Abstract: Described herein are various embodiments of an Integrated Wireless Fertility Tracking System. Various embodiments include a fertility thermometer and processes for collecting and charting fertility data for a female. Some embodiments have increased usability relative to conventional systems, making fertility charting easier and more effective for the user and thereby increasing user satisfaction and user compliance, which in turn increases effectiveness of the system.

Abstract: A cord holder is disclosed. The cord holder comprises a strap with a strap middle portion extending between a first strap end and a second strap end opposing the first strap end. At least one slit is disposed between the first strap end and the second strap end. A cord is coupled to the strap with a first cord end of the cord extending through the at least one slit and a second cord end of the cord disposed over a side of the strap away from the first strap end. The first strap end and the second strap end assume a wrapped position over the cord when the first strap end bends upon the side of the strap and wraps over a first portion of the cord and the second strap end bends upon the side of the strap and wraps over a second portion of the cord.

Abstract: Described herein are various principles related to collecting and charting fertility data for a female (e.g., female humans). A dedicated device may be used to collect fertility data regarding the female. The device may include a thermometer for collecting a body temperature of the female as well as an interface for collecting data regarding a consistency and/or amount of a cervical fluid of the female. Once collected by the dedicated device, the fertility data may be transmitted wirelessly from the dedicated device via a wireless network (e.g., a wireless local area network) to a server that collects fertility data. The fertility data may then be displayed in a graph that enables a user to make determinations about a fertility cycle of the female, including determinations about times of high fertility. For example, from viewing the relationship between two lines included in the graph, the user may make determinations regarding fertility.

Abstract: Described herein are various principles related to collecting and charting fertility data for a female (e.g., female humans). A dedicated device may be used to collect fertility data regarding the female. The device may include a thermometer for collecting a body temperature of the female as well as an interface for collecting data regarding a consistency and/or amount of a cervical fluid of the female. Once collected by the dedicated device, the fertility data may be transmitted wirelessly from the dedicated device via a wireless network (e.g., a wireless local area network) to a server that collects fertility data. The fertility data may then be displayed in a graph that enables a user to make determinations about a fertility cycle of the female, including determinations about times of high fertility. For example, from viewing the relationship between two lines included in the graph, the user may make determinations regarding fertility.