Abstract: A trigger has an upper board and a lower board. The lower board is detachably mounted on the upper board and has an open slot and an elongate board. The open slot is formed through an end of the lower board, and the elongate board is formed on the middle of the open slot and extends to the end of the lower board. The free end of the elongate board is bent perpendicularly to the elongate board. The door track with the trigger includes two installation boards, and two ribs are formed on the two installation boards respectively and extend toward each other. The upper board is mounted on the top surfaces of the ribs of the installation boards, and the lower board is mounted on the bottom surfaces of the ribs. When the sliding door collides with the trigger, the trigger can be deformed and prevents the slider of the sliding door from being restricted by the trigger.

Abstract: Described herein are compositions and methods relating to antibodies that bind soluble MIC (sMIC), e.g. for the treatment of MIC-positive cancers.

Abstract: A two-way soft closing device is mounted in a sliding door and has a sliding door track, two soft closing activation triggers, two roller carriers and a soft closing device. The sliding door track is an elongated member. The soft closing activation triggers are mounted movably in two ends of the sliding door track respectively. The roller carriers are mounted slidably in the sliding door track and are spaced apart at an interval. The soft closing device is mounted in the sliding door track, is located between the roller carriers and is mounted firmly in one of the roller carriers. Therefore, the soft closing device absorbs a collision between a sliding door plate and a doorframe when the sliding door is opened or is closed. Meanwhile, the two-way soft closing device eliminates noise coming from the collision and prevents an elder or a little child from being hit by the sliding door plate.

Abstract: Disclosed are compositions and methods relating to antibodies that bind soluble Major Histocompatibility Complex class I chain-related (sMIC). Specifically, disclosed are antibodies designed or selected to inhibit sMIC (e.g. to neutralize sMIC) shed from MIC+ tumors. Further disclosed are methods of using the antibodies for the treatment of MIC-positive cancers.

Abstract: A device including a semiconductor, a substrate, and an interposer. The interposer is attached between the semiconductor and the substrate to absorb stresses between the semiconductor and the substrate.

Abstract: An interactive sliding-door device has a track assembly, a door assembly, and an interacting assembly. The track assembly is mounted on a top end of an inner space of a building, and has multiple elongated members disposed side by side. The door assembly has multiple boards mounted in the elongated members respectively. Each of the boards has two wheel assemblies, and the wheel assemblies are slideable relative to the elongated members. Therefore, the boards can slide in two ways, and are unrestrained from a construction layout of the building. The wheel assembly is adjustable according to a height of the board. The interacting assembly may be mounted on the board directly or by two mounting assemblies. The interacting assembly has two clamps, two positioning wheels and a cord. The cord is mounted in the positioning wheels and clamped by the clamps and then the boards can slide interactively and stably.

Abstract: A two-way soft closing device is mounted in a sliding door and has a sliding door track, two soft closing activation triggers, two roller carriers and a soft closing device. The sliding door track is an elongated member. The soft closing activation triggers are mounted movably in two ends of the sliding door track respectively. The roller carriers are mounted slidably in the sliding door track and are spaced apart at an interval. The soft closing device is mounted in the sliding door track, is located between the roller carriers and is mounted firmly in one of the roller carriers. Therefore, the soft closing device absorbs a collision between a sliding door plate and a doorframe when the sliding door is opened or is closed. Meanwhile, the two-way soft closing device eliminates noise coming from the collision and prevents an elder or a little child from hit by the sliding doorplate.

Abstract: A hinge has a pivot assembly and a holding assembly. The pivot assembly has a securing panel, a connecting seat, a pivot shaft, and two positioning sets. Each of the positioning sets has a positioning ball and a silencing positioning element filled with lubricating grease. The holding assembly has two holding sheets holding the pivot shaft. With the holding sheets and the pivot shaft abutting each other with tooth or embossed surfaces, friction between the holding sheets and the pivot shaft is increased. Thus, the pivot shaft and the holding sheets do not pivot relative to each other easily. The lubricating grease in the silencing positioning elements can be smeared on the positioning balls, such that the positioning balls can smoothly roll on the pivot shaft without abrasion and no noise will occur.

Abstract: Disclosed are compositions and methods relating to antibodies that bind soluble Major Histocompatibility Complex class I chain-related (sMIC). Specifically, disclosed are antibodies designed or selected to inhibit sMIC (e.g. to neutralize sMIC) shed from MIC+ tumors. Further disclosed are methods of using the antibodies for the treatment of MlC-positive cancers.

Abstract: A position adjusting mechanism of a soft-closing device for a sliding door has a bracket with a mounting panel and at least one positioning rack, a cover panel mounted on the bracket, and a positioning hook, a torsion spring and a driving element pivotally mounted on the cover panel. At least one first fastener is mounted through the cover panel and the mounting panel and is fastened to a door track. The bracket can slide relative to the cover panel to allow the positioning hook to selectively engage in different engaging recesses of a corresponding positioning rack. Thus, moving distance of the bracket and a door panel suspended from the bracket can be estimated. Accordingly, positions of the bracket and the door panel on the door track can be adjusted to allow the door panel to close a doorway completely.

Abstract: An interactive sliding-door device has a track assembly, a door assembly, and an interacting assembly. The track assembly is mounted on a top end of an inner space of a building, and has multiple elongated members disposed side by side. The door assembly has multiple boards mounted in the elongated members respectively. Each of the boards has two wheel assemblies, and the wheel assemblies are slideable relative to the elongated members. Therefore, the boards can slide in two ways, and are unrestrained from a construction layout of the building. The wheel assembly is adjustable according to a height of the board. The interacting assembly may be mounted on the board directly or by two mounting assemblies. The interacting assembly has two clamps, two positioning wheels and a cord. The cord is mounted in the positioning wheels and clamped by the clamps and then the boards can slide interactively and stably.

Abstract: A position adjusting mechanism of a soft-closing device for a sliding door has a bracket with a mounting panel and at least one positioning rack, a cover panel mounted on the bracket, and a positioning hook, a torsion spring and a driving element pivotally mounted on the cover panel. At least one first fastener is mounted through the cover panel and the mounting panel and is fastened to a door track. The bracket can slide relative to the cover panel to allow the positioning hook to selectively engage in different engaging recesses of a corresponding positioning rack. Thus, moving distance of the bracket and a door panel suspended from the bracket can be estimated. Accordingly, positions of the bracket and the door panel on the door track can be adjusted to allow the door panel to close a doorway completely.

Abstract: A hinge has a pivot assembly and a holding assembly. The pivot assembly has a securing panel, a connecting seat, a pivot shaft, and two positioning sets. Each of the positioning sets has a positioning ball and a silencing positioning element filled with lubricating grease. The holding assembly has two holding sheets holding the pivot shaft. With the holding sheets and the pivot shaft abutting each other with tooth or embossed surfaces, friction between the holding sheets and the pivot shaft is increased. Thus, the pivot shaft and the holding sheets do not pivot relative to each other easily. The lubricating grease in the silencing positioning elements can be smeared on the positioning balls, such that the positioning balls can smoothly roll on the pivot shaft without abrasion and no noise will occur.

Abstract: A sensor having a particle barrier is described. In an example, a sensor includes: first and second electrode sets respectively disposed upon a planar support surface and a proof mass that is compliantly displaceable along a first axis substantially parallel to the planar support surface; and a first barrier disposed on the planar support around the first electrode set having a height less than a gap between the planar support and the proof mass to mitigate particle migration into the first or second electrode set.

Abstract: A device including a semiconductor and a substrate. The substrate has a first surface and a second surface that opposes the first surface. The substrate has a hole that extends from the first surface to the second surface and the semiconductor is secured to the substrate via adhesive in the hole.

Abstract: Illustrative acoustic transducers are provided. A monolithic semiconductor layer defines a plate, two or more flexible extensions and at least a portion of a support structure. Acoustic pressure transferred to the plate results in tensile strain of the flexible extensions. The flexible extensions exhibit varying electrical characteristics responsive to the tensile strain. An electric signal corresponding to the acoustic pressure can be derived from the varying electrical characteristics and processed for further use.

Abstract: Acoustic transducer means are provided. A monolithic semiconductor layer defines a plate, a pair of oppositely disposed torsional hinges, a flexible extension and at least a portion of a support structure. Acoustic pressure communicated to the plate results in tensile strain of the flexible extension. The flexible extension provides a varying electrical characteristic responsive to the tensile strain. An electric signal corresponding to the acoustic pressure can be derived from the varying electrical characteristic of the flexible extension.

Abstract: A female breast pad comprises a rounded, concave cup portion configured to cover a female breast and a side portion, contiguous therewith, that is configured to extend laterally to one side away from the cup portion. The pad includes an elevated protrusion on its inner surface, located in an area between the cup portion and the outer edge of the side portion which is farthest from the cup portion. This protrusion as well as the lateral extension of the side portion inhibit the pad from sliding toward the center of the wearer during use.

Abstract: A female breast pad comprises a rounded, concave cup portion configured to cover a female breast and a side portion, contiguous therewith, that is configured to extend laterally to one side away from the cup portion. The pad includes an elevated protrusion on its inner surface, located in an area between the cup portion and the outer edge of the side portion which is farthest from the cup portion. This protrusion as well as the lateral extension of the side portion inhibit the pad from sliding toward the center of the wearer during use.