JPH047358U

JPH047358U -

Info

Publication number: JPH047358U
Application number: JP4601190U
Authority: JP
Priority date: 1990-04-28
Filing date: 1990-04-28
Publication date: 1992-01-23
Anticipated expiration: 2005-04-28
Also published as: JP2529029Y2

Description

[Brief explanation of the drawing]

第１図は大豆、ハト麦等の水分測定装置の縦断
正面図、第２図は第１図のＡ−Ａ線矢視方向の横
断平面図、第３図は大粒の水分測定状態を示す作
用説明図であつて、イは、一対の主副水分検知ロ
ールが回転を停止して一対の大粒送り周面上に複
数の大粒を堆積させた場合の一部切欠した背断面
図、ロは、一対の主副水分検知ロールを互いに内
側に向け回転させ、一粒以外の大粒を一対の大粒
送り周面間に形成した間隙より落下させた場合の
一部切欠した背断面図、ハは、一対の主副水分検
知ロールに供給された一粒の大粒を押圧可動体に
より破砕間隙内に押圧して破砕し、水分測定を行
つている場合の一部切欠した背断面図、ニは、水
分測定を終了し、押圧可動体を弾発上昇させる始
動時の一部切欠した背断面図、ホは、押圧可動体
を上限位置まで弾発上昇させた場合の一部切欠し
た背断面図である。１……水分測定装置、２……収容室、３……主
水分検知ロール、４……副水分検知ロール、７，
８……一対の大粒選別ボス筒、１１，１２……大
粒送り周面、１３，１４……大粒落下周面、１５
……押圧可動体、１６……バネ部、１７……押圧
ローラ、ｌ……破砕間隙。 Fig. 1 is a vertical front view of a moisture measuring device for soybeans, pigeon wheat, etc., Fig. 2 is a cross-sectional plan view taken in the direction of arrow A-A in Fig. 1, and Fig. 3 is a function showing the state of moisture measurement of large grains. In the explanatory drawings, A is a partially cutaway back cross-sectional view when a pair of main and sub-moisture detection rolls have stopped rotating and deposited a plurality of large grains on a pair of large grain feeding peripheral surfaces, and B is a A partially cutaway back sectional view of the case where a pair of main and sub-moisture detection rolls are rotated inwardly and large grains other than one are dropped from the gap formed between the pair of large grain feeding peripheral surfaces. Partially cutaway back cross-sectional view of one large grain supplied to the main and sub-moisture detection rolls being crushed by being pressed into the crushing gap by a pressing movable body to measure moisture content. E is a partially cutaway rear cross-sectional view at the time of starting the pressing movable body to spring upward after completing , and E is a partially cutaway rear cross-sectional view when the pressing movable body is elastically raised to the upper limit position. 1...Moisture measuring device, 2...Accommodation chamber, 3...Main moisture detection roll, 4...Sub-moisture detection roll, 7,
8...Pair of large grain sorting boss tubes, 11, 12...Large grain feeding peripheral surface, 13, 14...Large grain falling peripheral surface, 15
... Pressing movable body, 16 ... Spring part, 17 ... Pressing roller, l ... Crushing gap.

Claims

[Scope of utility model registration request]

Inside the storage chamber, a pair of main moisture detection rolls and a sub moisture detection roll each having a width and length that accommodates a single grain are placed with a crushing gap in between, and each shaft is rotated inwardly so as to be able to rotate intermittently. On one side of the pair of main and sub-moisture detection rolls, there is a large-particle feeding circumference having the same diameter as the main and sub-moisture detection rolls, and a large-particle falling circumference having a diameter smaller than that of the main and sub-moisture detection rolls. A pair of large grain sorting boss tubes formed with continuous surfaces are provided under a phase in which a plurality of large grains are deposited between the pair of large grain feeding peripheral surfaces when the main and sub-moisture detection rolls are stopped,
At a position above either of the main and sub-moisture detection rolls, a spring part provided on the base end side is used as an axis to intermittently bombard the crushing gap by sliding contact with or separation from the large grain feeding peripheral surface. A pressing movable body is provided with a pressing roller attached to the tip side to be lowered, and the main and sub-moisture detection rolls and large grain sorting boss tubes are arranged so that the main and sub-moisture detection rolls are tilted as a whole so that the main and sub-moisture detection rolls are lower. Moisture measuring device for wheat, etc.