Intelligent home property management system combined with voice recognition optimization

Abstract

The invention discloses an intelligent home property management system combined with voice recognition optimization, which operates an electronic device through a client, comprises an information receiving module, a data processing module and a third-party information serial connection module, and is connected to an external server through a network. The method is characterized in that a movable microphone and a space sound source recognition control unit are used for voice recognition, a voice optimization module is used for voice feature recognition and voice instruction judgment model optimization, and when a user performs voice operation, a system can recognize the position of the user and make the microphone point to the user; the system further comprises a living goods inventory management module and an intelligent e-commerce purchasing module, through being connected to an intelligent inventory management cabinet and an external store platform, the system can automatically purchase and manage the living goods inventory, and after a user scans a commodity bar code, the system can obtain and store commodity information. The system provides a new solution integrating voice recognition optimization, property management, intelligent inventory and e-commerce purchase.

Description

Technical Field

[0001] The present invention relates to the field of intelligent management of household products and automated e-commerce procurement, and in particular to an intelligent home property management system combined with voice recognition optimization. Background Art

[0002] With the continuous development of network technology, current shopping malls and systems are able to provide numerous goods and services, mainly targeting the mass market. However, these platforms, such as Yahoo, PChome, Taobao, etc., usually focus on large brands and a large number of goods, and cannot fully pay attention to the individual needs of users. In addition, although these platforms cover a wide range of commodity categories, there are many commodity brands and confusing information, which is a big obstacle for customers who are not familiar with consumer products (such as mothers-in-law, etc.). Platforms such as Momo and Eastern Shopping Channel mainly use the media as a dissemination point to face customers in the form of dissemination. As for delivery platforms such as Uber Eats, they are mainly medium and large merchants, and it is difficult to pay attention to the needs of traditional merchants.

[0003] On the other hand, for items that need to be managed in real time at home, such as food, health food, and medicine, the market currently lacks a complete inventory management system. Users need to manually record and memorize inventory, or use multiple different software to save information, which is not perfect for regional service needs.

[0004] The existing technologies in home inventory management and e-commerce purchases have problems such as cumbersome manual operations and inaccurate voice recognition. In the past, users needed to manually record the inventory status of items and manually make e-commerce purchases when the items were insufficient. In addition, the existing voice recognition technology is still insufficient in recognizing the user's accent and speaking speed, resulting in the user's spoken instructions being unable to be accurately recognized and executed by the intelligent system.

[0005] In addition, in terms of medical care, long-term care patients need a fast and accurate way to communicate when facing medical emergencies. Although telephones and mobile phones can provide a certain degree of convenience, in actual situations, even if family members or patients make an emergency call, they often waste a lot of precious golden rescue time in dialing, waiting, transmitting information, and positioning, so there is still room for improvement.

[0006] On the other hand, in traditional home digital intercom technology, indoor intercom tablets are usually embedded in the walls of the entrance or living and dining room and cannot be moved. However, when there are visitors or community information notifications, residents can only stand next to the indoor intercom tablet to operate. At this time, if the user is a smaller child or an elderly person, usually due to the fixed screen angle, the user cannot look straight at the screen interface, which often leads to inconvenience in using and browsing information. In addition, the design of the above-mentioned fixed equipment causes residents to often be unable to obtain visitor information or community notifications in real time when they are in different spaces such as the kitchen or bedroom. In addition, due to the structural design of the fixed equipment, the indoor intercom tablet can usually only provide fixed functions such as intercom or community information notifications. However, the applicant believes that since the above-mentioned indoor intercom tablet has networking functions and tablet characteristics, it should be able to provide more diversified smart home control and information interaction center roles.

[0007] In summary, in the prior art, inventory management and e-commerce procurement systems are cumbersome, not precise enough, and have limited support for different applications and user needs. These problems are what this technical solution needs to solve. This technical solution adopts a highly integrated intelligent inventory management and automatic e-commerce procurement solution, combined with voice recognition technology, to improve the recognition accuracy of spoken commands by the intelligent system. At the same time, through seamless docking with the e-commerce platform, automatic procurement is achieved, providing users with one-stop service. This intelligent system is applied to tablet computers, which can be conveniently placed at home and linked to the community property management system. The tablet can also input the home address and learn according to the user's accent to ensure that the user's spoken commands can be accurately received and interpreted by the intelligent system.

[0008] Our technical solution was developed by combining voice recognition technology with intelligent inventory management, and after many optimizations and improvements, the current technical solution was finally formed. In this process, we continue to research and explore how to better integrate voice recognition technology with inventory management systems, and how to seamlessly connect with e-commerce platforms to achieve automated procurement.

[0009] The improvement of this technical solution is mainly aimed at the problems of cumbersome manual operation and inaccurate voice recognition, which have always existed in the existing technology. In order to solve these problems, we need to overcome the challenges of voice recognition technology, such as the influence of dialects in different regions, user accents, speech speed and other factors, and adopt more intelligent inventory management and e-commerce procurement solutions to improve the system's automation and user experience.

[0010] In addition, traditional property management tablets mostly adopt a fixed design. Although this design form ensures the stability of the equipment to a certain extent, it also brings some obvious problems. First, because the tablet is fixed in a specific location and cannot be adjusted as the user's position changes, the tablet often cannot clearly receive the user's voice commands, which has a great impact on the effect of voice control. Secondly, the fixed design also limits the optimization space for voice recognition. Even if we upgrade or optimize the existing voice recognition technology, the accuracy of voice recognition cannot be effectively improved due to the fixed location and receiving range of the device. Finally, the fixed property management tablet cannot be adjusted according to the speaking habits and accents of different speakers, which greatly reduces the user experience.

[0011] The problems that need to be solved for this technical solution include: (1) Manual operation is cumbersome, causing users to spend too much time and energy in the process of inventory management and e-commerce procurement. This not only reduces the user's work efficiency, but also increases the user's psychological burden. In this case, the user may not be able to grasp the inventory status in a timely manner, resulting in problems such as missing items or excessive purchases. (2) Inaccurate voice recognition makes it impossible for the user's spoken instructions to be accurately received and executed by the intelligent system. This may be because the existing voice recognition technology has limitations in processing dialects, user accents and speaking speeds in different regions. In addition, when the intelligent system cannot correctly recognize the user's spoken instructions, it may cause problems such as incorrect inventory information or e-commerce procurement failures. (3) The inventory management and e-commerce procurement solutions of the existing technology are relatively independent and lack a high degree of integration. This requires users to repeatedly input information during use, and it is difficult to synchronize information between the e-commerce platform and the inventory management system, further increasing the user's operating costs. (4) The existing fixed indoor intercom tablet design limits the user's flexibility and convenience. It cannot be moved and can only be operated in a specific location, resulting in specific groups such as infants or the elderly being unable to easily access and browse information.

[0012] In order to solve the above problems, this technical solution adopts a highly integrated intelligent inventory management and automatic e-commerce procurement solution, and combines voice recognition technology with the inventory management system. By optimizing the voice recognition module, it can better recognize and learn the user's accent and speaking speed, thereby improving the recognition accuracy of the intelligent system for spoken instructions. At the same time, through seamless docking with the e-commerce platform, automated procurement is achieved to improve user experience and reduce operating costs. Summary of the invention

[0013] This patent discloses a smart home property management system combined with voice recognition optimization. The system operates an electronic device through a client, includes an information receiving module, a data processing module and a third-party information concatenation module, and is connected to an external server through a network. The features of this system include using a movable microphone and a spatial sound source recognition control unit for voice recognition, and performing sound feature recognition and voice command judgment model optimization through a voice optimization module. When the user performs a voice operation, the system can identify the user's position and point the microphone to the user. In addition, the system also includes a daily necessities inventory management module and an intelligent e-commerce procurement module. By connecting to an intelligent inventory management cabinet and an external store platform, it can automatically purchase and manage daily necessities inventory. After the user scans the product barcode, the system can obtain product information and store it. The system provides a new solution that integrates voice recognition optimization, property management, and smart inventory and e-commerce procurement.

[0014] In order to achieve the main purpose of the present invention, the inventor of the present invention provides a smart home property management system combined with voice recognition optimization, which is used to receive a user terminal by operating an electronic device, and the electronic device is connected to an external server through a network interface controller, and the electronic device includes: a data processing module connected to an information integration and storage unit; an information receiving module connected to the data processing module, and the information receiving module includes an image receiving unit, a sound receiving unit, a touch receiving unit and a code scanning recognition unit; at least one voice receiving device module connected to the sound receiving unit, and the voice receiving device module includes at least one movable microphone. a microphone and a spatial sound source recognition control unit; a voice optimization module connected to the data processing module and the sound receiving unit; a user operation module connected to the information receiving module, and the user performs image input, sound input, data input and code scanning recognition operations through the user operation module; a third-party information concatenation module connected to the data processing module; a display module connected and used to display the output result of the data processing module; a daily necessities inventory management module connected to the data processing module, and the network of the daily necessities inventory management module is connected to at least one external networked smart inventory management cabinet; and an intelligent e-commerce procurement module connected to the data processing module and the A third-party information connection module, wherein the smart e-commerce purchasing module is connected to an external store platform through the third-party information connection module and performs commodity purchases; wherein the data processing module performs an automatic replenishment process through the daily necessities inventory management module and the inventory of daily necessities in the networked smart inventory management cabinet, and purchases daily necessities in an external e-commerce platform through the smart e-commerce purchasing module; wherein, when the user scans the product barcode through the scanning and recognition unit, the data processing module obtains the product content information through the information receiving module and stores it in the information integration and storage unit; wherein the voice receiving device module is set in a field , and controls the movable microphone to rotate and adjust the sound receiving angle by means of the spatial sound source recognition control unit, and, when the spatial sound source recognition control unit detects that the user is speaking in the field, the spatial sound source recognition control unit identifies the user's specific position in the field space according to the sound receiving angle and sound receiving volume of the rotating movable microphone, and then rotates and fixes the movable microphone to point to the user; wherein, the voice optimization module recognizes the user's voice feature information, optimizes the voice command judgment model, and provides personalized adaptive feedback by means of the operation of the voice receiving device module, the spatial sound source recognition control unit, and the movable microphone.

[0015] Among them, the intelligent home property management system combined with voice recognition optimization, wherein the movable microphone includes: a base for fixing on an external plane; a horizontal rotating base, arranged on the base; a vertical swing base, arranged on the horizontal rotating base-vertical swing base fixing seat; a microphone, arranged on the vertical swing base-microphone fixing seat; wherein the base is provided with a first driving unit, a driving control unit and a power supply unit, and the first driving unit is electrically connected to the driving control unit and the power supply unit, and the power supply unit is electrically connected to an external power supply; wherein the first driving unit is pivotally connected to the horizontal rotating base The base can drive the horizontal rotating base to rotate horizontally, thereby causing the pointing direction of the microphone to rotate horizontally; wherein the horizontal rotating base is provided with a second driving unit and is electrically connected to the driving control unit and the power supply unit, and the second driving unit is pivotally connected to the vertical swing base and can drive the vertical swing base to swing vertically, thereby causing the pointing direction of the microphone to swing vertically; wherein the driving control unit signal is connected to the spatial sound source recognition control unit, and the spatial sound source recognition control unit controls the rotation of the horizontal rotating base and the vertical swing base through the driving control unit, thereby controlling the pointing direction of the microphone.

[0016] Among them, the smart home property management system combined with voice recognition optimization, wherein the microphone is a directional microphone (Directional Microphone) or an omnidirectional microphone (Omnidirectional Microphone).

[0017] Among them, the smart home property management system combined with voice recognition optimization, wherein the base is formed with a horizontal rotating base positioning protrusion, and the horizontal rotating base is formed with a base positioning groove corresponding to the horizontal rotating base positioning protrusion, and the horizontal rotating base is arranged on the horizontal rotating base positioning protrusion through the base positioning groove.

[0018] Among them, in the intelligent home property management system combined with voice recognition optimization, the vertical swing base fixing seat is vertically formed on the horizontal rotating base relative to the base positioning groove.

[0019] Among them, the smart home property management system combined with voice recognition optimization, wherein the horizontal rotating base and the vertical swing base fixing base are formed with an axis accommodating recess, and the vertical swing base is formed with an axis convex portion corresponding to the axis accommodating recess, and the vertical swing base is pivotally connected to the horizontal rotating base through the axis convex portion and the axis accommodating recess.

[0020] Among them, in the intelligent home property management system combined with voice recognition optimization, the direction in which the shaft accommodating recess is formed is perpendicular to the base positioning groove.

[0021] Among them, the smart home property management system combined with voice recognition optimization, wherein the number of the movable microphones is multiple, and includes a movable microphone host and at least one movable microphone auxiliary unit, and the spatial sound source recognition control unit is arranged on the movable microphone host.

[0022] Among them, the smart home property management system combined with voice recognition optimization, wherein the voice receiving device module is connected to the information receiving module by signal through wireless transmission, and includes any of the following wireless transmission solutions: Wi-Fi technology wireless transmission solution, radio frequency (RF) technology wireless transmission solution, infrared (IR) technology wireless transmission solution and wireless HD (WirelessHD) technology wireless transmission solution.

[0023] Among them, the smart home property management system combined with voice recognition optimization, wherein the smart e-commerce procurement module is connected with the external e-commerce platform through the third-party information connection module, provides price comparison, evaluation query and shopping cart functions of goods, and allows users to select and purchase goods on the e-commerce platform through the user operation module.

[0024] Among them, the smart home property management system combined with voice recognition optimization, in which the daily necessities inventory management module is connected to the networked smart inventory management cabinet through wireless communication, is used to update inventory information in real time, and automatically generate a shopping list when the inventory of items is lower than the default value.

[0025] Among them, the smart home property management system combined with voice recognition optimization, wherein the user operation module allows the user to manually input or input the goods to be purchased through voice and add them to the shopping list.

[0026] Among them, the smart home property management system combined with voice recognition optimization, wherein the sound receiving unit of the information receiving module includes a voice recognition system, which can analyze the user's voice instructions and perform corresponding operations.

[0027] Among them, the smart home property management system combined with voice recognition optimization, wherein the code scanning and recognition unit can scan the barcode or QR code of the product and obtain detailed information of the product through the Internet, and the detailed information includes but is not limited to any one or more combinations of the following product information: product price, product specifications, product origin, shelf life information and product instructions.

[0028] Among them, the intelligent home property management system combined with voice recognition optimization, wherein the image receiving unit of the information receiving module has an image recognition system, which can recognize photos or real objects of goods and obtain detailed information of the goods through the network.

[0029] Among them, the smart home property management system combined with voice recognition optimization further includes a smart home device management module and is connected to the data processing module, wherein the smart home device management module is connected to various smart devices in the home through a third-party information concatenation module, and allows users to operate and manage smart devices through a user operation module or voice control, and the smart devices include but are not limited to the following devices: smart lighting equipment, smart air-conditioning equipment, smart door locks, smart curtains, smart electronic equipment and smart sweeping robots.

[0030] Among them, the smart home property management system combined with voice recognition optimization further includes a property management and community information notification module and is connected to the data processing module, wherein the property management and community information notification module is connected to the property management company or community service platform through a third-party information connection module to receive property announcements, community news and other information, and present the information to the user through a display module or through voice broadcast, and the property management and community information notification module also has an intercom function and is connected to an external door intercom, and the user can use the property management and community information notification module and the door intercom to complete the intercom function, remote unlocking, and community member intercom communication function through the user operation module.

[0031] Among them, the smart home property management system combined with voice recognition optimization further includes a smart recipe module and is connected to various recipe websites or databases through a third-party information connection module to obtain various recipe information and display the recipe information on the display module. In addition, the smart recipe module automatically generates a shopping list through the inventory management module of daily necessities and the inventory information in the networked smart inventory management cabinet, combined with the ingredient requirements of the selected recipe, and purchases are made through the smart e-commerce procurement module.

[0032] Among them, the smart home property management system combined with voice recognition optimization, wherein the electronic device is installed in the user's home and can record the specific address information of the user's home, and the specific address information is stored in the information integration and storage unit.

[0033] Among them, the smart home property management system combined with voice recognition optimization further includes an emergency event processing module and is connected to the data processing module, wherein the emergency event processing module is connected to the external emergency response unit through a third-party information concatenation module, and when the user triggers the emergency event response function through the user operation module, the data processing module completes the emergency notification through the emergency event processing module and automatically transmits the specific address information of the user's home to the external emergency response unit. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] Figure 1 A system block diagram of the intelligent home property management system combined with speech recognition optimization of the present invention;

[0035] Figure 2 Another system block diagram of the intelligent home property management system combined with speech recognition optimization of the present invention;

[0036] Figure 3 Another system block diagram of the intelligent home property management system combined with speech recognition optimization of the present invention;

[0037] Figure 4 This is a schematic diagram of the actual application of the smart home property management system combined with speech recognition optimization of the present invention;

[0038] Figure 5 Another practical application diagram of the smart home property management system combined with speech recognition optimization of the present invention;

[0039] Figures 6A-6B The figure is a diagram showing the operation of the movable microphone of the present invention;

[0040] Figure 7 is an exploded view of the movable microphone of the present invention; and

[0041] Figure 8 FIG. 4 is a block diagram of a movable microphone according to the present invention.

[0042] Description of reference numerals:

[0043] 1: Electronic devices

[0044] 11: Data processing module

[0045] 111: Information integration and storage unit

[0046] 12: Information receiving module

[0047] 121: Image receiving unit

[0048] 122: Sound receiving unit

[0049] 123: Touch receiving unit

[0050] 124: Scan code recognition unit

[0051] 13: User operation module

[0052] 14: Third-party information connection module

[0053] 15: Display module

[0054] 16: Daily necessities inventory management module

[0055] 17: Intelligent e-commerce procurement module

[0056] 20: Voice receiving device module

[0057] 21: Movable microphone

[0058] 22: Spatial sound source identification control unit

[0059] 23: Voice optimization module

[0060] 101: Network interface controller

[0061] 2: External Server

[0062] 4: Networked smart inventory management cabinet

[0063] 10: Smart home equipment management module

[0064] 50: Property management and community information notification module

[0065] 5: Door intercom

[0066] 30: Smart recipe module

[0067] 40: Emergency event handling module

[0068] 21: Movable microphone

[0069] 21a: Movable microphone host

[0070] 21b: Movable microphone sub-unit

[0071] 211: Base

[0072] 2111: First drive unit

[0073] 2112:Drive control unit

[0074] 2113: Power supply unit

[0075] 2114: Horizontal rotation base positioning protrusion

[0076] 212: Horizontal rotating base

[0077] 2121: Second drive unit

[0078] 2122: Base positioning slot

[0079] 2123: Vertical swing base fixing seat

[0080] 21231: Shaft housing recess

[0081] 213: Vertical swing base

[0082] 2131: Microphone holder

[0083] 2132: Shaft body convex part

[0084] 214: Microphone DETAILED DESCRIPTION

[0085] In order to more clearly describe the smart home property management system combined with voice recognition optimization proposed by the present invention, the following will be accompanied by diagrams to explain in detail the preferred embodiments of the present invention.

[0086] See also Figures 1 to 8 , which are respectively a system block diagram of the intelligent home property management system combined with speech recognition optimization of the present invention, another system block diagram, another system block diagram, a practical application schematic diagram, another practical application schematic diagram, an action display diagram of the movable microphone of the present invention, a decomposition diagram of the movable microphone, and a block diagram of the movable microphone. As shown in the figure, the intelligent home property management system combined with speech recognition optimization of the present invention is used to receive a user end by operating an electronic device 1, and the electronic device 1 is connected to an external server 2 through a network interface controller 101, and the electronic device 1 mainly includes: a data processing module 11, an information receiving module 12, a user operation module 13, a third-party information serial connection module 14, a display module 15, a daily necessities inventory management module 16, an intelligent e-commerce procurement module 17, a voice receiving device module 20 and a voice optimization module 23.

[0087] The data processing module 11 is connected to an information integration and storage unit 111, and the information receiving module 12 is connected to the data processing module 11, and the information receiving module 12 includes an image receiving unit 121, a sound receiving unit 122, a touch receiving unit 123 and a code scanning and recognition unit 124. In addition, the user operation module 13 is connected to the information receiving module 12, and the user performs image input, sound input, data input and code scanning and recognition operations through the user operation module 13, and the third-party information serial connection module 14 is also connected to the data processing module 11.

[0088] In addition, the display module 15 is connected and used to display the output results of the data processing module 11, and the daily necessities inventory management module 16 is connected to the data processing module 11, and the daily necessities inventory management module 16 is network-connected to at least one external networked smart inventory management cabinet 4; and, the smart e-commerce procurement module 17 is connected to the data processing module 11 and the third-party information serial connection module 14, wherein the smart e-commerce procurement module 17 is connected to the external store platform through the third-party information serial connection module 14 and executes commodity procurement.

[0089] Furthermore, the data processing module 11 performs an automatic replenishment process through the daily necessities inventory management module 16 and the inventory of daily necessities in the networked intelligent inventory management cabinet 4, and purchases daily necessities on an external e-commerce platform through the intelligent e-commerce procurement module 17. In addition, when the user scans the product barcode through the code scanning and recognition unit 124, the data processing module 11 obtains the product content information through the information receiving module 12 and stores it in the information integration and storage unit 111.

[0090] It is worth mentioning that in the technology of the present invention, the voice receiving device module 20 is connected to the sound receiving unit 122, and the voice receiving device module 20 includes two movable microphones 21 and a spatial sound source identification control unit 22; and, the voice optimization module 23 is connected to the data processing module 11 and the sound receiving unit 122.

[0091] Among them, the voice receiving device module 20 is set in a field, and uses the spatial sound source recognition control unit 22 to control the movable microphone 21 to rotate and adjust the sound receiving angle. Moreover, when the spatial sound source recognition control unit 22 detects that the user is speaking in the field, the spatial sound source recognition control unit 22 recognizes the user's specific position in the field space according to the sound receiving angle and the sound receiving volume of the movable microphone 21, and then rotates and fixes the movable microphone 21 to point to the user; in addition, the voice optimization module 23 recognizes the user's voice feature information, optimizes the voice command judgment model, and provides personalized adaptive feedback through the operation of the voice receiving device module 20, the spatial sound source recognition control unit 22 and the movable microphone 21.

[0092] In more detail, each movable microphone 21 includes: a base 211, a horizontal rotating base 212, a vertical swing base 213 and a microphone 214; wherein the base 211 is used to be fixed on an external plane, and the horizontal rotating base 212 is arranged on the base 211, and the vertical swing base 213 is arranged on the horizontal rotating base 212-a vertical swing base fixing base 2123, and in addition, the microphone 214 is arranged on the vertical swing base 213-a microphone fixing base 2131.

[0093] Based on the above, the base 211 is provided with a first driving unit 2111, a driving control unit 2112 and a power supply unit 2113, and the first driving unit 2111 is electrically connected to the driving control unit 2112 and the power supply unit 2113, and the power supply unit 2113 is electrically connected to an external power source; in addition, the first driving unit 2111 is pivotally connected to the horizontal rotating base 212 and can drive the horizontal rotating base 212 to rotate horizontally, thereby causing the pointing direction of the microphone 214 to rotate horizontally.

[0094] Furthermore, the horizontal rotating base 212 is provided with a second driving unit 2121 and is electrically connected to the driving control unit 2112 and the power supply unit 2113, and the second driving unit 2121 is pivotally connected to the vertical swing base 213 and can drive the vertical swing base 213 to swing vertically, thereby causing the pointing direction of the microphone 214 to swing vertically; in addition, the driving control unit 2112 signal is connected to the spatial sound source identification control unit 22, and the spatial sound source identification control unit 22 controls the rotation of the horizontal rotating base 212 and the vertical swing base 213 through the driving control unit 2112, thereby controlling the pointing direction of the microphone 214.

[0095] In the technology of the present invention, the microphone 214 is a directional microphone or an omnidirectional microphone, and thus the directional microphone and the omnidirectional microphone have their own unique and important advantages in the speech recognition optimization technology with speaker tracking function. First, the directional microphone is specially designed to capture sounds from a specific direction, and its preference and concentration have great advantages for speech recognition in a specific environment. For example, in an environment where multiple people are talking at the same time, the use of a directional microphone can help the system focus on the voice of the target speaker and effectively reduce interference from other sources. In addition, the directional microphone responds better to sounds from a specific direction, which enables it to more effectively track and recognize the voice of a specific speaker in a complex environment.

[0096] Omnidirectional microphones, on the other hand, can pick up sound equally from all directions, which is useful for capturing the sound information of the entire environment or when the specific location of the speaker is uncertain. When the system needs to locate or track the speaker, this feature of the omnidirectional microphone can help identify and track the speaker's voice, no matter where they are in the room or on the move. In general, the use of these two microphones can be selected based on specific usage environments and needs, and both can effectively improve the performance and accuracy of speech recognition optimization technology with speaker tracking function.

[0097] The base 211 is formed with a horizontal rotation base positioning protrusion 2114, and the horizontal rotation base 212 is formed with a base positioning groove 2122 corresponding to the horizontal rotation base positioning protrusion 2114, and the horizontal rotation base 212 is disposed on the horizontal rotation base positioning protrusion 2114 through the base positioning groove 2122. In addition, the vertical swing base fixing seat 2123 is vertically formed on the horizontal rotation base 212 relative to the base positioning groove 2122.

[0098] Furthermore, the horizontal rotating base 212 and the vertical swing base fixing base 2123 are formed with a shaft body receiving recess 21231, and the vertical swing base 213 is formed with a shaft body protrusion 2132 corresponding to the shaft body receiving recess 21231, and the vertical swing base 213 is pivotally connected to the horizontal rotating base 212 through the shaft body protrusion 2132 and the shaft body receiving recess 21231. The shaft body receiving recess 21231 is formed in a direction perpendicular to the base positioning groove 2122.

[0099] In this embodiment, the two movable microphones 21 include a movable microphone main unit 21a and at least one movable microphone auxiliary unit 21b, and the spatial sound source identification control unit 22 is disposed on the movable microphone main unit 21a. The voice receiving device module 20 is connected to the information receiving module 12 by wireless transmission, and includes any of the following wireless transmission schemes: Wi-Fi technology wireless transmission scheme, radio frequency (RF) technology wireless transmission scheme, infrared (IR) technology wireless transmission scheme, and wireless HD (WirelessHD) technology wireless transmission scheme.

[0100] It is worth pointing out that in this embodiment, the two movable microphones 21 include a movable microphone main unit 21a and at least one movable microphone sub-unit 21b, and the spatial sound source identification control unit 22 is disposed on the movable microphone main unit 21a. It is worth pointing out that this embodiment is only adapted to two movable microphones due to the use scenario. However, in actual application, the user can adjust the number of movable microphones according to the size of the sound field space, and the adjustment of the number of movable microphones should still fall within the scope of the rights of the present invention.

[0101] The actual technical means of the specific speech recognition optimization technology provided in the present invention can improve the differences in speech recognition effects caused by factors such as the speaker's accent, speaking speed, volume, and habitual expression, and improve the control effect of voice commands and include combining the following means to complete: training and adaptation of sound models, through deep learning of training data sets, so that the system can learn and understand various accents, speaking speeds and expressions. Such a model can further perform adaptive learning through actual interaction with users to better understand the speech habits of specific users. Noise suppression and sound enhancement: In the technology of sound processing, these two technologies can reduce background noise and strengthen the target sound source, so that the speech recognition system can better focus on and understand the voice of the target speaker.

[0102] In addition, the present invention further combines Voice Activity Detection (VAD) technology for detecting the beginning and end of speech, which can assist the system in determining when to start and stop speech recognition, as well as a speech normalization model: used to adjust factors such as the volume and pitch of the sound to a standardized state, thereby improving the effect of speech recognition. Finally, combined with the use of audio fingerprint technology, the speaker's voice features can be uniquely identified, which can improve the system's recognition effect for speakers with special voice features.

[0103] Specifically, the implementation process of these steps will be described in detail below:

[0104] First, we need to collect a large number of voice samples that contain a variety of accents, speaking speeds, volume, and variations in expression. Once we have collected enough voice samples, we can start training the sound model. A common approach is to use deep learning techniques, such as convolutional neural networks (CNN) or long short-term memory neural networks (LSTM). These neural networks can be trained on a large number of voice samples to learn various characteristics and patterns of speech. In addition, we can also use adaptive learning to enable the model to adapt and learn based on the user's actual voice habits.

[0105] Then, we need to perform noise suppression and sound enhancement. This step usually involves sound processing techniques such as Fourier Transform and Modulation Filtering. We can use these techniques to remove background noise and improve the clarity of the target sound source. For example, we can use Fourier Transform to convert the speech signal from the time domain to the frequency domain, then identify and remove the noise components, and finally convert the cleaned signal back to the time domain.

[0106] After that, we need to perform voice endpoint detection (VAD). This is a technique to identify the beginning and end of speech, which can help us determine when to start and stop speech recognition. A common method is to use energy thresholds. When the energy of the speech signal exceeds a certain threshold, we believe that the speech begins; when the energy of the speech signal is lower than a certain threshold, we believe that the speech ends.

[0107] After this, we need to perform speech normalization. This step is mainly to adjust the sound signal to a standardized state to improve the effect of speech recognition. This may involve adjusting the volume, pitch, etc. of the speech signal. Specifically, we can calculate the average volume and standard deviation of the speech signal, and then normalize the speech signal so that the average volume of the speech signal is 0 and the standard deviation is 1.

[0108] Finally, we can use acoustic fingerprinting to improve the recognition of specific sound features. Acoustic fingerprinting is a technique for extracting features from speech signals that can be used to identify and track specific speakers. A common approach is to use Mel Frequency Cepstral Coefficients (MFCC) to extract features from speech signals and then use these features to generate acoustic fingerprints.

[0109] Through these steps, we can effectively process and recognize speech signals, thereby improving the effect of speech recognition. These technical means are not isolated, but need to be considered and used comprehensively to achieve the best effect.

[0110] It is worth mentioning that the intelligent e-commerce purchasing module 17 provides price comparison, evaluation query and shopping cart functions of commodities through the connection with the external e-commerce platform through the third-party information connection module 14, and allows users to select and purchase commodities on the e-commerce platform through the user operation module 13. In addition, the daily necessities inventory management module 16 is connected to the networked smart inventory management cabinet 4 through wireless communication, so as to update the inventory information in real time and automatically generate a shopping list when the inventory of the items is lower than the default value.

[0111] Furthermore, the user operation module 13 allows the user to manually input or input the goods to be purchased through voice, and add them to the shopping list, wherein the sound receiving unit 122 of the information receiving module 12 includes a voice recognition system, which can parse the user's voice instructions and perform corresponding operations. The code scanning recognition unit 124 can scan the barcode or QR code of the product and obtain detailed information of the product through the network, and the detailed information includes but is not limited to any one or more combinations of the following product information: product price, product specifications, product origin, shelf life information, and product instructions. Furthermore, the image receiving unit 121 of the information receiving module 12 has an image recognition system, which can recognize photos or physical objects of the product and obtain detailed information of the product through the network.

[0112] In the technology of the present invention, the combination of the daily necessities inventory management module 16 and the intelligent e-commerce procurement module 17 makes the replenishment process of daily necessities seamless and automated. This function greatly reduces the burden of users manually managing the inventory of items at home, and can notify users in advance when the inventory of items is about to run out, or automatically complete the replenishment process on the e-commerce platform. This not only ensures the sufficiency of necessities at home, but also enables users to devote more time and energy to more important things. It is worth mentioning that the intelligent e-commerce procurement module 17 provides users with a comprehensive and convenient online shopping experience through the connection between the third-party information serialization module 14 and the external e-commerce platform. It can compare the prices of goods on different platforms, query reviews, manage shopping carts, etc., so that users can get the most competitive prices and the highest shopping satisfaction.

[0113] In addition, the flexibility of the user operation module 13 is also a major advantage. In addition to manually inputting the goods to be purchased, users can also add shopping lists through the voice input function, which is especially convenient for users with poor vision or who are too busy to operate. At the same time, the sound receiving unit 122 and the code scanning recognition unit 124 of the information receiving module 12 can quickly obtain detailed information about the goods through voice recognition and scanning of the barcode or QR code of the goods, further improving the convenience of shopping. Furthermore, the image recognition system of the image receiving unit 121 can recognize photos or physical objects of the goods and obtain detailed information, which is of great help to users who cannot clearly read the product information or have questions about the goods. This way of identifying and obtaining information not only improves the shopping experience, but also helps to improve users' confidence and satisfaction in purchasing goods.

[0114] In addition, as shown in the figure, the smart home property management system combined with voice recognition optimization of the present invention further includes: a smart home device management module 10, a property management and community information notification module 50, a smart recipe module 30 and an emergency event processing module 40. The smart home device management module 10 is connected to the data processing module 11, wherein the smart home device management module 10 is connected to various smart devices in the home through the third-party information connection module 14, and allows the user to operate and manage the smart devices through the user operation module 13 or voice control, and the smart devices include but are not limited to the following devices: smart lighting equipment, smart air conditioning equipment, smart door locks, smart curtains, smart electronic equipment and smart sweeping robots.

[0115] In addition, the property management and community information notification module 50 is connected to the data processing module 11, wherein the property management and community information notification module 50 is connected to the property management company or the community service platform through the third-party information connection module 14 to receive property announcements, community news and other information, and present the information to the user through the display module 15 or through voice broadcast, and the property management and community information notification module 50 also has an intercom function and is connected to an external door intercom 5, and the user can use the property management and community information notification module 50 and the door intercom to complete the intercom function, remote unlocking, and community member intercom communication function through the user operation module 13.

[0116] In terms of improving the convenience of smart home life, the smart home device management module 10 provides a solution for centralized control and management of various smart devices. Users can connect and control various smart devices in their homes, such as smart lighting equipment, smart air conditioning equipment, smart door locks, smart curtains, smart electronic products and smart sweeping robots, etc. through the data processing module 11 and the third-party information connection module 14. Through this module, users can manage their smart home environment more conveniently and intuitively, and improve their home life experience. In addition, the property management and community information notification module 50 brings an innovative experience of property and community management. Users can not only receive property announcements, community news and other information through this module, but also connect to the door intercom through its intercom function to complete the intercom function, remote unlocking, and community member dialogue communication function. The realization of these functions not only improves the convenience of users' lives, but also further strengthens the contact and interaction of the community, and promotes the harmony and safety of the community. In addition, by connecting to the property management company or the community service platform, the system can realize more intelligent property management functions, such as smart payment, smart repair, etc., which further improves the quality and efficiency of property services.

[0117] Furthermore, the smart recipe module 30 is connected to various recipe websites or databases through the third-party information connection module 14 to obtain various recipe information and display the recipe information on the display module 15. Furthermore, the smart recipe module 30 automatically generates a shopping list through the daily necessities inventory management module 16 and the inventory information in the networked smart inventory management cabinet 4, and combines the food requirements of the selected recipe, and purchases through the smart e-commerce procurement module 17. At the same time, the electronic device 1 is set in the user's home and can record the specific address information of the user's home, and the specific address information is stored in the information integration and storage unit 111. Based on the above, the emergency event processing module 40 is also connected to the data processing module 11, wherein the emergency event processing module 40 is connected to the external emergency response unit through the third-party information connection module 14, and when the user triggers the emergency event response function through the user operation module 13, the data processing module 11 completes the emergency notification through the emergency event processing module 40 and automatically transmits the specific address information of the user's home to the external emergency response unit.

[0118] Through the smart recipe module 30, the system not only provides users with a platform for convenient recipe query, but also combines with the daily necessities inventory management module 16 to realize the function of automatically generating a shopping list. This design can reduce the burden of users memorizing ingredients and manually adding them to the shopping list, thereby improving the user's cooking experience. Furthermore, the smart recipe module 30 can recommend suitable recipes based on the inventory situation at home, thereby optimizing inventory and reducing the waste of ingredients. In addition, the smart e-commerce procurement module 17 can interact with the e-commerce platform through the Internet, and automatically add the items on the generated shopping list to the shopping cart, further simplifying the shopping process. At the same time, in conjunction with the actual address of the electronic device 1, accurate home delivery service can be achieved, providing users with a more complete one-stop cooking service.

[0119] In terms of safety, the emergency event handling module 40 in the system is combined with specific address information to achieve rapid response to emergency events. When the user triggers the emergency response function, the system can immediately transmit the emergency information and address information to the external emergency response unit to ensure the rapid handling of the emergency and improve the safety of the family. As mentioned above, this system is particularly beneficial for elderly care. For the elderly or those with mobility difficulties, the emergency event handling module 40 can not only quickly transmit information to the external emergency response unit when an emergency occurs, but also because it is combined with specific address information, it can greatly improve the efficiency of emergency rescue, thereby reducing possible risks.

[0120] In addition, the system can also be connected to various health monitoring devices through the third-party information serial connection module 14 to collect and analyze the health status of the elderly, such as heart rate, blood pressure, blood sugar and other data. In the case of abnormal data, the system can immediately send an alarm and automatically trigger the emergency event processing module 40 to transmit the situation to the corresponding medical institution or family members, so as to detect and deal with possible health problems early. On the other hand, for the elderly with cognitive impairment or living alone, the voice function of the user operation module 13 can provide additional help. The elderly can operate various devices in the home through voice commands, thereby reducing the difficulties in life. At the same time, the system can also be set to remind the elderly to take medicine or perform other important activities at regular intervals to prevent them from forgetting.

[0121] The following will illustrate the scenario description of the system of the present invention in actual application and the advantages it can bring: the system of the present invention can be equipped with the functions of learning user accent and speech speed recognition optimization to ensure that the user's spoken instructions can be accurately received and interpreted by the intelligent system; in addition, for the inventory management of daily necessities, when the user purchases the goods, the purchase process can be completed by scanning and other methods, and the information such as the goods purchased by the user and the inventory quantity can be added to the inventory information; when the user uses daily necessities, the shipping process can be completed again by scanning and other methods, thereby reducing the information such as the goods purchased by the user and the inventory quantity in the inventory information, and the information such as the goods and the inventory quantity can be transmitted to this system.

[0122] In addition, the system can automatically connect the system control center to an external e-commerce platform through the intelligent e-commerce purchasing function. When the user informs the system module of the goods and quantity to be purchased through voice, the system will automatically place an order on the external e-commerce platform based on the user's address, habits and other information. When the system detects that the quantity of a specific item is lower than the required replenishment quantity, it can also automatically complete the online product order through this system to realize the automatic replenishment function. The system can also provide users with information such as daily necessities inventory, inventory warnings, e-commerce information, and procurement budget control; the system can upload user information and usage data to the user data conversion database of the cloud computing computer. At the same time, the cloud computer can analyze the user's behavior based on the following information stored in the user data conversion database to complete automatic procurement recommendations and home life care recommendations. Information conversion: procurement behavior, financial information, voice recognition information, household goods quantity information, health care drug quantity information, user family member information, user physiological health information.

[0123] The electronic device is set in the user's home and can record the specific address information of the user's home. The specific address information is uploaded to the user data conversion database of the cloud computer. In this way, the system of the present invention can have high practicality in e-commerce procurement. It can directly deliver to the address according to the specific address information of the user's home, and realize the warehouse management function through the inventory management function of daily necessities. It aims to establish the management of time-sensitive items (such as food, medicine and health food, etc.) in the family. Users can directly record the items purchased from the mall on the device, or obtain them from other channels, and use the two-dimensional barcode recognition function to input the information of the purchased items, and then obtain the data and use period of the items. In contrast, the system displays information such as inventory of daily necessities, inventory warnings, e-commerce information, and procurement budget control, which is convenient for users to understand the inventory status and perform corresponding operations. In addition, the system can remind users of items that are about to expire, help them consume them in time, or donate the items to cooperative welfare organizations after consent when they cannot be fully used, so as to reduce waste and realize substantial ESG value.

[0124] In addition, the system also discloses that it can be connected to an external property / building management system, and the property / building management system can display the community notice information through the display module by means of the electronic device. Since the system device is fixedly placed at the actual address, the user's data (including basic data, medical data, food preferences and payment settings, etc.) can be accessed at any time as long as it is input. With voice and touch input functions, the front desk can be connected in series with the back desk and preset some custom applications that can be processed by keywords or one-click operation.

[0125] This system can also be combined with new payment methods: In order to meet the diverse payment needs in community-type businesses, we have proposed the following payment methods, which are designed to solve scenarios that traditional digital payments cannot adapt to, and can achieve the following functions: A. Fixed user payment guarantee: Since each user in the system is fixed and known, there is no risk of virtual or misappropriation. Users can make payments through two payment methods: one is for the payment of building management fees, and the other is for the payment method set by the system. B. Flexible payment methods: The building management party can transfer, prepay or monthly settlement according to the needs of users. The system can arrange payment plans for users. C. Virtual currency: In order to adapt to the payment needs of different scenarios, we will issue virtual currency in the system. Users can obtain virtual currency through prepayment, periodic settlement (such as monthly settlement, weekly settlement, etc.) or through the property system from a new payment item in the building management fee. D. Merchant collection method: For merchants, the system can pay the merchant in cash with the total amount of virtual currency within the payment time limit expected when signing the contract, or transfer it to the merchant's bank account. E. Through these new payment methods, we aim to provide users with a more flexible and convenient payment experience, while providing merchants with a more convenient payment method to meet the diverse payment needs in community-based businesses.

[0126] Among them, the warehouse management function can be realized through a smart storage cabinet or smart medicine cabinet equipped with AIOT technology. Specifically, the smart storage device can manage the inventory of daily necessities, health products, medicines and other consumables purchased by users through image recognition, weight recognition, barcode recognition, etc. When the user puts the above items into the smart storage device, or takes out the smart storage device for use or consumption, the smart storage device can determine the quantity of daily necessities in real time, and then transmit it back to the system of the present invention to realize the warehouse management function.

[0127] The core functions and advantages of the present invention are summarized as follows:

[0128] A. Safety alarm function: Through fixed electronic devices, one-to-many fixed emergency calls are completed, allowing users to send out emergency signals in real time to improve the efficiency of emergency medical treatment; in addition, the medical unit can be correctly informed of the individual's medical history, which helps medical personnel make treatment decisions more quickly.

[0129] B. Bulletin board function: Provides instant message reminders to facilitate family members to know what is happening at any time; allows people living alone or users who are not familiar with 3C devices to obtain relevant information in a timely manner.

[0130] C. E-commerce platform function: allows e-commerce companies to directly access the platform and reach consumers’ homes more accurately; provides users with room for bargaining and also helps merchants with preparation.

[0131] D. Voice recognition function: It can complete all steps with one command, saving users time and trouble; it can handle many needs in daily life, such as purchasing food, warning and rescue, and handling expired or excess food.

[0132] E. Virtual currency function: Because the system has real-name registration and fixed locations for users and merchants, virtual currency can be issued without security concerns; it can be used as collateral and exchanged with physical money, eliminating the risks of virtual currency.

[0133] F. Smart warehousing function: It can intelligently grasp the inventory quantity of daily necessities purchased / used by users, and automatically trigger the replenishment order function, saving the trouble of users placing manual replenishment orders; it can achieve accurate sales and bring more convenience and value to merchants and users.

[0134] These advantages make the system of the present invention highly practical and market competitive in aspects such as household goods inventory management and e-commerce procurement.

[0135] It must be emphasized that the above detailed description is a specific description of a feasible embodiment of the present invention, but the embodiment is not intended to limit the patent scope of the present invention. Any equivalent implementation or modification that does not deviate from the technical spirit of the present invention should be included in the patent scope of this case.

Claims

1. An intelligent home property management system combined with voice recognition optimization, characterized in that: The electronic device 1 is used to receive a user end operating an electronic device, and the electronic device is connected to an external server through a network interface controller, and the electronic device 1 includes: a data processing module connected to an information integration and storage unit; an information receiving module connected to the data processing module, and the information receiving module includes an image receiving unit, a sound receiving unit, a touch receiving unit and a code scanning recognition unit; At least one voice receiving device module is connected to the sound receiving unit, and the voice receiving device module includes at least one movable microphone and a spatial sound source recognition control unit; a voice optimization module connected to the data processing module and the sound receiving unit; A user operation module connected to the information receiving module, through which the user performs image input, sound input, data input, and code scanning and recognition operations; a third-party information serial connection module, connected to the data processing module; A display module, connected and used to display the output result of the data processing module; a daily necessities inventory management module connected to the data processing module, and the daily necessities inventory management module is network-connected to at least one external networked intelligent inventory management cabinet; and an intelligent e-commerce purchasing module connected to the data processing module and the third-party information connection module, wherein the intelligent e-commerce purchasing module is connected to an external store platform through the third-party information connection module and performs commodity purchase; The data processing module performs an automatic replenishment process through the daily necessities inventory management module and the daily necessities inventory in the networked intelligent inventory management cabinet, and purchases daily necessities on an external e-commerce platform through the intelligent e-commerce procurement module; When the user scans the product barcode through the barcode scanning and recognition unit, the data processing module obtains the product content information through the information receiving module and stores it in the information integration and storage unit; The voice receiving device module is arranged in a field, and the spatial sound source recognition control unit is used to control the movable microphone to rotate and adjust the sound receiving angle. When the spatial sound source recognition control unit detects that the user is speaking in the field, the spatial sound source recognition control unit recognizes the specific position of the user in the field space according to the sound receiving angle and sound receiving volume of the movable microphone, and then rotates and fixes the movable microphone to point to the user. The voice optimization module recognizes the user's voice feature information, optimizes the voice command judgment model, and provides personalized adaptive feedback through the operation of the voice receiving device module, the spatial sound source recognition control unit, and the movable microphone.

2. The intelligent home property management system combined with voice recognition optimization according to claim 1 is characterized in that: The movable microphone includes: A base for fixing on an external plane; A horizontal rotating base is disposed on the base; A vertical swing base, disposed on a vertical swing base fixing base of the horizontal rotating base; as well as A microphone is disposed on a microphone fixing seat of the vertical swing base; The base is provided with a first driving unit, a driving control unit and a power supply unit, and the first driving unit is electrically connected to the driving control unit and the power supply unit, and the power supply unit is electrically connected to an external power source; The first driving unit is pivotally connected to the horizontal rotating base and can drive the horizontal rotating base to rotate horizontally, thereby causing the pointing direction of the microphone to rotate horizontally; The horizontal rotating base is provided with a second driving unit and is electrically connected to the driving control unit and the power supply unit, and the second driving unit is pivotally connected to the vertical swing base and can drive the vertical swing base to swing vertically, thereby causing the pointing direction of the microphone to swing vertically; The driving control unit is signal-connected to the spatial sound source identification control unit, and the spatial sound source identification control unit controls the rotation of the horizontal rotating base and the vertical swinging base through the driving control unit, thereby controlling the direction of the microphone.

3. The intelligent home property management system combined with speech recognition optimization according to claim 2 is characterized in that: The microphone is a directional microphone or an omnidirectional microphone.

4. The intelligent home property management system combined with voice recognition optimization according to claim 2 is characterized in that: The base is formed with a horizontal rotating base positioning protrusion, and the horizontal rotating base is formed with a base positioning groove corresponding to the horizontal rotating base positioning protrusion, and the horizontal rotating base is arranged on the horizontal rotating base positioning protrusion through the base positioning groove.

5. The intelligent home property management system combined with voice recognition optimization according to claim 4 is characterized in that: The vertical swing base fixing seat is vertically formed on the horizontal rotation base relative to the base positioning groove.

6. The intelligent home property management system combined with voice recognition optimization according to claim 4 is characterized in that: The horizontal rotating base and the vertical swing base fixing base are formed with a shaft body accommodating recess, and the vertical swing base is formed with a shaft body protrusion corresponding to the shaft body accommodating recess, and the vertical swing base is pivotally connected to the horizontal rotating base through the shaft body protrusion and the shaft body accommodating recess.

7. The intelligent home property management system combined with voice recognition optimization according to claim 6 is characterized in that: The shaft body accommodating recess is formed in a direction perpendicular to the base positioning groove.

8. The intelligent home property management system combined with voice recognition optimization according to claim 1, characterized in that: The movable microphones are multiple in number and include a movable microphone host and at least one movable microphone auxiliary unit, and the spatial sound source identification control unit is arranged on the movable microphone host.

9. The intelligent home property management system combined with voice recognition optimization according to claim 1, characterized in that: The voice receiving device module is connected to the information receiving module by signal through wireless transmission, and includes any of the following wireless transmission solutions: Wi-Fi technology wireless transmission solution, radio frequency (RF) technology wireless transmission solution, infrared (IR) technology wireless transmission solution and wireless HD (WirelessHD) technology wireless transmission solution.

10. The intelligent home property management system combined with voice recognition optimization according to claim 1, characterized in that: The intelligent e-commerce purchasing module is connected with the external e-commerce platform through the third-party information connection module to provide price comparison, evaluation query and shopping cart functions for commodities, and allows users to select and purchase commodities on the e-commerce platform through the user operation module.

11. The intelligent home property management system combined with voice recognition optimization according to claim 1, characterized in that: The daily necessities inventory management module 16 is connected to the networked smart inventory management cabinet via wireless communication to update inventory information in real time and automatically generate a shopping list when the inventory of items is lower than a default value.

12. The intelligent home property management system combined with voice recognition optimization according to claim 1, characterized in that: The user operation module further allows the user to manually input or input by voice the items to be purchased and add them to the shopping list.

13. The intelligent home property management system combined with voice recognition optimization according to claim 1, characterized in that: The sound receiving unit of the information receiving module includes a voice recognition system, which can analyze the user's voice instructions and perform corresponding operations.

14. The intelligent home property management system combined with voice recognition optimization according to claim 1, characterized in that: The code scanning and recognition unit can scan the barcode or QR code of the product and obtain detailed information of the product through the Internet, and the detailed information includes but is not limited to any one or more combinations of the following product information: product price, product specifications, product origin, shelf life information and product instructions.

15. The intelligent home property management system combined with voice recognition optimization according to claim 1, characterized in that: The image receiving unit of the information receiving module has an image recognition system, which can recognize the photo or the real object of the commodity and obtain the detailed information of the commodity through the network.

16. The smart home property management system combined with voice recognition optimization according to claim 1 further comprises a smart home equipment management module connected to the data processing module, characterized in that: The smart home device management module is connected to various smart devices in the home through the third-party information connection module, and allows users to operate and manage smart devices through the user operation module or voice control. Smart devices include but are not limited to the following devices: smart lighting equipment, smart air-conditioning equipment, smart door locks, smart curtains, smart electronic products and smart sweeping robots.

17. The intelligent home property management system combined with voice recognition optimization according to claim 1 further comprises a property management and community information notification module connected to the data processing module, characterized in that: The property management and community information notification module is connected to the property management company or community service platform through the third-party information connection module to receive property announcements, community news and other information, and presents the information to the user through the display module or through voice broadcast. In addition, the property management and community information notification module has an intercom function and is connected to an external door intercom. The user can use the property management and community information notification module and the door intercom to complete the intercom function, remote unlocking, and community member intercom communication function through the user operation module.

18. The intelligent home property management system combined with voice recognition optimization according to claim 1, characterized in that: The invention further comprises a smart recipe module which is connected to various recipe websites or databases through the third-party information connection module to obtain various recipe information and display the recipe information on the display module. Furthermore, the smart recipe module automatically generates a shopping list through the inventory information of the daily necessities inventory management module and the networked smart inventory management cabinet, and combines the food requirements of the selected recipe, and makes purchases through the smart e-commerce procurement module.

19. The intelligent home property management system combined with voice recognition optimization according to claim 1, characterized in that: The electronic device is installed in the user's home and can record the specific address information of the user's home, and the specific address information is stored in the information integration and storage unit.

20. The intelligent home property management system combined with voice recognition optimization according to claim 11, characterized in that: It also includes an emergency event processing module connected to the data processing module, wherein the emergency event processing module is connected to an external emergency response unit through the third-party information serial connection module, and when the user triggers the emergency event response function through the user operation module, the data processing module completes the emergency notification through the emergency event processing module and automatically transmits the specific address information of the user's home to the external emergency response unit.

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