Home diabetes therapy requires the patient to perform a prescribed regimen that includes self-testing blood glucose ranges and administering an acceptable dose of insulin. Insulin has historically been injected by a hypodermic syringe, which suffers from quite a few drawbacks. For instance, BloodVitals monitor syringes are not preloaded with medicine, requiring the consumer to hold a separate medical vial. Syringes additionally require a level of dexterity and BloodVitals insights adequate visible acuity on the part of the patient to line up the needle of the syringe with the rubber septum on the medical vial and to ensure that the syringe is loaded with the right dosage. As a result, unintentional needle pricks commonly happen. Such supply pens use prepackaged insulin and may be used repeatedly until the medicine is exhausted. Mechanical and electronic pens are available to the affected person. Glucose ranges are monitored at periodic intervals to find out when one other insulin injection should be taken or to find out how the person is responding to prior injections.
To observe glucose levels the patient is required to have available a lancer, BloodVitals home monitor test strips and a blood glucose monitor. U.S. Patent No. 5,279,294 to Anderson et al. The monitor BloodVitals experience and lancer are integrated in the housing. The lancer is not an independent component operably distinct from the housing. Rather, the housing includes a spring-actuated hammer for driving a disposable lancet. Because the lancer is built-in with the housing, it can't be eliminated and used individually from the housing. U.S. Patent No. 5,536,249 to Castellano et al. The pen and monitor should not impartial models and thus cannot be used individually from each other. FIGS. 1-three reveals an exemplary embodiment of a diagnostic and medicine delivery system one hundred constructed in accordance with the current invention. 100 conveniently integrates a medicine supply pen, blood oxygen monitor blood glucose monitor, and lancer right into a single portable unit. 102 might have an general rectangular footprint and the higher and lower surfaces 116 and 118 could also be planar or, alternatively, may have both concave or convex curvatures.
The curvatures of the higher and decrease surfaces 116 and 118 need not match each other. 102 provides mounting locations for a medicine supply pen, lancer, and glucose monitoring meter. 104 is configured to receive a lancer 108 in order that the lancer engages and slides within the lancer compartment in a manner that permits it to be easily inserted and removed. 106 is configured to obtain a medicine supply pen 110. When inserted of their respective compartments, blood oxygen monitor a portion of the body of the lancer and pen are exposed in order that they are readily accessible to the user. 102 in which the lancet of the lancer and the needle of the pen are to be situated. 102 supplies safety to the needle of the pen, eliminating the necessity for a separate pen cap. A hundred and ten could also be of any kind recognized to those of ordinary talent in the artwork. To inject the dose of medication, the consumer inserts the needle underneath the skin and blood oxygen monitor depresses the knob once as far as it will depress.
The data could be displayed on a display located on the pen. 126 to a computer or BloodVitals SPO2 different electronic storage device so that it could also be subsequently reviewed by the person or a health professional. 126 to put in, for instance, up to date software program. Examples of medication delivery pens that could be employed in the present invention are disclosed in U.S. 108 may be of any type known to those of odd skill in the art. 108 will typically embody an actuator reminiscent of a button for blood oxygen monitor actuating a mechanism that displaces a disposable lancet. The mechanism additionally returns the lancet to its preliminary place after it has been inserted into the finger of the consumer. 124 situated on the housing 102 is coupled to the electronic circuitry for blood oxygen monitor transferring knowledge to or from an external machine similar to a computer, telephone jack or a communication network. 106 the display displays the blood oxygen monitor glucose information.