Abstract: A pressure transmitter connectable to a process line provides an output responsive to a pressure in the process line. The transmitter includes a housing having a base with a process end coupled to an interior cavity formed in the housing, a sensor for sensing the pressure and an isolating assembly mounted at the process end of the housing and isolating fluid in the process line from the interior cavity. The isolating assembly includes an isolation diaphragm configured to be fluidically coupled to the process pressure in the process line, and an isolator plug positioned in the process of the housing adapter.

Abstract: Arbitrary wave loads are detected and reconstructed by a sensor system based on an inverse mechanism of continuous structure responses. A sensor system comprising a sensing component configured with a sandwich-structured beam of composite materials can generate the structural responses as a moving wave propagates across the beam. In one example, an Arnoldi-Tikhonov algorithm coupled with generalized cross-validation technique can be utilized to determine a regularization parameter that is utilized to compensate for the presence of noise in the wave load and/or the highly ill-posed problems of the inverse matrix that is utilized for wave reconstruction. Further, the Tikhonov algorithm can be utilized to reconstruct wave loads (e.g., at different location on the beam and/or different times) based on the structural response parameters and the regularization parameter. As an example, an image of the determined wave load values can be rendered in three dimensions (3-D) versus time and location.

Abstract: A child safety seat is provided with a backrest including parallel first and second recesses; a head rest including first and second projections slidable in the first and second recesses respectively, and top first and second holes; an adjustment plate including side slots; a pressing plate on bottom ends of the first and second recesses; first and second trigger rods between the backrest and the head rest wherein the first trigger rod includes a bottom tab member moveable in one slot, and a top finger tab; the second trigger rod includes a bottom tab member moveable in the other opposite slot, and a top finger tab; and the finger tab of the first trigger rod projects out of the first hole and the finger tab of the second trigger rod projects out of the second hole; and a biasing member.

Abstract: Arbitrary wave loads are detected and reconstructed by a sensor system based on an inverse mechanism of continuous structure responses. A sensor system comprising a sensing component configured with a sandwich-structured beam of composite materials can generate the structural responses as a moving wave propagates across the beam. In one example, an Arnoldi-Tikhonov algorithm coupled with generalized cross-validation technique can be utilized to determine a regularization parameter that is utilized to compensate for the presence of noise in the wave load and/or the highly ill-posed problems of the inverse matrix that is utilized for wave reconstruction. Further, the Tikhonov algorithm can be utilized to reconstruct wave loads (e.g., at different location on the beam and/or different times) based on the structural response parameters and the regularization parameter. As an example, an image of the determined wave load values can be rendered in three dimensions (3-D) versus time and location.

Abstract: A child safety seat is provided with a backrest including two parallel recesses on a back; a headrest including a sliding plate in the recesses; a cover plate secured to the headrest; an adjustment handle slidably secured to the headrest and including opposite first and second wedges; a belt member fastened between the backrest and the cover plate; spring biased first and second retaining members fastened between the first and second wedges; a first adjustment member pivotably secured to the first retaining member and including first teeth, and a first lever proximate the first wedge; a second adjustment member pivotably secured to the second retaining member and including second teeth, and a second lever proximate the second wedge. The belt member passes between the first teeth and the first retaining member, and between the second teeth and the second retaining member.

Abstract: A coupling device for securing an ISOFIX child seat to a vehicle is provided with a housing including a first opening; a first pivot member adjacent to the first opening and pivotably secured to the housing, the first pivot member including first and second slots; a second pivot member forward of the first pivot member and pivotably secured to the housing, the second pivot member including a lock pin configured to receive in the second slot; a first biasing member in the housing and anchored on the second pivot member to interconnect the first and second pivot members so that the first and second pivot members can rotate clockwise; and a pulling member having one end held secure to the second pivot member and extending outwardly so that the second pivot member can rotate counterclockwise. The coupling device can be easily connected to or disengaged from an anchorage member.

Abstract: A pressure transmitter connectable to a process line provides an output responsive to a pressure in the process line. The transmitter includes a housing having a base with a process end coupled to an interior cavity formed in the housing, a sensor for sensing the pressure and an isolating assembly mounted at the process end of the housing and isolating fluid in the process line from the interior cavity. The isolating assembly includes an isolation diaphragm configured to be fluidically coupled to the process pressure in the process line, and an isolator plug positioned in the process of the housing adapter.

Abstract: A coupling device for securing an ISOFIX child seat to a vehicle is provided with a housing including a first opening; a first pivot member adjacent to the first opening and pivotably secured to the housing, the first pivot member including first and second slots; a second pivot member forward of the first pivot member and pivotably secured to the housing, the second pivot member including a lock pin configured to receive in the second slot; a first biasing member in the housing and anchored on the second pivot member to interconnect the first and second pivot members so that the first and second pivot members can rotate clockwise; and a pulling member having one end held secure to the second pivot member and extending outwardly so that the second pivot member can rotate counterclockwise. The coupling device can be easily connected to or disengaged from an anchorage member.

Abstract: A child safety seat is provided with a backrest including two parallel recesses on a back; a headrest including a sliding plate in the recesses; a cover plate secured to the headrest; an adjustment handle slidably secured to the headrest and including opposite first and second wedges; a belt member fastened between the backrest and the cover plate; spring biased first and second retaining members fastened between the first and second wedges; a first adjustment member pivotably secured to the first retaining member and including first teeth, and a first lever proximate the first wedge; a second adjustment member pivotably secured to the second retaining member and including second teeth, and a second lever proximate the second wedge. The belt member passes between the first teeth and the first retaining member, and between the second teeth and the second retaining member.

Abstract: A child safety seat is provided with a backrest including parallel first and second recesses; a head rest including first and second projections slidable in the first and second recesses respectively, and top first and second holes; an adjustment plate including side slots; a pressing plate on bottom ends of the first and second recesses; first and second trigger rods between the backrest and the head rest wherein the first trigger rod includes a bottom tab member moveable in one slot, and a top finger tab; the second trigger rod includes a bottom tab member moveable in the other opposite slot, and a top finger tab; and the finger tab of the first trigger rod projects out of the first hole and the finger tab of the second trigger rod projects out of the second hole; and a biasing member.