近期歌尔股份申请和获得了多项包括耳机、智能眼镜、摄像头在内的多项相关专利，有数据显示今年以来歌尔股份新获得专利授权278个。
其中新获得一项发明专利授权名为"耳机配对方法、设备及计算机可读存储介质"，专利申请号为CN202210453920.3，授权日为2024年6月7日。
发明公开了一种耳机配对方法、设备及计算机可读存储介质，所述方法应用于第一耳机盒，所述方法包括：若在与第二耳机盒通信连接时检测到双耳配对操作请求，则检测第一耳机盒是否处于耳机在盒状态；若检测到第一耳机盒处于耳机在盒状态，且确定第二耳机盒处于耳机在盒状态，则发送双耳配对消息给第一耳机盒中的第一耳机，以供第一耳机基于所述双耳配对消息与第二耳机盒中的第二耳机进行配对。本发明通过提出一种可分离式耳机盒，基于可分离式耳机盒之间的通信连接来实现耳机配对，满足了用户需要分开存放耳机的需求。
另外歌尔股份还取得一项名为“智能眼镜“的专利，授权公告号CN221079084U，申请日期为2024年3月。专利摘要显示为实用新型，智能眼镜包括支撑件、成像装置和天线，安装于所述支撑件；天线包括天线本体、及与所述天线本体电连接的同轴线，所述同轴线具有屏蔽层；所述支撑件具有导电性，所述同轴线固定于所述支撑件，且所述屏蔽层与所述支撑件电连接，以实现所述天线接地。本实用新型技术方案可以节省天线额外设置的接地结构，从而减少天线的占用空间，提高智能眼镜的空间利用率，进而提高智能眼镜的紧凑性。
同时新获得一项发明专利授权名为“摄像头模组的倾斜角度测量方法、装置、设备及存储介质”，专利申请号为CN202210920094.9，授权日为2024年6月7日。专利为一种摄像头模组的倾斜角度测量方法、装置、设备及存储介质，所述摄像头模组的倾斜角度测量方法应用于摄像头模组测试装置，所述摄像头模组测试装置包括摄像头模组和待测图卡，其中，所述摄像头模组的平面与所述测试图卡的平面相平行，所述摄像头模组的倾斜角度测量方法包括：获取通过所述摄像头模组拍摄所述测试图卡的图卡图像，其中，所述测试图卡中绘制有预设图形，提取所述图卡图像中预设图形的各角点像素坐标，基于所述预设图形的各角点像素坐标，计算所述摄像头模组的倾斜角度。本申请解决了由于摄像头在组装过程中容易出现角度倾斜，影响用户的使用体验的技术问题。
新获专利还有一项实用新型专利授权名为“发声装置”，专利申请号为CN202322816055.7，授权日为2024年6月7日。实用新型专利属于电声转换技术领域，并具体涉及一种发声装置，所述发声装置包括发声单元、壳体和挡墙，其中，所述发声单元包括同轴设置的低音发声单元与高音发声单元，所述高音发声单元位于所述低音发声单元内；所述壳体设有导声通道，所述发声单元连接于所述壳体，并且所述发声单元与所述壳体围合形成与所述导声通道连通的前声腔；所述挡墙设于所述前声腔中，并围设于所述高音发声单元出音孔的周围，并且所述挡墙于临近所述导声通道的一侧形成有断口。通过上述结构可提高高频性能，并最大限度地保证了低音出声的通畅，从而提高发声装置的整体音质效果。
歌尔股份还在生产制造领域取得一项名为“磁吸机构“的专利，授权公告号CN221092775U，申请日期为2023年11月。实用新型专利属于物料上料技术领域，具体涉及一种磁吸机构。本实用新型中的磁吸机构包括固定单元和磁吸单元，磁吸单元设于固定单元上，且能够绕自身轴向方向进行转动，磁吸单元包括抵接件和磁吸组件，磁吸单元，磁吸单元设于固定单元上，且能够绕自身轴向方向进行转动，磁吸单元包括抵接件和磁吸组件，磁吸组件能够朝向或者背离抵接件进行移动，且具有第一位置和第二位置，处于第一位置时，所述磁吸组件与所述抵接件外侧的物料进行非接触式吸引，处于第二位置时，磁吸组件与抵接件外侧的物料分离。根据本实用新型的磁吸机构，第一位置下磁吸单元不会与物料发生相对位移，保证了物料位置的精确性和准确性。
同时歌尔股份还申请了一项名为“生理信号的测量方法、耳机设备、存储介质及计算机产品”的耳机专利，公开号CN202410566740.5，申请日期为2024年5月。专利为一种生理信号的测量方法、耳机设备、存储介质及计算机产品，涉及耳机技术领域，本申请生理信号的测量方法应用于配置有气压检测模块的耳机设备，具体包括：检测所述耳机设备对应的声学系统是否处于预设的密闭状态，其中，所述声学系统为所述耳机设备和佩戴者耳道组成的声学系统；在检测到未处于预设的密闭状态后，确定所述声学系统对应的声学系统参数，并通过所述气压检测模块采集佩戴者耳道内的初始气压信号；根据所述声学系统参数和所述初始气压信号生成目标气压信号，并基于所述目标气压信号确定佩戴者对应的生理信号。采用本申请达到了令耳机设备能够准确检测佩戴者的生理信号的技术效果。
歌尔股份此前表示，将继续聚焦于消费电子和汽车电子行业，继续秉持“精密零组件+智能硬件整机”的产品策略。公司的精密零组件业务主要聚焦于声学、光学、微电子及精密结构件等产品方向，智能硬件整机业务将继续关注VR/MR/AR、智能无线耳机、智能穿戴和智能家居等领域。
同时高度重视元宇宙方向的业务机会，在VR/MR/AR整机及相关的光学器件、光学模组、声学器件、传感器等产品上均积极布局，还通过收购、投资等多种方式，不断深化公司在该领域内的核心竞争力。同时，公司持续关注AI人工智能技术的进步和相关应用场景的拓展，积极把握AI大模型与新兴智能硬件产品结合带来的发展契机。
在研发投入方面，公司高度重视自主研发，将继续保持合理的研发投入强度。今年资本开支主要投入于公司各主要产品方向，包括声学、传感器、光学等精密结构件，及VR/MR/AR、TWS智能无线耳机、智能可穿戴等产品。
歌尔股份目前的产能主要分布在中国和越南等地，越南制造基地在正常发展运营中，公司会根据业务需要，科学规划产能投放。相关的供应链布局也能够满足客户的需求，公司也会根据业务需要和客户需求，规划未来的供应链布局和相关投入。
Recently, Goertek has applied for and obtained a number of related patents, including headphones, smart glasses, cameras, etc., and data show that Goertek has obtained 278 new patents since this year.
Among them, a new invention patent is authorized as "headset pairing method, device and computer-readable storage medium", the patent application number is CN202210453920.3, and the grant date is June 7, 2024.
The invention discloses a headset pairing method, a device and a computer-readable storage medium, the method is applied to the first earphone box, and the method comprises: if a binaural pairing operation request is detected when communicating with the second earphone box, detect whether the first earphone box is in the headphone in the box state; If the first earphone case is detected to be in the headphone in the box state, and the second earphone box is determined to be in the headphone in the box state, a binaural pairing message is sent to the first earphone in the first earphone box for the first earphone to pair with the second earphone in the second earphone box based on the binaural pairing message. The present invention realizes earphone pairing based on the communication connection between the detachable earphone boxes by proposing a detachable earphone box, and satisfies the user's need to store the earphones separately.
In addition, Goertek has also obtained a patent called "smart glasses", with the authorization announcement number CN221079084U, and the application date is March 2024. The patent abstract shows that the utility model comprises a supporting piece, an imaging device and an antenna, and is installed on the supporting piece; The antenna comprises an antenna body and a coaxial wire that is electrically connected with the antenna body, and the coaxial wire has a shielding layer; the supporting piece is conductive, the coaxial line is fixed on the supporting piece, and the shielding layer is electrically connected with the supporting piece so that the antenna is grounded. The utility model discloses a technical scheme can save the grounding structure that the antenna is additionally arranged, thereby reducing the occupied space of the antenna, improving the space utilization rate of the smart glasses, and then improving the compactness of the smart glasses.
At the same time, a new invention patent was granted as "inclination angle measurement method, device, equipment and storage medium of camera module", with the patent application number CN202210920094.9 and the authorization date is June 7, 2024. The patent is an inclination angle measurement method, device, equipment and storage medium of camera module, the inclination angle measurement method of the camera module is applied to the camera module test device, the camera module test device comprises a camera module and a map card to be measured, wherein the plane of the camera module is parallel to the plane of the test map card, and the inclination angle measurement method of the camera module comprises: obtaining a picture card image of the test picture card taken through the camera module, wherein, the test picture card is drawn with a preset graphic, the pixel coordinates of each corner point of the preset graphic in the image of the picture card are extracted, and the inclination angle of the camera module is calculated based on the pixel coordinates of each corner point of the preset graphic. The application solves the technical problem that the camera is prone to angular tilt during the assembly process, which affects the user's use experience.
The newly obtained patent also has a utility model patent authorized as "sound generating device", the patent application number is CN202322816055.7, and the grant date is June 7, 2024. The utility model patent belongs to the field of electroacoustic conversion technology, and specifically relates to a sounding device, wherein the sounding device comprises a sounding unit, a shell and a retaining wall, wherein the sounding unit comprises a bass sounding unit and a treble sounding unit that are coaxially arranged, and the treble sounding unit is located in the bass sounding unit; the shell is provided with a sound-conducting channel, the sound-generating unit is connected to the housing, and the sound-generating unit is enclosed with the shell to form a front acoustic cavity that is communicated with the sound-conducting channel; the retaining wall is arranged in the front sound cavity and is enclosed around the sound outlet hole of the treble sound generating unit, and the retaining wall forms a fracture on one side adjacent to the sound conduction channel. Through the above structure, the high-frequency performance can be improved, and the smooth sound of the bass can be ensured to the greatest extent, so as to improve the overall sound quality effect of the sound generating device.
Goertek has also obtained a patent called "magnetic suction mechanism" in the field of manufacturing, with an authorization announcement number of CN221092775U and an application date of November 2023. The utility model patent belongs to the field of material feeding technology, specifically relates to a magnetic suction mechanism. The magnetic suction mechanism in the utility model comprises a fixed unit and a magnetic suction unit, the magnetic suction unit is located on the fixed unit and can rotate around its own axial direction, the magnetic suction unit comprises a countering part and a magnetic suction assembly, the magnetic suction unit is located on the fixed unit and can rotate around its own axial direction, the magnetic suction unit comprises a countering part and a magnetic suction assembly, the magnetic suction component can move towards or deviate from the abutting part, and has a first position and a second position, when in the first position, The magnetic suction assembly carries out non-contact attraction with the material on the outside of the butting piece, and when it is in the second position, the magnetic suction assembly is separated from the material on the outer side of the butting piece. According to the magnetic suction mechanism of the utility model, the magnetic suction unit under the first position does not occur relative displacement with the material, and the accuracy and accuracy of the material position are guaranteed.
At the same time, Goertek also applied for a headset patent entitled "Measurement Method of Physiological Signals, Headset Equipment, Storage Media and Computer Products", publication number CN202410566740.5, and the application date is May 2024. The patent is a physiological signal measurement method, a headphone device, a storage medium and a computer product, relates to the technical field of headphones, and the measurement method of the physiological signal of the present application is applied to a headphone device configured with an air pressure detection module, specifically comprising: detecting whether the acoustic system corresponding to the headphone device is in a preset closed state, wherein the acoustic system is an acoustic system composed of the earphone device and the wearer's ear canal; after detecting that it is not in a preset airtight state, determining the acoustic system parameters corresponding to the acoustic system, and collecting the initial air pressure signal in the wearer's ear canal through the air pressure detection module; generating a target air pressure signal according to the acoustic system parameters and the initial air pressure signal, and determining the corresponding physiological signal of the wearer based on the target air pressure signal. The application has achieved the technical effect of enabling the earphone device to accurately detect the wearer's physiological signal.
Goertek previously said that it will continue to focus on the consumer electronics and automotive electronics industries, and continue to uphold the product strategy of "precision components + intelligent hardware machines". The company's precision components business mainly focuses on acoustics, optics, microelectronics and precision structural parts, and the intelligent hardware business will continue to focus on VR/MR/AR, smart wireless headsets, smart wearables and smart home and other fields.
At the same time, it attaches great importance to business opportunities in the direction of the metaverse, and actively deploys VR/MR/AR machines and related optical devices, optical modules, acoustic devices, sensors and other products, and continuously deepens the company's core competitiveness in this field through acquisitions, investments and other means. At the same time, the company continues to pay attention to the progress of AI artificial intelligence technology and the expansion of related application scenarios, and actively grasps the development opportunities brought by the combination of AI large models and emerging intelligent hardware products.
In terms of R&D investment, the company attaches great importance to R&D and will continue to maintain a reasonable R&D investment intensity. This year's capital expenditure is mainly invested in the company's main product directions, including acoustics, sensors, optics and other precision structural parts, as well as VR/MR/AR, TWS smart wireless earphones, smart wearables and other products.
Goertek's current production capacity is mainly distributed in China and Vietnam, and the Vietnamese manufacturing base is in normal development and operation, and the company will scientifically plan the production capacity according to business needs. The relevant supply chain layout can also meet the needs of customers, and the company will also plan the future supply chain layout and related investment according to business needs and customer needs.
