38 results about "Tongue movement" patented technology

Devices and methods to prevent airway collapse are disclosed. The device includes a mouthpiece featuring a positioning aid adjustable by inflation accomplished via a gas exchange port attachable to a source of pressure and a breathing tube. Inflation causes an asymmetric protrusion on the mouthpiece, preferably above the breathing tube so that the positioning aid fits into the roof of the mouth. Preferably, tongue movement is at least partially restricted. An additional device featuring a wearable battery operated compressor is further disclosed. A device in the form of a pacifier is disclosed as a preferred embodiment for use in young patients. Preferably, devices are supplied as articles of manufacture. Use of disclosed devices constitute methods of preventing collapse of the upper airway.

An anti-obstructive airway dental orthotic is described. The orthotic includes a maxillary retainer and a mandibular retainer releasably attaching to a plurality of teeth of a wearer. The retainers are attached by at least one strut, either variable in length or of a plurality of lengths, which exert a forward force on the lower jaw, tending to advance the mandible relative to the maxilla. This advancement of the lower jaw promotes a less obstructed airway in the wearer, while fenestrations in the retainers may allow for greater comfort and tongue movement.

An anti-obstructive airway dental orthotic is described. The orthotic includes a maxillary retainer and a mandibular retainer releasably attaching to a plurality of teeth of a wearer. The retainers are attached by at least one strut, either variable in length or of a plurality of lengths, which exert a forward force on the lower jaw, tending to advance the mandible relative to the maxilla. This advancement of the lower jaw promotes a less obstructed airway in the wearer, while fenestrations in the retainers may allow for greater comfort and tongue movement.

The peristaltic teat is a cleanable teat which rewards the baby for making the same natural peristaltic tongue movement it makes at the mother's breast. The reward is that the baby gets (more) milk when making the correct movement. The consequence is that the baby will use the same drinking mechanism as at the breast. Hence bottle feeding will become closer to breast feeding which makes the combination of bottle feeding and breast feeding easier.

The invention discloses an inner clamp type handle lock. The inner clamp type handle lock comprises a first handle component, a second handle component, a lock box, a lock catch box, a key switching mechanism, a gear rack fixing device, an inner clamp type lock tongue movement mechanism and a manual rotary switching mechanism, wherein a lock cylinder is clamped with one end of a gear sleeve by a clutch lever sleeve, a clutch spring and an outer clutch lever; a rotary switch is clamped with the other end of the gear sleeve by an outer clutch lever; and the gear sleeve is meshed with a rack and drives a pair of inner clamp type lock tongues to perform front and back curvilinear motion, so that the lock catch box can be clamped or opened. With the adoption of the inner clamp type handle lock, a door with double leafs, a sliding door with double leafs or a single sliding door can be firmly and reliably locked; and the handle lock is simple and convenient to use, high in mechanical strength and excellent in prying-resistant performance and anti-theft performance, thereby adding a new element for the development of handle lock industry.

A disk drive suspension and method uses two proximally cantilevered members to limit tongue movement in a suspension of a load beam having a beam portion and a flexure having a tongue. The suspension has a limiter structure comprising the two proximally cantilevered members arranged on the beam portion and the tongue respectively and intersecting for increasing engagement responsive to undue tongue travel against dislodgment.

The purpose of this invention is to provide a pushbutton switch and a keyboard using the same with excellent operation touch without inhibiting the tongue movement. The pushbutton switch (1) of this invention is provided with: a stationary contact member (21); and a flat spring member (10) configured also as a movable contact member (15) for the contact and separation with respect to the stationary contact member (21), having a dome (10a) allowing the press operation and protruded as a dome shape, and being capable of performing reverse rotation of the dome (10a); the flat spring member (10) has a tongue (10f) protruded inward from the proximity of the top of the dome (10a), and the pressed region (PR) of the flat spring member (10) is an annular portion larger than the tongue (10f) from the top view.

The invention relates to the technical field of realizing operation on a control terminal by virtue of oral actions, by a human-computer interaction device capable of identifying tongue movement action, tooth occlusion action and oral breathing action. The human-computer interaction device disclosed by the invention is compact in structure, high in control accuracy and sensitivity, low in error, and convenient to carry and use. According to the human-computer interaction device disclosed by the invention, the limitations and defects of limb control and voice intelligent identification control technologies are solved, and substitution and supplement effects are acted on the original technology for operating the control terminal. According to the human-computer interaction device disclosed by the invention, the degree of participation of the disabled people in social activities is increased, and the disabled people can control use terminals more and better, so as to obtain convenient service brought by human development; the disabled people can also increase own employment opportunities by controlling the use terminals. The human-computer interaction device disclosed by the invention also has an efficiency-increasing function, the both hands can be released to perform other operations or get a rest time during the use of the human-computer interaction device, and then the hand resources are allocated and utilized better to achieve the efficiency-increasing function.

The invention discloses an effectiveness judgment device for throat swab machine sampling, which comprises a visual recognition camera, a head support, a mouthpiece with a parabolic hyperboloid design, a sampling mechanism with a force sensor and an industrial personal computer; the visual recognition camera is used for achieving the recognition of a detected person based on a multi-task neural network, comparing the detected person with the identity card information recognized by a radio frequency device, and guaranteeing that a sampler is located in front of a machine and is the person; a built-in sensor of the head support is used for detecting whether the head is fixed all the time in the sampling process in real time; the mouthpiece with the parabolic hyperboloid design is used for exposing the posterior pharyngeal wall of a sampler; a tongue depressor is further arranged to avoid tongue movement in the sampling process; the sampling mechanism with the force sensor is used for detecting force data at the rear end of the swab in real time and preventing the insufficient quantity of sampled cells; and the industrial personal computer is responsible for flow control and sampling effectiveness judgment. According to the invention, the detected person is recognized based on the multi-task neural network and is compared with the identity card information recognized by the radio frequency device, so that the risk of pretending sampling is effectively prevented.

The invention discloses a tongue-controlled mouse and a finger keyboard, and belongs to a combination product of image processing technology and computer control technology. The core of the tongue-controlled mouse and the finger keyboard is that induced tongue movement is processed through micro processing technology and then is converted into the movement of the mouse on a screen. A hand can be relieved from mouse operation, and the problems that the hand is inconvenient to operate, and the hand not only needs to operate the mouse but also needs to operate the keyboard can be effectively solved. The finger keyboard is designed to be matched with the special mouse and is used under the condition that a conventional keyboard is inconvenient to operate, such as people are in the wild, or a desk does not exist. The tongue-controlled mouse and the finger keyboard comprise the content of the following three aspects: first, a tongue-controlled mouse pad is designed, a device similar to a mask is worn on a face, a pressure sensor is arranged to induce the change of a tongue tip, and the principle is similar to ordinary lasers or a rolling ball mouse; second, the finger keyboard is designed, similar to a traditional keyboard, a touch mode is adopted, the difference is in an arrangement mode, and the most common and easily memorial mode is used for layout; and third, the mouse, the keyboard and a glass type displayer are in linkage, and so that the computer operation independent of a table top is achieved. Controlling of the mouse needs to be fed back through visual sense, the glass type displayer is just the best partner under a handless condition, and the mouse can be controlled to move on the screen by swinging of a tongue.

The invention discloses a tongue movement mechanism of a humanoid head robot. The tongue movement mechanism comprises a tongue tip special-shaped block, a connection shaft, a tongue body special-shaped block, a tongue root special-shaped block, a tongue and telescopic connection rod connection shaft, a telescopic stepped shaft, a coupler, an upper plate, a driving gear, a swing motor, a driven motor, a gear shaft, a lower plate, a telescopic motor, a screw nut, a screw, a telescopic supporting shaft, a curling motor and a telescopic connection rod. The tongue movement mechanism is rarely found in a conventional head robot and improves the human-imitativeness of the head robot further. Telescoping control of a tongue is achieved according to the diamond instability, and the method is simple and reliable. The curling part of the tongue is far from the motors. According to the invention, steel wires are adopted for driving, and the difficulty of remote driving is overcome.

The present invention provides a method and system for automatically extracting a tongue contour in an NMR image sequence. The method comprises a step of obtaining a tongue contour initial edge point by using a multi-directional Sobel operator in a tongue movement area for an NMR image sequence, a step of establishing a tongue edge point mapping matrix, combining with a former frame of tongue contour position, and adjusting the mapping matrix, a step of searching an optimal edge point sequence in the adjusted mapping matrix, and obtaining the tongue contour with the aid of the quadratic spline curve fitting technology of the control point. According to the method and the system, the tongue contour can be automatically and accurately extracted from the NMR image sequence, the method and the system have the advantages that when a tongue and other organs are in contact, the method has good robustness, and the whole process is automatically completed without human interaction.

A wireless and wearable hands-free device and user interface (UI) method for controlling a pointer interface in the screen or controlled device based on jaw and / or tongue movements and actions may be used by persons with different grades of physical disabilities, on upper members, from lighter to more severe cases, and may also be used for non-handicapped regular users as a new hands-free, almost-invisible interface method.

A baby and / or child training drinking cup system and apparatus is described. The system is configured to minimally inhibit the flow of liquid from the cup to the mouth of the child via a simulated natural-form cup rim configured to permit passage of liquid from the apparatus freely after the apparatus is tipped to the requisite degree, providing a natural drinking experience. Providing children liquids in this manner prevents incorrect training induced by conventional ‘sippy’ cups, and prevents development of resulting speech disorders, dental issues, impaired tongue movement, and jaw / palate disorders. The complete system is designed to correctly train users in the anatomically appropriate manner to consume liquid from cups, or food from containers with protruding tops to be put in the mouth to consume food contents.

A dental device relating to a mouth-engageable component positioned on the palatal portion of the mouth, and configured for employment by the user for exercising and strengthening the pharyngeal muscles. Repetitive use results in a strengthening of the muscles relating to tongue movement and provides an increase of the area of their pharyngeal airway. Such an increase can provide a reduction in the severity of snoring and sleep apnea.

The invention provides a tongue control system and a tongue control method for a disabled-aid wheelchair. The tongue control system comprises a sensor detection module, a wireless transmission module, a microprocessor and an actuator. The sensor detection module is used for detecting signals of tongue movement direction ; the wireless transmission module is used for transmitting the signals of tongue movement direction to the microprocessor; the microprocessor is used for processing and transforming the signals of tongue movement direction, transmitted by the wireless transmission module, into control signals, and then sending the control signals to the actuator; the actuator is used for actuating actions corresponding to the control signals according to the received control signals. By the tongue control system and the tongue control method, the problem that a quadriplegic is incapable of taking care himself in daily life is solved.

An internal clamping type lock is provided with an internal clamping type lock tongue movement mechanism in a lock box; the internal clamping type lock tongue movement mechanism consists of a connecting rod base, a rotating shaft, a connecting rod, a rolling shaft, internal clamping type lock tongues, a lock tongue movement trajectory side plate, a lock box front cover and a fixed plate. An unlocking power mechanism drives a rack to linearly move front and back, and then one pair of internal clamping type lock tongues is driven through the internal clamping type lock tongue movement mechanism to perform front-back curvilinear movement and to be clamped or opened with corresponding lock catch boxes. The internal clamping type lock solves the problems that double doors, double-leaf or single-leaf sliding doors and the like cannot be firmly and reliably locked and straight lock tongue type door locks are weaker in anti-prying performance, has the advantages of wide application range, simplicity in and convenience for use, high mechanical strength and excellent anti-prying and antitheft performance, and creates new elements for development of the lock industry.

An image projection / display system (referred to generally herein as a “display system”) is provided to assist a pupil in speech development. The display system displays an image of a face viewed from the rear, as though the pupil were viewing a mask from behind. This “mask image” is projected in front of the pupil, and the mask image is manipulated to display proper lip, mouth, and tongue movement for a particular verbalization. Since the pupil is viewing the face on the mask image from behind, there is no need for the pupil to translate the lip, mouth, and tongue movements by reversing the left and right side. A tongue movement to the right on the mask image corresponds to a tongue movement to the right by the pupil.

The invention provides a transmission mechanism of a mortise blade lock, which includes a lock core and a lock tongue moving structure assembly. The lock bolt moving structure assembly is provided with a lock case, a bolt plate, and blades. The groove is movably installed in the lock housing through the guide column, the blade is provided with a return spring and a locking tooth, the bolt plate is connected with a dead bolt, the bolt plate is provided with a dial tooth and a locking column; the lock cylinder is provided with a cam, and the cam There is a dial point and a concave-convex platform on the top. The concave-convex platform of the cam presses the blade to move, forcing the locking teeth in the blade to give way to the channel for the locking column to move. The dial point of the cam drives the dial teeth on the peg plate to move the peg plate. When the platform leaves the blade, the blade resets under the action of the return spring, and the locking teeth clamp the locking column, so as to achieve the purpose of locking the lock tongue at the same time after moving the lock tongue. The invention can improve the anti-theft performance of superposition of the mortise lock and the blade lock, is very convenient to use, and can be widely used in mechanical mortise door locks, mechanical blade door locks and electronic door locks.

The invention discloses a brain-computer interface technology-based rehabilitation training device and training method, and relates to the technical field of physiological signal processing. The rehabilitation training device comprises a signal acquisition device and a rehabilitation training device body connected with the signal acquisition device. The rehabilitation training device is used for obtaining a motion intention imagination type and an expected rehabilitation training level of a target user according to a physiological electric signal of the target user acquired by the signal acquisition equipment and a motion intention recognition classification model; the motion intention imagination types comprise left-hand motion imagination, right-hand motion imagination, foot motion imagination and tongue motion imagination; the expected rehabilitation training level comprises the action strength, the movement distance and the completion speed; and generating a rehabilitation training scheme of the target user according to the motion intention imagination type of the target user and the expected rehabilitation training level. According to the invention, the brain-computer interface is utilized to assist in increasing the recognition precision of actions during rehabilitation training, so that the rehabilitation effect of rehabilitation training can be improved.

An internal clamping type lock is provided with an internal clamping type lock tongue movement mechanism in a lock box; the internal clamping type lock tongue movement mechanism consists of a connecting rod base, a rotating shaft, a connecting rod, a rolling shaft, internal clamping type lock tongues, a lock tongue movement trajectory side plate, a lock box front cover and a fixed plate. An unlocking power mechanism drives a rack to linearly move front and back, and then one pair of internal clamping type lock tongues is driven through the internal clamping type lock tongue movement mechanism to perform front-back curvilinear movement and to be clamped or opened with corresponding lock catch boxes. The internal clamping type lock solves the problems that double doors, double-leaf or single-leaf sliding doors and the like cannot be firmly and reliably locked and straight lock tongue type door locks are weaker in anti-prying performance, has the advantages of wide application range, simplicity in and convenience for use, high mechanical strength and excellent anti-prying and antitheft performance, and creates new elements for development of the lock industry.

The invention discloses a dual-motor intelligent lock and relates to the technical field of electronic door locks. The smart lock includes a housing, and the housing is provided with a controller, a motor one, a first driving gear, a worm, a first driven gear, a second driven gear, a motor two, a second driving gear, a worm gear, a sliding Gear piece, sliding positioning shaft, connection tension spring, deadbolt driving gear, connecting deadbolt tooth piece, deadbolt, motor bracket, in-position switch, deadbolt moving positioning column, emergency manual wheel. The advantage of the design of the smart lock is that it eliminates the switch and lock action of the complex mechanical structure, realizes intelligent automatic door opening and closing, and makes the installation more convenient and simple.

An apparatus for restricting tongue movement during a dental procedure comprises a base for positioning the apparatus behind a lower set of teeth on a lower jaw within an oral cavity, a first wing for restricting movement of a tongue positioned vertically, and a second vertically positioned wing that also restricts movement of the tongue in coordination with the first wing. The herein disclosed dental apparatus is intended to be used during dental examinations or dental procedures when it is advantageous for the dental professional to restrict movement of the patient's tongue so that the tongue does not interfere with the procedure. In a preferred embodiment, at least the base of the dental apparatus is formed of a material that is able to absorb saliva and thus provide an additional moisture-wicking advantage to keep a portion of the oral cavity drier and relatively free of saliva, blood, or water. In a preferred embodiment, all components of the herein disclosed dental apparatus are formed of disposable materials.

The invention relates to a controllable tongue muscle training device which is provided with a training device cylinder, a gun nozzle fixing table is arranged at the front end of the training device cylinder, a suction rod is fixed in the gun nozzle fixing table, a suction nozzle is arranged at the front end of the suction rod, an inserting boss is arranged at the rear end of the suction rod, and a rear end cover is fixed at the rear end of the training device cylinder through threads. A handle ring is arranged on the rear end cover, a pull rod containing hole is formed in the middle of the rear end cover, an air exhaust pull rod is installed in the pull rod containing hole, an air exhaust piston is fixed to the front end of the air exhaust pull rod through a fixing pad and a fixing screw, a compression spring is further installed on the air exhaust piston, and a transverse operation handle is arranged at the rear end of the air exhaust pull rod. The tongue movement range can be effectively expanded, brain atrophy is prevented, the tongue muscle strength and the tongue flexibility are enhanced, the tongue adding and oral cavity muscle group movement coordination is enhanced, and the control capacity of the tongue on food mass is enhanced.

The invention provides a tongue protection device used for assisting in intraoral operation. The tongue protection device is composed of a tongue retractor component and a bite block component, wherein the bite block component is in a wedge shape, the tongue retractor component is inserted into a lateral groove in the bite block component through a connection rod so as to achieve connection between the tongue retractor component and the bite block component. The device is used for preventing soft tongue tissue from being injured by devices in the oral examination / treatment process or when a patient cannot control the tongue of the patient or the tongue movement affects oral examination / treatment for whatever reasons. The bite block component is inserted into the portion between upper backteeth and lower backteeth on the side opposite to the oral operation side, a tongue stopping part of the tongue retractor component make the tongue separated from the backteeth on the operation side from the lateral side when the tongue retractor is in place, the tongue can be separated from the operation side, and the tongue is isolated from the backteeth on the operation side. By means of the tongue protection device, a good vision can be provided for backteeth checking and treatment, and the tongue is prevented from being injured.

The invention discloses a tongue-controlled hand rehabilitation robot system based on a magnetic marker and an operation method of the tongue-controlled hand rehabilitation robot system; a permanent magnet is arranged at the tongue tip as a tongue posture marker; a sensor array is used for measuring the magnetic field intensity of the tongue posture marker in real time; a three-dimensional spatialposition and two-dimensional direction data of a magnet are obtained through preprocessing of a magnetic signal and calculation of a linear algorithm, and thus the posture information of the tongue is obtained; and a hand rehabilitation robot is controlled to execute corresponding operation by utilizing the determined tongue posture information. The tongue-controlled hand rehabilitation robot system disclosed by the invention is high in tongue movement recognition accuracy and concise in equipment, and may have a promotion effect on hand function rehabilitation of a stroke patient.

The present invention relates to the technical field of tongue muscle rehabilitation training, specifically a rehabilitation training adaptive method based on OpenCV tongue muscle movement recognition, comprising steps: A, training Open CV tongue classifier; B, collecting and processing tongue moving images; C . Extract tongue movement data; D. Drive the objects in the rehabilitation game to perform corresponding movements according to the tongue movement data extracted by the Open CV tongue classifier; E. Perform immediate evaluation and feedback according to the completion of the goal; F. After the game ends, go up Upload the target data to the computer program; G. Calculate the target data according to the preset weight to obtain the comprehensive performance parameters; H. Calculate and adjust the game difficulty parameters of the next task stage. The invention also provides an adaptive system for rehabilitation training based on OpenCV tongue muscle movement recognition. The present invention can accurately adjust the difficulty parameter of the game, so as to prevent the rehabilitation effect of the rehabilitation game from being affected by too high or too low game difficulty.