Abstract: According to the invention, there are provided a system, a method and a computer program for producing an implant placing guide. In some embodiments, a method might include acquiring a three-dimensional intraoral image by a CT scan in a state where a guide tray filled with an impression material is inserted into an oral cavity of a patient and receiving implant planning information on the three-dimensional image. The method may continue by matching an image of the guide tray and the three-dimensional image by using marker information of the guide tray and locating a guide hole on the image of the guide tray. Next, the method may continue by generating an implant-placing-guide processing file by using the image of the guide tray in which the guide hole is located. According to the invention, a time for producing an implant placing guide is significantly shortened improving patient experience.

Abstract: In accordance with at least one aspect of this disclosure, a package can include an octagonal side body formed of at least eight body panels and an autobottom connected to the octagonal side body and formed of a plurality of bottom panels extending from a respective body panel of the plurality of the at least eight body panels. The autobottom can connect all of the at least eight body panels together in an octagonal shape when the plurality of bottom panels are interacting with each other.

Abstract: Described herein is a food holder including a multiple-panel, tapered sleeve that may include a forward panel, a rear panel, two front-side panels and two back-side panels that for an irregular shape. The multiple-panel sleeve includes a multiple-panel bottom member connected to the bottom edges of the forward and rear panels. The bottom member includes a foldline that allows the bottom member to project upwards into a space defined by the panels when the space between the forward and rear panels is reduced. The food holder includes a tear-away portion defined by a line of perforations which may be removed by a consumer to allow access to lower portions of the food product. The irregular, tapered shape and proportionality of the bottom member promote the structural integrity of the food holder.

Abstract: A body portion (120A) that is a cylindrical body has one end portion, such as a lower end portion or the body portion (120A) or a first part (126) of a body portion (120), that is folded back inwardly. The body portion (120A) has at least one planar-shaped flat section, such as a second flat section (122) or a fourth flat section (124). A notch, such as a notch (K1) or a notch (K2), is provided at one end, such as a lower end, of the flat section. The one end portion includes a portion provided with the notch, such as by providing the notch (K1) or (K2) at a lower end of the lower end portion of the body portion (120A) or at a distal end of the first part (126A) of the body portion (120).

Abstract: A container may comprise a body having a top end, an opposite bottom end, a pair of opposing first and second duplex panel structures and a pair of opposing first and second sidewalls, with each of the first and second sidewalls including a pair of first and second lateral end flaps. Each of the first and second duplex panel structures may comprise an inner end wall and an outer end wall. The inner and outer end walls of the first and second duplex panel structures may be bonded together along a medial longitudinal spine. The lateral end flaps of the first and second sidewalls may be respectively sandwiched between the inner and outer end walls of the first and second duplex panel structures to lock the inner and outer end walls in position adjacent the first and second sidewalls.

Abstract: The present invention is a foldable playing-card case suitable for dealing cards. The case includes three portions, each having a base and a pair of opposing sidewalls extending perpendicular from each base. The base of the first portion has a slit sized to deal cards therethrough. The second portion has an angled wall connected to the base. The angled wall of the second portion is hingedly connected to the base of the first portion. The base of the third portion is hingedly connected to the base of the second portion and the base of the third portion is also connected to an angled wall. The case has two pairs of magnets, a pair of magnets on the opposing sidewalls of the first portion and the third portion. The pairs of magnets connect when the base of the first portion is rotated toward the angled wall of the third portion.

Abstract: A bulk bin has a perimeter wall and first and second floor panels hingedly joined to the perimeter wall. Each floor panel is selectively foldable from a stowed position to a deployed position. In some embodiments, the first floor panel has a first tab and a first hole and the second floor panel has a second tab and a second hole. The first tab is configured for being selectively received in the second hole for interlocking engagement with the second floor panel, and the second tab is configured for being selectively received in the first hole for interlocking engagement with the first floor panel to secure the first and second floor panels in the deployed position. In certain embodiments, the perimeter wall includes multiple wall portions foldably joined together. At least two of the wall portions are joined at a fold joint of at least three spaced apart vertical creases.

Abstract: A carton for containing a plurality of articles. The carton can comprise a plurality of panels that extends at least partially around an interior of the carton. The plurality of panels can comprise a bottom panel, a top panel, and a side panel. At least two end flaps are respectively foldably attached to respective panels of the plurality of panels. The at least two end flaps can at least partially form a closed end of the carton, and the at least two end flaps can comprise a first end flap foldably connected to at least one panel of the plurality of panels at a first fold line and a second end flap foldably connected to the at least one panel at a second fold line. The second fold line is oblique relative to the first fold line.

Abstract: A foldable container comprises a body having an interior chamber with a top opening and a closed bottom. The body includes two opposing short sidewalls and two opposing longer sidewalls that form a perimeter around the interior chamber. The short sidewalls are foldable along respective vertically extending fold lines. The container also includes a bottom panel positionable within the interior chamber to be laid against the closed bottom, and a lid hingedly coupled to the body for selectively closing the top opening. The bottom panel is hingedly coupled to the body and is foldable along a first horizontal fold line. Furthermore, the lid is foldable along a second horizontal fold line. The foldable sidewalls, bottom panel, and lid allow the container to be folded between an expanded position and a collapsed position.

Abstract: A container configured to be selectively moved between a substantially flat configuration and a deployed configuration is provided. The container includes a plurality of side walls formed from a first blank and a bottom wall formed from a second blank. Each side wall has an end flap extending from a bottom edge of the first blank. The bottom wall is coupled to a first end flap extending from a first side wall of the first blank, and is foldable along a fold line for selectively moving the container from a deployed configuration into a substantially flat configuration. A second end flap extends from a second side wall adjacent the first side wall, and a third end flap extends from a third side wall adjacent the second side wall. The second and third end flaps support the second blank in uncoupled communication when the container is in the deployed configuration.

Abstract: A container configured to be selectively moved between a substantially flat configuration and a deployed configuration is provided. The container includes a plurality of side walls formed from a first blank. The first blank includes a plurality of side panels extending in series along a plurality of substantially parallel fold lines and at least one slot defined within at least one side panel of the plurality of side panels. The container further includes a bottom wall coupled to the plurality of side walls, wherein the bottom wall is formed from a second blank. The second blank includes a plurality of side edges and at least one tab extending form at least one side edge. The at least one tab is configured to be inserted into the at least one slot to construct the container. The second blank is coupled to the first blank at at least the at least one slot and the at least one tab for forming the bottom wall of the container.

Abstract: A food tray is automatically convertible from a flat position to an erect, elevated position. The food tray is fabricated as a blank, preferably of rigid cardboard, which is appropriately folded and, with interlocking tabs, assembled to lay flat under the food, particularly a pizza pie, when the pizza remains in its flat delivery box. When the pizza is to be removed from its box, the central tray section of the convertible food tray is lifted, with the pizza thereon. This permits folded wing sections of the tray located beneath the central section to swing down to become tray leg support members. When the support members of the tray are placed on a table or similar surface, the weight of the pizza on the central section compels the support members inward, to a position perpendicular to the central section, to securely provide elevated support to the pizza on the food tray.

Abstract: A device for displaying and cooking food such as kernels of corn includes a container with a base that can store kernels of corn extended by a compensation zone that can assume at least two positions, one folded and the other unfolded. The compensation zone includes four faces: two retractable faces and two stiffening faces opposite, whereby the retractable faces each include a fold that is approximately at the center of each of these faces and parallel to the base. The stiffening faces each include a first fold that is approximately at the center of each of these faces and parallel to the base and diagonal folds, whereby the base is rigid over a height so as to delimit a restricted space in which kernels of corn are likely to be stored when the compensation zone is in the folded position.

Abstract: A food tray is automatically convertible from a flat position to an erect, elevated position. The food tray is fabricated as a blank, preferably of rigid cardboard, which is appropriately folded and, with interlocking tabs, assembled to lay flat under the food, particularly a pizza pie, when the pizza remains in its flat delivery box. When the pizza is to be removed from its box, the central tray section of the convertible food tray is lifted, with the pizza thereon. This permits folded wing sections of the tray located beneath the central section to swing down to become tray leg support members. When the support members of the tray are placed on a table or similar surface, the weight of the pizza on the central section compels the support members inward, to a position perpendicular to the central section, to securely provide elevated support to the pizza on the food tray.

Abstract: A container configured to be selectively moved between a substantially flat configuration and a deployed configuration is provided. The container includes a plurality of side walls formed from a first blank. The first blank includes a plurality of side panels extending in series along a plurality of substantially parallel fold lines and at least one slot defined within at least one side panel of the plurality of side panels. The container further includes a bottom wall coupled to the plurality of side walls, wherein the bottom wall is formed from a second blank. The second blank includes a plurality of side edges and at least one tab extending form at least one side edge. The at least one tab is configured to be inserted into the at least one slot to construct the container. The second blank is coupled to the first blank at least the at least one slot and the at least one tab for forming the bottom wall of the container.

Abstract: A container storage box containing and storing a deformable container includes a plurality of rigid sidewall faces that contain and store the deformable container while preventing random deformation of the deformable container and large and small end faces of both top and bottom ends of the plurality of rigid sidewall faces. The rigid sidewall faces regulate a configuration of the deformable container in a configuration accommodated in the container loading part while maintaining at least one of direction and/or position of content outlet of the deformable container when the deformable container is placed in the image forming apparatus. At least one of the sidewall faces includes at least two fold lines not parallel with one another and at least one end face of both top and bottom end faces except the plurality of sidewall faces has a closing mechanism that is openable, closable and capable of being assembled and disassembled.

Abstract: A rectilinear folded and glued container with tiered shelves has multiple shelf panels cut out of a front panel with which the shelf panels, and main container front, side and back panels are integrally connected. The container has an internally placed shelf-raising panel that is attached to the shelf panels as part of a fold and glue processing technique that produces a knocked down flat container to be erected. The shelf raising panel preferably is an integral panel that is separate from the main container panels so as to be relatively movable, and is affixed to the shelf panels. Displacing or translating the shelf-raising panel during erection of the container from its knocked-down-flat configuration articulates the shelves into position. The shelf raising panel can be captured between top and bottom ends of the erected container, thus fixing the erected container and articulated shelves in a rigid shape.

Abstract: A heavy-duty pallet box for bulk goods and palletized loads. The knockdown box may be folded for storage. To erect it, a flat board comprising a pair of complementary, die-cut blanks, or a unitary blank comprising complementary halves, is unfolded. A central side panel and a pair of adjacent, foldable side panels on each blank are separated by score lines for folding. Suitable flaps project from each blank for gluing them together. A lower, generally trapezoidal segment is formed at each blank bottom, below the central panel. The latter segments, one from each of two blanks, are coupled to form the knockdown bottom of the desired foldable container. Smaller trapezoidal flanges project downwardly from each blank at opposite sides of the larger trapezoidal segment. These flanges include suitable glue tabs. When assembled, the flanges form a shelf that braces the container bottom, reinforcing the structure.

Abstract: A Pyramid Easel display holder for primarily flat objects includes ten main contiguous, triangular and polygonal (modified triangular) planes with additional contiguous triangular and trapezoid planes as part of optional base(s). On each of two display sides, objects are supported by a modified triangular center face, a triangular wing on each side of the center face, with two base options which brace the bottom of display objects, and aid in expansion control through friction with the surface support area. Front and mirrored back, and mirrored side wings, are connected by modified triangular swing arms, which are essentially the dynamic planar backsides of the front and back center pyramids, meeting at the crown of the embedded pyramids and “swinging” inside the center of the easel structure.