GEP20012459B - Grate for Sorting Tea
- Google Patents
Grate for Sorting Tea
Info
Publication number
GEP20012459B
GEP20012459BGEAP19995051AGEAP1999005051AGEP20012459BGE P20012459 BGEP20012459 BGE P20012459BGE AP19995051 AGEAP19995051 AGE AP19995051AGE AP1999005051 AGEAP1999005051 AGE AP1999005051AGE P20012459 BGEP20012459 BGE P20012459B
Authority
GE
Georgia
Prior art keywords
grate
working surface
segments
production
sheet material
Prior art date
Application number
GEAP19995051A
Inventor
Ingush Choladze
Mirza Choladze
Original Assignee
Ingush Choladze
Mirza Choladze
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Ingush Choladze, Mirza CholadzefiledCriticalIngush Choladze
Priority to GEAP19995051ApriorityCriticalpatent/GEP20012459B/en
Publication of GEP20012459BpublicationCriticalpatent/GEP20012459B/en
1. Technical Result Reduce of net cost of the device and production losses, simplification of production and improvement of the final product quality. 2. Essence A grate comprises sheet material 1 with the working surface having smooth or upwards directed spherical convex segments 2, which is perforated with the circular openings 3, the centers of which being disposed in the upper regular triangles. The perforation on the working surface with the spherical segments is made from the upper side of these segments. The perforated sheet material is made from plastic or other polymeric material by the known method, for example by casting. Its overall size makes 1200÷1250 x 700÷750mm, the spacing between the openings of the grate with the smooth surface makes 1,2-3,4 mm, and for the grate with the segmented working surface – 24-26mm. 3. Field of Application Food industry, in particular tea production. Tables: 2
GEAP19995051A1999-10-261999-10-26Grate for Sorting Tea
GEP20012459B
(en)
A fibrous sheet equipped with micro spheres, for making a strengthened article, the article itself and a method for producing a fibrous sheet which contains micro spheres.