Abstract: A lancet having a lancet body and a sharp lancing tip extending from the lancet body, the lancet body including at least one flexing engagement fin, which is resiliently deformable upon insertion into a receiver of a lancing device. The outer dimension of the lancet effectively self-adjusts to conform to a wide range of receiver inner dimensions, and as such, the lancet of the present invention enables universal application with a larger range of lancing devices than previously known lancets.

Abstract: In combination, a blood glucose testing meter comprising a slot for receiving a test strip, a display, one or more control devices, and a battery compartment and a lancing device for releasable coupling to the blood glucose test meter over the battery compartment. The lancing device releasably couples directly to the testing meter over the battery compartment. Optionally, the lancing device is mounted to a mounting clip releasably coupled to the testing meter over the battery compartment. The lancing device comprises a housing, a lancet opening disposed at one end of the housing, an energizing member for charging the lancing device, and a release button for activating a lancet within the lancing device.

Abstract: The invention is also directed to a method for forming a component for a vehicle. The method comprises forming a substrate in a mold by injecting a first resin into a first cavity, reconfiguring a portion of the mold to form a second cavity, and injecting a second resin into a second cavity; providing a flexible member adjacent at least a portion of the substrate to form a cavity between the substrate and the flexible member; coupling at least a portion of the flexible member to the substrate; and introducing a material into the cavity after securing at least a portion of the flexible member to the substrate.

Abstract: A seating and console system for use in a seating row and configurable between a seating configuration and a console configuration. The system comprises a seat including a seat base and a seat back, and a console mounted to an opposite side of the seat back. The seat back rotates between a first position to provide the seating configuration and a second position to provide the console configuration that divides the seating row.

Abstract: A molded article with multi-material or color and soft portions and a method of making the same is disclosed. The molded article comprises a multi injection substrate, and a coverstock or skin. The article is formed by a process wherein the coverstock or skin is secured within the mold, a first material is injected into a first cavity, a retractor member is moved to define a second cavity, and a second material is injected into the second cavity. The first and second materials may be different types of plastic, different colors, or combinations thereof. The first cavity is defined by two mold sections (e.g., a cavity and a core) and the retractor member. The second cavity is also defined by the two mold sections, the retractor member, and the (at least partially) hardened first material. The first material may be configured to couple to the second material by a locking interface provided by recesses and/or projections on the mold sections.

Abstract: A lighting system is provided that includes an interior trim component having a light transmissive element. The interior trim component is configured to move between a first position and a second position. The vehicle lighting system also includes a light source optically coupled to the light transmissive element at least while the interior trim component is located in the first position. The light source is configured to illuminate a region of a vehicle interior.

Abstract: A trim panel formed from natural fibers and a protective material, and a method of forming the trim panel. The natural fibers are environmentally-friendly and the protective material may be sufficiently adhered to the natural fibers without the use of hot melts or adhesives. The protective material is configured to be permeable to gasses and water vapor during application and once applied impermeable to UV light and liquids such as water and soda.

Abstract: A method of obtaining a test sample from a specimen using a lancet system includes engaging a lancet driver against a drive wing of a lancet system, the lancet system having a major portion of a lancet member slidably engaged within a lancet carrier and a sensor strip with a sample chamber attached to the lancet carrier, the lancet system having a lance connected to a first end of a lancet body of the lancet member wherein the lance is movable from a retracted position within the lancet carrier to an extended position outside the lancet carrier, the drive wing extending outwardly and transversely from the lancet body, the major portion of the lancet member having a sinuous portion with a distal end restricted from movement by the lancet carrier, the sinuous portion being non-compressible when initially disposed within the lancet carrier wherein the drive wing prevents the sinuous portion from being compressed, moving the drive wing with the lancet driver a predetermined distance causing the lancet tip to move

Abstract: A lancing device has a housing, an activation/retraction control assembly, and a lancet. The control assembly and the housing have cooperating engagement structures such as detents that disengage after a predetermined launch force is applied to the control assembly. In this way, the lancet is driven to its puncturing position without the use of a drive spring. In addition, the control assembly and the lancet have cooperating releasable engagement structures such as notched sections and tamped protrusions that disengage when the lancet reaches its puncturing position, thereby freeing the lancet from the control assembly. And the control assembly has angled retraction structures that engage the freed lancet to bias it back safely into the housing.

Abstract: A lancet having a lancet body and a sharp lancing tip extending from the lancet body, the lancet body including at least one flexing engagement fin, which is resiliently deformable upon insertion into a receiver of a lancing device. The outer dimension of the lancet effectively self-adjusts to conform to a wide range of receiver inner dimensions, and as such, the lancet of the present invention enables universal application with a larger range of lancing devices than previously known lancets.

Abstract: A method of obtaining a test sample from a specimen using a lancet system includes engaging a lancet driver against a drive wing of a lancet system, the lancet system having a major portion of a lancet member slidably engaged within a lancet carrier and a sensor strip with a sample chamber attached to the lancet carrier, the lancet system having a lance connected to a first end of a lancet body of the lancet member wherein the lance is movable from a retracted position within the lancet carrier to an extended position outside the lancet carrier, the drive wing extending outwardly and transversely from the lancet body, the major portion of the lancet member having a sinuous portion with a distal end restricted from movement by the lancet carrier, the sinuous portion being non-compressible when initially disposed within the lancet carrier wherein the drive wing prevents the sinuous portion from being compressed, moving the drive wing with the lancet driver a predetermined distance causing the lancet tip to move

Abstract: In combination, a blood glucose testing meter comprising a slot for receiving a test strip, a display, one or more control devices, and a battery compartment and a lancing device for releasable coupling to the blood glucose test meter over the battery compartment. The lancing device releasably couples directly to the testing meter over the battery compartment. Optionally, the lancing device is mounted to a mounting clip releasably coupled to the testing meter over the battery compartment. The lancing device comprises a housing, a lancet opening disposed at one end of the housing, an energizing member for charging the lancing device, and a release button for activating a lancet within the lancing device.

Abstract: A seating and console system for use in a seating row and configurable between a seating configuration and a console configuration is disclosed. The system comprises a seat including a seat base and a seat back; and a console mounted to an opposite side of the seat back. The seat back rotates between a first position to provide the seating configuration and a second position to provide the console configuration that divides the seating row.

Abstract: A blood glucose measuring system includes a lancet assembly and a meter for use with the lancet assembly. The lancet assembly has a lancet member with a lance, a lancet body having a drive wing extending outwardly from a side, and a sinuous portion, and an elongated carrier having a lancet member recess to contain the lancet member. The elongated carrier has an open end, a closed end, a side elongated opening for receiving the drive wing therethrough, and an anchoring member operatively connected to the end of the sinuous portion. The meter includes a measuring circuit, a lancet trigger, and a lancet driver where the lancet driver includes a driver piston engageable with the lancet trigger and a charging member that operatively engages with the driver piston to move the driver piston into an armed position and to stop the driver piston when released from the armed position.

Abstract: A lighting system is provided that includes an interior trim component having a light transmissive element. The interior trim component is configured to move between a first position and a second position. The vehicle lighting system also includes a light source optically coupled to the light transmissive element at least while the interior trim component is located in the first position. The light source is configured to illuminate a region of a vehicle interior.

Abstract: The invention is also directed to a method for forming a component for a vehicle. The method comprises forming a substrate in a mold by injecting a first resin into a first cavity, reconfiguring a portion of the mold to form a second cavity, and injecting a second resin into a second cavity; providing a flexible member adjacent at least a portion of the substrate to form a cavity between the substrate and the flexible member; coupling at least a portion of the flexible member to the substrate; and introducing a material into the cavity after securing at least a portion of the flexible member to the substrate.

Abstract: A molded air bag cover (10) for placement within a vehicle to cover an air bag. The air bag cover (10) comprises a first portion (19) providing a substantial portion of the air bag cover (10) and a second portion (20) defining a tear seam (16, 18). The first portion (19) has a first wall thickness; the second portion (20) has a second wall thickness greater than the first wall thickness. The air bag cover (10) opens to allow the air bag to pass through the air bag cover by surface fracture upon application of force by the air bag as the air bag is inflated. The wall thickness of the second portion (20) is configured to inhibit undesired fracture of the air bag cover.

Abstract: A molded article with multi-material or color and soft portions and a method of making the same is disclosed. The molded article comprises a multi injection substrate, and a coverstock or skin. The article is formed by a process wherein the coverstock or skin is secured within the mold, a first material is injected into a first cavity, a retractor member is moved to define a second cavity, and a second material is injected into the second cavity. The first and second materials may be different types of plastic, different colors, or combinations thereof. The first cavity is defined by two mold sections (e.g., a cavity and a core) and the retractor member. The second cavity is also defined by the two mold sections, the retractor member, and the (at least partially) hardened first material. The first material may be configured to couple to the second material by a locking interface provided by recesses and/or projections on the mold sections.

Abstract: A lancet having one or more portions of the shank of the lancet blade exposed for direct engagement with cooperating portion(s) of the lancet carrier of a lancing device. This direct engagement of the lancet blade with the lancet carrier provides more precise positional control of the location of the lancing site by eliminating the effect that any variation in the position of the lancet blade within the lancet body would otherwise have on the positioning of the lancet tip. Tolerance stack-up is thereby reduced and accuracy is improved, reducing the necessary sample size and minimizing pain resulting from the lancing operation.

Abstract: A lancet having one or more portions of the shank of the lancet blade exposed for direct engagement with cooperating portion(s) of the lancet carrier of a lancing device. This direct engagement of the lancet blade with the lancet carrier provides more precise positional control of the location of the lancing site by eliminating the effect that any variation in the position of the lancet blade within the lancet body would otherwise have on the positioning of the lancet tip. Tolerance stack-up is thereby reduced and accuracy is improved, reducing the necessary sample size and minimizing pain resulting from the lancing operation.