Atlas Pacific Engineering Company

Other

Douglas F Paterson

Konrad E Meissner

Don A Perry

William V Redd

Anthony D Oliver

Michael S Lipford

C Richard Schoner

Gary L Dare

Noah P Forden

A pear processing method and apparatus is provided which includes several mechanisms for properly orienting the pear prior to coring, peeling and seed celling of the pear. Each pear is tumbled between a pair of orienting rolls to a position wherein the stem of the pear is oriented downwardly. Whiskers on one of the rolls speed up this orienting of the pear. A friction clutch on the other roll helps maintain the pear in its proper position, once the proper alignment has been attained. The pear is dropped downwardly into a transfer cup having four resilient fingers which tend to orient the pear. The pear is then pushed out of the transfer cup downwardly into a feed cup having a concave receptacle for centering the stem of the pear and three upwardly extending arms which grasp and center the blossom end of the pear. The pear is then transferred to a station wherein the pear is cored and thereafter peeled and seed celled simultaneously. The stem and blossom are also trimmed. The pear is thereafter passed into a slice cup having a design which more effectively separates the waste from the processed pear.

Pear processing method

An apparatus and method are provided for moving a pear from a roll orientor into a transfer cup wherein an inclined pear stop shoe is provided which contacts and guides the pear downwardly into the transfer cup as the orienting rolls separate. The rolls are separated at a predetermined speed so that the roll maintains contact with the pear and helps guide the pear into the transfer cup. The pear stop shoe is retractable after the pear is guided into the transfer cup so that the pear is supported only by the walls of the transfer cup.

Pear transfer apparatus and method

Pear processing method and apparatus

A pear processing methods and apparatus is provided which includes several mechanisms for properly orienting the pear prior to coring, peeling and seed celling of the pear. Each pear is tumbled between a pair of orienting rolls to a position wherein the stem of the pear is oriented downwardly. Whiskers on one of the rolls speed up this orienting of the pear. A friction clutch on the other roll helps maintain the pear in its proper position, once the proper alignment has been attained. The pear is dropped downwardly into a transfer cup having four resilient fingers which tend to orient the pear. The pear is then pushed out of the transfer cup downwardly into a feed cup having a concave receptacle for centering the stem of the pear and three upwardly extending arms which grasp and center the blossom end of the pear. The pear is then transferred to a station wherein the pear is cored and thereafter peeled and seed celled simultaneously. The stem and blossom are also trimmed. The pear is thereafter passed into a slice cup having a design which more effectively separates the waste from the processed pear.

A gun stock adapted for absorbing recoil energy in a shoulder firearm which includes a stock butt portion and a stock grip portion interconnected by at least one compressible strut having an adjustable length cylinder where one end thereof is secured to the stock butt portion. A tubular shaft is telescopically disposed within the cylinder with its free end attached to the stock grip. A plug is disposed within the cylinder carrying a rod coaxial with the cylinder whose free end is disposed within the tubular shaft. A stack of disc shaped springs are coaxially positioned within the tubular shaft and are circumscribed around the rod, the stack being between the stock grip and the plug and adapted to be compressed upon movement of the shaft into the cylinder upon the firing of the gun.

Recoil absorbing firearm stock

A peeling head is provided for use in a peeling machine wherein a fruit or vegetable (such as an apple or pear) is skewered and rotated about an axis and wherein at least one elongated pivotable shaft housing with a rotary peeling cutter mounted on its distal end articulates to move the rotary peeling cutter around the surface of the fruit or vegetable. The peeling head has a plastic guard carried at the distal end of the shaft housing, and a ceramic tracing shoe insert carried by the plastic guard wherein the ceramic tracing shoe insert has a peel string guide which constantly urges the peel string in the proper direction in order to facilitate breaking of the peel string.

Peeling head with peel string guide

A lightweight peeling head is provided in which a plastic guard body cooperates with a rotary peeling cutter for determining the depth of cut made by the cutter wherein a ceramic wear resistant tracing shoe insert is formed in the plastic guard body. The ceramic tracing shoe rides against the surface of the fruit, for example apples, as the fruit is being peeled. A chip breaker is provided having a pair of teeth wherein each tooth has a positive rake relative to the direction of travel of the peel string and wherein each tooth has a positive attack angle whereby the peel string is driven towards the base of the teeth as the peel string is being cut by said tooth.

Growing community of inventors

Colorado Springs, CO, United States of America

Douglas F Paterson