38 results about "Window dressing" patented technology

A window dressing with an integral anchor includes a fabric layer having juxtaposed insertion site viewing and anchor member portions. The fabric layer has an adhesive side and an opposite non-adhesive side. The insertion site viewing portion is defined by an opening in the fabric layer. A transparent film layer having an adhesive skin-adhering side and an opposite non-adhesive side is adhered to the fabric layer adhesive side and closes the opening in the fabric layer. The anchor member portion includes a reinforcing structure disposed on the fabric layer. The reinforcing structure has an adhesive side and an opposite non-adhesive side. The non-adhesive side is adhered to the fabric layer adhesive side. A first removable securement device may be removably connected to the anchor member portion opposite the insertion site viewing portion, and a second removable securement device may be removably connected to the first removable securement device.

A PIV window dressing assembly with integral, built-in tubing anchors for the protection of a PIV catheter insertion site is disclosed that is interchangeably usable on both a right or left-hand side insertion site and that resists detachment from a patient's skin during use. The dressing assembly includes a fabric layer that is bounded by an edge. The fabric layer has an adhesive side, an opposite non-adhesive side, and at least one opening therein to allow for viewing therethrough. At least one reinforcement member is disposed between the fabric layer edge and the opening. The reinforcement member is adhered to the fabric layer adhesive side. A transparent film layer having an adhesive skin adhering side and an opposite non-adhesive side closes each of the openings in the fabric layer. The film layer non-adhesive side is adhered to the fabric layer adhesive side.

A window dressing includes a fabric layer having juxtaposed insertion site viewing and anchor member portions. The fabric layer has an adhesive side and an opposite non-adhesive top side. The insertion site viewing portion is defined by an opening in the fabric layer. A transparent film layer having an adhesive skin-adhering, bottom, side and an opposite non-adhesive side is adhered to the fabric layer adhesive side and closes the opening in the fabric layer. The anchor member portion includes a reinforcing structure disposed on the fabric layer and having an adhesive side and an opposite non-adhesive side. The reinforcing structure adhesive side is adhered to the fabric layer non-adhesive top side.

Efficient development of conventional web applications suggests extensive and thorough knowledge of web page delivery technologies such as HTML, Java, and JSPs. A rendering framework to define the static, cosmetic, “window dressing” type of content, replicated across multiple pages, in a single JSP template file which can then incorporate or include the dynamic, active content from other files, mitigates development inefficiencies. Such a rendering framework represents each screen output page by a file including the active content, while avoiding replication of the static content. Such inclusions may be nested in a hierarchical manner to enumerate the static content in one file and allow a web application to include active content according to a hierarchical inheritance. Metadata components, such as XML files, include the active content according to a predetermined declarative syntax, thereby facilitating implementation, which the framework then interprets into a resulting output page such as a JSP page.

A jugular and subclavian access site window dressing includes anchoring and closure members. The anchoring member has an axis dividing the anchoring member into first and second portions. The anchoring member includes a fabric layer having an adhesive side, an opposite non-adhesive side, and an opening therein bounded by an edge. A transparent film layer, having an adhesive skin adhering side and an opposite non-adhesive side, closes the fabric layer opening. The film layer is larger than the opening in all directions. The film layer non-adhesive side is adhered onto the adhesive side of the fabric layer around the opening and extends beyond the edge of the opening. The closure member has an axis dividing the closure member into first and second portions and includes a fabric layer having opposing adhesive and non-adhesive sides. The closure member is adapted to overlie and close an end of the anchoring member.

A self-adherent window dressing includes a fabric layer bounded by an edge. The fabric layer has an adhesive side, an opposite non-adhesive side, and an opening therein to allow for viewing therethrough. A reinforcement member is adhered to at least a portion of the fabric layer. A transparent film layer closes the opening and has first and second opposing sides. The film layer first side is non-adhesive and is mounted on the fabric layer adhesive side to close the opening in the fabric layer. The film layer second side has a skin adhering adhesive portion and an adhesive-free portion. The adhesive-free portion is disposed inwardly of the opening. The film layer adhesive-free portion is adapted not to stick to a wound, connector, or catheter disposed between the film layer adhesive-free portion and skin.

A decorative window dressing that includes a border cut-out design sheet having the design cut-out for permitting light to pass through, a colored middle layer and a backing sheet. The colored layer is placed between the border cut-out and the backing sheet, where the border sheet and colored middle layer are secured to the backing sheet and positioned within a window frame such that the incoming light is in the shape of the cut-out design. The window dressing may be attached to spring loaded roller hung within a window pane or to a hanging bar for rotation along its vertical axis.

A dressing includes a cover layer and a plurality of force concentration elements disposed about a perimeter of the cover layer. Each force concentration element is configured to collect and distribute shearing forces applied to the dressing so as to retain the dressing to a patient. When configured as a window dressing, the window dressing can include a top layer defining a window and a backing layer coupled to the top layer and spanning the window. A plurality of adhesive islands can be disposed about a perimeter of the top layer, with each of the adhesive islands having a first adhesion coefficient associated therewith. An adhesive layer can be disposed about the adhesive islands. The adhesive layer can have a second adhesion coefficient associated therewith that is less than the first adhesion coefficient. Window dressings are well suited for catheterization procedures.

The present application pertains to a system for adjusting the height of a covering, such as window or a wall covering formed of two or more covering segments that are axially aligned. The system includes a link that selectively transmits rotation between two adjacent coverage thereby allowing the two coverings to be controlled, e.g., raised or lowered, simultaneously. The link includes a clutch that allows one of the segments to be rotated with respect to the other so that the bottom end of one of the coverings can be adjusted and aligned horizontally independently of the other. Optionally, the clutch includes an internal member that provides a mechanical advantage while the one covering is adjusted.

A bracket system for window dressing includes two brackets configured to be attached to an architectural member, such as a window well, a wall or a ceiling and receive the ends of window dressings. The brackets have edges adapted to receive a fascia designed to hide the window dressing. Preferably, the fascia has a front wall designed to snap onto the brackets and is sized so that it extends above the brackets to provide a neater and cleaner look. The fascia may be L-shaped with a vertical and a horizontal member and the brackets may be configured so that the horizontal member attaches either to the top or to the bottom of the brackets.

A rain guard and wind deflector device employs a flat panel of transparent plastic material installed by its mounting edge and adjoining opposing linear sides to corresponding linear sides of a window frame or window trim. The flat panel has a width to its free end extending over a substantial portion of the width of a window pane slidable on an inner track for opening the window. The flat panel leaves a small gap distance from the typical window screen in an outer track space of the window frame to allow air ventilation under rainy or windy conditions, while deterring dampness or dust passing into the interior of the house. A preferred plastic material is polymethyl methacrylate (PMMA). The flat panel can be preformed in standard sizes or cut to size and installed directly on the window frame or window trim without special tools and using common types of fasteners.

The invention discloses a composite luster-adjusting jacquard weave tracery fabric and a spinning process thereof, belonging to the field of tracery fabric technique. The composite luster-adjusting jacquard weave tracery fabric comprises a light-transmission part and a sunshade part which are circularly and intermittently arranged; (1) the warpwise raw material of the light-transmission part and the sunshade part is 30 lustered polyester single-fiber; (2) the latitudinal raw material of the light-transmission part is 20 lustered polyester single-fiber; and (3) the latitudinal raw material of the sunshade part consists of two half-luster polyester fiber multifilament low-elastic chromonema of different colors. The composite luster-adjusting jacquard weave tracery fabric uses jacquard weave double weft on the sunshade part to organize the spinning process, prepare the original sunshade part of single color as various jacquard weave patterns, leads the whole appearance of the tracery fabric to be more beautiful, leads the indoor environment to be richer and leads the light transmission performance of the light-transmission part to be better.

A window or other trim frame having an opening defined by inside edges of connected frame elements for surrounding a window box or the like having outside edges with a small gap, wherein one of the edges carries a pre-installed gasket for passively sealing the gap and thereby avoiding the need to caulk the gap.

A stud-support frame for quick and easy installation of a window, particularly of a non-rectangular window, such as an oval, octagonal, or circular window. The stud-support frame has a shape and size that corresponds to that of the window. The frame is typically used together with a template that serves as a guide for cutting a window opening of a specific shape and size in a studded wall construction for receiving the stud-support frame and the window casing of the window. After the window opening is cut, the stud-support frame is inserted into the opening, fastened to the wall studs, and the window casing inserted into the frame. A finishing window trim is assembled around the window casing and covers the face of the stud-support frame that is on the face of the wall, thereby eliminating finish work on the wall around the window.

A window dressing includes a primary layer having a window for viewing a catheter insertion site. The primary layer includes an adhesive layer on a lower, skin-contacting face of the primary layer. A transparent layer covers the window and adheres to the upper surface of the primary layer. An ultrasonic transmission layer is positioned below the primary layer, where the transmission layer comprises a layer of hydrogel. A support structure has a stiffness that is greater than the primary layer and has an adhesive layer on the lower surface of the support structure. The support structure adhesive layer adheres the support structure to the upper surface of the primary layer.