48 results about "Ear shaping" patented technology

The utility model relates to the technical field of electronic equipment, in particular to an ear clip type earphone, which comprises a sound production part, a function part and a connecting structure, and is characterized in that two ends of the connecting structure are respectively connected with the sound production part and the function part; on a horizontal plane projection in a wearing state, a center line is formed by taking the center of the distance between the sound production part and the function part as a center line, and the connecting structure is divided into two parts by the center line; the curvature of the connecting structure which is positioned on one side of the center line and is close to the sound production part is smaller than that of the connecting structure which is positioned on the other side of the center line and is close to the function part; when the ear clip type earphone is in a clamping wearing state, the function part is attached to the back of the ear, the sound production part faces the external auditory canal, the ear clamping space formed by the sound production part and the connecting structure is large, the situation that the inner contour of the earphone abuts against and extrudes the side edge of a helix and even the helix is wound is reduced, the compatibility of clamping ears of various shapes and sizes is good, and the ear clip type earphone is convenient to use. The comfort degree is high.

The invention provides a reinforcement learning-based pet recognition method and system and a pet electric appliance, and the method comprises the steps: forming a registration feature library of a pet based on an obtained image of the pet, and associating the facial features and body features of the same pet in a time sequence; based on the collected state parameters of the video stream, adaptively adjusting a time window; based on the registration feature library, global features and local features of the pet are identified, feature fusion is carried out based on the global features and the local features, and fusion features are determined; in the time window, target parameters in the feature fusion process are dynamically adjusted through reinforcement learning; and based on the obtained fusion features of the to-be-identified pet, determining the fusion features of the to-be-identified pet, comparing the fusion features with the registration feature library, and determining an identification result. In the face of complex postures, shielding or image blurring, the recognition accuracy is remarkably improved. Local features such as ear shapes, textures or tails are fully utilized.

The utility model relates to an ear hook mechanism and a display device based on MR technology, and relates to the wearable equipment technical field, the ear hook mechanism comprises a connecting leg, the connecting leg is provided with an ear hanger, the ear hanger comprises a first segment, a second segment and a third page, the front end of the first segment is connected with the connecting leg and is used for contacting with the upper side of the ear of a user, and the second segment is used for contacting with the upper side of the ear of the user; the front end of the second section is connected with the rear end of the first section and used for being in contact with the rear side of the ear of a user, the front end of the third section is connected with the rear end of the second section and used for being in contact with the front side of the ear of the user, the first section, the second section and the third section can deform, an earphone piece is arranged at the end, away from the second section, of the third section, and the ear hanging frame is electrically connected with the connecting leg. According to the utility model, the ear hanging frame can better adapt to ear shapes of different users, and each section can be deformed, which means that the ear hanging frame can be automatically adjusted according to the ear shapes of the users, and meanwhile, the power supply for the earphone is facilitated.

The utility model relates to the field of bone conduction earphones, in particular to a waterproof bone conduction earphone, which is characterized in that two ends of a clamping arm are respectively connected with a control mainboard and a battery compartment, ear hook structures are arranged on one sides of a control assembly and the battery compartment far away from the clamping arm, vibrator assemblies are mounted on the ear hook structures, and the vibrator assemblies are connected with the ear hook structures through rotating shaft structures. According to the waterproof bone conduction earphone, the connection position of the vibrator assembly and the ear hook structure is designed to be in rotatable connection, the adjustment of the angle and the position of the vibrator assembly can be completed by simply rotating the vibrator assembly through the form, and through the rotatable connection structure, a user can adjust the angle and the position of the vibrator assembly according to the actual use condition and the difference of the ear external shapes. And adjusting the position of the vibrator assembly. Besides, as the waterproof bone conduction earphone is waterproof on the whole and the silica gel earplug is arranged on the vibrator assembly, bone conduction can be realized after the earphone is worn, and the ear canal can be closed through the silica gel earplug, so that the waterproof bone conduction earphone is suitable for being used in rainy days and underwater environments.

This product provides a hairband with movable decorations that can be easily attached to the headband, such as ear shapes, reducing overall assembly time, and allowing the decorations to bend or perform various actions by pressing a button. [Solution] The present invention relates to a headband in which decorations bend or perform various movements, and more particularly to a headband in which decorations actuate, comprising: a ring-shaped headband body with a portion open and elasticity; an actuator constrained around the headband body and bending or extending from the headband body; and an actuator that actsuates the actuator. As a result, the decorations, such as ear shapes, always remain extended during normal use, providing superior aesthetics, and the actuator allows the decorations to bend or perform various movements, so they can be made to act as if greeting or winking, thereby maximizing productivity by shortening the overall assembly time.

The utility model relates to the field of earphones, and discloses an ear hanging type and ear handle type dual-purpose wireless earphone, which comprises a wireless earphone body. The ear handle part is mounted on the wireless earphone body, and the ear handle part is arranged to rotate on the wireless earphone body; and the ear hanging part is detachably mounted at one end of the ear handle part. According to the utility model, by designing the rotatable ear handle part and the detachable ear hanging part, free switching of the wireless earphone between an ear hanging type wearing mode and an ear handle type wearing mode is realized, so that the earphone can flexibly adjust the wearing mode according to different use scenes and user requirements, and the design of the ear hanging part increases the wearing stability and improves the wearing experience. According to the wireless earphone, the earphone can be effectively prevented from falling off, the ear handle part can rotate on the wireless earphone body, a user is allowed to perform rotation fine adjustment according to the ear shape, and the optimal wearing fitting degree and comfort are ensured.

The application provides an audio processing method and device, a computer readable storage medium and an electronic device, and relates to the technical field of data processing. The audio processing method comprises the following steps: determining target frequency response information corresponding to to-be-played audio; determining loudspeaker path transfer function information corresponding to a current earphone user of an earphone; and determining local equalization parameters of the earphone based on the target frequency response information and the loudspeaker path transfer function information to play the to-be-played audio. The application determines the local equalization parameters of the earphone based on the loudspeaker path transfer function information corresponding to the current earphone user and the target frequency response information corresponding to the to-be-played audio to play the to-be-played audio, thereby achieving the purpose of adjusting the to-be-played audio based on the actual characteristics of the current earphone user, and further ensuring that the audio quality heard by the current earphone user is not affected by factors such as the user's own wearing habits and ear shape characteristics, and improving the consistency of the earphone product in terms of audio quality and user experience.

The utility model belongs to the technical field of half-in-ear wireless earphones, and provides a wireless earphone capable of being flexibly worn, which comprises a sound production assembly, a driving assembly and a connecting assembly, the sound production assembly comprises a sound production shell, the driving assembly comprises a driving shell, and the connecting assembly comprises a hard connecting piece, a flexible connecting piece and a connecting wire; the hard connecting piece is fixedly connected with one of the sound production shell and the driving shell, the flexible connecting piece is partially embedded in the hard connecting piece, the two ends of the flexible connecting piece are connected with the sound production shell and the driving shell respectively so that the sound production shell and the driving shell can move relatively, and the flexible connecting piece can be driven to elastically extend by pulling the driving shell. The position of the driving shell is adjusted to adapt to users with different ear shapes, the flexible connecting piece is more attached to the rear side of the auricle, the wearing comfort of the user is improved, the connecting assembly serves as an ear hanging structure, no extra ear hanging structure needs to be added, and therefore the weight of the wireless earphone is reduced, and the wearing comfort of the user is improved.

The utility model relates to the technical field of battery production, and discloses a tab shaping mechanism and device, the tab shaping mechanism comprises a first tab shaping assembly and a second tab shaping assembly which are oppositely arranged on two surfaces of a tab to be shaped; wherein the first tab shaping assembly comprises a first shaping driving unit and a first tab shaping unit, and the first tab shaping unit corresponds to one surface of a tab to be shaped and is connected to the movable end of the first shaping driving unit; the second tab shaping assembly comprises a second shaping driving unit and a second tab shaping unit which corresponds to the other surface of the tab to be shaped and is connected to the movable end of the second shaping driving unit; and the first tab shaping unit and the second tab shaping unit are split type tab shaping units. The utility model provides a tab shaping mechanism which can effectively improve the matching degree of positive and negative tabs of a battery cell and a BMU bonding pad and guarantee the quality and stability of tab shaping.

The invention discloses an auricular point stimulator, which comprises an ear sleeve matched with the shape of an auricle, a plurality of auricular point stimulation units arranged at the ear sleeve, a shaping sleeve covering the ear sleeve and a fixing sleeve covering the ear sleeve, the ear sleeve is provided with an auricle cavity for accommodating the auricle, and the shaping sleeve is provided with a shaping cavity for accommodating the ear sleeve; the shaping channels are formed in the shaping sleeve; the shaping rod is inserted into the shaping channel and is in sliding fit with the shaping channel, the end, close to the shaping cavity, of the shaping rod is a positioning end, and the end, away from the shaping cavity, of the shaping rod is a control end; the positioning block is convexly arranged on the peripheral wall of the shaping rod; and the outer diameter of the positioning block is slightly greater than the inner diameter of the shaping channel. No matter whether the earmuff is matched with the ear shape, the positioning end of the shaping rod on the shaping sleeve abuts against the outer surface of the earmuff in the shaping cavity, so that the earmuff is tightly attached to the surface of the ear, the attaching degree of the earmuff and the ear is improved, accurate and in-place auricular point stimulation is achieved, and the effect of sufficient stimulation is achieved.

This invention discloses a head-mounted wireless communicator capable of monitoring heart rate parameters, belonging to the field of wireless communicator technology. It includes a fitting component, an ear loop, and a communication component. The fitting component comprises a fitting shell, an exhaust port, a pneumatic suction cup, a connecting tube, a miniature air pump, a motor, a heart rate monitor, and a sealing ring. During wear, the device's stability is ensured through triple fixation: the earphone body is inserted into the ear, the ear loop fits the auricle, and the fitting shell adheres to the skin. This improved stability significantly reduces the probability of the device falling out. Furthermore, the distributed force points on the device at three points greatly reduce ear burden and discomfort caused by inserting the earphone body into the ear. Additionally, the high degree of freedom of rotation via a bidirectional swivel and a bidirectional telescopic swivel allows the device to fit various ear shapes.

1. Name of the product in this design: Dumbbell (ear shape). 2. Purpose of this design: As equipment for sports and fitness. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key features: the front view.

The utility model relates to the technical field of oxygen supply devices, and discloses a pulse oxygen supply device with a nasal suction connector provided with a reinforcing mechanism, which comprises an oxygen supply machine body, the output end of the oxygen supply machine body is communicated with a nasal oxygen tube, the nasal oxygen tube is provided with two branch tubes, the tail ends of the two branch tubes are jointly communicated with a nasal tube, and the nasal tube is provided with a reinforcing mechanism. The ends, deviating from the nasal tube, of the two branch tubes are jointly sleeved with a second auxiliary clip, the second auxiliary clip can be clamped on clothes, first auxiliary clips are clamped on the two branch tubes, and the first auxiliary clips are clamped on ears. The device solves the problems that after the device is worn for a long time, blood vessels behind the ears are pressed, and the clamping force is insufficient due to the ear shape; the pressure on ears is reduced while stable wearing is maintained, and the use comfort is improved.

1. The name of the design product: earphone decoration. 2. The use of the design product: earphone for playing voice or voice input, ear shape for decorating earphone. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1. 5. Other circumstances that need to be explained: the part represented by the solid line is the part claimed, and the part represented by the dashed line is not claimed.

The invention relates to the technical field of corn ear shape quantitative analysis, and discloses a corn ear shape quantitative analysis method, device and equipment and a storage medium, and the method comprises the steps: obtaining a plurality of target corn ear RGB images, screening out training sample images, extracting a pure ear region, and carrying out the geometric division and measurement of the segmented ear region, feature width and height parameters are obtained, a feature ear edge angle is calculated through trigonometric function operation, size parameters formed by the feature width and height parameters and the calculated ear edge angle serve as input features, and a machine learning grading model is constructed and trained in combination with manual grading labels; and utilizing the trained machine learning classification model to analyze the characteristic parameters of the to-be-classified corn ear image, and outputting a quantitative classification result. The objective, accurate and efficient corn ear shape testing method is established, conversion of DUS testing from experience judgment to digital testing is achieved, and the method has important theoretical value and practical significance for seed industry intellectual property protection.

A system for authenticating digital content includes a computing platform having a hardware processor and a memory storing software code. According to one embodiment, a hardware processor executes software code to: receive digital content; identifying an image of a person depicted in the digital content; determining ear shape parameters of a person depicted in the image; determining another biometric parameter of the person depicted in the image; and calculating a ratio of the ear shape parameter of the person depicted in the image to the biometric parameter of the person depicted in the image. The hardware processor is further configured to execute the software code to: perform a comparison of the calculated ratio to a predetermined value; and determining whether a person depicted in the image is a real depiction of the person based on a comparison of the calculated ratio and a predetermined value.

The utility model relates to an ear moxibustion scraping rod, which effectively solves the problems that in the ear moxibustion scraping process of a patient, the patient needs to hold a moxa cone by hand, aim at the ear of the patient to perform moxibustion, and then the ear of the patient is subjected to scraping, so that the perfect combination of scraping, moxibustion and acupoint pressing cannot be realized, and the scraping effect is poor. In addition, a large amount of manpower and material resources are consumed, the labor intensity of users is increased, and the labor time of the users is shortened. A rotary adjusting structure is formed by the bottom shell, the rotary inner core, the threaded groove, the Z-shaped groove, the fixing base and the connecting rod, the moxibustion temperature can be conveniently controlled, accurate adjustment can be carried out according to the difference between acupuncture points and diseases, a patient meets individual requirements, the petal-shaped pot opening head is designed in a petal shape, the purpose of stimulating the acupuncture points is effectively achieved, and the moxibustion effect is improved. The whole appearance is made into the size of a pen and is more suitable for the shape of an ear, and the effect that scraping therapy, moxibustion and acupoint pressing are simultaneously conducted in a three-in-one mode is achieved.

The utility model discloses a Bluetooth earphone structure with an adjustable earplug angle. The Bluetooth earphone structure comprises a Bluetooth earphone main body and an earplug main body, an earplug fixing rod is arranged on the front surface of the Bluetooth headset main body through an angle adjusting structure, and a sound channel corresponding to a loudspeaker in the Bluetooth headset main body is arranged on the earplug fixing rod; and the earplug main body is sleeved on the earplug fixing rod. By arranging the angle adjusting structure, the earplug fixing rod can be suspended at any angle, so that a user can freely adjust the angle of the earplug according to the ear shape and the wearing habit of the user; the wearing comfort is greatly improved, and the requirements of different users are met.

This disclosure relates to a testing method, apparatus, electronic device, and storage medium. The testing method includes: acquiring a target mapping relationship associated with a headphone under test, the target mapping relationship representing the mapping relationship between ear shape and target data, the target data representing the size data of a sound leakage channel on a fixture mold associated with the headphone under test, the fixture mold simulating a human ear wearing the headphone under test, and the sound leakage channel allowing test audio played by the headphone under test to pass through, simulating the process of audio data volume leakage to the outside of the ear canal when the headphone under test plays test audio; and adjusting the size data of the sound leakage channel on the fixture mold based on the target mapping relationship, so as to perform audio testing on the headphone under test when the fixture mold simulates different ear shapes. This method eliminates the need to collect a large amount of real human ear canal data when testing headphones; it only requires adjusting the size data of the sound leakage channel on the fixture mold, making it simple to operate, time-saving, and labor-saving, thus improving headphone testing efficiency while saving manpower.

1. Name of the product in this design: Ornament (Red Bean and Cashew Ears). 2. Purpose of this design: This design is for decoration. 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 helix former of the present application comprises a fixing part, a helix inner side forming support, a helix outer side forming support and a helix upper side forming support, the helix inner side forming support, the helix outer side forming support and the helix upper side forming support are connected together, and the space between the helix inner side forming support, the helix outer side forming support and the helix upper side forming support constitutes a forming groove capable of accommodating the helix and allowing the helix to grow orthopedically. The bottom of the helix outer side forming support is provided with a helix shaping mechanism, the helix shaping mechanism is provided with a shaping curved surface matched with the contour of the helix, the shaping curved surface can shape the helix well, and the helix shaping mechanism can hold up the bottom of the helix, so that the helix is completely accommodated in the forming groove. The adjustable ear shaping mechanism of the present application comprises the helix former of the present application, in the clinical use process, the post-auricular support can be arranged at the corresponding deformed part of the post-auricular part according to the position of the ear deformity, the auricle can be held up from the back of the ear, the orthopedic needs of different positions can be adapted, the clinical use is very convenient, and the helix has a very good orthopedic effect.

The invention discloses a shaping earmuff structure which comprises an annular protection tube, cover plates are connected to the sides, away from each other, of the outer wall of the annular protection tube in a matched mode, the shaping earmuff structure further comprises an inner supporting structure, and the inner supporting structure is arranged in the annular protection tube. The invention relates to the technical field of medical instruments, through cooperation of the annular protection tube, the cover plate, the inner supporting structure and the wearing fixing structure, when the plastic earmuff is worn, the ears of a patient are protected, the two air bags are used for supporting the front and back of the ears of the patient, the plastic earmuff is tightly attached to the plastic ears, uniform supporting force can be provided for the ears, and the safety of the patient is improved. The shaping earmuff is simple in structure and convenient to use, facilitates fixation and recovery of the shape of the ear, can effectively prevent the situation of uneven compression or displacement, not only has the function of protecting the ear of a patient, but also has a good supporting effect and stability, improves the recovery effect after the ear shaping operation, and facilitates postoperative recovery after the ear shaping operation of the patient.

An audio signal processing method and device, an earphone and a storage medium, the method being applied to the earphone, the method comprising: outputting a test audio signal through a loudspeaker, the test audio signal being obtained by mixing a basic audio signal and an infrasonic wave signal; collecting a receiving audio signal corresponding to the test audio signal through a feedback microphone; a first equalization parameter corresponding to the basic audio signal and a second equalization parameter corresponding to the infrasonic wave signal are determined according to the received audio signal, the first equalization parameter is used for performing ear shape adaptive equalization matched with the ear shape of a user on a to-be-output target audio signal, and the second equalization parameter is used for performing adaptive equalization on the to-be-output target audio signal; the second equalization parameter is used for carrying out wearing leakage adaptive equalization matched with the earphone wearing state on the target audio signal. According to the embodiment of the invention, the earphone can provide personalized ear shape adaptive equalization and wearing leakage adaptive equalization for different users, thereby facilitating the improvement of the effectiveness of the earphone in performing active noise reduction on the audio signal.

The utility model discloses a medical instrument, and particularly relates to an earlobe or helix scar orthopedic compressor. Comprising an ear support and a plurality of compression clamps, the ear support is hung on the back face of an ear, a plurality of through holes are formed in the ear support, the compression clamps are rotationally arranged in the through holes of the ear support, a plurality of grooves are formed in the inner sides of the compression clamps, and the compression clamps are arranged in the grooves. A plurality of air holes are formed in the connecting positions of the grooves and the positions between the grooves in the length direction at intervals, and silica gels different in hardness and thickness are arranged in the compression clamp. By the adoption of the splicing type design, the ear shape of an individual can be better attached, continuous and uniform pressure is applied to a specific part through the pressing clamp needle, the problem of uneven pressing or over-tight and over-loose pressing is avoided, in addition, the micropore structure specially designed on the outer surface effectively promotes air circulation of the skin of the ear, meanwhile, the ear decoration can be assembled for decoration, and the appearance is attractive. And the aesthetic property is taken into consideration while the treatment effect is ensured.

The invention discloses a method and system for identifying the in-ear state of a Bluetooth headset, and relates to the technical field of Bluetooth headsets, and the method comprises the steps: collecting an optical data vector and an acceleration vector of the Bluetooth headset, and a phase difference sample between a transmitted sound wave and a reflected sound wave in the headset, and then carrying out the detection and recognition, obtaining a phase characteristic value, posture state information and ear shape matching confidence; and carrying out weighted fusion on the optical data vector, the phase characteristic value, the posture state information and the ear shape matching confidence, and judging whether the current earphone is in an in-ear state or not based on a fusion result. Based on the technical scheme, the accuracy of in-ear state recognition is improved, the robustness of the system under complex wearing postures, ear canal structure differences and illumination environment changes is also remarkably enhanced, and the problems that in an existing in-ear state recognition technology, environment interference is likely to happen, user individual difference adaptation is insufficient, and the recognition accuracy is low are solved.

The invention discloses an auricular point stimulator, which comprises an ear sleeve matched with the shape of an auricle, a plurality of auricular point stimulation units arranged at the ear sleeve, a shaping sleeve covering the ear sleeve and a fixing sleeve covering the ear sleeve, the ear sleeve is provided with an auricle cavity for accommodating the auricle, and the shaping sleeve is provided with a shaping cavity for accommodating the ear sleeve; the shaping channels are formed in the shaping sleeve; the shaping rod is inserted into the shaping channel and is in sliding fit with the shaping channel, the end, close to the shaping cavity, of the shaping rod is a positioning end, and the end, away from the shaping cavity, of the shaping rod is a control end; the positioning block is convexly arranged on the peripheral wall of the shaping rod; and the outer diameter of the positioning block is slightly greater than the inner diameter of the shaping channel. No matter whether the earmuff is matched with the ear shape, the positioning end of the shaping rod on the shaping sleeve abuts against the outer surface of the earmuff in the shaping cavity, so that the earmuff is tightly attached to the surface of the ear, the attaching degree of the earmuff and the ear is improved, accurate and in-place auricular point stimulation is achieved, and the effect of sufficient stimulation is achieved.

An audio signal processing method and device, an earphone and a storage medium, the method is applied to the earphone, comprising: outputting a test audio signal through a loudspeaker, the test audio signal is obtained by mixing a basic audio signal and a infrasound signal; collecting a received audio signal corresponding to the test audio signal through a feedback microphone; determining a first equalization parameter corresponding to the basic audio signal and a second equalization parameter corresponding to the infrasound signal according to the received audio signal, wherein the first equalization parameter is used for performing ear shape adaptive equalization matched with the ear shape of the user on a target audio signal to be output, and the second equalization parameter is used for performing wearing leakage adaptive equalization matched with the wearing state of the earphone on the target audio signal. By implementing the embodiments of the present application, the earphone can provide personalized ear shape adaptive equalization and wearing leakage adaptive equalization for different users, thereby helping to improve the effectiveness of the earphone in actively reducing noise on the audio signal.

The utility model discloses a length adjustable intelligent glasses leg relates to intelligent glasses leg field, including stake head, intelligent glasses leg body and be used for connecting stake head and the telescopic component of intelligent glasses leg body, can adjust the interval between stake head and intelligent glasses leg body through telescopic component, the telescopic component includes with intelligent glasses leg body fixed connection, and with the way of inserting is arranged in the elastic sheet of stake head inside, stake head is equidistantly provided with a plurality of positioning slot along the length direction of itself, the protruding piece that can be matched with positioning slot is arranged on the elastic sheet, and the protruding piece is used for forming cooperation with positioning slot. Advantageous effect lies in: stake head and the interval adjustment of intelligent glasses leg body are realized through telescopic component, and the multi -gear cooperation of positioning slot and elastic sheet protruding piece can be adjusted accurately according to the head circumference of different users, ear shape, ensures that ear bend and ear part contour closely fit, avoids slack or oppression, and significantly improves the comfort of wearing.

The utility model provides an ear post-operation three-dimensional shape fixing device, which relates to the technical field of medical supports and comprises a protective cover, an arc-shaped protective support and an ear rear support. The protective cover is detachably connected with the arc-shaped protective bracket in a clamping manner; the ear back support is arranged between the ear back and the skull skin of a patient to support the ear and prevent the ear from collapsing and deforming after operation. The standardized post-operation ear three-dimensional shape fixing device is adopted to ensure that ears are prevented from being affected by various adverse factors in the rehabilitation process, and the post-operation ear collapse and deformation are prevented by arranging the post-ear support between the ear back and the skull skin of a patient to support the ears. The earmuffs are covered in the post-ear-operation three-dimensional-form fixing device through the protective covers, so that the risk of potential injury caused by external force is avoided.

1. Name of the product in this design: Air fryer paper (round cat ears). 2. Purpose of this product design: To be used as a liner on cookware to repel oil and absorb water. 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. 5. The rear view is symmetrical to the front view, so the rear view is omitted; the right view is symmetrical to the left view, so the right view is omitted.