31 results about "Dorcus parallelopipedus" patented technology

In a method for packaging articles, a tubular blank is conveyed in flat folded configuration to an erecting station to be engaged and rotated by suction cups. The raised blank assumes a parallelepiped shape with a vertical axis, while a striker hit a lateral wall of the blank, so that the blank is erected in a box. While the box is being moved, first and second lower flaps are then folded before the blank is set resting on a support plane and moved, by driving and guiding conveyors, to a filling station for insertion of articles, supplied along a vertical direction, into the box. Lastly, the box with the articles therein is moved by the driving and guiding conveyors to subsequent stations for folding lower lateral flaps and upper flaps to close bottom and cover of the so obtained box. A machine is provided for carrying out the method, with an erecting station and a filling station joined by a horizontal support plane. The blanks are erected in the erecting station and moved to the filling station along the horizontal plane. Flaps are closed during the motion of the blanks before the filling station. After insertion of the articles, the boxes are closed.

It is proposed a computer-implemented method, system and program product designing a path connecting a first point to a second point in a three-dimensional scene. The method comprises:providing the first point coupled with a first vector;providing the second point coupled with a second vector; andproviding a set of paths by following at the most three portions of a parallelepiped, the parallelepiped comprising the provided first point on a first vertex and the provided second point on a second vertex, a portion of the parallelepiped being an edge, a diagonal of a face, a space diagonal.

A composite building panel including a central body, substantially parallelepipedic in shape, comprised of an expanded polymer matrix, having a first surface and an opposing second surface; and one or more structural reinforcing elements longitudinally extending across the central body between said opposite faces, having a first side portion embedded in the expanded polymer matrix, and a second side portion extending away from the first surface of the central body and one or more expansion holes located in the reinforcing member between the first side portion of the reinforcing member and the first surface of the central body. The central body includes a polymer matrix that expands through the expansion holes.

A convertible container assembly is provided having an upper member and a lower member. The upper member has a first plurality of attachment portions at an upper member perimeter. The lower member is convertible such that the lower member is substantially planar in a first configuration and substantially parallelepipedous in a second configuration. The lower member includes a second plurality of attachment portions at a lower member perimeter. The first plurality of attachment portions at the upper member perimeter is configured to attach to the second plurality of attachment portions at the lower member perimeter.

A multilayer ceramic capacitor includes: a multilayer chip having a parallelepiped shape in which each of a plurality of ceramic dielectric layers and each of a plurality of internal electrode layers are alternately stacked and are alternately exposed to two edge faces of the multilayer chip; and a pair of external electrodes that are formed from the two edge faces to at least one of side faces of the multilayer chip; wherein in the external electrodes, a first metal layer whose ceramic amount is 5 wt % or more contacts with the two edge faces, and a second metal layer whose ceramic amount is less than 5 wt % contacts with the at least one of the side faces.

A body of a memory card reader, which has an overall rectangular parallelepiped shape including a slot for inserting a memory card. The reader body includes, on a rear surface thereof, a recess for receiving a memory card connector, the receiving recess being of a predetermined volume shape and including at least one conductive track.

An inductor includes a base device having a parallelepiped chamber formed by two side surfaces and two end surfaces, a parallelepiped conductive device engaged into the parallelepiped chamber of the base device and having a parallelepiped compartment and having two terminals engaged onto an upper surface of the base device, and a core engaged into the parallelepiped compartment of the conductive device. The conductive device is planar and includes a rectangular cross section having a reduced dimension or structure for allowing the inductor to be easily and quickly and attached onto the surfaces of the electric circuit boards with surface mount devices.

A vehicular battery pack comprising a parallelepiped-shaped container, wherein cells are arranged in layers one above the other in the container, and wherein relative monitoring devices of the individual cells are arranged on a second lateral wall, perpendicular to said layers and first lateral walls, perpendicular to said layers and to said second lateral wall, wherein said first lateral walls are configured to cool said layers of cells.

A color changer has a valve block for connecting a plurality of coating material lines to an application device. The valve block has a parallelepiped housing. The housing has a central color channel with an axial direction and contains valve bores for receiving valves and a length of a central color channel is as short as possible with a simultaneous supply of many paint feed lines. A first number of parallel valve bores open into the color channel at first openings, a second number of parallel valve bores open into the color channel at second openings on the opposite side of the color channel and offset in the axial direction with respect to the first number of valve bores. A third number of parallel valve bores open into the color channel at third openings and a fourth number of parallel valve bores open into the color channel at fourth openings.

A high-efficiency, high-temperature, sodium-based electrochemical cell comprises an outer steel casing (12) coated with nickel, elongated parallelepiped in shape, a ceramic electrolyte (14) in the shape of a tubular body made of β-alumina inserted in said outer casing, a plurality of capillary profiles consisting of shaped sheets (16), arranged between said outer casing (12) and ceramic electrolyte (14) with respect to which they leave an interspace, and a current collector (18) of metal material coaxially inserted and stabilised in the ceramic electrolyte (14). Said current collector is formed by a tubular body defining a cavity at least partially filled with PCM (phase change materials) material.

A light integrator having four parallelepipedal glass plates which have an identical width. Each plate has an inner side and an outer side with a length, as well as a first and a second longitudinal side and two end faces with a height, the plates are arranged relative to one another such that they enclose a parallelepipedal open cavity extending over the length, the glass plates being bonded to one another. The inner sides of the plates are subdivided into, in each case, a mirror-coated, optically active surface and an adhesive surface, and the inner side bearing with its adhesive surface of in each case one glass plate indirectly via adhesive against the first longitudinal side of another glass plate. The inner side of said glass plates have a groove running in a longitudinal direction and acting as an adhesive trap adjoining the optically active surface. The inner side with its adhesive surface of in each case one glass plate bearing indirectly via adhesive against the first longitudinal side of another glass plate.

A container assembly, comprising: a housing in the form of a right parallelepiped with one side left open, the closed sides being a lower main wall, two lateral walls, a rear wall, and an upper main wall, wherein a plurality of first raised portions of first predetermined shapes is formed on the upper main wall and a plurality of second raised portions of second predetermined shapes are formed at one of said lateral walls, while a plurality of second depressed portions of third predetermined shapes complementary to the second raised portions of said one first lateral wall are formed at the other of said two lateral walls, wherein a plurality of first depressed portions of fourth predetermined shapes complementary to the first predetermined shapes of the first raised portions are formed at the outer surface of the lower main wall, whereby a plurality of such container assemblies can be mutually engaged and thus stacked together by insertion the first raised portion into said corresponding first depressed portions and of the second raised portions into said corresponding second depressed portions formed at the outer surface of the housings of the container assemblies; a rack provided at the surface of the lower main wall in the inside of the housing and extending along a direction parallel to the longitudinal extension of said lateral walls; a pin that is provided at an inner surface of said rear wall; a base that is received and slideably moveable in the housing, said base being provided with a pin-engaging push-lock module and a reduction gear module having a gear in cogging engagement with the rack, wherein the pin-engaging module is engageable with the pin so as to secure the base in the housing, wherein the housing dimensions are adapted such that the inner space of the housing above the base corresponds to the size of a standard hard disk drive such that a standard hard disk drive placed on the base may be received in the housing in a manner free of play; a spring mechanism acting between a point on the inside of the walls within the housing and a rearward portion of the base so as to push the base to move outwards through the opening to project from the housing to the outside thereof, so that the base, when it is secured in the housing with the pin-engaging module engaging the pin, may be opened by pushing the base against the pin, thereby disengaging the push-lock module from the pin, whereupon the spring mechanism moves the base to the extended outward position against the resistance of the reduction gear module cogging with the rack; and a front cover assembled to a front end of the base so that, when the base is secured in the housing with the push-lock module in engagement with a pin, the front cover closes the opening of the housing.

A parallelepipedal low-pressure plasma chamber body of glass is disclosed. The low-pressure plasma chamber may have electrodes at opposing sides of the low-pressure plasma chamber body. Furthermore, the low-pressure plasma chamber may have at opposing sides a door and a rear wall closure. The door and rear wall closure may in each case have at least one media connection in order to achieve a uniform gas flow in the low-pressure plasma chamber. The door may be assembled on the collar of the low-pressure plasma chamber body which extends radially away from the longitudinal axis of the low-pressure plasma chamber body. The low-pressure plasma chamber body is preferably produced using the pressing method or blow-and-blow method, in an analogous manner to industrial glass bottle production.

This invention relates to a feminine hygiene apparatus, system, and kit that is made of natural absorbent material for the absorption of uterine fluid. The natural absorbent material is has a substantially parallelepiped geometry and configured into a truncated hexahedron shape. The apparatus could be positioned in pelvic cavity below the opening of cervix on both left and right side of vaginal wall into the vaginal fornices. The apparatus could be cleaned, sterilized and reused. Moreover, the apparatus does not produce irritations and discomfort during use as well as it permits sexual intercourse while being present in the vaginal canal.

The present invention relates to a thermal accumulation-transmission panel that comprises an improved porcelain stoneware and a manufacturing process thereof, for its use as a thermal accumulator and transmission element in heating devices. The thermal accumulation-transmission panel of porcelain stoneware of the invention is characterised in that it comprises a porcelain stoneware whose chemical composition comprises between 80.0% and 90.0% SiO2 and between 5.0% and 15.0% Al2O3, in that its geometry presents parallelepiped projections on one of its faces that permit the creation of natural convection chimneys and in that it has a thickness of at least 12 mm.

The invention relates to a switch (1), in particular a load-break switch for low voltages, comprising: at least one rectangular parallelepiped-shaped electrode housing (2); a switch axis (6) transverse to the side walls ( 3) extending and separating the contacts against each other for opening the switch (1); and a through-hole (11) designed in the wall (3) of the electrode housing (2). In order to avoid the risk of arc discharge of electrons towards the rear wall, it is proposed to form a through hole (11) in the side wall (3), wherein a channel (12) is connected to the through hole, the channel in the discharge direction (16) of the end side The excess pressure that develops in the electrode housing (2) is discharged upwards.

An electromechanical image display includes a box-structure of cups arranged in a row and column matrix. A non-rotatable axle for each column in the matrix passes through each of the cups in a column. The axle holds display elements which are rotatable on the axle. At least one electric-field-generating conducting plate in each cup is connected to an electrical source. A display element for each cup is a parallelepiped having six faces with a tunnel through the geometric centers of two of the six faces to permit its installation on the axle. The display element is an electret, or contains one or more electrets, that rotationally responds to the electric field of the electric-field-generating conducting plate.

A method for characterizing a scene by computing the 3D orientation of observed elements of the scene comprises a step of computing 3D points of the scene and further comprises the steps of: regularly quantifying the 3D points of the scene, along three axes, in a preset 3D grid of voxels; for each non-empty voxel of the 3D grid, computing N predefined statistical characteristics from the coordinates of the points contained in the voxel, where N is an integer higher than 1, and for each of the N characteristics, defining a 3D grid associated with the characteristic; for each 3D grid associated with a statistical characteristic, computing an integral 3D grid associated with the statistical characteristic, each voxel of the integral 3D grid comprising an integral of said statistical characteristic; and for each non-empty voxel of the 3D grid of voxels: defining a 3D rectangular parallelepipedal vicinity centered on the voxel and of predefined 3D dimensions, and eight vertices of the vicinity; for each of the N statistical characteristics, computing the integral of the statistical characteristic in the vicinity on the basis of the eight vertices of the integral 3D grid associated with the statistical characteristic; computing the 3.times.3 covariance matrix of the 3D points in the vicinity; and computing the orientation of the voxel on the basis of the 3.times.3 covariance matrix.