Creator, Inc.

Fluxion Biosciences, Inc.

Jeff C Jensen

Steven Frehn

Alexandros Vardakostas

Michael Schwartz

Cristian Ionescu-Zanetti

David Bordow

John Lawrence McDonald

Paul Radcliffe

Harry Shapiro Hawk

Cameron Bennett

Alexandras Vardakostas

James Riley

In response to a first condition in a first subsystem of a robot, a controller halts operation of the first subsystem; transmits a set command specifying a first notification to an interface system; obtains status information from the interface system; and, in response to the status information indicating that the first notification has a cleared status, resumes operation of the first subsystem. The interface system maintains a set of active notifications and tracks a set of devices configured to receive notifications. Each of the devices is associated with a respective operator. In response to receiving the set command, the interface system: adds the first notification to the set of active notifications; determines a subset of devices to receive the first notification; wirelessly transmits the first notification to the subset; and, in response to receiving a clear message specifying the first notification, sets the first notification to the cleared status.

Control system architecture and distributed human-machine interface for robot control

The invention discloses diagnostic techniques based on single cell genomics, consisting of obtaining a blood sample, enriching a sub-population of cells present in the blood sample, sequestering individual cells or group of cells from the blood sample, obtaining sequencing data from the sequestered cells or group of cells, using genetic variant information to determine the provenance of the cells, and genetically analyzing the cells of the correct provenance to provide a diagnostic readout. Using the cell-based testing techniques of the invention, the number of false positives is greatly reduced when compared to cell-free DNA (cfDNA) based traditional testing techniques. The invention may be effectively employed for non-invasive prenatal (NIPT) diagnostics, oncological testing and other diagnostic procedures.

Molecular characterization of single cells and cell populations for non-invasive diagnostics

A method of fulfilling custom food orders includes obtaining feedback from a user through an ordering application. The feedback relates to a first food item of a first food order following fulfillment of the first food order. The first food item includes a first ingredient. The method includes determining a preferred variation associated with the first ingredient based on the feedback and a first recipe used to make the first food item. The method includes updating a taste profile associated with the user based on the preferred variation. The method includes receiving, from the user, a second food order including a second food item. The method includes retrieving a second recipe associated with the second food item. The method includes selectively modifying the second recipe based on the taste profile. The method includes controlling a food assembly apparatus to prepare the second food item according to the second recipe.

Method for delivering a custom sandwich to a patron

One variation of a method for fulfilling custom food orders includes: in response to request for a custom food order from a patron through an ordering portal executing on a computing device, retrieving a location of the computing device; identifying a set of food assembly apparatuses within a threshold distance of the location of the computing device; aggregating a list of ingredients currently loaded into the set of food assembly apparatuses; in response to selection of a particular ingredient in the list of ingredients for the custom food order, removing ingredients, from the list of ingredients, unique to a food assembly apparatus not currently loaded with the particular ingredient; selecting a particular food assembly apparatus, from the set, currently loaded with a set of ingredients specified in the custom food order; and inserting the custom food order into a food order queue assigned to the particular food assembly apparatus.

Method for queuing orders at a food assembly apparatus

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San Francisco, CA, United States of America

Jeff C Jensen