68results about How to "Enhance camouflage" patented technology

The invention discloses a pre-fetching-based phishing web page detection method, and relates to the acquisition of website information and the extraction and classification of topological characteristics and mainly aims to solve problems on phishing web page detection capacity. In the method, a user interface module 1 serves as an interface, a master control module 2 serves as a center, and a classifier module 3, a characteristic extraction module 4 and a web page extraction module 5 are scheduled, wherein the classifier module needs training in a training set and adopts an incremental updating mode to ensure that a classifier keeps capacity in the detection of new phishing web pages; the characteristic extraction module mainly extracts the pre-fetched characteristics of topological website structures, saves the characteristics into a training set database and simultaneously transmits the characteristics to the classifier module; and the web page extraction module captures a certain number of web pages of a given website according to an instruction of the master control module and saves the web pages into a web page database. Through the pre-fetching-based phishing web page detection method provided by the invention, both accuracy and recall rate are greatly improved.

The invention provides a hide display starting device and a hide display starting method for application programs. The method includes: when trigger operations applied by a user to a hide application icon of any application program are detected, starting the application program, and displaying a starting verification interface matched with an application scene pointed by the hide application icon; receiving code information inputted by the user through the starting verification interface; starting the application program if code information verification is successful. By adoption of the technical scheme, high privacy of the user can be guaranteed in the application program even under the condition of unlocking of a screen of terminal equipment, the application program is prevented from being used by any person except for the user of the terminal equipment, and accordingly privacy safety of user data in the application program can be effectively protected, and user experience is improved.

A camouflage outer wear garment system including garments incorporating selected patterns of leaf simulating camouflage strips. At least a portion of the camouflage strips include a multiplicity of texture imparting pleats projecting in transverse angled relation to the length direction of the strips. The camouflage strips may be arranged across portions of a jacket, trousers and/or hood for use alone or in combination with other garments.

In a wig 1, comprising wig bases 1a and 1b, and hair 12 attached to the wig base, the wig base is constituted with a front portion made of an artificial skin 10 of which a front edge is provided to a wig wearer's forehead, and a rear portion connected to the front portion, composed with a cap member having a shape similar to a wig wearer's head shape, the front portion has an artificial skin material 11 and an adhesive layer 30, wherein the adhesive layer 30 has a function to fix a stitch portion of hair by unpeelably adhering to a reverse side of the artificial skin material, and a function of a repeated bonding and peelable pressure-bonding to a scalp.

A housing structure assembly includes a hull and a front wall removably coupled to the hull and configured to simulate a front cover of an air conditioner upon inserting the housing structure assembly into a wall or window opening that is shaped and dimensioned to receive the air conditioner.

The present invention is a bow riser adapted for use in forming an archery bow that is formed with a body having a number of apertures therein, each including an irregular periphery. The bow riser and periphery of each aperture are coated with a material that provides a sound dampening property to the bow riser and to reduce the sound generated when the bow riser is struck with or strikes another object. The coating also provides an uneven or irregular outer surface that provides additional three-dimensional camouflage properties to the bow riser, as well as enhancing the ability of an individual to grip the bow rest.

A camouflage cover for equipping an outdoor enclosure with three-dimensional nature effects includes a plurality of elongated nature-effect strands that drape over the enclosure in a substantially vertical arrangement. The vine-like nature-effect strands help conceal hard lines and corners of the enclosure structure. The cover may include adjustment straps that allow a single cover to adapt to a number of enclosure structures. The adjustment straps, where used, may include interwoven cords and cord locks for adjusting tension of the straps. The nature-effect strands may have different camouflage patterns so that an enclosure can have an appropriate camouflage scheme no matter what season or environment. Tiebacks may optionally be used to permit horizontal adjustment of the nature-effect strands, in order to prevent allow free access to windows and doorways. Auxiliary loops may also be provided to allow attachment of additional nature effects by a user.

An explosive device detection system includes sensors and base station that detect and report on suspected Improvised Explosive Devices (IED) or landmine emplacement activity within a geographic area. When disposed within a geographic area, each sensor forms part of a wireless communications network which allows communication among neighboring sensors. As a sensor detects activity in its proximity, such as activity that indicates emplacement of an IED, the sensor transmits a reporting signal through the network to the base station. The neighboring sensors receive and transmit the reporting signal in a sequential manner toward the base station. Because the reporting signal takes multiple hops toward the base station, the sensors do not require large amounts of power to transmit the signal. Furthermore, the detection system allows detection of IED emplacement within the geographic area as the activity occurs. As a result, the base station can direct mobile response units to take immediate responsive action to prevent detonation of the IED's.

A coated cloth includes a fabric layer having a three-dimensional pattern printed thereon. A clear coating layer is secured to the fabric layer and disposed over at least a portion of the three-dimensional pattern. Also, the cloth may include a clear adhesive layer forming a bond between the coating layer and the fabric layer. The present invention also includes a method of forming a coated cloth. The method includes applying a coating material to a substrate, thereby forming a coating layer on the substrate. The coating layer is allowed to partially cure, and a three-dimensionally patterned fabric layer is applied to the coating layer. The method may also include applying an adhesive material to the coating layer, thereby forming an adhesive layer that bonds the fabric layer to the coating layer.

The invention provides fabric and a preparation method thereof. Cloth is coated with a heat shielding material, and a heat insulation material serving as an intermediate layer is clamped in the middleof the cloth coated with the heat shielding material, so as to prepare the fabric used for infrared stealth. In the fabric, a water-based low-infrared-emissivity coating is adopted, so that the compatibility of the coating and the cloth can be improved, and the adoption of a plurality of layers of impregnated fabric is avoided, therefore, the stronger adhesion between the coating and the cloth isensured, and the characteristics of being light and thin of the fabric are improved; additionally, water-based paint is adopted, so that the environmental protection property of the fabric can be improved, and the harm to the health of a user is reduced. The heat insulation material is adopted, so that the high gluing property with the fabric can be ensured, the fabric can be prevented from falling off, the mechanical property of the fabric can be enhanced, and the service life of the fabric is prolonged, and therefore, the practicability of the fabric is improved. The fabric prepared by theinvention can be applied to products such as battle-dress uniforms, tents, tarpaulin and the like for improving the camouflage abilities of the products.

The invention relates to an artificial hilly blindage which is characterized by comprising a plurality of single longitudinally-raised blindages, wherein each blindage comprises an outer arched cover, a support frame is arranged on the inner layer of the outer cover, a vegetation layer is arranged on the outer layer of the outer cover, and the blindages are mutually and partially overlapped; the single blindages are internally provided with a plurality of layers of transverse channels, the top end inside the blindage is provided with a water tank and a spray system, the bottom end inside the blindage is provided with a plurality of water wells, and the blindage is also internally provided with a warehouse and an air channel connected with the outside of the blindage; and the outer cover of the blindage is provided with a firing opening and an air-defense artillery. The hilly blindage provided by the invention is of an artificial structure, the stability of the artificial hilly blindage is ensured by the strong and powerful outer cover, the camouflage reality is enhanced due to the arrangement of real vegetables on the surface layer, the blindage provides protection for firing and viewing, and the concealment for activities of personnel inside the hilly blindage is improved; and military personnel can maintain normal life activities and secretly carry out various military activities such as transporting materials and personnel for war preparation, firing for attacking and defending and the like in the blindage and can be comprehensively protected.

The invention provides a private application program starting method and device. The method comprises the following steps of: detecting a trigger operation carried out on a disguised application icon of any private application program by a user, and displaying a starting verification interface matched with an application scene pointed by the disguised application icon; receiving password information input by the user through the starting verification interface and verifying the received password information; and when the continuous verification failure frequency of the password information is greater than a predetermined threshold value, starting a shooting application program to shoot the user. According to the technical scheme of the invention, the private application program displays the starting verification interface matched with the application scene pointed by the disguised application icon if a second person except the user of terminal touches the private application program when a screen of the terminal is unlocked, so that the second person cannot know the real content information of the private application program, and the second person does not think that the private application program is disguised or encrypted, thereby achieving a relatively high disguise effect.

The application is directed to a mobile firearm concealment system including a housing for concealing a corresponding firearm therein. The housing may include an outer appearance, shape and size of a mobile electronic device. The housing may also include an inner surface operationally configured to hold the firearm in a concealed position within the housing and to also direct the firearm to a non-concealed position. The housing and firearm may also cooperate in a manner effective to dictate the non-concealed position of the firearm.

The invention discloses a multi-fiber multi-shape multi-performance irregular random splicing camouflage net, which comprises base cloth and a camouflage net body arranged on the base cloth, the camouflage net body is formed by randomly splicing a plurality of camouflage units in an irregular mode, and the base cloth is provided with meshes which are irregularly arranged and staggered in the longitudinal and transverse directions; and the base cloth is composed of a multi-fiber material and heat-conducting metal wires, and the multi-fiber material comprises bamboo charcoal fibers and viscose filaments. The prepared camouflage net has the characteristics of dispersion and irregularity of pattern arrangement and irregularity of heat-conducting coating material distribution, has certain ventilation, heat dissipation, heat insulation, wave absorption, ductility and flat stiffness, is better in fitting property with the base cloth and is not easily blown up by wind, and the multi-fiber material has moisture absorption and temperature regulation functions and is used for simulating the characteristic that vegetation leaves contain water, and the integration with the surrounding environment is better; and the camouflage net body is provided with double-sided camouflage background patterns, the background patterns are selected according to the requirements of the combat environment, the universality is higher, and the environmental adaptability is better.

The invention discloses a disguising overturning type deformation device for a vehicle. The device comprises (a) a U-shaped fixing block base, (b) a cardan joint and (c) an irregular plate, wherein the U-shaped fixing block base is connected with the vehicle; the cardan joint is fixed at the top of the fixing block base; a bearing strip is arranged at the top of the cardan joint; a plate edge of the irregular plate is hinged with the bearing strip through a damping hinge; the deformation device is arranged on the vehicle through the fixing block base; the irregular plate can be overturned to a horizontal state, so that the deformation disguising for the vehicle can be realized; the cardan joint can be adjusted for rotating the irregular plate for a certain degree along the horizontal direction, so that the deformation of the vehicle is various and the disguising effect can be enhanced. The disguising overturning type deformation device for the vehicle is convenient to use and is capable of greatly improving the disguising efficiency.

The invention discloses a camouflage net erection and retraction device comprising a supporting frame mechanism, a driving mechanism and a folded plate series. The folded plate series is a foldable plate formed by splicing a plurality of rhombohedral plate parts, and two adjacent rhombohedral plate parts in the folded plate series are connected through an articulated mechanism. The folding principle of the folded plate series is Miura folding, the folded plate series is connected with the supporting frame mechanism through the driving mechanism, at least one rhombohedral plate part in the folded plate series is connected with the driving mechanism in a transmission mode so that the folded plate series is unfolded or folded under the driving of the driving mechanism. The Miura folding principle is adopted to quickly achieve the folding and unfolding of the camouflage net, and the crease is fixed. Compared with the uncertainty of the crease position of manual folding, the service life ofthe camouflage net is prolonged, and an erection state can be simply changed to change a camouflage outline to increase the camouflage effect.

The invention discloses an intelligent infrared and visible light dual-band stealth fabric and a preparation method thereof. The stealth fabric sequentially comprises a visible light color customized layer, an infrared emissivity regulation and control layer, an infrared low-emissivity layer and a protection layer from top to bottom, wherein the visible light color customized layer is a hydrophobic dyed fabric with infrared transmittance greater than 0.5; the infrared emissivity regulation and control layer is a porous flexible fabric containing a hygroscopic substance, the porosity of the porous flexible fabric is greater than 10%, and the infrared transmittance is greater than 0.5; the infrared low-emissivity layer is a thin film with the infrared emissivity smaller than 0.5; and the protection layer is a hydrophobic flexible fabric. The fabric is prepared by weaving and integrating the four layers of structures in sequence. The fabric can dynamically regulate and control the infrared emissivity according to the change of the temperature of a covered object, can realize camouflage of a visible wave band, is light, flexible, reusable, wide in application range and simple to prepare, can be produced and manufactured on a large scale, and is expected to be used in multiple fields such as military combat, clothing manufacturing, thermal management and the like.

The invention discloses a squid fishing hook imitating somatotype of a squid, and aims to provide a squid fishing hook imitating the somatotype of the squid capable of improving the hooking rate of squids. The squid fishing hook imitating the somatotype of the squid comprises a fishing hook assembly and a squid imitating shell, wherein the fishing hook assembly comprises a fishing hook seat and afishing hook arranged on the fishing hook seat; a mounting portion is arranged on the outer side surface of the squid imitating shell and is used for mounting the fishing hook assembly; and the fishing hook assembly is mounted on the mounting portion through the fishing hook seat. One portion of the squid fishing hook is arranged into the squid imitating shell, thus, the camouflage property of thesquid fishing hook can be enhanced by the phenomenon of cannibalism of squids during ingestion, and the squid hooking rate is increased.

The invention discloses a multi-background camouflage pattern main color extraction method based on color relevancy, and mainly solves the problem that it is difficult for an existing camouflage pattern main color extraction method under a single background to meet the multi-background multi-region camouflage requirement. The method comprises the following steps: s1, selecting a plurality of background images of a to-be-camouflaged area, and carrying out image preprocessing; s2, extracting the background main color of each background image, and calculating the area proportion of the backgroundmain color; s3, performing priority ranking on the background main color of each background image, and listing ranked search paths; s4, selecting a search path according to the color relevancy measurement function, and carrying out background main color pairing; and s5, performing main color calculation on a background main color pairing result to obtain the final area ratio of the main color tothe main color of the multi-background camouflage pattern. The method is low in calculation complexity and high in real-time performance, the fusion degree of the extracted camouflage main color and the extracted background color is high, and the requirement for accurate main color extraction of multi-background camouflage pattern design in a large-area dynamic environment can be met.

The invention discloses a camouflage type monitoring camera device based on the Internet of Things. The device comprises a base, a cylinder body is fixedly installed at the top end of the base, a delivery port is drilled in the side wall of the cylinder body, a top cover is fixedly installed at the top end of the cylinder body, an air cylinder is fixedly installed at the top end of the cylinder body, a suspension mechanism is rotationally installed in the cylinder body, a partition plate is fixedly installed in the cylinder body, a motor is fixedly installed in the cylinder body, a cylindricalshaft is fixedly mounted at an output end of the motor, a supporting plate is rotationally mounted at one end, far away from the motor, of the cylindrical shaft, a threaded rod is jointly and threadedly mounted between the inner top wall of the cylinder body and the partition plate, a letter storage mechanism is jointly arranged on the threaded rod and a limiting rod in a sleeving mode, a bracketis fixedly mounted at the bottom end of the letter storage mechanism, and a camera is fixedly mounted on the bracket. The device has the beneficial effects that a post cylinder structure is arranged,the camera is arranged inside a post cylinder, the camera is camouflaged through the post cylinder, the probability that the camera is artificially damaged is reduced, and the camouflage performanceis greatly improved.

The invention discloses a preparation method of carbonized flame-retardant double-sided invisible camouflage fabric. The preparation method comprises the following steps: refining high-strength low-shrinkage polyester fabric, coating two sides with polyurethane, and drying at 150-180 DEG C for 1-3 minutes to obtain high-temperature-resistant base cloth; coating two sides of the high-temperature-resistant base cloth with a flame-retardant heat-insulating material to obtain high-temperature-resistant flame-retardant cloth; carrying out roller pressing on the high-temperature-resistant flame-retardant cloth to obtain high-temperature-resistant flame-retardant composite cloth; performing double-sided printing on the high-temperature-resistant flame-retardant composite cloth to obtain carbonized flame-retardant double-sided invisible camouflage printed cloth; and coating two sides of the carbonized flame-retardant double-sided invisible camouflage printed cloth with anti-aging adhesive to obtain the carbonized flame-retardant double-sided invisible camouflage anti-aging cloth. The fabric can be double-sided invisible, can achieve A-level flame retardance, and has the advantages of far infrared, wave absorption, low infrared emissivity, water resistance and warm keeping.