Brian T Maxfield, 44Boca Raton, FL

8534283, Sep 17, 2013

Jul 19, 2010

12/838571

Brian Maxfield - Clearwater FL, US
Jeffrey B. Ratner - Pinellas Park FL, US

Mercury Enterprises, Inc. - Clearwater FL

A62B 9/02
A62B 7/04
A62B 7/10
A62B 19/00
A62B 23/02
F16K 31/26

12820524, 12820426, 12820512

An application for a PEEP valve includes a filter media in the air flow between a patient interface and exit vent(s). The patient interface is connected to a patient airway system and the exit vents exhaust exhalation gasses into the atmosphere. The filter prevents or reduces the passage of microbes from the patient's exhalation gasses into the atmosphere. The PEEP valve provides positive gas pressure to a patient's lungs, requiring a predetermined exhalation gas pressure to be exceeded before releasing exhalation gasses into the atmosphere.

2012001, Jan 19, 2012

Jul 19, 2010

12/838555

Brian Maxfield - Clearwater FL, US
Jeffrey B. Ratner - Pinellas Park FL, US

MERCURY ENTERPRISES, INC. - Clearwater FL

A61M 16/20
A61M 16/10
A61M 16/00

12820312, 12820524, 12820512

An application for a disposable support/resuscitation system is disclosed includes a pressurized gas inlet and a pressure relief device interfaced to the pressurized gas inlet. The pressure relief device has a first pressure relief valve that opens at a setable gas pressure and, optionally, has a second pressure relief valve that opens at a pre-determined maximum gas pressure. A manometer is interfaced to the pressure relief valve, a manually operated valve is interfaced to the manometer, and a patient interface port is interfaced with the manually operated valve. The manually operated valve selectively controls administration of the pressurized gas to the patient and both the manometer and the manually operated valve are in close proximity to the patient.

2014006, Mar 6, 2014

Sep 12, 2013

14/025337

Brian Maxfield - Clearwater FL, US
Jeffrey B. Ratner - Pinellas Park FL, US

MERCURY ENTERPRISES, INC. - Clearwater FL

A61M 16/20
A61M 16/00

12820524

An application for a disposable support/resuscitation system is disclosed includes a pressurized gas inlet and a pressure relief device interfaced to the pressurized gas inlet. The pressure relief device has a first pressure relief valve that opens at a setable gas pressure and, optionally, has a second pressure relief valve that opens at a pre-determined maximum gas pressure. A manometer is connected to the pressure relief valve. A manually operated valve is connected/interfaced to the manometer, and a patient interface port is connected/interfaced with the manually operated valve. The manually operated valve selectively controls administration of the pressurized gas to the patient and both the manometer and the manually operated valve are in close proximity to the patient. The manometer, pressure relief device, and manually operated valve are made from non-ferromagnetic materials for proper operation in the vicinity of a Magnetic Resonance Imaging System.

D672454, Dec 11, 2012

Jul 1, 2010

29/365027

Brian Maxfield - Clearwater FL, US
Jeffrey B. Ratner - Pinellas Park FL, US

Mercury Enterprises, Inc. - Clearwater FL

2902

D241106

2022038, Dec 8, 2022

Oct 12, 2020

17/774265

- ZUG, CH
Brian Maxfield - Delray Beach FL, US

A61M 5/20
A61M 5/32
A61M 5/315
A61M 5/46

A medicament delivery device is presented having a housing with an inner surface structure, a delivery member cover slidably arranged in the housing, a medicament container housing arranged in the housing, a rotator configured to cooperate with the inner surface structure, the rotator being in axial engagement with the medicament container housing, wherein the delivery member cover is configured to be moved axially from an extended position relative to the housing to a retracted position, thereby causing the rotator to rotate from a first rotator position to a second rotator position, a forward-biased plunger rod extending through the rotator and having a first axial engagement position with the rotator when the rotator is in the first rotator position and in the second rotator position, wherein the rotator has an engagement structure configured to engage with the inner surface structure when the rotator is in the first rotator position to prevent forward movement of the rotator, and wherein the rotator is configured to disengage from the inner surface structure when the rotator is rotated from the first rotator position towards the second rotator position, causing the rotator, the plunger rod and the medicament container housing to move forward an auto-penetration distance in the housing.

2022020, Jun 30, 2022

Apr 27, 2020

17/610813

- ZUG, CH
Brian Maxfield - Delray Beach FL, US

A61M 5/24
A61M 5/32

A triggering mechanism for a medicament delivery device, wherein the triggering mechanism comprises: a delivery member cover, a rotator, and a delivery member hub, wherein the delivery member cover is configured to move linearly relative to the rotator, wherein the delivery member cover is configured to cause rotation of the rotator when the delivery member cover is moved linearly in a first direction, and wherein the rotator is configured to cause linear movement of the delivery member hub in a second direction opposite to the first direction when the rotator is rotated.

2023008, Mar 16, 2023

Dec 21, 2020

17/798641

- ZUG, CH
Brian Maxfield - Delray Beach FL, US

A61M 5/315

A dose delivery mechanism and a medicament delivery device are presented having a housing holding a medicament container and a power unit, where the power unit has a plunger rod, a drive spring, operably arranged to act on the plunger rod and on the medicament container. A locking ring is operatively engaged with an actuator having a holding ledge that can releasably hold the plunger rod with the drive spring in a tensioned state, and with an actuator sleeve to form a lock that prevents axially movement of the actuator after dose delivery. The locking ring also cooperates with the actuator to generate an end-of-dose delivery signal. An activator is directly engaged with the actuator to provide a well-defined activation point.

2021031, Oct 14, 2021

Jun 22, 2021

17/355061

- Zug, CH
Brian Maxfield - Boca Raton FL, US

A61M 5/20
A61M 5/32
A61M 5/315

A medicament delivery device extends along a longitudinal axis and includes: a generally tubular elongated housing having a proximal and a distal end, where the generally tubular elongated housing is arranged to accommodate a medicament container; a drive unit comprising a drive element and plunger rod operably arranged to act on the medicament container; a tubular element rotatably arranged in relation to the housing and operably arranged to the plunger rod, where the plunger rod includes at least one holding member and where the tubular element includes at least one arm extending generally transversal to the longitudinal axis of the device, wherein the at least one arm is arranged to engage the at least one holding member on the plunger rod to releasable hold the drive unit in an energy accumulated state.