Abstract: An eyeshield assembly configured to couple to a brim of a head covering includes a pivot arm with a latch surface. The pivot arm is configured to move between a latched position, when the eyeshield assembly is in a use position, and a released position, when the eyeshield assembly is in a non-use position. The eyeshield assembly also includes a latch arm with a distal end configured to receive the latch surface of the pivot arm when the pivot arm is in the latched position. Additionally, the eyeshield assembly includes a hinge assembly operably coupled to the pivot arm and including a biasing element. The biasing element is configured to pivot the pivot arm relative to the latch arm to move the pivot arm from the latched position to the released position without human intervention.

Abstract: An eyeshield assembly configured to couple to a brim of a head covering includes a pivot arm with a latch surface. The pivot arm is configured to move between a latched position, when the eyeshield assembly is in a use position, and a released position, when the eyeshield assembly is in a non-use position. The eyeshield assembly also includes a latch arm with a distal end configured to receive the latch surface of the pivot arm when the pivot arm is in the latched position. Additionally, the eyeshield assembly includes a hinge assembly operably coupled to the pivot arm and including a biasing element. The biasing element is configured to pivot the pivot arm relative to the latch arm to move the pivot arm from the latched position to the released position without human intervention.

Abstract: An eyeshield assembly configured to couple to a brim of a head covering includes a pivot arm with a latch surface. The pivot arm is configured to move between a latched position, when the eyeshield assembly is in a use position, and a released position, when the eyeshield assembly is in a non-use position. The eyeshield assembly also includes a latch arm with a distal end configured to receive the latch surface of the pivot arm when the pivot arm is in the latched position. Additionally, the eyeshield assembly includes a hinge assembly operably coupled to the pivot arm and including a biasing element. The biasing element is configured to pivot the pivot arm relative to the latch arm to move the pivot arm from the latched position to the released position without human intervention.

Abstract: The present invention relates to a kit for taking biopsies, resections, excisions, and/or autopsies. Moreover, the present invention relates to methods of taking biopsies resections, excisions, and/or autopsies using the kit of the present invention. The kits and methods of the present invention allow for fewer errors, decreased turn around time and/or more rapid processing due to a cassette and specimen numbering system that is simplified and superior over that which has been previously disclosed in the prior art. The kit of the present invention comprises one or more tissue cassettes, and optionally one or more bottles of formalin and optionally, other components.

Abstract: An eyeshield assembly configured to couple to a brim of a head covering includes a pivot arm with a latch surface. The pivot arm is configured to move between a latched position, when the eyeshield assembly is in a use position, and a released position, when the eyeshield assembly is in a non-use position. The eyeshield assembly also includes a latch arm with a distal end configured to receive the latch surface of the pivot arm when the pivot arm is in the latched position. Additionally, the eyeshield assembly includes a hinge assembly operably coupled to the pivot arm and including a biasing element. The biasing element is configured to pivot the pivot arm relative to the latch arm to move the pivot arm from the latched position to the released position without human intervention.

Abstract: The present invention relates to a kit for taking biopsies, resections, excisions, and/or autopsies. Moreover, the present invention relates to methods of taking biopsies resections, excisions, and/or autopsies using the kit of the present invention. The kits and methods of the present invention allow for fewer errors, decreased turn around time and/or more rapid processing due to a cassette and specimen numbering system that is simplified and superior over that which has been previously disclosed in the prior art. The kit of the present invention comprises one or more tissue cassettes, and optionally one or more bottles of formalin and optionally, other components.

Abstract: The present invention relates to a kit for taking biopsies, resections, excisions, and/or autopsies. Moreover, the present invention relates to methods of taking biopsies resections, excisions, and/or autopsies using the kit of the present invention. The kits and methods of the present invention allow for fewer errors, decreased turn around time and/or more rapid processing due to a cassette and specimen numbering system that is simplified and superior over that which has been previously disclosed in the prior art. The kit of the present invention comprises one or more tissue cassettes, and optionally one or more bottles of formalin and optionally, other components.

Abstract: A computerized method and system for coordinated healthcare management is disclosed. The method includes receiving a first health care plan for a patient from a first provider, receiving a second health care plan for the patient from a second provider, coordinating the first health care plan with the second health care plan to generate a coordinated health care plan, the coordinated health care plan comprising one or more health events associated with the patient, receiving at least one threshold for at least one of the one or more health events from the first provider, and alerting the first provider upon receiving an indication that the one of the one or more health events is outside the threshold.

Abstract: The present disclosure relates to the field of personal health data tracking, and in particular to an automated system and method for configuring and managing a patient's account by a health care provider. One disclosed embodiment of the system includes a server and a remote interface for accessing the server through a network. The server may be a web server, and the remote interface may be a personal computer or smartphone device connected to the server via the Internet. The patient and the healthcare provider each connect to the server through their own remote interface. The healthcare provider completes an electronic form to identify the patient and select data elements for the patient to track. Upon completion of this form, a code is generated that the patient can use to automatically create a new patient account and configure its remote interface according to the healthcare provider's selections.