Patent US4649503A successfully refreshed from Google Patents.
US4649503A
Expired / Lapsed
US
⏱️ 0.0 years remaining
Inspection apparatus for inspecting articles moving on a conveyor
Assignee: GLASS MACHINERY Inc A Corp OF
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Filing: 1984-01-16
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Granted: 1987-03-10
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Expires: 2004-01-16
Abstract
Abstract The inspection apparatus comprises scanning means and processing means operative to produce a lean signal which indicates how much an article moving on a conveyor leans from the vertical. Comparing means is operative to compare the lean signal with a first preselected standard and a second preselected standard which is lower than the first preselected standard. If the first standard is exceeded, the article is rejected by first rejecting means and, if the second standard is exceeded the article may be rejected by second rejecting means downstream of the first after further information has been obtained about the article from inspection devices, or the second standard may be used to provide an indication of a trend towards leaning.
Inventors
- 👤 Rene Keller
Bibliographic Details
Application Number
—
Jurisdiction
US
Data Source
google_patents
Last Synchronized
2026-10-31 13:20
CPC Classifications
B; B07; B07C; B07C5/00; B07C5/04; B07C5/12; B07C5/122; B07C5/126
Claims Analysis
Total Claims: 6
Claim 1
Independent Claim
376 words
In a container inspection system including a conveyor means for sequentially transporting a plurality of containers, each of said containers being formed in one of a plurality of molds and having a code indicating the mold in which it was formed, code reading means located along the path of said conveyor means for reading said codes on said containers, and inspection apparatus located along the path of said conveyor means for inspecting said containers to determine a characteristic other than lean of said containers, the improvement comprising: lean detection means located along the path of said conveyor means upstream of said inspection apparatus and said code reading means for measuring the amounts of lean exhibited by the containers being transported by said conveyor means, means for comparing the amounts of lean measured by said lean detection means to first and second standards and generating a first reject signal when the amount of lean exceeds said first standard and a second reject signal when the amount of lean exceeds said second standard, said first standard representing a greater amount of lean than said second standard and containers exhibiting said greater amount of lean posing a substantial threat of jamming said inspection apparatus while containers exhibiting lesser amounts of lean posing relatively little threat of jamming said inspection apparatus but being unacceptable for their intended purpose, means operatively coupled to said code reading means and the comparing means for recording the code of the mold which produced each container exhibiting said lesser amount of lean, first reject means located adjacent to said conveyor means downstream of said lean detection means and upstream of said inspection apparatus and said code reader means for rejecting containers from said conveyor means in response to said first reject signals so that containers exhibiting said greater amount of lean are rejected before reaching said inspection apparatus and containers exhibiting said lesser amounts of lean pass by said first reject means to said inspection apparatus and code reading means, and second reject means located adjacent to said conveyor means downstream of said inspection apparatus and said code reading means and responsive to said second reject signals for rejecting the containers exhibiting said lesser amounts of lean after said code reading means reads their codes.
Claim 2
Dependent Claim
376 words
In a container inspection system including a conveyor means for sequentially transporting a plurality of containers, each of said containers being formed in one of a plurality of molds and having a code indicating the mold in which it was formed, code reading means located along the path of said conveyor means for reading said codes on said containers, and inspection apparatus located along the path of said conveyor means for inspecting said containers to determine a characteristic other than lean of said containers, the improvement comprising: lean detection means located along the path of said conveyor means upstream of said inspection apparatus and said code reading means for measuring the amounts of lean exhibited by the containers being transported by said conveyor means, means for comparing the amounts of lean measured by said lean detection means to first and second standards and generating a first reject signal when the amount of lean exceeds said first standard and a second reject signal when the amount of lean exceeds said second standard, said first standard representing a greater amount of lean than said second standard and containers exhibiting said greater amount of lean posing a substantial threat of jamming said inspection apparatus while containers exhibiting lesser amounts of lean posing relatively little threat of jamming said inspection apparatus but being unacceptable for their intended purpose, means operatively coupled to said code reading means and the comparing means for recording the code of the mold which produced each container exhibiting said lesser amount of lean, first reject means located adjacent to said conveyor means downstream of said lean detection means and upstream of said inspection apparatus and said code reader means for rejecting containers from said conveyor means in response to said first reject signals so that containers exhibiting said greater amount of lean are rejected before reaching said inspection apparatus and containers exhibiting said lesser amounts of lean pass by said first reject means to said inspection apparatus and code reading means, and second reject means located adjacent to said conveyor means downstream of said inspection apparatus and said code reading means and responsive to said second reject signals for rejecting the containers exhibiting said lesser amounts of lean after said code reading means reads their codes.
Claim 3
Dependent Claim
102 words
An improvement to a container inspection system as set forth in claim 1, wherein said means for comparing includes means for comparing the amount of lean measured by said lean detection means to a third standard representing a lesser amount of lean than said second standard and generating a warning signal when the amount of lean exceeds said third standard but is less than said second standard, and the recording means records the code of the mold which produced each container exhibiting an amount of lean between said second and said third standards to indicate that the respective mold is going bad.
Claim 4
Dependent Claim
84 words
An improvement to a container inspection system as set forth in claim 1, wherein said lean detection means comprises means for scanning each container from two mutually perpendicular directions to yield two output signals each of which output signals being proportional to an apparent amount by which the container leans from the vertical direction perpendicular to the respective scanning direction, squaring said two output signals and adding the squares together to produce a lean signal indicating the true amount of lean of the container.
Claim 5
Dependent Claim
340 words
In a container inspection system including a conveyor means for sequentially transporting a plurality of containers, each of said containers being formed in one of a plurality of molds and having a code indicating the mold in which it was formed, and code reading means located along the path of said conveyor means for reading said codes on said containers, the improvement comprising: lean detection means located along the path of said conveyor means upstream of said code reading means for measuring the amounts of lean exhibited by the containers being transported by said conveyor means, means for comparing the amounts of lean measured by said lean detection means to first and second standards and generating a first reject signal when the amount of lean exceeds said first standard and a second reject signal when the amount of lean exceeds said second standard, said first standard representing a greater amount of lean than said second standard and containers exhibiting said greater amount of lean posing a substantial threat of jamming said code reading means while containers exhibiting lesser amounts of lean posing relatively little threat of jamming said code reading means but being unacceptable for their intended purpose, means operatively coupled to said code reading means and the comparing means for recording the code of the mold which produced each container exhibiting said lesser amount of lean, first reject means located adjacent to said conveyor means downstream of said lean detection means and upstream of said code reading means for rejecting containers from said conveyor means in response to said first reject signals so that containers exhibiting said greater amount of lean are rejected before reaching said code reading means and containers exhibiting said lesser amounts of lean pass by said first reject means to said code reading means, and second reject means located adjacent to said conveyor means downstream of said code reading means and responsive to said second reject signals for rejecting the containers exhibiting said lesser amounts of lean after said code reading means reads their codes.
Claim 6
Dependent Claim
340 words
In a container inspection system including a conveyor means for sequentially transporting a plurality of containers, each of said containers being formed in one of a plurality of molds and having a code indicating the mold in which it was formed, and code reading means located along the path of said conveyor means for reading said codes on said containers, the improvement comprising: lean detection means located along the path of said conveyor means upstream of said code reading means for measuring the amounts of lean exhibited by the containers being transported by said conveyor means, means for comparing the amounts of lean measured by said lean detection means to first and second standards and generating a first reject signal when the amount of lean exceeds said first standard and a second reject signal when the amount of lean exceeds said second standard, said first standard representing a greater amount of lean than said second standard and containers exhibiting said greater amount of lean posing a substantial threat of jamming said code reading means while containers exhibiting lesser amounts of lean posing relatively little threat of jamming said code reading means but being unacceptable for their intended purpose, means operatively coupled to said code reading means and the comparing means for recording the code of the mold which produced each container exhibiting said lesser amount of lean, first reject means located adjacent to said conveyor means downstream of said lean detection means and upstream of said code reading means for rejecting containers from said conveyor means in response to said first reject signals so that containers exhibiting said greater amount of lean are rejected before reaching said code reading means and containers exhibiting said lesser amounts of lean pass by said first reject means to said code reading means, and second reject means located adjacent to said conveyor means downstream of said code reading means and responsive to said second reject signals for rejecting the containers exhibiting said lesser amounts of lean after said code reading means reads their codes.
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USPTO Annuity & Maintenance Windows
| Annuity Stage | Window Opens | Payment Deadline | Surcharge Period Until | Estimated Fee | Status |
|---|---|---|---|---|---|
| 3.5 Years (Year 4) | 1990-03-09 | 1990-09-08 | 1991-03-10 | $2000.00 | Window Closed / Lapsed |
| 7.5 Years (Year 8) | 1994-03-09 | 1994-09-08 | 1995-03-10 | $3760.00 | Window Closed / Lapsed |
| 11.5 Years (Year 12) | 1998-03-09 | 1998-09-08 | 1999-03-10 | $7700.00 | Window Closed / Lapsed |