Adjustable sensory vest
A lightweight wearable concept with extension panels to accommodate a wider range of body sizes. Proposed coverage includes breast tissue, the chest wall, underarm regions, and the back.
EllenCBI-CBTIS
FrancesLou1980 LLC · Medical imaging innovation
EllenCBI-CBTIS: a new vision for tissue imaging.
EllenCBI-CBTIS brings an adjustable sensory vest, adaptable imaging configurations, and a shared software concept into one research and development vision.
Discuss a partnershipConcept in development. Engineering evaluation and clinical validation remain ahead.
THE INNOVATION
Designed around people, fit, and fuller coverage.
EllenCBI-CBTIS is the breast imaging concept developed by Frances L. Cartwright Hendrix under FrancesLou1980 LLC. The project explores an adjustable universal-fit sensory vest with extension panels, table-based configurations, and a coordinated software interface.
This dedicated innovation site introduces the concepts and invites engineering, research, and development partnerships.
BREAST IMAGING CONCEPT
Three configurations. One coordinated vision.
Table and mounted bowl
A table and cradle concept for supported examination positions, with a mounted bowl configuration proposed for adaptable positioning and tissue access.
Overhead dome
An additional imaging configuration intended to explore positioning flexibility and accessibility for people with different body shapes and mobility needs.
Standing, prone, and supine examination arrangements are development objectives. Imaging performance, tissue coverage, breast-density assessment, and patient comfort require testing.
RELATED INNOVATION
Exploring reproductive imaging for women and men.
A related concept explores extending wearable panels toward the pelvic region and using a coordinated software approach. The research goal is imaging without ionizing radiation; feasibility and diagnostic capabilities have not been established.
Female reproductive imaging concept
Proposed anatomical targets include the cervix, uterus, ovaries, fallopian tubes, and vaginal region. Engineering research must establish whether the selected sensing methods can provide useful images of these structures.
Male reproductive imaging concept
Proposed anatomical targets include the prostate and testicles, with adaptable panel placement and examination configurations to be evaluated during development.
These concepts are not presented as proven methods to detect tumors or other abnormalities. They require technical feasibility studies, clinical evidence, and applicable regulatory review before clinical use.
RESEARCH AND DEVELOPMENT
From concept to evidence.
1. Engineering feasibility
Evaluate sensing modalities, materials, fit, tissue access, signal quality, and safe integration of the wearable and table configurations.
2. Prototype and software
Develop and test hardware prototypes alongside an interface for acquisition, visualization, and examination workflows.
3. Research validation
Plan appropriate performance studies with qualified clinical and regulatory specialists before making diagnostic claims.
We welcome discussions with medical device engineers, imaging researchers, clinical collaborators, manufacturing partners, and prospective development supporters. Confidential technical materials can be discussed through an appropriate nondisclosure process.
BUILD WITH US
Start an innovation conversation.
For engineering, research, manufacturing, and development partnership inquiries, contact FrancesLou1980 LLC.
Frances L. Cartwright Hendrix
Founder and inventor
FrancesLou1980 LLC
Metro Detroit, Michigan
FrancesLou1980@gmail.com
313-830-6185
EllenCBI-CBTIS
FrancesLou1980 LLC · Medical imaging innovation
EllenCBI-CBTIS: a new vision for tissue imaging.
EllenCBI-CBTIS brings an adjustable sensory vest, adaptable imaging configurations, and a shared software concept into one research and development vision.
Discuss a partnershipConcept in development. Engineering evaluation and clinical validation remain ahead.
THE INNOVATION
Designed around people, fit, and fuller coverage.
EllenCBI-CBTIS is the breast imaging concept developed by Frances L. Cartwright Hendrix under FrancesLou1980 LLC. The project explores an adjustable universal-fit sensory vest with extension panels, table-based configurations, and a coordinated software interface.
This dedicated innovation site introduces the concepts and invites engineering, research, and development partnerships.
BREAST IMAGING CONCEPT
Three configurations. One coordinated vision.
Adjustable sensory vest
A lightweight wearable concept with extension panels to accommodate a wider range of body sizes. Proposed coverage includes breast tissue, the chest wall, underarm regions, and the back.
Table and mounted bowl
A table and cradle concept for supported examination positions, with a mounted bowl configuration proposed for adaptable positioning and tissue access.
Overhead dome
An additional imaging configuration intended to explore positioning flexibility and accessibility for people with different body shapes and mobility needs.
Standing, prone, and supine examination arrangements are development objectives. Imaging performance, tissue coverage, breast-density assessment, and patient comfort require testing.
RELATED INNOVATION
Exploring reproductive imaging for women and men.
A related concept explores extending wearable panels toward the pelvic region and using a coordinated software approach. The research goal is imaging without ionizing radiation; feasibility and diagnostic capabilities have not been established.
Female reproductive imaging concept
Proposed anatomical targets include the cervix, uterus, ovaries, fallopian tubes, and vaginal region. Engineering research must establish whether the selected sensing methods can provide useful images of these structures.
Male reproductive imaging concept
Proposed anatomical targets include the prostate and testicles, with adaptable panel placement and examination configurations to be evaluated during development.
These concepts are not presented as proven methods to detect tumors or other abnormalities. They require technical feasibility studies, clinical evidence, and applicable regulatory review before clinical use.
RESEARCH AND DEVELOPMENT
From concept to evidence.
1. Engineering feasibility
Evaluate sensing modalities, materials, fit, tissue access, signal quality, and safe integration of the wearable and table configurations.
2. Prototype and software
Develop and test hardware prototypes alongside an interface for acquisition, visualization, and examination workflows.
3. Research validation
Plan appropriate performance studies with qualified clinical and regulatory specialists before making diagnostic claims.
We welcome discussions with medical device engineers, imaging researchers, clinical collaborators, manufacturing partners, and prospective development supporters. Confidential technical materials can be discussed through an appropriate nondisclosure process.
BUILD WITH US
Start an innovation conversation.
For engineering, research, manufacturing, and development partnership inquiries, contact FrancesLou1980 LLC.
Frances L. Cartwright Hendrix
Founder and inventor
FrancesLou1980 LLC
Metro Detroit, Michigan
FrancesLou1980@gmail.com
313-830-6185
Reproductive Imaging System — Concept in Development
FrancesLou1980 LLC is developing a reproductive imaging concept that extends the EllenCBI-CBTIS platform into non-radiation imaging research for female and male reproductive anatomy.
The proposed system uses adaptable sensory panels and imaging software designed for expanded pelvic and reproductive-area coverage. The female concept is intended to explore imaging of areas including the uterus, ovaries, fallopian-tube region, cervix, and surrounding pelvic tissues. The male concept is intended to explore imaging of areas including the prostate, testicular region, and surrounding reproductive tissues.
The technology is currently in the concept and research-development stage. Engineering feasibility, image quality, safety, clinical performance, and regulatory requirements will need to be established through appropriate development and testing before clinical use.
Interested in Learning More?
FrancesLou1980 LLC welcomes inquiries from medical-imaging researchers, engineers, clinical collaborators, technology partners, and potential funding partners.
Contact FrancesLou1980 LLC for additional information about the reproductive imaging concept, research collaboration, development, or partnership opportunities.