Abstract:
A method of manufacturing a packaging bag includes steps of: preparing a sheet of rectangular film material; forming a bag body from the sheet of the rectangular film material; preparing a shaping member; preparing and attaching a fastener; forming a vertical sealing portion; forming the bottom surface portion so as to include a lower end seal portion; a triangular folded portion; and a flat surface folding portion; and forming the lower sealing portion so as to include a central sealing portion; and a side sealing portion.
Abstract:
A package has a package body formed by mating film materials and sealing peripheral edge portions of the mated film materials so as to form a content accommodation compartment inside the sealed peripheral edge portions, the sealed peripheral edge portions being subjected to an easily peel-off treatment so that the sealed peripheral edge portions are separated and peeled off from each other when the package is opened. A seal opening starting portion is formed outside of one of the sealed peripheral edge portions so that the film materials are separated from each other at the seal opening starting portion, and at least one projection is provided on at least one of inner and outer side surfaces of the film materials forming the seal opening starting portion.
Abstract:
In the invention, to solve the problem of easily opening a package to be opened by peeling a lid member off from a container, the package 1 includes a container 2 having an open upper portion, and a lid member 10 covering the upper portion for closing. A flange portion 5 formed to the upper portion of the container 2 and the periphery of the lid member 10 are given easy-peeling therebetween for the lid member 10 to be peeled off from the container 2 for opening. The lid member 10 is formed with a tab 11 projecting laterally outward of the periphery closely bonded to the flange portion 5. The tab 11 has a back surface provided with a finger-hold portion 12.
Abstract:
A packaging bag has a bag body. A body shaping member is disposed inside the bag body to maintain the packaging bag so as to provide a hexahedron shape. The bottom surface portion of the packaging bag is formed from a film material which is overlapped several times for applying strength and rigidity. The bottom surface portion includes: a lower end seal portion formed by sealing a portion of a lower extending portion; a triangular folded portion surrounded by a reference line and oblique lines, in which a portion of the lower extending portion extending downward from the side surface portion is folded toward a center side of the packaging bag with the reference line corresponding to the lower end of the shaping member, and a reference point corresponding to the lower edge of the lower sealing portion at the central portion in the longitudinal direction of the packaging bag and an apex point corresponding to the lower end of the shaping member at the longitudinal end edges of the extending portion from the side surface portion are connected and folded so as to provide inward a protrude portion; and a flat surface folding portion in which, at the lower extending portion, the lower end of the shaping member extending from the flat surface portion is folded centrally of the packaging bag as a reference line so as to accord with the triangular folding portion.
Abstract:
A package has a package body formed by mating film materials and sealing peripheral edge portions of the mated film materials so as to form a content accommodation compartment inside the sealed peripheral edge portions, the sealed peripheral edge portions being subjected to an easily peel-off treatment so that the sealed peripheral edge portions are separated and peeled off from each other when the package is opened. A seal opening starting portion is formed outside of one of the sealed peripheral edge portions so that the film materials are separated from each other at the seal opening starting portion, and at least one projection is provided on at least one of inner and outer side surfaces of the film materials forming the seal opening starting portion.
Abstract:
An inertial sensor includes a sensing portion having a weight supported by beams, the weight being a movable portion, and a weight stopper that limits a movable range of the weight, the weight stopper being arranged in a vicinity of the weight with a given clearance and being a part of a substrate for the inertial sensor processed with MEMS techniques.
Abstract:
There is provided an input apparatus for game systems, which are simplified in construction. The input apparatus has a base (21) having a plurality of panel-attaching sections (26), a plurality of foot panels (50) arranged respectively at a plurality of panel-attaching sections (26), and tape switches (30) not only arranged between a panel supporting surface (27a) formed on each of a plurality of panel-attaching sections (26) and each of the foot panels but also outputting a predetermined detection signal responsively to changes in pushing load onto each foot panel (50). The tape switch (30) has a sensing element (31) and an elastic-material-made coating member (32) covering the sensing element (31) and functioning as a medium transmitting a load applied to each foot panel 50 to the sensing element (31). The coating element (32) supports the foot panel (50) by contacting with each foot panel (50). Ribs (32a, 32b) are formed on the coating member (32), so that a load is intensively transmitted to a desired position on the sensing element (31).
Abstract:
A contact type image sensor, which includes a transparent member which can contact an original to be read, a light source for radiating light onto the original via the transparent member, a sensor for receiving light reflected by the original, an imaging element for imaging the reflected light on a light-receiving portion of the sensor, and a support unit for supporting the sensor, the imaging element, the transparent member, and the light source. The imaging element and the light source are supported by the transparent member and the support unit.
Abstract:
An elastic roller includes a conductive base; an elastic layer on the conductive base; a surface parting layer on the elastic layer, the surface parting layer having a surface resistance of not less than 10.sup.10 ohm; wherein the elastic layer has a volume resistivity of not more than 10.sup.7 ohm.cm.
Abstract:
The objective of the present invention is to provide a mahjong game which determines winning or losing in a short time. The mahjong game machine according to the present invention has a display to show a plurality of mahjong tiles, the plurality of mahjong tiles shown on the display may be arbitrarily selected, the selected mahjong tiles are exchanged to complete a meld, and a plurality of mahjong tiles may be exchanged in one turn. Also, the mahjong game machine according to the present invention has a display to show a plurality of mahjong tiles. In the mahjong game machine, mahjong tiles may be arbitrarily selected from the plurality of mahjong tiles displayed on the display screen, the selected mahjong tiles are exchanged to complete a meld, and the display is a widescreen.