Custom label printer

• US 5,401,110 A
• Filed: 07/15/1991
• Issued: 03/28/1995
• Est. Priority Date: 07/15/1991
• Status: Expired due to Fees

• Current Assignee: William E. Neeley
• Original Assignee: William E. Neeley
• Inventors: Neeley, William E.
• Primary Examiner(s): Burr, Edgar S.
• Assistant Examiner(s): YAN, REN LUO
• Application Number:
  US07/729,691
• Time in Patent Office: 1,352 Days
• Field of Search: 400/61, 400/621, 400/611, 400/120, 400/73, 400/691, 235/375, 40/310
• US Class Current: 400/621
• CPC Class Codes: A61B 90/96 using barcodes
• CPC Class Codes: B01L 3/5453 for test tubes
• CPC Class Codes: B65C 11/02 having printing equipment
• CPC Class Codes: B65C 9/1803 the labels being cut from a strip
• CPC Class Codes: B65C 9/42 Label feed control

Abstract

The label printer uses a continuous strip of label paper on which customized size labels are printed. The printer is operated by a microprocessor into which label criteria, such as size, print content, type, and the like are inputted. Specimen tubes having machine readable labels on them are scanned by a scanner connected to the microprocessor so as to identify the respective sizes of the specimen tubes, and type of label desired. The printer has a label paper strip perforator which is controlled by the microprocessor so as to produce properly sized labels for affixation to the specimen tubes. The printed labels can be used for different lab labeling requirements such as slides or other tubes for aliquots of the original specimen sample.

Claims

1. A portable label printer for printing custom sized labels on site from a continuous label paper tape roll, said printer comprising:

a) a microprocessor means for receiving and storing a library of label information including label formats, label contents, and label sizes;

b) scanner means for scanning external machine readable indicia, said scanner means being operably connected to said microprocessor means for enabling said microprocessor means to identify selected label information in said stored library which selected label information comprises label format, label content, and label size, all of which are identified by said scanned external machine readable indicia for each label to be printed;

c) printing means connected to said microprocessor means, said printing means being operable by said microprocessor means to print, upon command, labels defined by said selected label information;

d) means for holding said roll of label paper tape;

e) perforating means connected to said microprocessor means, and operable upon command from said microprocessor means to form rupturable tear lines across the label paper tape at preselected locations dictated by said microprocessor means; and

f) drive means connected to said microprocessor means, and operable upon command from said microprocessor means to move the label paper tape through said printing means and through said perforating means, to produce a series of labels each being separated from the next by perforated tear lines, which labels may be of the same or different lengths, and which labels have separate selected label information printed thereon.

2. The label printer of claim 1 wherein said scanner means comprises a machine readable indicia scanner means which is operable to identify specific patient identification for said microprocessor means when scanning-patient specific machine readable indicia at a patient'"'"'s bedside or other patient location.

3. The label printer of claim 2 wherein said scanner means also comprises a medical specimen sample tube scanner means operable to identify medical specimen sample tube types for said microprocessor means responsive to scanning machine readable indicia on specimen sample tubes, and wherein said microprocessor means will signal said printer means to create labels which display tube type information which is specific to the scanned sample tube.

4. The label printer of claim 3 wherein said specimen sample tube scanner means is operable to identify for said microprocessor means medical specimen sample tube sizes upon scanning the sample tubes and wherein said microprocessor means will signal said printing means and said perforating means to create labels in a series thereof, and for use with the same patient which labels are of different sizes and are custom sized to each sample tube scanned.

5. A method of forming a series of adjacent medical patient specimen testing labels from a supply strip of label tape, which adjacent labels are customized for affixation to different specimen carriers;

and which adjacent labels display specimen testing instructions for performing different specimen tests, said method comprising the steps of;

a) providing a source of specimen testing information and specimen tube type information;

b) providing a supply of said label tape;

c) printing a series of adjacent labels on said tape, with different specimen testing instructions on at least two of said adjacent labels; and

d) forming perforated tear lines in said tape between each of the adjacent labels in said series, to form at least two different separable labels in said series.

6. The method of claim 5 wherein said printing step includes the printing of patient information identifying the same patient on said adjacent labels.

7. The method of claim 5 wherein said forming step forms said tear lines at different length intervals along said tape strip to form different size adjacent labels.

8. The method of claim 5 wherein said printing step includes the printing of first bar codes on some of said labels, which first bar codes identify the facility site of the patient;

and also the printing of second bar codes on others of said labels, which second bar codes identify an off facility site commercial specimen testing reference laboratory.

9. A method for forming a series of adjacent medical patient specimen testing labels from a supply strip of label tape, which adjacent labels are customized for affixation to different specimen carriers, said method comprising the steps of:

a) providing a source of specimen testing information and specimen tube type information;

b) providing a source of patient identification information which is correlated to said testing and tube type information;

c) printing a series of adjacent labels on said tape, at least two of said adjacent labels having different specimen testing instructions printed thereon, and each of the labels in said series having the same patient identification information printed thereon; and

d) forming perforated lines in said tape between each of the adjacent labels in said series to form at least two of the adjacent labels with different sizes from each other.