Abstract: Provided is a package body for ceramic separation membranes, comprising: a packaging box which stores a plurality of ceramic separation membranes in parallel in a width direction and a height direction; and a plurality of partition packs, wherein each of the partition packs has a thickness equal to or larger than a thickness of each of the ceramic separation membranes, and has a plurality of storing parts, with intervals therebetween in the width direction, which are through holes of a size including a projection shape of the ceramic separation membrane, and the packaging box stores at least two kinds of the partition packs stacked in the height direction with the plurality of storing parts arranged in the width direction in a staggered manner.

Abstract: In one example, a method for making diagonal openings in photodefinable glass includes exposing part of a body of photodefinable glass to a beam of light oriented diagonally to a surface of the body at an angle of 5° or greater measured with respect to a normal to the surface of the body and removing some or all of the part of the body exposed to the light beam to form a diagonal opening in the body.

Abstract: An egg-holding tray for incubation intended to accommodate eggs has rectangular shape with rounded corners bordered by parallel walls. A lower part of these walls configures a protruding rectangular border. The internal area of the tray comprises a set of laterally juxtaposed aureoles with the same structure that fill the entire area of the tray. Each individual aureole includes a lower concentric ring beneath an upper ring. The lower ring has a circular shape configured to have four equidistant orthogonal supports located on the internal face which each support has a vertical triangular shape with a rounded upper end and a concave surface that correlates to the inside circumference of the lower ring. The tray accommodates eggs under the force exerted by the weight of each of the eggs prevent the egg from moving around in the aureole.

Abstract: Provided is technology capable of avoiding complex processes and high costs while securing the protection of the functional unit upon forming a device including a glass substrate. A manufacturing method of a structural body structured with a bonding body formed from a glass substrate and a semiconductor substrate, including a first step of forming a first functional unit as a structural element of the structural body on one face of the glass substrate; a second step of bonding the semiconductor substrate to one face of the glass substrate so as to cover the first functional unit; a third step of forming an affected zone extending in the thickness direction of the glass substrate by irradiating a laser beam from the other face side of the glass substrate and scanning the focal point of the laser beam in the thickness direction of the glass substrate; and a fourth step of forming a hole in the glass substrate by etching the glass substrate and removing the portion along the affected zone.

Abstract: A package for packing a plurality of compressors including a plurality of partition walls for securely laying and stacking compressors is disclosed. The compressors and partition walls are stacked in alternating layers on a pallet. A stretch film is wrapped around the partition wall and compressor layers and the pallet. The partition walls are made of foamed plastic material. The upper and lower end surfaces of the partition walls are formed to fit the outer shape of the compressors. The partition walls can be made more easily and can be precisely dimensioned.

Abstract: A package insert between two layers of articles comprises a rigid plate formed with openings spanned by at least one and preferably two flexible and advantageously elastic films which are deformed when upper articles are stacked on lower articles through the openings to nest the articles in place.

Abstract: A packaging tray capable of individually and separately supporting a layer of fruit for transport and point of sale display has a plurality of flexible hammock-like recesses formed in a supporting layer. This supporting layer is held above the base of a carton by supports associated with each "hammock-like recess". The flexible recesses allow fruit of varying sizes or shapes to be accommodated within a single layer.

Abstract: The improved container, obtained from a sheet of synthetic thermoplastic material, which is particularly suitable for eggs, is made in two portions (10,12) which are held together by rib (13) and can be folded down so that one closes on the other by means of pressure fastenings (14,22). It is provided with damper-ribs (25) which protect the eggs from breakage due to accidental impacts against the sides of the walls of the recesses (11) in which the eggs are placed and when portion (12) thereof is constructed as a lid without recesses it has ribs (34,35,36) in a particular location on the lid which confer satisfactory rigidity which is perceptible when the container is being closed or when it lies at the base of a stack of containers, for example on a display shelf.

Abstract: A protective bulk pack container for ice cream cones comprising at least one protective body formed of a resilient yet rigid material, the protective body including a plurality of cone-receiving passageways for receipt of nested stacks of ice cream cones. The container further includes cover members disposed to close off the cone-receiving passageways and envelope the stacks of ice cream cones contained therein. The protective body and cover members are placed in a paperboard container for shipping.

Abstract: A bulk package for stacked and nested ice cream cones is provided for transporting and dispensing the cones in which a plurality of folded foam sandwich structures each defining a row of cells holding one cone stack to a cell are inserted into an outer container to form a matrix of cells therein. In one embodiment, the sandwich structures and the outer container are sized such that a forced fit is developed between them to cause the cells to close down on and immobilize the stacked cones. The outer container is split open on two opposed sides at the point of use of the cones to relieve the forced fit and permit vending of the cones from the cells by gripping individual cone apices. The outer container is provided with an easy to split sidewall structure, if desired. In another embodiment the force fit is secured by comb-shaped clamps which close down the cells. Spacers are provided in both embodiments to hold the plastic sandwich structures in place when a lid is placed on the outer container.

Abstract: Plural recesses are formed on the surface of a sheet of a chemically crosslinked foam of a polyolefinic resin containing an inorganic calcium compound, the articles of food to be packaged are placed in the recesses and then the sheet is covered with a physically foamed sheet of a polyolefinic resin containing an inorganic calcium compound. Alternatively, the physically foamed sheet can be shaped to define a recessed support for the food articles and a sheet of foamed polyolefinic resin used as the covering. The polyolefinic resin has 30-60% by weight of an inorganic calcium compound incorporated therein.

Abstract: An article storage device intended especially but not exclusively for use in storing the rotor assemblies of electric motors and comprising a block formed with a plurality of recesses each adapted to receive an article to be stored and each having a closed lower end and an open upper end wherein said open upper end has a larger cross-sectional area than said lower end.