Self-Laminating Wristband With Segmented Label And Cinch Slot
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
In emergency medical situations, there is a need for a rapid, intuitive, and foolproof method to identify patients and their belongings, especially in chaotic environments where medical personnel are under time pressure and must handle multiple victims while wearing protective gloves, and there is a challenge in efficiently communicating patient information to families and collecting data for triage purposes.
Innovation Solution
A self-laminating wristband/label assembly with a cinch slot and color-coded tabs, which can be easily applied to a patient's wrist, features individually separable labels with bar codes, and is designed for quick data collection and transmission, allowing for efficient identification and tracking of patients and their belongings, even in hostile environments.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If a standard form is used in emergency situations, then the form structure is simple and easy to manufacture, but the form is difficult to handle with gloved fingers and requires complex application procedures
Solution Approach 1:
The form is divided into separate functional components: a wristband portion with cinch slot for securing to the patient's wrist, and a detachable label portion with printed information. This segmentation allows the wristband to be applied independently without requiring complex manipulation of the entire form, while keeping the overall structure relatively simple.
Solution Approach 2:
The label portion is extracted from the wristband portion through a die-cut separation. This allows the label to be easily removed and attached to the patient's belongings separately from the wristband application process, simplifying the overall operation while maintaining a simple form structure.
2Reliability
If a laminated wristband is used, then the wristband is protected from fluids and damage, but the print area is reduced and manufacturing is more complex
Solution Approach 1:
The lamination is applied locally only to the wristband portion where fluid protection is needed, rather than the entire form. The label portion remains un laminated to preserve maximum print area and facilitate easy information transfer. This localized approach provides necessary protection while minimizing impact on print area and manufacturing complexity.
3Loss of information
If multiple labels are provided on the form, then patient information can be collected comprehensively, but the form becomes more complex and harder to handle
Solution Approach 1:
Multiple labels are segmented into individual detachable units on the form. Each label can be easily removed and attached to separate patient belongings or medical items. This segmentation maintains comprehensive information collection capability while making the form easier to handle, as labels can be independently managed without manipulating the entire complex form structure.
4Ease of operation
If the wristband uses adhesive to secure, then application is simple, but the wristband can be accidentally removed and is less secure
Solution Approach 1:
The wristband combines two securing mechanisms: adhesive elements for initial attachment and a cinch slot with loop structure for mechanical securing. The adhesive provides simple initial application, while the cinch slot requires deliberate action to open and close, providing reliable security against accidental removal. Both mechanisms work together to achieve both ease of operation and reliability.
Data Source
Figure 1
Figure 2
Figure 3
AI summary
A business form including a wristband is provided with a print area forming a badge, the badge having a length less than and a width greater than a width of either of two straps used to attach the wristband to the wrist, the badge thus having a greater print area to improve the readability of the indicia displayed therein. A business form including a wristband has a bulged rectangularly shaped print area to allow information to be printed transversely across the print area to improve readability of the indicia displayed in the print area. Thus, the bulged rectangularly shaped print area can accommodate one or both of bar codes printed thereon in ladder as well as picket fence fashion. A security seal is disclosed which comprises a small, adhesive coated patch of laminate for sealing the joinder of the wristband ends and which has points of weakness such as X's die cut therein so that it separates or destructs upon removal to provide an indication of tampering with the wristband. Also disclosed is an embodiment of the wristband form that is imprinted with identifying indicia for collecting, tracking and administering a patient's blood collection and blood product compatibility.