94results about How to "Play an anti-counterfeiting role" patented technology

An adhesive easy-shredding false-proof label includes an easy-shredding paper layer and an adhesive paper layer, the adhesive paper layer including an adhesive base paper and an adhesive layer formed on a surface to the adhesive base paper, and a surface of the easy-shredding paper layer has convex-concave letters and/or convex-concave patterns, and the adhesive layer is stickup on the surface of the easy-shredding paper layer without convex-concave letters and/or convex-concave patterns. The adhesive easy-shredding false-proof label in the invention causes great difficulties for the imitation, because one surface of the easy-shredding paper layer has convex-concave letters and/or convex-concave patterns, so it can effectively play a false-proof role. The invention also discloses the manufacture method of the adhesive easy-shredding false-proof label.

The invention provides an anti-counterfeiting method, an anti-counterfeiting system and a packaging structure. The method includes: acquiring anti-counterfeiting information of a product, wherein the anti-counterfeiting information includes time-dependent dynamic codes; transmitting the anti-counterfeiting information to a server, and enabling the server to generate feedback information which can determine authenticity of the product according to the dynamic codes in the anti-counterfeiting information; and receiving the feedback information fed back by the server and determining authenticity of the product according to the feedback information. Using the anti-counterfeiting method, the anti-counterfeiting system and the packaging structure can precisely determine authenticity of the product.

The invention discloses a commodity label with two-dimension codes. The front side and the back side of a label main body are each provided with one unique identification two-dimension code, the two-dimension code at the front side is a manufacturer commodity fleeing-prevention verification two-dimension code, and the two-dimension code at the back side is a consumer lucky drawing verification two-dimension code; the manufacturer commodity fleeing-prevention verification two-dimension code and the consumer lucky drawing verification two-dimension code are in a one-to-one correspondence relation. The commodity label with the two-dimension codes has the advantages that it is guaranteed that the lucky drawing verification can be conducted only after consumers consume the commodity actually, sale promotion and anti-fake functions are achieved, and both manufacturers and the consumers can use the commodity label with the two-dimension codes.

The invention relates to an anti-counterfeiting structure for a bottle, which consists of a bottle body and a bottle cover and is characterized in that the outer side wall of the bottleneck of the bottle body is provided with a plurality of ribs; the bottleneck is internally provided with an inner cork; the lower part of the bottle cover is connected on the internal thread of the inner cork in a tightening manner; the outer side parts of the bottleneck and the bottle cover are encircled by clasps; the clap comprises at least two semicycles, one pin hole is arranged at the joint part of two semicycles, and the pin hole is internally provided with pin bolts to connect each semicycle in an end-to-end manner to form clasps; and the side wall of the clasp is provided with a rib hole or a clipped groove matched with the rib, the outer side part of the bottle cover is provided with a shoulder, and the inner side wall above the rib hole or the clipped groove of the clasp is provided with a concave part matched with the shoulder. The invention integrates the anti-counterfeiting effects of the bottle cover, the inner cork and the bottle body dynamically and is provided with an anti-counterfeiting damage mark on the bottle body, thereby increasing counterfeiting difficulty and anti-counterfeiting cost and achieving and improving anti-counterfeiting effect.

The invention discloses an uncopy two-dimension code anti-fake system based on one-time identification, comprising a two-dimension code generation unit based on encryption information, a two-dimension code printing unit, a two-dimension code label, a scanning terminal and a product false proof server. The product false proof server comprises a database, a reception module, a discrimination module, a transmission module and a deleting module. The two-dimension code contains encryption information which can be randomly variable and an anti-fake function of the two-dimension code is added; the two-dimension code information stored in the database can be eliminated after the two-dimension code is scanned for one time by a scanning terminal; the two-dimension code anti-fake system can remind the consumer that the invalid information of two-dimension code, the manufacture or the advertisement of the product when scanning the two-dimension code again. The invention puts an end to the fact that the illegal vendor copies the two-dimension code, plays an important role of preventing counterfeiting and also plays a role of propagating the manufacture.

The invention discloses an uncovering type anti-shifting digital anti-counterfeiting mark paster and a manufacturing method thereof. The uncovering type anti-shifting digital anti-counterfeiting mark paster comprises a black ink layer, a backing paper layer, a second glue layer, a white ink layer, a second data printing layer, a second water-based polishing oil layer, a silicone oil separation layer, an uncovering layer, a first glue layer, a paper layer, a surface printing layer, a first water-based polishing oil layer, a first data printing layer, an oil-based polishing oil layer, a covering layer and a caption layer which are compounded in sequence. The paster is characterized in that the paper layer is provided with a safety line and comprises a first paper layer, a printing layer, an aluminum layer, a fluorescent layer, a PET layer and a second paper layer which are sequentially compounded together. According to the uncovering type anti-shifting digital anti-counterfeiting mark paster, the uncovering layer can be completely uncovered, a large amount of anti-counterfeiting information is provided, and the anti-counterfeiting effect is achieved. The uncovering type anti-shifting digital anti-counterfeiting mark paster is particularly suitable for top-grade wine, top-grade cigarettes and the like.

The invention relates to an electronic signature management system and method of use thereof, wherein the system includes a data server connected with the internet, a concentrator and a router, characterized by that, the server at least has a hard disk for storing the network operation system and the system disk of the data centre service software of the signature, the data server is connected with the internet through special-purpose communication links, and the signature central data service software includes an input and submission module, a checking module, a signature library management module and a document synthesis management module. The invention also discloses the method for using the electronic signature.

This invention discloses a logo anti-false method used in compressing video streams characterizing in providing a structured cryptographic key and utilizing a predesigned picture to generate color logo, the color value of each point in it is regulated according to the structured cryptographic key to laminate the said logo to original video signal dynamically, its position or brightness is determined according to the information related to time. The video stream after laminating the logo is compressed to get the video stream via anti-false process to get the video stream via anti-false process to be provided to the play device. The processed video steam is depressed and detected in related values to get relevant thresholds for detection.

The invention provides an aluminum-free anti-counterfeiting lining paper for cigarettes and a production method thereof. The lining paper is composed of an anti-counterfeiting paper layer, a coating layer and an aqueous printing oil layer. The technical indexes are as follows: the fixed quantify is 60+/-3 g/m<2>; the thickness is 0.07+/-0.005 mm; the flatness is more than or equal to 80 S; the tensile strength is more than or equal to 1.8 kN/m; the whiteness is more than or equal to 80%; the water content is 4-6%; and the air permeability is less than or equal to 0.01 micron/Pa.s. The production method comprises the following steps of: firstly preparing a coating; and then, coating the prepared coating on front and back sides of anti-counterfeiting paper on a coating machine, so as to prepare a product. According to the production method, the anti-counterfeiting paper is used as basic paper and an anti-counterfeiting function is organically combined with the lining paper for the cigarettes, thereby achieving the anti-counterfeiting effect and greatly reducing the cost. The formula of the coating used in the preparation method is unique and a main paint part is papermaking porcelain clay which is widely applied to the papermaking industry and is low in price and an adhesive is polyvinyl alcohol and has no extraneous odor or toxicity; in the production process, no organic solvent is used and no pollutant is generated, thereby protecting environment. Non-ferrous metal such as aluminum foils, aluminum powder and copper powder, is not used, so that the product cost is low, the energy consumption is low, and ideals of energy saving and environmental protection and low-carbon lifestyle are realized.

The invention relates to an anti-counterfeiting structure of a wine bottle. The structure comprises a bottle body and a bottle cap, wherein a plurality of convex ribs are arranged on the outer side wall of a bottle mouth of the bottle body; an expansion cork is arranged in the bottle mouth; an inner cork is arranged in the expansion cork; the lower part of the inner cork is clamped in the expansion cork to brace the lower part of the expansion cork to the four sides; the lower part of the expansion cork is expanded to fasten the expansion cork and the inner cork in the bottle mouth; a through hole is formed in the inner cork from top to bottom; a top cap is arranged on the top of the through hole; external threads are arranged on the upper part of the inner cork; the bottle cap is screwed on the external threads; an annular groove is formed on the lower part of the bottle cap; and an anti-counterfeiting clamping ring is sleeved on the annular groove and the convex ribs. In the anti-counterfeiting structure, the anti-counterfeiting effects of the bottle cap, the inner cork and the bottle body are organically combined; and an anti-counterfeiting damage mark is arranged on the bottle body so as to increase the counterfeiting difficulty and the counterfeiting cost and then achieve and improve the anti-counterfeiting effect.

The invention provides a collection identification and theft prevention system, which comprises an RFID electronic tag, a GPS positioning device, and a logistics electronic lock, wherein the RFID electronic tag stores goods information of the collection; the logistics electronic lock is matched with the collection and comprises a first GSM communication module, an RFID reader and a GPS tracking module; the RFID reader reads the RFID electronic tag in real time, judges whether the RFID electronic tag is located in a safety distance and sends the judgment information to a remote server via the first GSM communication module; when the RFID electronic tag is judged to exceed the safety distance, the GPS tracking module acquires the position information of the collection via the GPS positioning device and sends the position information of the collection to the remote server via the first GSM communication module; and a second GSM communication module of the remote server is used for receiving information sent by the first GSM communication module and sending the above information to the user terminal device. The system of the invention integrates theft prevention, tracking and seeking, the later manual identification industry can be replaced, and tracking information is provided for seeking.

The invention relates to a preparation method for a microstructure particle with interference fringes. The method comprises the following steps: coating a substrate with a strippable adhesive layer which can be formed through compression molding; depositing an optical thin film on the surface of the strippable adhesive layer; coating the surface of the optical thin film with a plastic layer; molding the plastic layer so as to allow the plastic layer to generate interference fringes; making a template with a microstructure pattern; stamping the substrate by using the template with the microstructure pattern so as to allow the plastic layer and the optical thin film on the substrate to be compacted and fracture, thereby forming the microstructure particle identical to the microstructure pattern, wherein the particle is adhered on the substrate through the strippable adhesive layer; and stripping off the microstructure particle from the substrate. Compared with the prior art, the preparation method provided by the invention can realize large scale manufacturing of the microstructure particle through adoption of a metal template stamping process; the microstructure particle has a wider application scope and can be directly added into the substrate or be printed on a packaging material for anti-counterfeit after addition of the particle into printing ink or paint.

The invention provides a vertical structure AlGaInP-based light-emitting diode and a manufacturing method thereof, and belongs to the technical field of photoelectrons. The vertical structure AlGaInP-based light-emitting diode sequentially comprises a first electrode, a substrate, a semiconductor light-emitting layer, a current blocking layer, a transparent conductive layer and a second electrode from bottom to top, wherein the current blocking layer is arranged between the transparent conductive layer at the lower part of the second electrode and the semiconductor light-emitting layer; a current is injected into an indium tin oxide transparent thin film through the second electrode and is subjected to horizontal expansion on the transparent conductive layer due to the influence of the current blocking layer; and most of current is injected into an active region of the semiconductor light-emitting layer. By the distributed current injection method, accumulation of the current at the lower part of the electrode is slowed down; invalid injection of the current is reduced; and the light-emitting efficiency is improved.

The invention discloses a gift bottle cap which has a simple structure, is convenient to install and can be used for placing precious gifts. The gift bottle cap comprises two tile-shaped fixed rings and a cylindrical bottle cap sleeve, the outer side edge at the bottom end of each fixed ring is provided with at least one plug stand connected with the fixed rings into an integrated structure, the two sides at the bottom end of the bottle cap sleeve are respectively provided with plugs of which the quantity is the same as that of the same-side plug stand, the outer side edge at the bottom end of each plug is provided with child buckles, each plug stand is provided with plug holes matched with the plugs, the outer side walls of the plug holes are provided with mother buckles matched with the child buckles of the plugs, and a cavity for storing and placing the gifts is formed between the bottle cap sleeve and the fixed rings.

The invention relates to an anti-counterfeiting bottle. The anti-counterfeiting bottle comprises a bottle body and a bottle cover, wherein the outer side wall of a bottle opening of the bottle body is provided with a plurality of protruding ribs; the inside of the bottle opening is provided with an inner plug provided with a blind hole, and the side wall of the blind hole is at least provided with a circle of grooves; the upper edge of the inner plug is extended outward to form a bended edge naturally; the lower part of the bottle cover is accommodated in the blind hole, and the side wall of the lower part of the bottle cover is provided with a ring-shaped protruding edge matched with the grooves; the outer side parts of the bottle opening and the bottle cover are enclosed by a clipping ring, and the side wall of the clipping ring is provided with rib holes or clipping grooves matched with the protruding ribs; the side part of the bottle cover is provided with a protruding shoulder arranged above the ring-shaped protruding edge, and the protruding shoulder is provided with external threads; and the inner side wall above the rib holes or clipping grooves of the clipping ring is provided with internal threads, and an inward protruding part is arranged above the internal threads. The anti-counterfeiting bottle organically combines the anti-counterfeiting effects of the bottle cover, the inner plug and the bottle body, and sets the anti-counterfeiting damage mark on the bottle body so as to increase the counterfeiting difficulty and cost to achieve and enhance the counterfeiting effect.

The invention relates to a sagger for preparing an artwork in a ceramic firing process and a preparation process of the sagger, wherein the sagger can improve the artistic value of the sagger and change the use purpose of the sagger. The inner surface of the sagger is provided with a glaze layer which is the same as ceramic artworks to be fired. Meanwhile, the sagger is prepared from the followingraw materials in parts by weight: 5 to 15 parts of purple kibushi kaolin, 17 to 25 parts of alkaline stone, 25 to 35 parts of clay, 30 to 40 parts of quartz, 0.1 to 1 part of dietary alkali, 5 to 20parts of white feldspar and 5 to 10 parts of aluminum oxide. Characters or patterns are also drawn or carved on the outer surface of the sagger; in the firing process of the ceramic artwork, firing ofthe sagger artwork is added, the compounding ingredients of the sagger are changed, the surface of the fired sagger is smoother, and the representation of artistic forms is facilitated; a glaze blankof the ceramic and a glaze blank of the sagger are coated with a same glaze, the surface glaze color of the fired ceramic is similar to the inner surface glaze color of the sagger, the anti-counterfeiting effect is achieved, the fired sagger can continue to contain the ceramic and can also exist in an independent artwork form, the value of the sagger is improved, the process cost is reduced, andthus the effect of saving resources is achieved.

The present invention discloses a multi-layer composite anti-falsification label, which comprises a substrate, a printing layer on the substrate, and an isolating layer and a bonding layer under the substrate in sequence. The multi-layer composite anti-falsification label is characterized in: a laser layer is provided between the substrate and the isolating layer; wherein, the substrate can be paper, plastic film, or aluminum film, and the isolating layer is an adhesive acrylate film. Such an anti-falsification label is difficult to counterfeit, and thereby can deliver good anti-falsification function, and can be used to prevent counterfeit of commodity.

The invention relates to a perforating device, in particular to a perforation anti-counterfeiting device of a finished piece box body which is applicable to a conveyor belt, which belongs to the technical field of the perforating device. The perforation anti-counterfeiting device comprises a rotary knife roll (1), an air cylinder (2), a position detector I (3), a position detector II (4) and a control circuit; the rotary knife roll is connected with the air cylinder, and the air cylinder is installed on supports on two ends of a conveying track machine body; the position detector I and the position detector II are sequentially installed on two ends of a transportation track and used for detecting different positions of a finished piece box body on the transportation track; the position detector I and the position detector II transmit a position signal to the control circuit, and the control circuit is connected with the air cylinder. Whether the finished piece box body is manually secondarily opened is authenticated by adopting the perforation technology, on one hand, the perforated adhesive tape is easy to break; on the other hand, after the box body is sealed, the perforated adhesive tape cannot be completely overlapped again with all holes on a perforated box wrapper, so that an anti-counterfeiting effect is realized.