Abstract:
A digital radiography system. A support structure, coupled to an X-ray source and an X-ray imaging detector, is rotatable about a first axis and is linearly moveable. The X-ray source and the X-ray imaging detector are rotatable about second and third axes, respectively, to provide an operator with a number of degrees of freedom to move the X-ray source and the X-ray imaging detector to different positions relative to a subject. The system has means for coupling an operator control interface and a display to the X-ray source for permitting an operator to rotate them about a fourth axis so that the operator control interface and display are accessible to the operator such that the position of the operator does not have to change when the positions of the X-ray source and the X-ray detector are changed.
Abstract:
A digital radiography system. A support structure, coupled to an X-ray source and an X-ray imaging detector, is rotatable about a first axis and is linearly moveable. The X-ray source and the X-ray imaging detector are rotatable about second and third axes, respectively, to provide an operator with a number of degrees of freedom to move the X-ray source and the X-ray imaging detector to different positions relative to a subject. The system has means for coupling an operator control interface and a display to the X-ray source for permitting an operator to rotate them about a fourth axis so that the operator control interface and display are accessible to the operator such that the position of the operator does not have to change when the positions of the X-ray source and the X-ray detector are changed.
Abstract:
A method for making absorbent articles includes forming discrete absorbent cores on a first nonwoven core wrap web; providing a second nonwoven core wrap web in facing relation with the first nonwoven core wrap web to create a composite web wherein the discrete absorbent cores are located between the first and the second nonwoven core wrap webs; at least partially bonding the composite web between the discrete absorbent cores; cutting the composite web between the discrete absorbent cores to form absorbent assemblies which include a first nonwoven core wrap web, a second nonwoven core wrap web and an absorbent core positioned between the first and second nonwoven core wrap webs, the absorbent assemblies include a rear extension region length of at least 30 mm; and joining the absorbent assemblies between a bodyside liner and an outercover to form absorbent articles.
Abstract:
A disposable absorbent article is disclosed having a waist opening and a pair of leg openings. The absorbent article has first, second and third pairs of leg elastics secured between an outer cover and an inner liner. The first, second and third leg elastics are arranged around each of the pair of leg openings with each of the third pair of leg elastics being positioned intermediate one of each of the first and second pairs of leg elastics. Each of the third pair of leg elastics is also separated from one of the first pair of leg elastics by a first gap and from one of the second pair of leg elastics by a second gap.
Abstract:
An absorbent article includes a liquid pervious liner, a liquid impervious back sheet, and an absorbent composite located between the liner and the back sheet. The absorbent composite includes a first sheet, a second sheet, and a unitary absorbent core. The unitary absorbent core has a plurality of holes there through, wherein each hole has an area less than 200 mm2. The unitary absorbent core has a uniform density and is positioned between the first sheet and the second sheet. The first sheet is directly joined with the second sheet at a plurality of bond points. The bond points are located within the holes and are substantially devoid of absorbent material.
Abstract:
An absorbent article includes an outercover, a bodyside liner, and an absorbent assembly positioned between the outercover and the bodyside liner. The absorbent assembly includes an absorbent core at least partially enveloped by at least one nonwoven core wrap. The absorbent assembly has a rear extension region length of at least 30 mm. The absorbent core may include at least 60 percent superabsorbent and the bodyside liner may include apertures.
Abstract:
In an absorbent structure for an absorbent article, a non-woven absorbent core extends from one longitudinal end region of the absorbent structure through a central region thereof to an opposite longitudinal end region of the absorbent structure. The absorbent core has a first face, a second face opposite the first face, and laterally opposite side edges. A liquid permeable wrapsheet is wrapped about the first face, the laterally opposite side edges and at least a portion of the second face of the absorbent core to define a wrapped configuration of the wrapsheet. The wrapsheet is constructed of a non-woven material and is secured in its wrapped configuration about the absorbent core at least one securement region having a length substantially less than the length of the absorbent structure.
Abstract:
Absorbent structures are disclosed which may be incorporated into liquid absorbent products (10), such as diapers, adult incontinence products, feminine hygiene products, and the like. The absorbent structures are made from a fibrous material and include a pair of opposing lateral flaps (24, 26). The lateral flaps (24, 26) are folded onto the fibrous web. By folding the lateral flaps onto the fibrous web, greater basis weight areas may be formed on the absorbent structure. By varying the width of the lateral flaps, the basis weight differential may be increased and decreased. The lateral flaps also form the widest portion of the web material for facilitating folding during a continuous process. Through the system and process of the present invention, a fibrous web having a substantially uniform basis weight may be converted into absorbent structures having a differential basis weight with little or no waste produced. Further, the absorbent structures may be formed without having to subject the fibrous web to a scarfing process.
Abstract:
An absorbent structure can include a matrix of fibers, wherein the matrix is reinforced with a reinforcing member, such as scrim. The scrim is secured to the fibrous matrix by entanglement of fibers with the scrim and entanglement of fibers in the matrix from opposite sides of the scrim with each other. The scrim layer can be restricted to a longitudinally extending, medial region of the absorbent. In a particular arrangement, the scrim has a cross-directional width dimension which is less than a narrowest width dimension of the fibrous matrix. The scrim can be located between two, opposed, major surfaces of the fibrous matrix. The scrim has a reduced stiffness in the cross direction which promotes fit and comfort of the absorbent structure as incorporated into a disposable absorbent garment.
Abstract:
An image sharing system, an image sharing device and a method for operating a plurality of image sharing devices are provided. Each image sharing device has a memory with image content files stored therein and a communication system to provide an image sharing system. The method comprises the steps of: identifying image sharing devices to be included in the image sharing system; establishing a communication link between the identified image sharing devices, said communication link providing the ability to transfer image content files; identifying sharable image content files in each of the image sharing devices; and determining manifest data useable in copying the sharable image content files from one of the image sharing devices to at least one other of the image sharing devices so that each of the shareable image content file is stored in at least two of the image sharing devices in the image sharing system.