A corrugated paper display moveable from a stowed condition to a display condition is described herein. The display has a first rectangular sleeve having opposed lateral edges, a front edge, and a back edge. Two side panels one of each are attached respectively to one of each of the two opposed lateral edges. A back wall is connected to the back edge and the two side panels. A rectangular display compartment extends between the opposed side walls and a shelf is positioned in the rectangular display compartment. A front panel is hingedly connected to the first sleeve and rests on top of the first sleeve when in the stowed condition. When in the deployed condition, the front panel extends from the first sleeve to form a body of a second height which is 1.5 to 2.5 times greater than the first height.

A system for presentation of products on a retail point. The system includes: a permanent piece of furniture; at least one cardboard-made support distinct from the piece of furniture, the support bearing compartments for the products; a reversible coupling for reversibly coupling the support on the piece of furniture; at least one panelling distinct from the support, the panelling bearing a decorative display; a reversible fastener for reversibly fastening the panelling on the support.

A display having a front wall, a back wall oriented parallel to the front wall, sidewalls disposed between the front wall and back wall and oriented perpendicular thereto, and a display segment coupled to one of the sidewalls and transitionable between a display position and a shipping position.

A corrugated hutch display with a main section including left and right side panels opposing a back panel and a bottom panel extending from the back panel. The display includes shelf members secured to the back panel. The shelf members include bottom tabs on either side of the shelf members that are capable of being secured to the left and right side panels to secure the shelf members to the main section. The hutch display is erected from a knockdown configuration by folding the side panels until they are not coplanar with the back panel; folding the bottom panel until a portion of the back panel is aligned with the left and right side panels; folding the shelf members such that they are not coplanar with the back panel; and mating the bottom tabs of the shelf members with the left and right side panels of the main section.

A multiple shelf display hutch is provided that can be made from a single die cut blank. The blank comprises three or more vertical panels separated by vertical fold lines, the number of vertical panels equaling the number of sides of the hutch. The hutch may have three sides, four sides, six sides or any suitable number of sides. The layers/shelves may be vertically arranged so that their sides align vertically or may be offset from each other (rotated horizontally with respect to each other) in what may be referred to as twisted configuration.

A display hutch is provided that can be made from three components adhered together to form a flat compact structure suitable for shipping. The compact structure can be positioned upright and quickly converted into the display hutch having uninterrupted side panels suitable for graphics. A top tray may be mounted on top.

The invention relates to a system for preventing bacterial infections in needle trajectories, comprising: a percutaneous surgical instrument (1) percutaneously introducible into a tissue (3) of a patient, such as a biopsy needle, and having an outer surface made of an electrically conductive material; a contact electrode (4) applicable to the skin (3a) of a patient;

a silver coating or element (P) arranged on or forming part of the instrument (1), and configured, sized and provided so as to break down by means of electrochemical release when a current is applied thereto, releasing silver ions into its surroundings; and an electric current generator (2) arranged and configured for generating a current and inducing the temporary circulation thereof between the instrument (1) acting as an anode, the tissue (3) and the contact electrode (4) acting as a cathode, respectively, with a specific magnitude and duration for producing a massive and sudden release of silver ions for the purpose of preventing post-treatment bacterial infections.

The invention relates to a system for preventing bacterial infections in needle trajectories, comprising: a percutaneous surgical instrument (1) percutaneously introducible into a tissue (3) of a patient, such as a biopsy needle, and having an outer surface made of an electrically conductive material; a contact electrode (4) applicable to the skin (3a) of a patient;

a silver coating or element (P) arranged on or forming part of the instrument (1), and configured, sized and provided so as to break down by means of electrochemical release when a current is applied thereto, releasing silver ions into its surroundings; and an electric current generator (2) arranged and configured for generating a current and inducing the temporary circulation thereof between the instrument (1) acting as an anode, the tissue (3) and the contact electrode (4) acting as a cathode, respectively, with a specific magnitude and duration for producing a massive and sudden release of silver ions for the purpose of preventing post-treatment bacterial infections.

A male pin attaches on lateral edges of shelves and respective female housings on lateral walls of display stands after gluing the shelves and lateral walls. The male pin and its coupling end have hinged rear flaps securable to each other by coupling pegs and recesses, and with coupling lugs and cradles. The female housing has a front track that incorporates a rear clip. The male pin and female housing are secured, respectively, in indentations near ends of front shelf edges and in indentations in lateral walls. For assembly, the pegs/recesses and lug/cradle of the male pin insert in the indentation, for securing by quick engagement at both ends of the front edge of the shelf and laterally exposing the coupling end. The female housing inserts by its rear clip in the lateral wall indentation, positioning the front track thereof to receive the coupling end of the male pin.

A male pin attaches on lateral edges of shelves and respective female housings on lateral walls of display stands after gluing the shelves and lateral walls. The male pin and its coupling end have hinged rear flaps securable to each other by coupling pegs and recesses, and with coupling lugs and cradles. The female housing has a front track that incorporates a rear clip. The male pin and female housing are secured, respectively, in indentations near ends of front shelf edges and in indentations in lateral walls. For assembly, the pegs/recesses and lug/cradle of the male pin insert in the indentation, for securing by quick engagement at both ends of the front edge of the shelf and laterally exposing the coupling end. The female housing inserts by its rear clip in the lateral wall indentation, positioning the front track thereof to receive the coupling end of the male pin.