservoir allowing the fluid to pass from the conduit lumen into a shaft lumen, through one or more port openings in the port section and into the internal reservoir.

Abstract: The present invention relates to an implantable medical device comprising a device body having an internal reservoir configured to expand in size. The device can comprise an anchor structure affixed to a wall of the device body and having an interior passage, a conduit having a fill end and a device end with a conduit lumen extending therethrough, and a plug-port member comprising a shaft section opposite to a plug section, with a port section located therebetween. The device end of the conduit can be coupled to the shaft section and the plug-port member can be located within the interior passage such that in a fill configuration, the port section and the plug section are located within the internal reservoir allowing the fluid to pass from the conduit lumen into a shaft lumen, through one or more port openings in the port section and into the internal reservoir.

Abstract: A glass dish suitable for use in cooking applications is provided. The glass dish comprises a substantially homogenous glass body, a channel formed in a portion of the glass body and a silicone gripping surface. The channel has an open end and an inner surface comprised of a substantially planar bottom wall, an inner sidewall and an outer sidewall. The channel has a predetermined depth Do, and an open end of the channel has a predetermined width Wo. The silicone gripping surface is comprised of a protruding extent and an interior extent. The interior extent is disposed within the channel and directly contacts a portion of the inner surface and is adhered to the inner surface of the channel by chemical adhesion. The protruding extent protrudes beyond the open end of the channel.

Abstract: A glass dish suitable for use in cooking applications is provided. The glass dish comprises a substantially homogenous glass body, a channel formed in a bottom surface of the glass body and a silicone support. The channel has an open end and an inner surface comprised of a substantially planar bottom wall, an inner sidewall and an outer sidewall. The channel has a predetermined depth Do, and an open end of the channel has a predetermined width Wo. The silicone support is comprised of a protruding extent and an interior extent. The interior extent is disposed within the channel and directly contacts a portion of the inner surface and is adhered to the inner surface of the channel by chemical adhesion. The protruding extent protrudes beyond the open end of the channel.

Abstract: A peripheral interface adapter circuit provides a synchronized signal to a counter in response to an asynchronous signal and a synchronizing signal from a microcomputer. A shift register transfer signal is also provided to a shift register for enabling the shift register to receive and store a count from the counter.