Abstract: A drinking container has a bottle with an open top, a cap assembly attachable to the bottle to cover the open top, and a drinking spout with a top opening on the cap assembly. A spout cover is removably fitted on the top opening of the drinking spout. A flexible tether is connected to the spout cover and to the cap assembly or the bottle. The tether is looped unto itself permitting the spout cover and a portion of the tether to be extended to reach the top opening and to be retracted withdrawing the spout cover to a position remote from the drinking spout.

Abstract: A rotatable lazy susan storage device has a wire frame and a turntable. The turntable has a vertical sleeve and an annular flange with a support surface extending outward from near a bottom end of the sleeve. The sleeve is received over an upright section of the wire frame. The turntable rests on the wire frame and is rotatable about a generally vertical axis relative to the wire frame. The wire frame can optionally be mounted for use by the top end suspended from a surface and can optionally be mounted for use with the bottom end resting on a surface.

Abstract: A beverage container has a body with a hollow interior. A spout is positioned at one end of the body and is configured to selectively dispense liquid from the interior of the body. The body also has a closed end opposite the one end. A seam is formed on the body between a first body section and a second body section and the two body sections are separable from one another along the seam. A liquid-tight seal is formed along the seam. Each body section is configured to define a part of the hollow interior of the body and to directly contact a liquid held in the hollow interior. A mechanism on the container can be manipulated to secure the body sections together sufficient to maintain the liquid-tight seal along the seam and to permit separation of the two body sections exposing their respective interior surfaces.

Abstract: A beverage carafe including a main section having a first liquid dispensing system comprising a pouring spout, and a handle connected to the main section for tilting the main section. The beverage carafe can be tilted to pour liquid from the pouring spout. The carafe also includes a second liquid dispensing system extending through the handle from the main section. The second liquid dispensing system is adapted to be actuated to dispense liquid from the main section out of the handle.

Abstract: A resuscitation device for providing a barrier between a rescuer and a patient requiring mouth-to-mouth resuscitation. This resuscitation device includes an inflatable portion which when inflated extends in the breathing direction between the rescuer and the patient so as to be placed around at least one breathing organ of the victim. An inflation member receives airflow from the rescuer to inflate the inflatable portion. In this resuscitation device, a valve assembly permits airflow from the rescuer to the patient and diverts the exhalation and body fluids of the patient from reaching the rescuer. An additional barrier member can also be provided for shielding the rescuer from the patient.

Abstract: A resuscitation device for providing a barrier between a rescuer and a patient requiring mouth-to-mouth resuscitation. This resuscitation device includes an inflatable portion which when inflated extends in the breathing direction between the rescuer and the patient so as to be placed around at least one breathing organ of the victim. An inflation member receives airflow from the rescuer to inflate the inflatable portion. In this resuscitation device, a valve assembly permits airflow from the rescuer to the patient and diverts the exhalation and body fluids of the patient from reaching the rescuer. An additional barrier member can also be provided for shielding the rescuer from the patient.

Abstract: A dummy for practicing cardiopulmonary resuscitation (CPR) of a human being has a simulation of the thorax in the form of a torso, a head simulation and a trachea/lungs simulation in the form of a bag. The thorax simulation formed by the torso is made of an elastically compressively deformable foam and further includes a chest plate accommodated under the chest side of the torso. The back of the torso is shaped to provide support bodies, such that compressive deformation of the foam of the torso and flexural deformation of the chest plate upon compression in the context of cardiac massage jointly simulate the natural deformation of a human thorax. That design can allow the dummy to be economically produced in spite of a realistic simulation and natural deformation characteristics.