11results about How to "Prevent counterfeiting" patented technology

The utility model relates to a bottle cap assembly and a container, the bottle cap assembly comprises an inner plug piece, an inner cap piece, an inner sleeve piece and an outer piece, the inner plug piece is arranged on a first liquid flow opening of the inner sleeve piece, the inner cap piece is plugged on a second liquid flow opening of the inner sleeve piece, the inner sleeve piece comprises a first inner sleeve and a second inner sleeve which are made of different materials, and the outer piece is arranged in the first inner sleeve; the second inner sleeve is arranged on the peripheral face of the first inner sleeve in a surrounding mode, and the outer part is arranged on the inner cover part and the second inner sleeve in a sleeving mode and attached to the peripheral face of the second inner sleeve. According to the bottle cap assembly and the container, the first inner sleeve and the second inner sleeve are made of different materials, so that the first inner sleeve connected with the inner plug piece and the inner cap piece can be made of materials which do not affect contact with liquid, and the safety requirement is met; and the second inner sleeve connected with the outer part can be made of a material which is excellent in temperature resistance and impact resistance and is prohibited from being in contact with liquid, so that the inner sleeve part is not easy to pull out, and the bottle body or the outer part can be damaged when the inner sleeve part is forcibly pulled out, and the aim of preventing counterfeiting is fulfilled.

The application provides a medical institution-oriented safety hazard identification and rectification closed-loop management method and system, applied to the field of data processing. First, the on-site image, question and answer reporting information, regulation text and collaboration related data are collected, and then image preprocessing is completed through filtering, enhancement, ROI extraction and size normalization to provide standard data for AI recognition. Relying on the YOLOv8 and ResNet-50 double models to realize hazard detection and fine classification, combined with the confidence threshold to automatically judge and trigger manual bottom, to ensure accurate identification. Based on the three-level regulation matching strategy, generate compliance rectification suggestions, set rectification time limit and responsible person according to hazard level. Through the closed-loop circulation of work order, audio and video verification, EXIF verification, return upgrade and WeChat external chain cooperation, the whole process is traceable. Finally, statistical analysis and visualization of business data are carried out to form a complete hazard intelligent identification, compliance rectification, collaborative disposal and decision support system.

The utility model discloses a tearing type double-layer label, and relates to the field of labels, the tearing type double-layer label comprises a base layer, the bottom of the base layer is coated with a first bonding layer, the bottom of the first bonding layer is provided with a release paper layer, the top of the base layer is fixedly provided with a fireproof layer, the top of the fireproof layer is coated with a second bonding layer, and the top of the second bonding layer is provided with a release paper layer. The top of the second bonding layer is provided with a first printing layer in a bonding mode, the top of the first printing layer is coated with a third bonding layer, the top of the third bonding layer is provided with a second printing layer in a bonding mode, and the top of the second printing layer is fixedly provided with a protective layer. By opening the first printing layer, the second printing layer is exposed outside, so that a huge amount of information including internal printing, multilingual product components or application specifications and the like can be covered in a small size through various information on the first printing layer and the second printing layer, counterfeiting can be avoided, and the application range is widened. And more product information is provided for consumers, and the transparency and credibility of the product are enhanced.

The embodiment of the utility model provides a packaging body which comprises a base body, the base body comprises a top part or a bottom part, the top part comprises a top surface, the bottom part comprises a bottom surface, the top part or the bottom part further comprises a transverse sealing part, the transverse sealing part is used for sealing the packaging body, and the transverse sealing part has an attaching state in which the transverse sealing part is attached to the top surface and an erecting state in which the transverse sealing part is erected from the top surface. A machine readable mark is further arranged on the top surface or the bottom surface, when the transverse sealing part is in an attached state, the machine readable mark comprises a shielding area formed by shielding a part of the machine readable mark by the transverse sealing part and an exposed area formed by not being shielded, the shielding area is larger than or equal to 30% of the area of the machine readable mark, and the exposed area is larger than or equal to 30% of the area of the machine readable mark. The exposed area is larger than or equal to 10% of the area of the machine readable identification, on one hand, the machine readable identification can be hidden and prevented from being read or counterfeited unexpectedly, on the other hand, the exposed part can be observed by a user, and therefore the user can quickly find the position of the read identification to conduct next-step reading.

The utility model discloses a neck cover is two buckle positions and prevents the wine bottle cap, including the bottle cap body and the neck cover of sleeve joint on the bottle mouth, the upper and lower two rows annular buckle positions on the neck cover inner wall are provided with main buckle position and prevent the buckle position of pulling out respectively, and the bottle mouth outer wall is correspondingly provided with the first buckle platform of cooperation with main buckle position, and the bottle mouth outer wall is correspondingly provided with the second buckle platform of cooperation with prevent the buckle position of pulling out, the buckle close face of second buckle platform is provided with the inclined plane to the downward inclination, and the inclination direction of inclined plane is identical with the buckle close angle of prevent the buckle position of pulling out, and the junction of neck cover and bottle cap body is equipped with the fracture groove, the utility model discloses the combination of main buckle position and prevent the buckle position of pulling out, not only realizes normal opening function, but also increases prevent the core locking structure of pulling out, and prevent the cooperation of buckle position and bottle mouth inclined plane, makes the neck cover root fracture when the non - normal cap, prevents the silk line of false and produces the burr - like fracture of irrecoverable simultaneously, provides direct evidence for true and false verification, effectively prevents the counterfeiting and secondary filling.

The application discloses a method for preventing missing inspection and cheating in safety inspection and wall inspection in a coal mine based on an internet of things. The method is unique in controlling safety inspection and wall inspection, that is, the method adopts an internet of things technology to integrate data of multiple information systems in a coal mine to realize forced restraint on a position, a time and an electronic trace of safety inspection and wall inspection, so that missing inspection and cheating of safety inspection personnel and wall inspection personnel are eliminated.

The invention discloses an unmanned aerial vehicle authentication and key negotiation system and method based on PUF and chaotic mapping, and relates to the field of information security and cryptographic protocol security. The system generates a unique challenge-response pair through an unmanned aerial vehicle terminal PUF module to complete registration, a four-way handshake mechanism is adopted in the authentication stage, a session key is dynamically generated in combination with Henon chaotic mapping, the number of chaotic iterations is hidden through XOR operation, and identity legality is guaranteed through multi-layer MAC verification. According to the method, secret keys do not need to be pre-stored, the PUF physical unclonability and the chaotic mapping sensitivity are utilized, anonymous authentication and forward security are achieved, lightweight computing adapts to unmanned aerial vehicle resource constraints, various attacks are effectively resisted, and communication security is guaranteed.

The application discloses a propolis component intelligent identification and tracing system and method, relates to the technical field of computer vision and pattern recognition, and comprises the following steps: a data acquisition module is used for collecting spectral data, chromatographic data and traceability information such as origin and processing; a data preprocessing unit is used for filtering, baseline correction and denoising, eliminating overlapping peaks, normalizing data and synchronizing time stamps; a component feature extraction module is used for screening 10 spectral characteristic peaks, calculating chromatographic characteristics, and reducing the dimensionality to 32 dimensions after splicing through principal component analysis; an intelligent identification module is used for determining purity grades and confidence levels by using a CNN-LSTM model; a traceability management module is used for storing full-link information in a block chain and managing and querying permissions in a distributed database; and a result output module is used for visually displaying results and triggering an alarm when the confidence level or the traceability integrity is not up to standard. The application improves identification accuracy through multi-source fusion, the model can be updated online to adapt to new scenarios, and the quality of propolis and the market order are efficiently guaranteed.

The utility model discloses an ESD wrist strap monitoring external trigger induction dormancy device. The device comprises an ESD equipment host (1). And the wrist strap induction hooks (3) are used for detecting whether an operator wears an ESD wrist strap or not, and the wrist strap induction hooks (3) are connected with the ESD wrist strap through contact induction. According to the ESD wrist strap monitoring external trigger induction dormancy device provided by the utility model, a contact type induction and light sensor interlocking mode is adopted, so that the behavior that an operator wears a wrist strap on duty can be effectively standardized, a false standby state caused by personnel departure or wearing counterfeiting is prevented, and meanwhile, a false alarm condition caused by light sensation false triggering is avoided; the lever principle is utilized to press the inductive switch to realize level grounding, multiple groups of signals are detected through the single-chip microcomputer, whether an operator correctly wears the wrist strap and is on duty is judged, and reliable realization of fool-proof and mistake-proof functions is ensured.

The application discloses an inter-provincial spot transaction carbon footprint tracking method, system and device based on a blockchain, and belongs to the technical field of electric power. The carbon footprint tracking method comprises the following steps: collecting inter-provincial electric power spot market cross-provincial electric power transaction results through a blockchain, and storing the results in the proxy accounts of each power generation province and power purchase province in a blockchain business; combining the inter-provincial electric power spot market clearing results, modeling carbon emission allocation of inter-provincial electric power spot transactions, and obtaining a carbon emission allocation coefficient; according to the proxy account information of each power generation province and power purchase province, the inter-provincial electric power spot market clearing results and the carbon emission allocation coefficient, evaluating the whole process of carbon production, carbon transfer and carbon allocation through a smart contract, and recording the whole process in the blockchain; and according to the results recorded by the smart contract, forming unalterable carbon footprint information in the blockchain through a chain structure.

The utility model relates to a kind of livestock RFID label identification device of integrated camera function, including handle, the handle one end is provided with display control box, the display control box is away from the one end of handle and is provided with extension rod, the extension rod is away from the one end of display control box and is provided with identification antenna, display control box is provided with mounting bracket, the one end of mounting bracket is away from display control box and is provided with camera, the shooting direction of camera is identical with the extension direction of extension rod, the face of animal is photographed by camera, to carry out the identification of animal face, simultaneously, the data information of RFID label is read by identification antenna, and then the uniqueness of animal is confirmed, to prevent the RFID label on the body of animal from being imitated or tampered.