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CN-122018745-A - Full-scene universal light guide type non-authority interaction basic method and device

CN122018745ACN 122018745 ACN122018745 ACN 122018745ACN-122018745-A

Abstract

The invention discloses a light guide type non-authority interaction basic method and device universal for a full scene, and belongs to the technical field of non-authority man-machine interaction. The invention presets the core physical triggering logic (the micro deformation of the screen surface or the local electric field change is caused by the optical signal), omits auxiliary functions such as temperature compensation and the like, focuses the core logic of 'pure physical triggering instead of clicking', realizes the simplified instead of clicking scheme adapting to the consumption level/light scene, has the error touch rate less than or equal to 0.1 percent (through 1000 times of test verification), and can meet the basic instead of clicking requirement of the whole scene. The invention does not need to read system data, apply system authority or access API, only completes interaction with physical triggering through light guide perception, has the advantages of low realization cost, strong compatibility, high safety and the like, and can be widely applied to consumer-level touch screen equipment such as smart phones, tablets and the like.

Inventors

  • CHANG LE

Assignees

  • 常乐

Dates

Publication Date
20260512
Application Date
20260322

Claims (6)

  1. 1. The universal light-guide type non-authority interaction basic method for the whole scene is characterized by comprising the following steps of: s1, presetting an interaction rule of only reserving a core physical trigger logic, wherein the core physical trigger logic triggers a capacitive screen to identify as user operation by triggering micro deformation (deformation amplitude is 10-30 mu m) or local electric field change (electric field strength is 5-10V/m) of the surface of the screen through an optical signal; s2, the external non-authority sensing module acquires the position coordinates of the visible interface elements of the equipment screen in a light guide mode, and the acquisition process meets the requirements of 'no reading of system data of target equipment, no application of system auxiliary function authority, no access to system API interface and no establishment of any communication connection with the target equipment'; s3, based on the obtained position coordinates, executing pure physical triggering clicking action instead of scene adaptation and precision compensation, and only ensuring the effectiveness of basic clicking; and S4, automatically destroying all the acquired interface information and operation records after the clicking action is completed.
  2. 2. The method according to claim 1, wherein in step S2, the position coordinates do not contain non-trigger necessary information such as text content, color attributes, morphological features, etc.
  3. 3. The method according to claim 1, wherein in step S3, the touch error rate of the pure physical trigger generation click is less than or equal to 0.1%, which meets the full scene basic generation click requirement.
  4. 4. A light-guide type non-authority interaction foundation device universal for a whole scene, which is characterized by comprising: The rule simplifying module is used for presetting an interaction rule which only reserves a core physical trigger logic, wherein the core physical trigger logic triggers the capacitive screen to identify as user operation through micro deformation (deformation amplitude is 10-30 mu m) or local electric field change (electric field strength is 5-10V/m) of the screen surface caused by an optical signal; The non-authority sensing module is used for acquiring the position coordinates of the visible interface elements of the equipment screen in a light guide mode, so that the requirements of 'not reading the system data of the target equipment, not applying the authority of the auxiliary function of the system, not accessing the API interface of the system and not establishing any communication connection with the target equipment' are met; The physical triggering module is used for executing pure physical triggering clicking action instead of scene adaptation and precision compensation based on the position coordinates; and the data destruction module is used for automatically destroying all interface information and operation records after the click action is completed.
  5. 5. The apparatus of claim 4, wherein the position coordinates obtained by the non-permission sensing module do not include non-trigger necessary information such as text content, color attributes, morphological features, and the like.
  6. 6. The apparatus of claim 4, wherein the physical trigger module performs a click action with a false touch rate of less than or equal to 0.1%.

Description

Full-scene universal light guide type non-authority interaction basic method and device Technical Field The invention relates to the technical field of unmanned man-machine interaction and light-guide type triggering, in particular to a light-guide type unmanned interaction basic method and device which are universal in full scene, are suitable for basic clicking scenes of various consumer-level touch screen devices, and realize reliable physical interaction on the premise of not acquiring system permission. Background The existing light guide type non-authority interaction technology is multi-oriented to high-end professional scenes, comprises auxiliary functions such as temperature compensation and complex scene self-adaption, is high in implementation cost and complex in logic, and is difficult to adapt to consumer-level/light scene demands, meanwhile, the existing scheme does not independently protect bottom logic of 'pure physical trigger clicking', the risk of simplified avoidance exists, and mass consumption markets cannot be effectively covered. In addition, some schemes in the prior art have the problems of insufficient core trigger logic disclosure, lack of test support of performance parameters and the like, and the problems are easy to cause the rejection of patent applications and cannot form an effective technical barrier. Disclosure of Invention 1. Object of the invention The invention aims to solve the problems of high implementation cost, redundancy of scene adaptation, easiness in simplification and avoidance, insufficient disclosure of core trigger logic and lack of support of performance parameters of the existing light-guide type non-authority interaction technology, provides a light-weight and full-scene universal basic interaction scheme, only retains core physical trigger logic, reduces the implementation cost on the premise of guaranteeing the reliability of basic click, and simultaneously builds a bottom defense barrier, avoids the avoidance design and meets the requirements of full patent examination disclosure and clear claims. Technical proposal Part of the (one) method A general light-guide type non-authority interaction basic method for a full scene comprises the following steps: 1. The rule is simplified, an interaction rule of only a core physical trigger logic is reserved in advance, the core physical trigger logic is defined as a core execution logic for triggering a capacitive screen to identify as user operation by triggering micro deformation (deformation amplitude is 10-30 mu m) or local electric field change (electric field strength is 5-10V/m) of the surface of the screen through an optical signal, auxiliary functions such as temperature compensation, complex scene self-adaption and the like are omitted, and a focus is purely physical trigger instead of clicking. The micro-deformation of the surface of the screen is caused by the optical signal to act on the light guide layer through the photo-thermal effect, the local electric field change is realized through the photo-induced polarization effect, and the two triggering modes can independently realize effective touch identification of the capacitive screen. 2. The external non-authority perception module obtains the position coordinates of the visible interface elements of the equipment screen in a light guide mode, the obtaining process strictly meets the non-authority requirements of 'not reading the system data of the target equipment, not applying for the system auxiliary function authority, not accessing the system API interface, not establishing any communication connection with the target equipment', does not obtain the non-triggering necessary information such as text content, color attribute, morphological characteristics and the like, and only retains the position coordinates required by triggering. 3. And (3) purely physical triggering, namely, based on the acquired position coordinates, executing purely physical triggering clicking action instead of scene adaptation and precision compensation, wherein the scene adaptation and precision compensation are not performed in the action execution process, only the effectiveness of basic clicking is ensured, the false touch rate is ensured to be less than or equal to 0.1%, and the full scene basic clicking requirement is met. 4. And (3) data destruction, namely automatically destroying all acquired interface information and operation records after the click replacing action is completed, and ensuring the privacy of a user and the safety of equipment without leaving any sensitive data. (II) device portion The utility model provides a general light-guide type does not have authority interaction basic device of full scene, includes rule simplification module, does not have authority perception module, physical triggering module and data destruction module, and each module realizes above-mentioned method step in coordination, and the specific function is as follows: