Ipl Inc.

Bernard Landry

Dominique Lesquir

The disclosure herein describes a connector for use in a network of mains and tubes for directing sap collected from trees to a central sap-processing unit. The connector, which is used for conveying sap from a tube to a main, first comprises a clip for encircling the main. The clip consists of a separatable band having interlockable ends which are so shaped as to draw the band onto the main when interlocking is carried out. The connector also comprises a sap conveying member which is rotatably engaged in an opening defined in the band, the conveying member having one end adapted to penetrate a pre-pierced hole in the main. The conveying member is rotatably orientable with respect to the clip and to the main for connection with tubes having varying angles relative to the axis of the main.

Connector for sap collecting system

A tamper-proof tag, made of a unitary body formed of injection molded plastic material, comprises a fastener flexibly connected to a strap, the latter being foldable into a ring with one end engageable into a catch defined at the other end of the strap. The fastener is so configured that, once received in the catch, it may be forcingly engaged into an opening defined in the strap and extending in the catch of the engaged strap. Once engaged, the fastener cannot be removed without damaging the tag.

Tamper-proof tag

The disclosure herein describes a device for collecting sap from trees and directing the sap to a sap collecting system operatable under vacuum conditions; it comprises a hollow body including a frusto-conical section adapted to be forced into the outer layers of a tree to be sap-collected. Adjacent the open end of the section is a series of longitudinal sap irrigating grooves allowing the sap to be collected and directed into the hollow body with the system is operating under vacuum conditions. To prevent air from being sucked into the hollow body as a result of the vacuum effect, the frusto-conical section has a groove in which is received a resilient element sealing the body to the of tree layers.

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St. Foy, Canada

Bernard Landry