Assertion: honeycomb's cell | /r/HasProperty | sealed at either one end
Facets:
value: in the obtained honeycomb fired bodies
type: LOCATION
value: in a catalyst-containing slurry
type: OTHER
value: by a lamination member
type: OTHER
value: to produce a sealed honeycomb member
type: PURPOSE
Source sentences:
text: Here, the plug material paste is injected in such a manner that in a honeycomb structure to be manufactured at the end the cells are sealed in a checkered pattern on each end face and each cell is sealed only at either one end thereof.
text: The plug material paste may be injected in such a manner that the cells are sealed in a checkered pattern on each end face, and some cells are sealed at both ends and the other cells are not sealed at either end.
text: In the above honeycomb structure according to the embodiment of the present invention, it is desirable that the outermost surface of the honeycomb block should be covered with a seal layer, the honeycomb block have a color of about 80 or less in CIE (1976) lightness, the honeycomb monolith have a color of about 80 or less in CIE (1976) lightness, the seal layer contain oxide particles, the oxide particles be of any one of alumina, zirconia, titania or silica, the cells be sealed at any one of its ends, a catalyst be carried in the honeycomb unit or honeycomb monolith and the honeycomb structure be used as an exhaust gas purifying apparatus for vehicles.
text: In the obtained honeycomb fired bodies, predetermined cells are sealed only at either one end thereof.
text: Next, in the aggregated body 110 of the honeycomb fired bodies cut in the process (3), the plug material paste is injected to end portions of unsealed cells out of cells needed to be sealed so that each cell is sealed at either one end thereof.
text: In the obtained aggregated bodies of the honeycomb fired bodies, predetermined cells are sealed only at either one end thereof.
text: Next, in the aggregated body 110 of the honeycomb fired bodies manufactured in the process (2), the plug material paste is injected to end portions of unsealed cells out of cells needed to be sealed so that each cell is sealed at either one end thereof.
text: In accordance with the method for manufacturing the honeycomb structure according to the embodiment of the present invention, it may become easier to manufacture a honeycomb structure including the cells sealed at either one end, which can be suitably used as the exhaust gas purifying filter.
text: WO07/129430 A1 describes a honeycomb filter having a honeycomb structure with cells sealed at either one end by a lamination member for an end portion such as a metal plate.
text: The honeycomb member includes inorganic fibers and has walls extending along a longitudinal direction of the honeycomb member to define cells which are sealed at either one end.
text: The honeycomb structure includes at least one honeycomb member including inorganic fibers and having walls extending along a longitudinal direction of the honeycomb member to define cells which are sealed at either one end.
text: The cells of the honeycomb member are sealed at either one end to produce a sealed honeycomb member.
text: A honeycomb structure according to one embodiment of the present invention includes: a honeycomb member having a large number of cells longitudinally disposed in parallel with one another with a wall portion interposed therebetween and mainly including inorganic fibers that are integrally molded therein, wherein the cells are sealed at either one end; a catalyst is supported on the wall portion in an amount of at least about 100 g and at most about 400 g per liter of volume of the honeycomb structure; and the honeycomb member presents a pore distribution curve having three peaks in ranges of at least about 0.005 μm and at most about 0.03 μm, at least about 1 μm and at most about 15 μm, and at least about 15 μm and at most about 50 μm of a pore diameter in a pore distribution by mercury porosimetry, the pore distribution curve being drawn by plotting the pore diameter (μm) on an X-axis and a log differential pore volume (mL/g) on a Y-axis.
text: Further, since the cells are sealed at either one end, it may become easier to immerse the honeycomb member with the cells sealed at either one end in a catalyst-containing slurry.
text: Further, since the cells are sealed at either one end, it may become easier to immerse the honeycomb member with the cells sealed at either one end in a catalyst-containing slurry.
text: Then, predetermined cells of the honeycomb member are filled with the plug material paste so that the cells are sealed at either one end.
text: (2) Since the cells of the honeycomb structure are sealed at either one end, the amount of the catalyst remaining in the wall portion before firing tends to be increased, so that the honeycomb structure tends to support the catalyst as much as at least about 100 g/L ad at most about 400 g/L thereon.
text: In the above process, a honeycomb member mainly including inorganic fibers and having cells sealed at either one end was produced.
text: The cells may be sealed at either one end with the above described plug material paste, which is filled thereinto and dried to be solidified, or with a plug including a resin, a ceramic, a metal or the like, which is inserted into the cells (through holes).
text: Here, the plug material paste is injected in such a manner that in a honeycomb structure to be manufactured at the end the cells are sealed in a checkered pattern on each end face and each cell is sealed only at either one end thereof.
text: In the obtained honeycomb fired bodies, predetermined cells are sealed only at either one end thereof.
text: Next, in the aggregated body 110 of the honeycomb fired bodies cut in the process (3), the plug material paste is injected to end portions of unsealed cells out of cells needed to be sealed so that each cell is sealed at either one end thereof.
text: In the obtained aggregated bodies of the honeycomb fired bodies, predetermined cells are sealed only at either one end thereof.
text: Next, in the aggregated body 110 of the honeycomb fired bodies manufactured in the process (2), the plug material paste is injected to end portions of unsealed cells out of cells needed to be sealed so that each cell is sealed at either one end thereof.
text: Here, the plug material paste is injected in such a manner that in a honeycomb structure to be manufactured at the end the cells are sealed in a checkered pattern on each end face and each cell is sealed only at either one end thereof.
text: In the obtained honeycomb fired bodies, predetermined cells are sealed only at either one end thereof.
text: Next, in the aggregated body 110 of the honeycomb fired bodies cut in the process (3), the plug material paste is injected to end portions of unsealed cells out of cells needed to be sealed so that each cell is sealed at either one end thereof.
text: In the obtained aggregated bodies of the honeycomb fired bodies, predetermined cells are sealed only at either one end thereof.
text: Next, in the aggregated body 110 of the honeycomb fired bodies manufactured in the process (2), the plug material paste is injected to end portions of unsealed cells out of cells needed to be sealed so that each cell is sealed at either one end thereof.
text: Here, the plug material paste is injected in such a manner that the cells are sealed in a checkered pattern on each end face and each cell is sealed only at either one end thereof.
text: Next, in the honeycomb fired bodies 20 manufactured through the processes (1) to (5), the plug material paste is injected to end portions of unsealed cells out of cells needed to be sealed so that each cell 21 is sealed at either one end thereof.
text: In the aggregated body 110 of the honeycomb fired bodies, a plug material paste is injected to end portions of unsealed cells out of cells needed to be sealed so that each cell is sealed at either one end thereof.