FABRIC-BASED HIGH-SPEED CONVEYANCE BELT AND APPARATUS USING SAME

Title:

FABRIC-BASED HIGH-SPEED CONVEYANCE BELT AND APPARATUS USING SAME

Document Type and Number:

WIPO Patent Application WO/2012/120606

Kind Code:

A1

Abstract:

Provided is a conveyance belt which comprises a fabric-based mesh structure for high-speed conveyance of a conveyance target sucked from below and loaded on the belt. According to a conveyance belt (1) of the present invention, a plain weave (9) part formed of a lattice-shaped mesh (16) of a low-density weave (8a) having a predetermined width (9a) and weaved with a warp (7a) and a weft (6) of the low-density weave (8a) is disposed in a lengthwise direction and alternately with a satin weave (11) part of a high-density weave (8b) having a predetermined width (11a) and formed of a warp (7b) and the warp (6) of the five to twelve sets of the high-density weave (8b). An upper satin weave (11) part is disposed at a side end (2) of the belt to form a stripe (17a) having a vertical stripe, and the stripe (17a) having the vertical stripe is disposed in the direction of conveyance. A ring-shaped endless belt (1a) sucks a small object, e.g., a sheet-shaped object such as paper, a medicinal tablet, a ball of blanched noodles, and a dried small food item, by air to convey the small object while securing air permeability.

Inventors:

SHOJI SUSUMU (JP)
FUKUI KAZURO (JP)

Application Number:

PCT/JP2011/055150

Publication Date:

September 13, 2012

Filing Date:

March 05, 2011

Export Citation:

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Assignee:

SANWA TECHNO CO LTD (JP)
SHOJI SUSUMU (JP)
FUKUI KAZURO (JP)

International Classes:

B65G15/54; B65G15/30; B65H5/02

Foreign References:

JPS5181370A	1976-07-16
JPH0760877A	1995-03-07
JP3004708U	1994-11-22
JP2006347018A	2006-12-28
JPH01127534A	1989-05-19
JP2000155404A	2000-06-06
JPS5181370A	1976-07-16
JPS61200811U	1986-12-16
JPH03118917U	1991-12-09
JPH0519377U	1993-03-09
JPH05113292A	1993-05-07
JP2000155404A	2000-06-06
JP2000191175A	2000-07-11
JP2002287544A	2002-10-03
JP2002235251A	2002-08-23
JP2009184793A	2009-08-20

Other References: