152 results about "Bite block" patented technology

A wire guide holder having a wire guide deflector. The wire guide holder is provided with a securing portion and a deflecting portion. The securing portion is provided with protrusions and / or grooves for securing a distal portion of a wire guide against longitudinal movement. The deflecting portion is configured to direct the proximal end of a wire guide into an unobtrusive position. A frictional element may be provided to prevent the wire guide from inadvertently sliding or falling out of the deflecting portion. The wire guide holder may be attached to a medical scope or a bite block. The wire guide holder may also be provided with a seal.

A securing device for an endotracheal tube preferably includes a shield having an opening through which the endotracheal tube can pass and a clamp mounted on the shield for holding the endotracheal tube. A bite block for preventing occlusion of the endotracheal tube by a patient's teeth may be mounted on an opposite surface of the shield from the clamp.

A method and apparatus for providing an endotracheal tube holder which prevents injury to a neo-natal patient, including a flexible arcuate face plate, an tube holding member that is placed in the face plate in front of the patient's mouth, and an attachment mechanism which does not cause elastic compression on the neo-natal patient. A bite block is provided for preventing damage caused by the neo-natal patient biting on the endotracheal tube, the tube holding member is able to adjust to different sizes of endotracheal tubes to thereby hold them firm, an additional tube can be added for simultaneous access to the patient's mouth, cheek pads prevent injury to the patient's cheeks, and integral eye protection is provided on the attachment device.

A bite block intended primarily for use with upper gastrointestinal endoscopy. The bite block comprises a unitary fabrication that fits into the mouth between the teeth or dental ridges and has a central passageway large enough to accommodate a gastroscope. The bite block also has a surface which lies exterior to the oral cavity and extends around the outer surface of the lips. The bite block also has a suction device which can be attached to a standard suction machine via flexible tubing or with an intermediary hollow wand. The suction device extends through the bite block into the intra-oral portion thereof where it forms an angle and allows suction drainage of pooled oral fluids from the cheek cavity. The interior tip of the suction device has multiple slit like openings circumferentially arranged to allow suction drainage of oral fluids without becoming occluded by the oral tissues.

A dental device is provided with a mouth prop for selectively retaining a patient's mouth in an open position while holding the distal end of a suction tube at a desirable location within the patient's mouth for removing fluid and debris. The mouth prop may be provided with a hinge to permit the mouth prop to move between open and compressed positions. The mouth prop may be provided with bump-stops to permit movement of the hinge without crimping the suction tube. Different apertures are provided for coupling the suction tube with the mouth prop., in a variety of positions.

A universal dental digital sensor holder has a bite block connected to a rod that has a connector which is used to flexibly attach a sensor holder so as to allow rotational movement of the sensor relative to the bite block and multiple sensor holders are removably connected to the connector so that they can be used to obtain different radiographic projection views due to their differing configurations for holding the intraoral sensor in the patient's mouth. The bite block can have an opening formed in it fitted with a sleeve to allow access to a tooth located beneath the opening in the patient's mouth. A cable protector can be formed in the rod adjacent an anterior bite surface so that an intraoral sensor cable can be held adjacent the rod and at least partially protected from one or more teeth biting the anterior bite surface.

A minimal thin ring has an outer concave recess around the outside of the perimeter for receiving the teeth and a large circular central opening. A metal reinforced plastic frame has a removably attachable annular micro fluorescent light on a side facing into the mouth. An outer sanitized replaceable rubber guard surrounds the frame for contact with the teeth.

A face mask (10) for a patient undergoing a sedated endoscopic procedure. The face mask (10) includes means (16, 17) to provide positive airway pressure to the nose, a bite block (18) with an opening therein (20) and a one-way valve (22). The one-way valve (22) has an open position, adapted to allow passage of an endoscopic device therethrough and into the opening (20), and a closed position substantially sealing the opening (20).

A single use, disposable, oxygen mask having an integral mouthguard / bite-block, and an oxygen intake port having a right angle is placed centrally on a side of the mask along with a right angle port to facilitate an endoscopic procedure. A patient biting down on the bite-block portion of the mouthguard keeps the mask in place. The mask has a concave shaped body that fits over and around the nose and mouth of the patient. An exhaler side port is provided on an opposite side of the mask.

A bite block and methods of use thereof are disclosed. The bite block may be configured to encompass a tube such as an endotracheal tube, and to protect the mouth of an intubated patient from clenching damage.

A sheet of material having a central body portion with attached wings capable of folding towards each other on either side. The wings of the bite block fold toward each other along fold lines adjacent the central body portion and provide a structure for biting down upon for propping the mouth of a patient open during a dental procedure. A mirrored surface may be placed on the central body portion for improving visibility in the mouth. The bite block also holds or retracts the tongue and cheeks away from a work area in the mouth. The wings protect the cheeks as well as provide improved visibility within the mouth. Additionally, moisture control within the mouth is improved. The bite block may be made inexpensively and is disposable.

A dental bite block (20) and sensor holder (21) assembly (11) has a bite block (20) configured (31) to detachably affix to a sensor holder (21). Affixing surfaces (30, 31) are provided between the bite block (20) and the sensor holder (21) such that the sensor holder (21) is removably affixed to the bite block (20). An alternative guide arm (100) has more than one attachment site (101a, 101b) for removably affixing a sensor holder (102, 103, 104) to the guide arm (100).

A dental bite block that is V-shaped. The V-shape provides accessibility to working instruments while in a patients mouth. Current bite blocks are often shaped as solid triangles that are designed to keep the mouth open. A bite block is usually placed by dentists in the side opposite their work area. This provides an open work area for the dentist on one side, but restricts access by dental assistants on the other. The device provides an open V-shaped design that is accessible to dental instruments while maintaining the patients mouth open.

The invention is a device for use as a prop to hold the mouth open which consists essentially of a bite block with an elongated portion that is deflected and to provide a physiologically shaped elongated portion extends along the buccal border of the tongue to form a tongue depressor and light reflector as the bite block is held in position. The retaining arm, tongue guiding hole and the flange retain the patient's tongue in the bottom cavity of the patient's mouth.

An improved medical gas supply mask adapted to allow insertion of a broncoscope or endoscope into a patient's mouth without removing the mask. The mask's gas supply portal is located below the mouth instead of directly below the nose. The mask has an attached, typically extendable, tubular bite block that has an outer orifice on the outside of the mask. The surgeon can thus manipulate a scope tube or other instrument into the esophagus or trachea as desired while still providing oxygen to the patient. The mask includes small closed side-ports to receive items like a CO2 monitor tube and the like. Instruments up to approximately 4 cm may be inserted.

The invention relates to a method for preparing a complete denture closed impression from a novel edge trimming and shaping material.The method comprises the following steps that an initial impression is taken and filled, and an initial model is made; a temporary base tray and individual trays are made on the initial model; bite blocks are made on the temporary base tray and the individual trays, and trial biting is carried out to determine the upper and lower jaw position relation; the edge trimming and shaping material is bonded to the edge of the temporary base tray, the temporary base tray is led into the mouth of a patient, and the patient is guided to carry out initiative edge trimming and shaping.Inorganic filler is added into the edge trimming and shaping material and can improve the strength of the material; the inventor finds through practical use that the strength of an existing material is slightly poor, the shape maintaining effect is not good and slight deformation exists after the existing material is cooled to the room temperature, after deformation, the fitting degree of denture bases and the edge soft tissue thereof is likely to be decreased, and the edge sealing effect is weakened.

The invention discloses a weak-irritation triple-aspiration-prevention laryngeal mask which can be put into the gastrointestinal tract through the nose. The weak-irritation triple-aspiration-prevention laryngeal mask comprises a laryngeal mask body, a laryngeal mask bag, a bite block, an air duct, an air duct interface, an air duct opening, a suction tube, a suction tube opening, a tongue central fovea, a uvula fovea and a catheter groove, wherein the bite block is arranged above the laryngeal mask body, the laryngeal mask bag is arranged under the laryngeal mask body, the air duct interface is formed above the bite block, the back face of the upper-middle section of the laryngeal mask body is provided with the uvula fovea, the uvula fovea naturally extends along the back face of the laryngeal mask bag to form the catheter groove, the tongue central fovea is formed in the center of the front face of the laryngeal mask body, the air duct opening is formed in the laryngeal mask bag, the suction tube opening is formed in the lateral rear side of the tail end of the catheter groove, and the suction tube penetrates into the upper portion of the laryngeal mask body and descends to the suction tube opening through the laryngeal mask body. The weak-irritation triple-aspiration-prevention laryngeal mask is ingenious in structure and decreases the irritation of the laryngeal mask to the pharynx oralis and facilitates catheter indwelling and suction by being provided with the tongue central fovea, the uvula fovea and the catheter groove.

An intraoral surgical prop is manufactured entirely from two different Shore A hardness variants of the same high performance biocompatible sterilisable thermoplastic elastomer. It comprises an outer anatomically shaped compressible surgical prop body component (1) and an inner integrally-moulded, permanently attached, flexible and extensible tether and tether grip component (2, 3) with a thumb grip indentation (4) moulded such that it retains a permanently curved profile.

A sheet of material having a central body portion with attached wings capable of folding towards each other on either side. The wings of the bite block fold toward each other along fold lines adjacent the central body portion and provide a structure for biting down upon for propping the mouth of a patient open during a dental procedure. A mirrored surface may be placed on the central body portion for improving visibility in the mouth. In a unilateral bite block embodiment, the unilateral bite block is placed in only one side of the mouth. In another quadrant embodiment a bite extension extends out of an opposing side of the patent's mouth and facilitates holding the patient's mouth open. The bite block may be made inexpensively and is disposable.