29 results about "Tongue tip" patented technology

This utility model discloses a three-point tongue protrusion strength measurement and training device, specifically relating to the field of tongue muscle recovery training technology. It includes a head placement frame with a supporting base plate in the middle. A mandibular placement plate and the training device are located on the top of the supporting base plate. A positioning component is located on one side of the head placement frame, including a connecting side plate. An H-shaped slider is located in the middle of the connecting side plate, and an extension threaded rod, a limiting ring, and a mounting seat are located in the middle of the H-shaped slider. A mounting side plate and a sponge positioning block are located on the side of the mounting seat. This utility model uses the positioning component to position the patient's head, allowing the extension threaded rod to drive the sponge positioning block to contact the side of the patient's head, thus preventing head movement during training. Through tongue protrusion training and strength measurement based on three points—the midline of the tongue tip, the left and right anterior edges of the tongue—and the use of a digital control screen, it achieves visualized and real-time measurement of the active tongue protrusion training effect at different locations.

The invention discloses a digital human generation system and method based on a language model, and relates to the technical field of artificial intelligence. A complete digital human pronunciation modeling path from voice signal acquisition, formant frequency extraction, deviation analysis and pronunciation stability evaluation to motion compensation control and three-dimensional animation fusion is realized. Compared with the existing mode of driving the digital human pattern only based on energy envelope or mouth shape classification, the method has the advantages that the multi-frame formant frequency of the user voice is extracted and processed, so that the digital human can generate dynamic lingual surface and tongue tip actions according to the sound channel change in the real pronunciation process of the user; therefore, the physical correspondence and linguistic consistency of the pronunciation actions of the digital human are improved. According to the method, the direct mapping between the pronunciation characteristics and the three-dimensional tongue actions is realized, and the authenticity of the pronunciation animation of the digital human and the guidance in a teaching scene are remarkably improved.

The utility model discloses a group of tongue muscle function rehabilitation training device, including main body unit and adjusting unit, main body unit includes chin sleeve, chin sleeve one side is fixed with the sideboard, the inside of sideboard is provided with the rectangular groove, the inside of rectangular groove is slidingly connected with the rectangular cylinder, the inside of rectangular cylinder is slidingly connected with the support plate, the top of the support plate is fixed with the hollow hemispheroid. The patient pushes the first training bead through the tongue tip, so that the first training bead moves on the spiral column, the first training bead is pushed to the farthest position along the spiral column, and the function of the tongue muscle is exercised; the eight arc-shaped plates are arranged in the east direction, the south direction, the west direction, the north direction, the southeast direction, the northwest direction, the southwest direction and the northeast direction, the patient pushes the second training beads through the tongue tip and moves the second training beads in the directions of the eight arc-shaped plates, tongue muscle function training in the eight directions can be completed, and the patient can carry out pushing training in the corresponding direction in a targeted mode according to specific needs. And the tongue muscle function in a certain direction can be exercised in a targeted manner.

To provide English teaching materials helping students intuitively acquire English pronunciation.SOLUTION: There is provided an English teaching material comprising a position identification member and a plurality of vowel cards. The position identification member includes a bimaxillary display for roughly representing a lateral cross-section of both jaws of a person, and a plurality of identifiers for respectively identifying a plurality of positions of a tip of the tongue during pronunciation. The plurality of vowel cards are each assigned to a different English vowel. The plurality of vowel cards have, on each one side, a face symbol imitating a human face and one or two of a plurality of identification displays. The face display includes a mouth shape diagram for graphically representing the mouth shape when pronouncing the corresponding vowel. The plurality of identification displays respectively have the same form as any of the plurality of identifiers.SELECTED DRAWING: Figure 1

The present invention provides a method for manufacturing a magnetic head suspension that can effectively prevent contact marks from being left on the portion of the lift tab tip that engages with the ramp during the tongue orientation confirmation process, which measures the relative orientation of the tongue region with respect to the base plate. [Solution] In the method for manufacturing a magnetic head suspension according to the present invention, during the tongue posture confirmation step, the tip support member that supports the tip region of the lift tab is positioned to support at least one of the ranges of 0.45 × L from the base end of the tip region and 0.2 × L from the tip of the tip region, when the total length of the tip region is L.

The present invention discloses a tongue muscle rehabilitation training device, comprising: a handheld portion, a tongue muscle training portion, the handheld portion is provided with a pressure relief check hole, the tongue muscle training portion is provided with a tongue suction pull cup and an elastic hemisphere, the bottom of the tongue suction pull cup is connected to the pressure relief check hole, the handheld portion comprises a bottom end and an open end, the handheld portion is an elliptical shell structure with an annular positioning groove recessed on the outer side of the open end, the pressure relief check hole is provided at the center of the bottom end of the handheld portion, and the open end of the handheld portion is provided with a rubber sleeve. The present invention can comprehensively train the sensitivity and touch of the tongue muscles and the tip of the tongue, and can enhance the strength and flexibility of the tongue muscles through training with the tongue suction pull cup, thereby improving the relative degree of tongue muscle rehabilitation training for patients. The present invention has a simple structure, is easy to use, and can be reused after high-temperature sterilization, which greatly reduces the cost of use.

The invention relates to the technical field of rehabilitation medicine, and discloses a tongue muscle force detection training instrument which comprises an instrument body, a cable, a patch electrode and a detection assembly. One side of the instrument body is detachably connected with the cable, and one end of the cable is connected with the patch electrode; the detection assembly comprises a single-chip microcomputer, a display screen and a first pressure sensor. The single-chip microcomputer is arranged in the instrument body, the display screen is arranged on the outer side of the instrument body, and the first pressure sensor is arranged in the patch electrode. The single-chip microcomputer is electrically connected with the display screen and the first pressure sensor. According to the tongue muscle force detection training instrument, the patch electrode and the first pressure sensor are attached to a certain point position of the palate of a child patient, when the child patient uses the tongue tip to abut against the position, the first pressure sensor can detect the upward abutting force, and the upward abutting force is transmitted to the detection assembly through the cable; and then the data is recorded and analyzed through the single chip microcomputer, and the magnitude of the tongue muscle force is displayed through the display screen, so that the child patient and parents can observe the training effect at home and further insist in training.

The utility model discloses a tongue depressor for physical examination of infants, which comprises a depressor handle, a depressor body is fixedly arranged at one end of the depressor handle, a depressor head is mounted at one end of the depressor body far away from the depressor handle, the depressor head, the depressor handle and the depressor body are all made of silica gel materials, and the depressor head is heart-shaped and is matched with a tongue tip anatomical structure. The top and the bottom of the plate head are each fixedly provided with a plurality of first anti-skid protruding points, the plate handle and the plate body are integrally formed, the two sides of the plate handle are each provided with a holding groove, the holding grooves are in an arc shape, and the top and the bottom of the plate handle are each fixedly provided with a plurality of second anti-skid protruding points. The tongue depressor solves the problems that a traditional tongue depressor is simple in shape design, usually in a flat long strip shape, not matched with the anatomical structure of the tongue tip of an infant, difficult to accurately press the tongue tip in the using process, smooth in surface, prone to slipping in the using process due to salivary secretion of the infant and the like, and affects examination.

The application provides a vertical air conditioner indoor unit, which comprises a heat exchange volute, a guide vane, a front volute tongue, and a rear volute tongue. The heat exchange volute comprises a front volute tongue inner wall surface, a front volute tongue tip surface, a front volute tongue transition surface, and a front volute tongue air outlet surface. The front volute tongue transition surface is connected with the front end of the front volute tongue tip surface, is located on the side of the front end of the front volute tongue tip surface away from the rear volute tongue, and the front end of the front volute tongue air outlet surface is connected with the rear end of the front volute tongue transition surface. The front volute tongue air outlet surface is located on the side of the front volute tongue transition surface away from the rear volute tongue. The guide vane is located on the side of the front volute tongue air outlet surface close to the rear volute tongue, is rotationally connected with the rear volute tongue, and the end of the guide vane close to the front volute tongue air outlet surface is located in front of the front volute tongue transition surface, so that the guide vane blocks the air flowing along the front volute tongue tip surface, and air leakage between the guide vane and the front volute tongue is reduced.

This utility model discloses a tongue tip trainer for speech and oral motor rehabilitation, including a support and a tongue muscle elastic training component. The support has a training space; the tongue muscle elastic training component includes a tongue tip component and an elastic component. The tongue tip component is located within the training space and is connected to the support via the elastic component. When the user's tongue presses against the tongue tip component, the tongue tip component moves within the training space, forcing the elastic component to undergo elastic deformation, thereby providing motion resistance. The tongue tip trainer for speech and oral motor rehabilitation provided by this utility model utilizes the pressing action of the tongue against the tongue tip component during use, enabling the tongue tip component to move within the training space and simultaneously forcing the elastic component to undergo elastic deformation, thus providing motion resistance. This motion resistance can improve the tongue muscle training effect. Furthermore, it can provide variable training loads to meet the different oral motor rehabilitation needs of various users, thereby effectively improving training results and satisfying diverse training requirements.

The utility model provides a tongue-shaped straw for assisting in drinking water, which belongs to the technical field of intelligent drinking equipment and comprises a bionic tongue piece. Comprising a silica gel base body, a main runner pipe inserted into the tongue tip end of the silica gel base body, a cross flow deflector fixedly connected to the end face of the main runner pipe, a drainage groove formed in the upper surface of the silica gel base body, a flow dividing cavity formed in the lower layer of the silica gel base body and a plurality of flow dividing grooves formed in the bottom of an inner cavity of the flow dividing cavity. The micro-flow through holes are formed in the back surface of the silica gel base body and are communicated with the flow dividing grooves. Through the design of the bionic tongue piece and the double-channel shunting structure, the problems that a traditional suction tube is single in function and uncontrollable in liquid mixing are solved; a main flow channel and an auxiliary flow channel facilitate graded flow guiding, independent conveying of water and flavor liquid is achieved, and odor tainting is avoided; ergonomic adaptability: the gradient thickness (2-3mm) of the silica gel substrate and the nipple-imitating texture simulate the tongue surface touch sense, and fit the oral cavity shape, so that the comfort level is improved.

Disclosed in the present utility model is a lingual muscle function trainer, comprising a groove base, an inner wall and an outer wall, wherein the inner wall and the outer wall are both fixed on the upper surface of the groove base, and the inner wall is located on the side of the outer wall close to the throat; a gap is reserved between the inner wall and the outer wall, and the gap is designed for accommodating the upper teeth; and a lower tongue stop is provided on the side of the inner wall close to the throat, and is used for positioning the lower surface of the tongue tip. Compared with the prior art, the lingual muscle function trainer of the present utility model can make the treatment process of mouth-breathing patients simpler and more convenient.

The utility model relates to the field of rehabilitation, and discloses a tongue muscle training measurer. The device comprises a training platform, a tongue muscle pushing sliding rod and a handheld part. The training platform is in a sheet shape and comprises a near end and a far end, the near end of the training platform is attached to the tongue base in shape, the near end of the training platform is configured to partially stretch into the tongue base of a patient, and a groove body is formed in the training platform. The tongue muscle pushing sliding rod comprises a seat body and a training part, the seat body is arranged at the lower end of the training part, the seat body of the tongue muscle pushing sliding rod is inserted into the groove body of the training platform, the training part is arranged above the upper surface of the training platform, the training part abuts against the tongue tip of the patient, and the training part is used for providing resistance when the tongue of the patient pushes the tongue muscle pushing sliding rod to move towards the far end of the groove body. The lower surface of the training platform is connected with a handheld part, and the handheld part is used for being held by a patient. By adopting the device, the patient with tongue muscle degeneration can be assisted in initiative training, and the training effect can be dynamically measured.

The invention relates to a band clamp including a clamping band (10) with an outer band end (12) and an inner band end (14), the outer band end (12) including at least one opening (16a-16c) and an ear-like tightening structure (18) with two radially outward extending legs (30, 32) and a web (34) interconnecting the outer ends of the legs (30, 32) and a tongue recess (20), wherein the web (34) includes a depression (36) to prevent buckling the inner band end (14) including at least one hook (22a-22c) and a tongue (28), wherein, in a pre-assembled configuration of the band clamp, the hook (22) engages in the opening (16a-16c) in the outer clamping band (10) end and a tip of the tongue (28) engages in the tongue recess (20) and the tongue (28) is configured to be moved into the togue recess when the clamp is being tightened by narrowing the ear-like tightening structure (18).In order to reduce the risk of buckling, it is proposed that the inner band end (14) includes a longitudinal rib (24) configured to be arranged below the depression (36) of the web (34) in the pre-assembled configuration, wherein at least an end portion (24a) of said rib (24) has a height continuously decreasing towards the tongue (28) and / or dot (26) protruding toward the outer band end (12) is provided at a shoulder portion of the inner band end (14).

The invention provides a flexible tongue electrode for tongue electrophysiology detection and a customization method. The flexible tongue electrode comprises a flexible substrate layer and a flexible electrode, wherein the flexible substrate layer covers a tongue tip, a tongue side, a tongue middle and a tongue root, and the surface of the flexible substrate layer is provided with a three-dimensional curved surface matched with the surface of a tongue part; the conductive layer is a patterned electrode array arranged on the flexible substrate layer in a distributed manner, the conductive layer comprises a plurality of electrode units and interconnection wires, the electrode units respectively cover the tongue tip, the tongue side, the tongue middle and the tongue root, and the electrode arrays of the electrode units acquire the same or different spatial resolutions; the flexible packaging layer covers the tongue tip, the tongue side, the tongue middle and the tongue root, the surface of the flexible packaging layer is provided with a three-dimensional curved surface matched with the surface of the tongue part, and a first through hole structure used for exposing electrode sites, a second through hole structure used for exposing a rear-end bonding pad and a third through hole structure used for discharging secretions are etched on the flexible packaging layer. According to the scheme, distributed layout covering the whole tongue can be achieved, the attachment degree is improved, secretion accumulation is reduced, and efficient, high-precision and high-stability collection is achieved.

1. The name of the design product: oral training device (dragon). 2. The use of the design product: oral training device for children's oral tongue tip, tongue muscle, and oral muscle training. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The utility model relates to the technical jaw field of oral training instruments, and discloses a muscular function appliance which comprises a body, an upper tooth groove, a lower tooth groove and a tongue containing groove, the upper tooth groove and the lower tooth groove are formed in the two opposite sides of the body and arranged along the periphery of the tongue containing groove, and the tongue containing groove is formed in the body. The rear end of the upper tooth groove, the rear end of the lower tooth groove and the rear end of the tongue containing groove are open, a tongue contact part is arranged at the position, at the top of the front end of the tongue containing groove, of the body, and a first through hole communicated with the upper tooth groove and the tongue containing groove is formed in the tongue contact part. Or the tongue contact part is provided with a first notch which is sunken towards the front end of the tongue accommodating groove. The muscular function appliance can help stimulate and train lifting of the tongue tip and improve the position of the tongue of a user.

The utility model relates to the field of auxiliary medical rehabilitation instruments, in particular to a tongue muscle training device. The tongue muscle training device comprises a handle, a tongue middle suction cup and a tongue tip suction cup. Wherein the tongue middle suction cup is arranged on the handle and is configured to fix a tongue body through the upper surface of the tongue middle under the action of the first suction force generating device, and the tongue tip suction cup is arranged on the handle and is configured to adsorb a tongue tip under the action of the second suction force generating device. The tongue muscle training device is simple in structure, the tongue middle suction cup is arranged, the upper surface of the tongue middle is sucked and fixed, the tongue body is lifted under the action of external force, and therefore the tongue tip which is bent downwards and shielded by teeth is exposed. And then, the tongue tip sucker adsorbs and fixes the exposed tongue tip under the action of a second suction force generating device, so that the accurate fixation of the tongue tip position is achieved, the traction of the tongue body under the action of external force is further realized, and the rehabilitation training of the tongue body is completed.

1. The name of the design product: oral training device (snake). 2. The use of the design product: oral training device for children's oral tongue tip, tongue muscle, and oral muscle training. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The present invention provides a linear motion guide device that reduces damage to the tip of the tongue section while smoothly guiding the guide into the circulation path, thereby improving operability. [Solution] In the linear motion guide device 10, an arc groove 222 forming the outer circumferential surface of the direction change path is formed on the slider body side surface of the end cap 22. A tongue portion 25 is formed at the track-side end of the arc groove 222 to scoop up the ball 3 from the track and guide it to the direction change path. The tip portion 251 of the tongue portion 25 comprises a plane 251a perpendicular to the direction along the track and a spherical surface 251b formed between the plane and the arc groove. The diameter of the spherical surface 251b is greater than or equal to the diameter Da of the ball 3, and the spherical surface 251b is formed away from the outer circumferential surface of the tongue portion 25.

1. The name of this design product: Oral Trainer (Tiger). 2. Purpose of the product of this design: An oral trainer used for training the tip of the tongue, tongue muscles, and oral muscles in children's mouth. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture.

We provide a tool that combines tongue coating removal and oral function training to prevent and improve oral dysfunction. [Solution] A tongue spatula is constructed by integrating a curved spatula section for removing tongue coating, a rod-shaped section that assists in adjusting the position of the corners of the mouth and the tip of the tongue, and a bifurcated section that pushes up the base of the tongue. Depending on how it is used, it can have effects such as maintaining and improving oral function, preventing bad breath, improving swallowing, and activating facial muscles.

The application provides an English following reading device for English teaching, and belongs to the technical field of English following reading teaching. The device comprises a following reading simulation assembly and a base. A sound producing device is fixedly installed at the end of the base. The sound producing device can be used in cooperation with the following reading simulation assembly. The following reading simulation assembly is composed of a lower occlusion part, a tongue simulation mechanism, a driving roller and an upper occlusion part. The tongue simulation mechanism is composed of a tongue tip part, a tongue body part and a tongue root part. The tongue simulation mechanism can simulate the movement of the human tongue when producing sound. The contraction and release of the steel wire cable are controlled by the tongue simulation mechanism cooperating with the driving roller, the movement of the tongue tip part is controlled, the angle of the tongue root part is adjusted by the motor-driven rotating seat, the tongue body part is arched or deformed by the movement state of the lower triangular body and the upper triangular body linked by the rudder, and the movement trajectories of the human tongue when different phonetic symbols are pronounced, such as lifting, contracting and arching, can be accurately simulated.

1. Name of the product in this design: Oral Trainer (Rabbit). 2. Purpose of this design: An oral training device for training children's oral cavity, tongue tip, tongue muscles, and oral muscles. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The invention provides a high-flux tongue electrophysiology detection system and method.The system comprises a tongue electricity sensing module, a data acquisition and transmission module and a data receiving and processing module, the tongue electricity sensing module comprises a working electrode and a reference electrode, the working electrode is a flexible tongue electrode arranged in a distributed mode, and the reference electrode is arranged in the working electrode; the flexible tongue electrode is configured to cover the tongue tip, the tongue side, the tongue middle and the tongue root, and the surface of the flexible tongue electrode is provided with a three-dimensional curved surface matched with the surface of the tongue part; the tongue electricity sensing module is configured to collect electrophysiological information of different areas of the tongue; the data acquisition and transmission module is used for acquiring multiple pieces of channel information corresponding to microvolt-level electrophysiological signals in different areas of the tongue and converting the multiple pieces of channel information into digital information; and the data receiving and processing module is used for processing and analyzing the digital signals transmitted by the data acquisition and transmission module. The scheme is used for real-time acquisition, analysis and application of tongue electrophysiological signals, and has the advantages of integration and high efficiency.

The present disclosure provides a kit and a method of utilizing a kit that includes a plurality of floor slats, splice strips, and a dedicated slat skiving tool. Each floor batten may include a core layer, at least one layer disposed over the core layer, a bottom layer, and opposing tenon and fluted edge portions shaped to form a snap-lock edge fastening system. The dedicated batten scraping tool may be configured to remove the tenon tip from the floor batten. The splice strip may include at least two upward ridge protrusions, each shaped to interconnect with a tenoning edge of a respective floor batten after removal of its tenon tip using a dedicated batten skiving tool. The splice strip may also include a substrate pad attached to the bottom portion of the splice strip.

The invention provides a bionic robot tongue structure, a head system, a robot and a control method, and is characterized in that the bionic robot tongue structure comprises a bionic flexible body and a tongue body skeleton, and the tongue body skeleton is at least partially wrapped by the bionic flexible body; the tongue body skeleton comprises an elastic spine extending from the tongue root to the tongue tip; the driving mechanism is connected with the far end of the elastic spine through a driving rope so as to drive the elastic spine to move, and therefore the bionic flexible body is driven to move at least in the up-down direction and / or the left-right direction. A bionic robot head system comprises a tongue structure and a head base body, and the tongue structure is installed on the head base body. And the tongue control system is in communication connection with a driving mechanism of the bionic robot tongue structure. A bionic robot comprises a bionic robot head system. The invention further provides a control method of the tongue structure. The technical problems that a tongue structure in a bionic robot is stiff and unnatural in movement and poor in simulation trueness are solved.

The invention provides an English follow-up reading device for English teaching, and belongs to the technical field of English follow-up reading teaching. Comprising a following and reading simulation assembly and a base, a sounding device is fixedly installed at the tail end of the base and can be used in cooperation with the following and reading simulation assembly, the following and reading simulation assembly is composed of a lower meshing part, a tongue simulating mechanism, a driving roller and an upper meshing part, and the tongue simulating mechanism is composed of a tongue tip part, a tongue body part and a tongue root part. And the tongue simulating mechanism can simulate human tongue movement during sound production. The artificial tongue mechanism is arranged to be matched with the driving roller to control contraction and release of the steel wire rope, the tongue tip is controlled to move, meanwhile, the rotating base driven by the first motor adjusts the angle of the tongue root, and arching or deformation of the tongue body is achieved through the movement state of the lower triangular body and the upper triangular body linked with the steering engine. Motion tracks of raising, contracting, arching and the like of the tongue of a human body can be accurately simulated when different phonetic symbols sound.

1. Name of the design product: measuring rod. 2. Use of the design product: the design product is used for measuring the muscle strength of the tongue muscle, such as measuring the tongue tip and the tongue middle. 3. Design points of the design product: in shape. 4. Picture or photo best indicating the design points: design 1 perspective view 1. 5. Design 1 is designated as the basic design.